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diff --git a/layout/menu.xml b/layout/menu.xml
index 3b9f84c..03ddeb0 100644
--- a/layout/menu.xml
+++ b/layout/menu.xml
@@ -1,335 +1,335 @@
<?xml version="1.0" encoding="UTF-8" standalone="no"?>
<Menus>
<Menu id="firsttime" title="Welcome to @progtitle@!
&lt;div style='font-size:17pt'>Please choose some initial settings:&lt;/div>">
<Item type="list" call="init_key" text="Keyset">
<Option value="-1" text="Don't Touch!" />
<Option value="0" text="Home row" /> <!--(ASDF for left and JKL; for right)-->
<Option value="1" text="WASD/Arrows" />
</Item>
<Item type="list" call="init_color" text="Initial Color">
<Option value="0" text="0xff0000Red" />
<Option value="1" text="0xff8800Orange" />
<Option value="2" text="0xffff00Yellow" />
<Option value="3" text="0x00ff00Green" />
<Option value="4" text="0x00ffffCyan" />
<Option value="5" text="0x0000ffBlue" />
<Option value="6" text="0xff00ffViolet" />
</Item>
<Item type="str" var="player.name" text="Name"/>
<Item type="exitmenu" text="Let's go!"/>
</Menu>
<Menu id="main" title="@progtitle@ @version@">
<Item type="submenu" onenter="game" text="Play"/>
<Item type="submenu" onenter="player" text="Customize Player"/>
<Item type="submenu" onenter="input" text="Configure Input"/>
<Item type="submenu" onenter="system" text="Configure @progtitleshort@"/>
<Item type="submenu" onenter="about" text="About"/>
<!-- <Item type="submenu" onenter="egg" text="&lt;- Go Back"/> -->
<!-- alt: <Item type="text" text="" /> <!- - no exit game function, escape will do nothing -->
<Item type="js" onenter="menu('quit')" text="Quit"/>
</Menu>
<!-- General game configuration -->
<Menu id="game" title="Play Game">
<Item type="js" onenter="game.play()" style="display:inline-block;" text="Locally"/>
<Item type="submenu" onenter="game_setup" style="font-size:16pt;" text="(config)"/>
<Item type="submenu" onenter="network" text="Network"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="network" title="Network Game">
<Item type="str" var="CONNECT_HOST" text="Host" />
<Item type="num" range="1024,49151" var="CONNECT_PORT" text="Port" />
<Item type="list" var="CONNECT_SSL" text="SSL">
<Option value="false" text="No" /> <Option value="true" text="Yes" />
</Item>
<Item type="js" onenter="connectToGame()" text="Connect"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="connect" title="Connecting...">
<Item type="text" text="" from="con:last" style="font-size:14pt;text-align:left;padding:10px;color:grey" />
<Item type="leave" text="&lt;- Cancel"/>
</Menu>
<Menu id="connectfail" title="Connection Failure">
<Item type="text" text="" from="con:last" style="font-size:11pt;text-align:left;padding:10px" />
<Item type="leave" text="&lt;- Okay"/>
</Menu>
<Menu id="connectterm" title="Connection Terminated">
<Item type="text" text="" from="con:last" style="font-size:11pt;text-align:left;padding:10px" />
<Item type="leave" text="&lt;- Okay"/>
</Menu>
<Menu id="game_setup" title="Local Game Config" if="not engine.network">
<Item type="submenu" onenter="presets" text="Load Preset..."/>
<Item type="num" range="0,Infinity" var="TEAMS_MIN" text="Min Teams (# of Humans+AIs)" />
<Item type="list" var="GAME_TYPE" text="When the round finishes">
<Option value="0" text="Keep the round going" />
<Option value="1" text="End the round" />
</Item>
<Item type="list" var="FINISH_TYPE" text="When only AIs remain">
<Option value="1" text="Have AIs win" />
<Option value="2" text="Fast finish" />
<Option value="3" text="Find winner (alpha)" />
</Item>
<Item type="num" range="-20,15" var="SIZE_FACTOR" text="Arena Size" />
<Item type="num" range="0,Infinity" var="CYCLE_SPEED" text="Cycle Speed" />
<Item type="num" range="0,Infinity" var="CYCLE_RUBBER" text="Cycle Rubber" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<!--<Menu id="presets" title="Load Preset">
<Item type="js" onenter="preset('classic');menu('exitmenu');menu('exitmenu')" text="Classic"/>
<Item type="js" onenter="preset('df');menu('menu:loading')" text="Dogfight"/>
<Item type="js" onenter="preset('hr');menu('menu:loading')" text="High Rubber"/>
<Item type="js" onenter="preset('ft');menu('menu:loading')" text="Fast Track"/>
<Item type="js" onenter="preset('fort');menu('menu:loading')" text="Fortress"/>
<Item type="js" onenter="preset('racing');menu('menu:loading')" text="Racing"/>
<Item type="js" onenter="preset('zonetest');menu('exitmenu');menu('exitmenu')" text="Zone test"/>
<Item type="exitmenu" text="Cancel"/>
</Menu>-->
<Menu id="presets" title="Load Preset">
<Item type="js" style="font-size:14pt" onenter="preset('classic');menu('exitmenu');menu('exitmenu')"
text="Classic" title="Default low rubber settings in Armagetron"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('df')"
text="Loose Dogfight" title="Obey loose dogfight rules or go elsewhere!"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('hr')"
text="0x0000ff-=}0xffffffID0x0000ff&lt; 0xffff00T0x00ff00I0xffff00L0x00ff00T 0x0000ffHigh Rubber0x00ff00" title="No camping!"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('ft')"
text="0xc0c000&gt;&gt;&gt; 0xff0000F0xff1c1cA0xff3838S0xff5555T0xff7171T0xff8d8dR0xffaaaaA0xffc6c6C0xffe2e2K 0xc0c000&lt;&lt;&lt;" title="Gotta go fast! Very fast!"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('fort')"
text="Fortress" title="Take the enemy's base, try not to let them take yours."/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('ctf')"
text="Capture the Flag" title="Take the enemy's flag, try not to let them take yours."/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('styball')"
text="Styball (Soccer / Hockey)" title="Push the ball into the enemy's base, but don't let them push it into yours!"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('racing')"
text="0x66cc66Adventures of 0x00cc00TRON 0xffffff>> Advanced Racing &lt;&lt;" title="First to the finish line wins!"/>
<Item type="js" style="font-size:14pt" onenter="menu('menu:loading');preset('snake')"
text="0x66ccffSnake Survival" title="How long can you get your trail?"/>
<Item type="js" style="font-size:14pt" onenter="preset('zonetest');menu('exitmenu');menu('exitmenu')"
text="Zone test" title="Zones! Zones! Zones! Zones everywhere!"/>
<Item type="exitmenu" text="Cancel" title="Never mind, none of these look interesting..."/>
</Menu>
<Menu id="loading" title="Loading...">
<Item type="text" text="" from="con:last" style="font-size:14pt;text-align:left;padding:10px;color:grey" />
</Menu>
<!-- Player configuration -->
<Menu id="player" title="Player Setup">
<Item type="str" var="player.name" text="Name"/>
<Item type="submenu" onenter="macro" text="Instant Chats"/>
<Item type="color" var="player.cycleColor" text="Cycle Color" />
<Item type="color" var="player.tailColor" text="Tail Color" />
<!--<Item type="num" range="0,5" var="player.engineType" text="Engine Type" />-->
<Item type="list" var="player.spectating" text="Spectator Mode">
<Option value="false" text="Off" /> <Option value="true" text="On" />
</Item>
<Item type="js" onenter="exportUsrSets()" text="Export player settings" />
<Item type="js" onenter="importSets()" text="Import settings" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="macro" title="Instant Chats">
<!--<Foreach var="instantchats" as="n">
<Item type="str" var="instantchats.$(n).text" text="Chat"/>
<Item type="keys" var="instantchats.$(n).input" text="Input" />
<Item type="text" text="&amp;nbsp;" />
</Foreach>-->
<Item type="str" var="instantchats.0.text" text="Chat"/>
<Item type="keys" var="instantchats.0.input" text="Input" />
<Item type="text" text="&amp;nbsp;" />
<Item type="str" var="instantchats.1.text" text="Chat"/>
<Item type="keys" var="instantchats.1.input" text="Input" />
<Item type="text" text="&amp;nbsp;" />
<Item type="str" var="instantchats.2.text" text="Chat"/>
<Item type="keys" var="instantchats.2.input" text="Input" />
<Item type="text" text="&amp;nbsp;" />
<Item type="str" var="instantchats.3.text" text="Chat"/>
<Item type="keys" var="instantchats.3.input" text="Input" />
<Item type="text" text="&amp;nbsp;" />
<Item type="js" onenter="" text="Add instant chat (future)" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="input" title="Configure Input">
<Item type="submenu" onenter="input_conf" text="Player Control"/>
<Item type="submenu" onenter="global_input_conf" text="Global Input"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="input_conf" title="Player Input">
<Item type="keys" var="left" text="Turn left" />
<Item type="keys" var="right" text="Turn right" />
<!--<Item type="keys" var="north" text="Turn North" />
<Item type="keys" var="south" text="Turn South" />
<Item type="keys" var="east" text="Turn East" />
<Item type="keys" var="west" text="Turn West" />-->
<Item type="keys" var="boost" text="Boost" />
<Item type="keys" var="toggleboost" text="Toggle Boost" />
<Item type="keys" var="brake" text="Brake" />
<Item type="keys" var="togglebrake" text="Toggle Brake" />
<Item type="keys" var="jump" text="Jump" />
<Item type="keys" var="chat" text="Chat" />
<Item type="keys" var="camera" text="Switch View" />
<Item type="keys" var="look_left" text="Look Left" />
<Item type="keys" var="look_right" text="Look Right" />
<Item type="keys" var="look_forward" text="Look Forward" />
<Item type="keys" var="look_back" text="Look Back" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<!-- Configuration -->
<Menu id="system" title="System Setup">
<Item type="submenu" onenter="screen" text="Configure Display"/>
<Item type="submenu" onenter="display" text="Configure Visuals"/>
<Item type="submenu" onenter="sound" text="Configure the Sound"/>
<Item type="submenu" onenter="other" text="Misc Settings"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="screen" title="Screen Mode">
<Item type="list" call="settings.FULLSCREEN" text="Fullscreen (F11)" title="It's recommended that you use F11 instead of this fullscreen option. It is, however, left in for mobile touchscreen devices.">
<Option value="false" text="Off" /> <Option value="true" text="On" />
</Item>
<Item type="list" var="REDRAW_MODE" text="VSync" title="Synchronize framerate with vertical refresh rate\nThe vertical refresh rate is basically the frames per second your monitor displays. Turning this on would make it depend on browser redraw calls, effectively capping your FPS at the refresh rate. Turning it off would continously draw the frames but throws away additional frames that your monitor doesn't display. Depending on game loop configuration, this can provide minimal advantage.">
<Option value="1" text="Off" /> <Option value="0" text="On" />
</Item>
<Item type="num" range="1,Infinity" var="MAX_TARGET_FPS" text="Max Target FPS" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="display" title="Visual Settings">
<Item type="submenu" onenter="detail" text="Detail Settings"/>
<Item type="submenu" onenter="visual_prefs" text="Other Preferences"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="detail" title="Detail Settings">
<Item type="list" var="FLOOR_DETAIL" text="Floor Detail" title="">
<Option value="0" text="No Grid" />
<Option value="1" text="Line Grid" />
<Option value="2" text="Textured Floor (Standard quality)" />
<Option value="3" text="Textured Floor (Maximum quality)" />
</Item>
<Item type="list" call="aamenurender_nocallonreq" text="Menu Background Rendering" title="How the background is rendered. Default: Image">
<Option value="img" text="Image" />
<Option value="css" text="CSS" />
<Option value="css_rot" text="CSS+Rotation" />
</Item>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="visual_prefs" title="Preferences">
<Item type="list" var="HIGH_RIM" text="High Rims">
<Option value="false" text="Off" /> <Option value="true" text="On" />
</Item>
<Item type="list" var="EXPLOSION" text="Explosions">
<Option value="false" text="Off" /> <Option value="true" text="On" />
</Item>
<Item type="list" var="engine.view" from="engine.views" text="Current Camera" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="sound" title="Sound Configuration">
<Item type="list" var="player.engineType" text="Sound set">
<Option value="5" text="ArmagetronAd" />
<Option value="3" text="Tr2n Origins" />
<Option value="4" text="glTron" />
</Item>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="other" title="Misc Configuration">
<Item type="submenu" onenter="display_tweaks" text="Tweaks"/>
<Item type="submenu" onenter="global_input_conf" text="Global Keys"/>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="display_tweaks" title="Game Tweaks">
<Item type="list" var="GAME_LOOP" text="Run game loop">
<Option value="0" text="Outside render cycle" />
<Option value="2" text="Outside+during render cycle" title="possibily reduces fps?" />
<Option value="0.5" text="Outside render cycle + cycle movement in render" title="may reduce visible jumps, the default" />
<Option value="1" text="During render cycle" title="may reduce jumps but increase lag"/>
</Item>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="global_input_conf" title="Input Configuration">
<Item type="keys" var="scroll_up" text="Scroll Up" />
<Item type="keys" var="scroll_down" text="Scroll Down" />
<Item type="keys" var="scroll_end" text="Scroll to End" />
<Item type="keys" var="score" text="Toggle Scoreboard" />
<Item type="keys" var="esc" text="In-game Menu" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="about" title="About">
<Item type="text" style="font-size:15pt" text="0xff8800Title: 0xRESETT@progtitle@" />
<Item type="text" style="font-size:15pt" text="Draws heavy inspiration from the excellent lightcycle game Armagetron Advanced." />
<Item type="text" style="font-size:15pt" text="0xff8800Version: 0xRESETTv1.0-beta6" />
<Item type="text" style="font-size:15pt" text="This is a development version. It's a heavy work in progress. Anything could change at any time, and there may be a lot of bugs." />
<Item type="submenu" onenter="about_dev" text="Credits"/>
<Item type="submenu" onenter="license" text="Legal Stuff"/>
<!--<Item type="text" text="0xff7f00Official Website: 0xRESETTN/A" />-->
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="about_dev" title="Credits">
<Item type="text" style="font-size:15pt" text="0xff8800Project Admin: 0xRESETTNelg" />
<Item type="text" style="font-size:15pt" text="0xff8800Developers: 0xRESETTNelg, Durf" />
<Item type="text" style="font-size:15pt" text="0xff8800Collision Detection: 0xRESETTDurf, softSurfer" />
<Item type="text" style="font-size:15pt" text="0xff8800ArmagetronAd Font: 0xRESETTLucifer, Fabrice Holbe" />
<Item type="text" style="font-size:15pt" text="0xRESETTDefault Theme:" />
<Item type="text" style="font-size:15pt" text="0xff8800Wall Textures: 0xRESETTBrian Hilmers" />
<Item type="text" style="font-size:15pt" text="0xff8800Textures: 0xRESETTthe Armagetron Advanced development team" />
<Item type="text" style="font-size:15pt" text="0xff8800ArmagetronAd Cycles: 0xRESETTZ-Man(?)" />
<!--<Item type="text" style="font-size:15pt" text="0xff8800Testing: 0xRESETTdukevin, light, jericho, zoom" />-->
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="license" title="Legal Stuff">
- <Item type="text" style="font-size:15pt" text="3DCycles - A lightcycle game. &lt;br>
+ <Item type="text" style="font-size:15pt" text="Armawebtron - A lightcycle game. &lt;br>
Copyright (C) 2019 Glen Harpring &lt;br> &lt;br>
This program is free software; you can redistribute it and/or &lt;br>
modify it under the terms of the GNU General Public License &lt;br>
as published by the Free Software Foundation; either version 2 &lt;br>
of the License, or (at your option) any later version. &lt;br>
&lt;br>
This program is distributed in the hope that it will be useful, &lt;br>
but WITHOUT ANY WARRANTY; without even the implied warranty of &lt;br>
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the &lt;br>
GNU General Public License for more details. &lt;br>
&lt;br>
You should have received a copy of the GNU General Public License &lt;br>
along with this program; if not, write to the Free Software &lt;br>
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA." />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="pause" title="Paused" exitmenu="pauseMenuToggle()">
<Item type="submenu" onenter="game_setup" text="Local Game Setup"/>
<Item type="submenu" onenter="team" text="Change Teams"/>
<Item type="submenu" onenter="player" text="Customize Player"/>
<Item type="submenu" onenter="input" text="Configure Input"/>
- <Item type="submenu" onenter="system" text="Configure 3DCycles"/>
+ <Item type="submenu" onenter="system" text="Configure @progtitleshort@"/>
<Item type="submenu" onenter="about" text="About"/>
<Item type="leave" text="Leave Grid"/>
<Item type="exitmenu" text="Return to Game"/>
</Menu>
<Menu id="team" title="Change Teams">
<!-- script to dynamically generate items-->
<Item type="list" var="player.spectating" text="Spectator Mode" onenter="KILL_ALL">
<Option value="false" text="Off" /> <Option value="true" text="On" />
</Item>
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="vote" title="Vote" exitmenu="menu('exitmenu');vote(voteopt)"> <!--Future implementation?-->
<Item type="list" call="function(in){voteopt = in; return '';}" text="Vote">
<Option value="no" text=" No &gt;" />
<Option value="" text="&lt; Ignore &gt;" />
<Option value="yes" text="&lt; Yes " />
</Item>
<Item type="exitmenu" text="Submit"/>
</Menu>
<Menu id="highscores" title="0x000000Highscores">
<Item type="text" text="0xff0000»0x808080Swag´0xRESETT: INF points" />
<Item type="text" text="0x0088ff|0xRESETTNelg0xRESETT: 10 points" />
<Item type="text" text="0x00ff00Z-Man0xRESETT: 1 points" />
<Item type="exitmenu" text="&lt;- Go Back"/>
</Menu>
<Menu id="preset_loaded" title="Preset Loaded">
<Item type="js" onenter="game.play()" text="Play"/>
<Item type="submenu" onenter="input_conf" text="Set Controls"/>
<Item type="exitmenu" text="Back to main menu"/>
</Menu>
</Menus>
diff --git a/scripts/ai.js b/scripts/ai.js
index ce960e1..56c0ce0 100644
--- a/scripts/ai.js
+++ b/scripts/ai.js
@@ -1,222 +1,222 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
class AI
{
think(timestep)
{
var shouldTurn = this.cycle.sensor.front < Math.min(5,Math.max(this.cycle.sensor.leftTurn,this.cycle.sensor.rightTurn)),
dangerouslyNearWall = this.cycle.sensor.front <= settings.CYCLE_RUBBER_MINDISTANCE+1,
usingRubber = this.cycle.rubber > this.lastRubber;
if(engine.gtime > this.cycle.lastTurnTime+(settings.CYCLE_DELAY*1000))
{
switch(this.state)
{
case 0:
if(shouldTurn) return this.basicDecision();
break;
case 2: //practically state 0 but theoretically better!
var nearestPlayer = false, nearestPlayerDist = Infinity;
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
if(engine.players[x] != this.cycle)
{
var dist = pointDistance(engine.players[x].position.x,engine.players[x].position.y,
this.cycle.position.x,this.cycle.position.y);
if(dist < nearestPlayerDist)
{
nearestPlayerDist = dist; nearestPlayer = engine.players[x];
}
}
}
this.nearestPlayer = nearestPlayer;
if(shouldTurn || (usingRubber && this.cycle.rubber >= settings.CYCLE_RUBBER*0.8))
{
if(this.sameTurnsUsed > 3 &&
this.cycle.sensor.objrear == this.cycle &&
this.cycle.sensor.nearestobj == this.cycle &&
this.cycle.sensor.objleft == this.cycle &&
this.cycle.sensor.objright == this.cycle)
{
//this.basicDecision();
if(-this.lastTurn == -1)
var d = this.cycle.sensor.leftTurn;
else
var d = this.cycle.sensor.rightTurn;
//if(d < 0.1)
{
this.turn(-this.lastTurn);
this.turn(this.lastTurn);
console.log("[DEBUG] Camping");
this.state = 4;
return true;
}
/*else
{
this.cycle.turn(this.lastTurn);
this.cycle.turn(this.lastTurn);
this.cycle.turn(this.lastTurn);
this.cycle.turn(-this.lastTurn);
return true;
}*/
//this.basicDecision();
//this.sameTurnsUsed = -4;
}
return this.basicDecision();
}
else if(nearestPlayer)
{
//engine.console.print("target: "+removeColors(nearestPlayer.name)+"\n");
if(nearestPlayer == this.cycle.sensor.objrear && (nearestPlayer != this.cycle.sensor.objleft && nearestPlayer != this.cycle.sensor.objright))
{
this.turn(this.getRelDirToPoint(nearestPlayer.position.x,nearestPlayer.position.y)); //turn in front of the player
}
/*else if(this.cycle.sensor.nearestobj == nearestPlayer
|| this.cycle == nearestPlayer.sensor.objrear
)
//we're in front of our nearest cycle
{
this.turn(this.getRelDirToPoint(nearestPlayer.position.x,nearestPlayer.position.y)); //turn back to the player
}*/
}
break;
case 1:
if(this.target === false)
{
this.target = engine.players[Math.round(Math.random()*engine.players.length)];
if(this.target) engine.console.print("target: "+removeColors(this.target.name)+"\n");
}
if(this.target == this.cycle || typeof(this.target) == "undefined" || !this.target.alive)
{
this.target = false;
}
else
{
this.huntDownTarget();
}
if(usingRubber) this.basicDecision();
break;
case 3:
break;
case 4: //! temp state: wait until we're out of our camp.
if(this.cycle.sensor.objrear == this.cycle &&
this.cycle.sensor.nearestobj == this.cycle &&
this.cycle.sensor.objleft == this.cycle &&
this.cycle.sensor.objright == this.cycle)
{
//if(usingRubber) return this.basicDecision();
if(this.cycle.sensor.front <= this.cycle.minDistance.front+0.01)
return this.basicDecision();
}
else
{
console.log("[DEBUG] Normal");
this.state = 2;
return true;
}
break;
default:
console.error("Invalid state "+this.state+"!");
this.state = 0;
break;
}
}
if(this.destPoints.length > 0 && engine.gtime > this.cycle.lastTurnTime+(settings.CYCLE_DELAY*1000))
{
var pt = this.destPoints[0];
this.turn(this.getRelDirToPoint(pt[0],pt[1]));
}
this.cycle.braking = settings.AI_FORCE_BRAKE||(settings.CYCLE_BRAKE > 0 && dangerouslyNearWall && usingRubber);
this.lastRubber = this.cycle.rubber;
}
basicDecision()
{
if(this.cycle.sensor.rightTurn < this.cycle.sensor.leftTurn)
//if(this.cycle.sensor.left > this.cycle.sensor.front)
this.turn(-1);
else if(this.cycle.sensor.rightTurn > this.cycle.sensor.leftTurn)
//if(this.cycle.sensor.right > this.cycle.sensor.front)
this.turn(1);
else
this.turn([-1,1][Math.round(Math.random()*1)]);
}
huntDownTarget()
{
var nearX = this.target.position.x, nearY = this.target.position.y,
nearDist = pointDistance(this.target.position.x,this.target.position.y,
this.cycle.position.x,this.cycle.position.y);
var playerDist = nearDist;
for(var i=this.target.walls.length;i>=0;--i)
{
var wall = this.target.walls[i];
var dist = pointDistance(wall[0],wall[1],
this.cycle.position.x,this.cycle.position.y);
if(dist < nearDist)
{
nearDist = dist; nearX = wall[0]; nearY = wall[1];
}
}
this.turn(this.getRelDirToPoint(nearX,nearY)); //turn back to the player
}
getRelDirToPoint(x,y)
{
//var dist = pointDistance(x,y,this.cycle.position.x,this.cycle.position.y);
var dir = [(this.cycle.position.x-x),(this.cycle.position.y-y)];
var ang = Math.atan2(dir[1],dir[0]);
//if(Math.round((this.cycle.rotation.z)/8) != Math.round(ang/8)) //point is not in front
{
var angdiff = normalizeRad(this.cycle.rotation.z-ang);
if(angdiff < Math.PI)
{
return -1;
}
else if(angdiff > Math.PI)
{
return 1;
}
//centerMessage(angdiff);
}
}
turn(dir)
{
this.cycle.turn(dir);
if(dir == this.lastTurn)
this.sameTurnsUsed++;
else
this.sameTurnsUsed = 0;
this.lastTurn = dir;
}
constructor(cycle)
{
this.cycle = cycle; this.lastRubber = 0;
this.state = 2; //theoretical states: 0: survive, 1: trace, 2: closecombat, 3: pathfind
this.lastTurn = 0;
this.sameTurnsUsed = 0;
this.target = false;
this.targetX = NaN; this.targetY = NaN;
this.destPoints = [];
}
}
if(typeof(module) != "undefined") module.exports = AI;
diff --git a/scripts/buildObjects.js b/scripts/buildObjects.js
index b8d9fa7..7895adc 100644
--- a/scripts/buildObjects.js
+++ b/scripts/buildObjects.js
@@ -1,1860 +1,1860 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
//TODO: neaten up this file, make it so the map isn't parsed a bunch of times
//TODO: use an object for the cycles?
//lots of Durf code around these parts...
//NOTE: these functions depend on the presence of mapSTRING and/or mapXML
//RETURNS: scene mesh/object to add into global object
function loadTextures()
{
engine.textures.floor = new new THREE.TextureLoader().load(relPath(settings.FLOOR_TEXTURE,"images"));
engine.textures.rim_wall = new new THREE.TextureLoader().load(relPath(settings.RIM_WALL_TEXTURE,"images"));
//engine.textures.cycle_wall = new new THREE.TextureLoader().load('images/textures/dir_wall.png');
engine.textures.cycle_body = new THREE.TextureLoader().load(relPath(settings.CYCLE_TEXTURES[0],"images"));
engine.textures.cycle_wheel = new THREE.TextureLoader().load(relPath(settings.CYCLE_TEXTURES[1],"images"))
engine.textures.cycle_shadow = new THREE.TextureLoader().load('images/textures/shadow.png')
}
//GRID
function buildGrid()
{
//floor texture stuff
engine.grid = new THREE.Object3D();//initialize global object
var sizeFactorHandle = settings.SIZE_FACTOR / 2;
engine.REAL_ARENA_SIZE_FACTOR = Math.pow(2, sizeFactorHandle);
var logicalBox = getLogicalBox(engine.mapString);// x, y, minx, miny, maxx, maxy
engine.logicalBox = {
center: { x:logicalBox[0], y: logicalBox[1]},
min: { x:logicalBox[2], y: logicalBox[3]},
max: { x:logicalBox[4], y: logicalBox[5]}
};
var logicalHeight = ((logicalBox[5]-logicalBox[3]) * engine.REAL_ARENA_SIZE_FACTOR)/* + 10*/;//+10 for outer edge
var logicalWidth = ((logicalBox[4]-logicalBox[2]) * engine.REAL_ARENA_SIZE_FACTOR)/* + 10*/;
var grid_object;
if(!engine.dedicated && settings.FLOOR_DETAIL > 0)
{
if(settings.FLOOR_DETAIL == 1)
{
var minX = engine.logicalBox.min.x*engine.REAL_ARENA_SIZE_FACTOR, minY = engine.logicalBox.min.y*engine.REAL_ARENA_SIZE_FACTOR;
var maxX = engine.logicalBox.max.x*engine.REAL_ARENA_SIZE_FACTOR, maxY = engine.logicalBox.max.y*engine.REAL_ARENA_SIZE_FACTOR;
var geometry = new THREE.Geometry();
for(var y=minY;y<maxY;y+=settings.GRID_SIZE)
{
geometry.vertices.push(new THREE.Vector3(minX,y,0));
geometry.vertices.push(new THREE.Vector3(maxX,y,0));
geometry.vertices.push(new THREE.Vector3(minX,y,0));
}
for(var x=minX;x<maxX;x+=settings.GRID_SIZE)
{
geometry.vertices.push(new THREE.Vector3(x,minY,0));
geometry.vertices.push(new THREE.Vector3(x,maxY,0));
geometry.vertices.push(new THREE.Vector3(x,minY,0));
}
var color = new THREE.Color(settings.FLOOR_RED,settings.FLOOR_GREEN,settings.FLOOR_BLUE);
grid_object = new THREE.Line(geometry,new THREE.LineBasicMaterial({color:color,transparent:false}));
}
else
{
var floorTexture = engine.textures.floor;
floorTexture.wrapS = floorTexture.wrapT = THREE.RepeatWrapping;
floorTexture.repeat.set(logicalWidth,logicalHeight); //floorTexture.repeat.set( 500, 500 );
var centerOffset_x = (logicalBox[2] * engine.REAL_ARENA_SIZE_FACTOR);//offset from bottom left corner
var centerOffset_x2 = Math.round((centerOffset_x % 1)*100000000)/100000000;
floorTexture.offset.x = centerOffset_x2;
var centerOffset_y = (logicalBox[3] * engine.REAL_ARENA_SIZE_FACTOR);//-5;//not needed since we only take %1 offset
var centerOffset_y2 = Math.round((centerOffset_y % 1)*100000000)/100000000;
floorTexture.offset.y = centerOffset_y2;
if(settings.FLOOR_DETAIL > 2)
{
var maxAnisotropy = engine.renderer.capabilities.getMaxAnisotropy();
floorTexture.anisotropy = maxAnisotropy;
}
var color = new THREE.Color(settings.FLOOR_RED,settings.FLOOR_GREEN,settings.FLOOR_BLUE);
var floorMaterial = new THREE.MeshBasicMaterial( { color:color, map: floorTexture,/* transparent: settings.ALPHA_BLEND /*, side: THREE.DoubleSide*/} );
floorMaterial.needsUpdate = true;//is this needed?
var floorGeometry = new THREE.PlaneBufferGeometry(logicalWidth*settings.GRID_SIZE,logicalHeight*settings.GRID_SIZE,1,1);
floorGeometry.dynamic = true;//is this needed?
grid_object = new THREE.Mesh(floorGeometry, floorMaterial);
grid_object.position.x = logicalBox[0] * engine.REAL_ARENA_SIZE_FACTOR;
grid_object.position.y = logicalBox[1] * engine.REAL_ARENA_SIZE_FACTOR;
//grid_object.scale.set(settings.GRID_SIZE,settings.GRID_SIZE,1);
//console.log("gridx: "+grid_object.position.x+" gridy: "+grid_object.position.y);
grid_object.geometry.dynamic = true;//is this needed?
if(settings.FLOOR_MIRROR)
{
engine.grid.mirror = grid_object.clone();
engine.grid.mirror.position.z -= 1/100;
engine.grid.reflection = new THREE.CubeCamera(0.01,100000,128);
engine.scene.add(engine.grid.reflection);
floorMaterial.envMap = engine.grid.reflection.renderTarget;
engine.grid.reflection.position.copy(grid_object.position);
//engine.grid.reflection.position.z = -250;
}
}
grid_object.position.z = -2/100;//move down 2/100 units for render glitch
}
// return grid_object;
if(grid_object) engine.grid.add(grid_object);//add to global object
//SPAWNS add to map data
var allSpawns = engine.mapXML.getElementsByTagName("Spawn");
for (s = 0; s < allSpawns.length; s++)
{
var sXpos = (allSpawns[s].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR);
var sYpos = (allSpawns[s].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR);
var sZpos = (allSpawns[s].getAttribute("z") * 1);
if(isNaN(sZpos)) sZpos = 0;
if ( allSpawns[s].hasAttribute("angle") ) { var sAng = allSpawns[s].getAttribute("angle"); }
else { var sAng = gafd( parseFloat(allSpawns[s].getAttribute("xdir")), parseFloat(allSpawns[s].getAttribute("ydir")) ); }
var spawn_data = [sXpos, sYpos, sZpos, sAng];
engine.map.spawns.push( spawn_data );
}
}//end of grid
///////////////////////////////
//WALLS
function buildWalls() {//builds all walls in map and returns object to add to scene
engine.walls = new THREE.Object3D();
var allWalls = engine.mapXML.getElementsByTagName("Wall");
for (var r = 0; r < allWalls.length; r++) {
var wall_points = new Array();
if(settings.HIGH_RIM)
var wall_height = settings.HIGH_RIM_HEIGHT;
else
var wall_height = settings.LOW_RIM_HEIGHT; //4
if (allWalls[r].hasAttribute("height")) { wall_height = allWalls[r].getAttribute("height")*1; }
var allWallPoints = allWalls[r].getElementsByTagName("Point");
for (var q = 0; q < allWallPoints.length; q++)
{
wall_points.push(
[
allWallPoints[q].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR,
allWallPoints[q].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR,
0, //wall_bottom
wall_height
]
);
}
wall_object = buildWall(wall_points, wall_height);
//wall_object.receiveShadow = true;
//wall_object.castShadow = true;
engine.walls.add(wall_object);//add complete object to global walls
engine.map.walls.push(wall_points);//add to map data
}
}
//this is for buildWalls - builds a single wall out of many
var totalWallsLength = 0;//used to line textures like arma does
function buildWall(pointArray, height) {//builds a single <Wall> tag
if(!settings.RIM_WALL_REPEAT_TOP && height > settings.RIM_WALL_STRETCH_Y) height = settings.RIM_WALL_STRETCH_Y;
var geo = new THREE.Geometry();
for (var n = 0; n < pointArray.length; n++) {
var thisPoint = pointArray[n];
geo.vertices.push( new THREE.Vector3( (thisPoint[0]), (thisPoint[1]), 0) );
}
for (var m = 0; m < pointArray.length; m++) {
var thisPoint = pointArray[m];
geo.vertices.push( new THREE.Vector3( (thisPoint[0]), (thisPoint[1]), height) );
}
var totalLength = 0;
for (var i = 0; i < (geo.vertices.length/2)-1; i++) {
var p1x = geo.vertices[i].x; var p1y = geo.vertices[i].y;
var p2x = geo.vertices[i+1].x; var p2y = geo.vertices[i+1].y;
var dist = Math.sqrt( (p2x-=p1x)*p2x + (p2y-=p1y)*p2y );
totalLength += dist;
totalWallsLength += dist;
// console.log(totalLength);
// var slope = ( (py2 - py1) / (px2 - px1) );
// var invslope = -( (px2 - px1) / (py2 - py1) );
var normal = new THREE.Vector3( (p2y - p1y), -(p2x - p1x), 0 );
// c d
// a b
geo.faces.push(
new THREE.Face3( (i), (i+1), (i+(geo.vertices.length/2)), normal ), //a,b,c
new THREE.Face3( (i+(geo.vertices.length/2)+1), (i+(geo.vertices.length/2)), (i+1), normal ) //d,c,b
);
geo.faceVertexUvs[0].push(
[new THREE.Vector2((totalWallsLength-dist),0),new THREE.Vector2((totalWallsLength),0),new THREE.Vector2((totalWallsLength-dist),1)], //a,b,c
[new THREE.Vector2((totalWallsLength),1),new THREE.Vector2((totalWallsLength-dist),1),new THREE.Vector2((totalWallsLength),0)] //d,c,b
);
}
if(!engine.dedicated)
{
geo.uvsNeedUpdate = true;
geo.buffersNeedUpdate = true; //apparently isn't needed for desired effect
geo.computeFaceNormals();//for lighting
geo.computeVertexNormals();//for lighting?
if(settings.RIM_WALL_TEXTURE != "")
{
var wallTexture = engine.textures.rim_wall;
wallTexture.wrapS = THREE.RepeatWrapping;
if(settings.RIM_WALL_WRAP_Y) wallTexture.wrapT = THREE.RepeatWrapping;
wallTexture.repeat.set(1/settings.RIM_WALL_STRETCH_X,height/settings.RIM_WALL_STRETCH_Y); //totalLength, height
}
if(engine.usingWebgl)
{
var maxAnisotropy = engine.renderer.getMaxAnisotropy();
wallTexture.anisotropy = maxAnisotropy;
}
var wallIsTooLow = height<settings.RIM_WALL_LOWEST_HEIGHT;
var wallmat = new (settings.RIM_WALL_DEPTH?THREE.MeshLambertMaterial:THREE.MeshBasicMaterial)({
map: wallIsTooLow?null:(wallTexture==""?null:wallTexture),
transparent:settings.ALPHA_BLEND,opacity:settings.RIM_WALL_ALPHA,
color: wallIsTooLow?
new THREE.Color(settings.RIM_WALL_BELOW_HEIGHT_COLOR_R,settings.RIM_WALL_BELOW_HEIGHT_COLOR_G,settings.RIM_WALL_BELOW_HEIGHT_COLOR_B)
:
new THREE.Color(settings.RIM_WALL_RED,settings.RIM_WALL_GREEN,settings.RIM_WALL_BLUE),
side: THREE.DoubleSide, flatShading: true
});
// var wallmat = new THREE.MeshLambertMaterial({ color: 0x404040, side: THREE.DoubleSide, shading: THREE.FlatShading});
//use this material for better fps - textures OFF
var thewall = new THREE.Mesh( geo, wallmat );
return thewall;
}
}
/////////////////////////////
//ZONES
function buildZones()
{
engine.zones = new THREE.Object3D();
var mapsZones = engine.mapXML.getElementsByTagName("Zone");
console.log("NUM ZONES = "+mapsZones.length);
for (var p = 0; p < mapsZones.length; p++)
{
var zone = {};
if(mapsZones[p].hasAttribute("effect")) { zone.type = mapsZones[p].getAttribute("effect"); }
var point = mapsZones[p].getElementsByTagName("Point");
zone.x = (point[0].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR);
zone.y = (point[0].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR);
var shape = mapsZones[p].getElementsByTagName("ShapeCircle");
if(shape.length == 0)
{
var shape = mapsZones[p].getElementsByTagName("ShapePolygon");
if(shape.length > 0)
{
zone.shape = "polygon"; zone.points = [];
for(var i=1;i<point.length;i++)
{
zone.points.push([point[i].attributes.x.value*1,point[i].attributes.y.value*1]);
}
}
else
{
console.error("Invalid or no zone shape specified");
}
}
if(shape.length > 0)
{
if(shape[0].attributes.radius)
{
zone.radius = (shape[0].getAttribute("radius") * engine.REAL_ARENA_SIZE_FACTOR);
}
else
{
zone.radius = engine.REAL_ARENA_SIZE_FACTOR;
}
zone.expansion = shape[0].getAttribute("growth")*1;
if(shape[0].attributes.rotation)
{
var s = shape[0].attributes.rotation.value.split(";");
zone.rot = s[1];
}
var colorelement = mapsZones[p].getElementsByTagName("Color")[0];
if(colorelement)
{
if(colorelement.attributes.hexCode) // +ap compatibility
{
zone.color = 1*(colorelement.getAttribute("hexCode"));
}
else if(colorelement.attributes.r || colorelement.attributes.g || colorelement.attributes.b) // +ap compatibility
{
zone.color = new THREE.Color(colorelement.getAttribute("r")/15,colorelement.getAttribute("g")/15,colorelement.getAttribute("b")/15);
}
else if(colorelement.attributes.red || colorelement.attributes.green || colorelement.attributes.blue) //0.4 compatibility
{
var r=colorelement.getAttribute("red"),g=colorelement.getAttribute("green"),b=colorelement.getAttribute("blue");
var a = colorelement.attributes.alpha?colorelement.getAttribute("alpha"):1;
zone.color = new THREE.Color(r,g,b);
}
}
var delay = mapsZones[p].attributes.delay?mapsZones[p].getAttribute("delay"):0;
switch(zone.type)
{
case "rubber":
zone.value = mapsZones[p].getAttribute("rubberVal");
break;
case "speed": case "acceleration":
zone.value = mapsZones[p].getAttribute("speed");
break;
}
/*zone_object = createZone(zonesType,zonesXpos,zonesYpos,zonesRadius,color);
var zone_data = [zonesType, zonesXpos, zonesYpos, zonesRadius, zonesExpansion, value,0,0,false];
engine.map.zones.push(zone_data);
console.log("ZONE ADDED: "+zonesType);
engine.zones.add(zone_object);*/
new Zone(zone).spawn();
}
else
{
console.log("Zone skipped");
}
}
//for (var z = 0; z < engine.a_zone.length; z++) { all_zones.add( a_zone[z] ); }
}
var zSpawn = function()
{
engine.zones.add(this);
engine.map.zones.push([this.type,this.x,this.y,this.radius,this.expansion,this.value,this.xdir,this.ydir,this.bounce]); //DEPRECATED
};
function llll(zone)
{
}
/////////////////////////////
//CYCLE (TODO:split into cycle model chooser file)
var cycleModel = function(colorCode) {//builds a single cycle
var model = new THREE.Object3D();
if(!engine.dedicated)
{
var geo_body = new THREE.Geometry();
var geo_front = new THREE.Geometry();
var geo_back = new THREE.Geometry();
/*____________armagetron cycle______________*/
geo_body.vertices.push(
new THREE.Vector3( 0.787148, 0.394117, 0.964472),
new THREE.Vector3( 1.982280, 0.145382, 1.00079),
new THREE.Vector3( 1.685360, 0.169418, 1.21508),
new THREE.Vector3( 1.179990, 0.197158, 1.43881),
new THREE.Vector3( 0.586153, 0.197158, 1.54688),
new THREE.Vector3( -0.340365, 0.164937, 1.54215),
new THREE.Vector3( -0.476320, 0.145253, 1.44595),
new THREE.Vector3( -0.508108, 0.135410, 1.30398),
new THREE.Vector3( 0.531900, 0.197158, 0.234183),
new THREE.Vector3( 1.482190, 0.197158, 0.232375),
new THREE.Vector3( 2.049060, 0.141480, 0.847465),
new THREE.Vector3( 1.982280, -0.143510, 1.00079),
new THREE.Vector3( 1.685360, -0.171200, 1.21508),
new THREE.Vector3( 1.179990, -0.199500, 1.43881),
new THREE.Vector3( 0.586153, -0.199500, 1.54688),
new THREE.Vector3( -0.340450, -0.168183, 1.54215),
new THREE.Vector3( -0.476405, -0.138655, 1.44595),
new THREE.Vector3( -0.508192, -0.128813, 1.30398),
new THREE.Vector3( 0.531900, -0.199500, 0.234183),
new THREE.Vector3( 1.482190, -0.199500, 0.232375),
new THREE.Vector3( 2.046890, -0.134012, 0.847465),
new THREE.Vector3( 0.785515, -0.393152, 0.964472)
);
//minx = -0.508192
//maxx = 2.049060
//miny = -0.393152
//maxy = 0.394117
//minz = 0.232375
//maxz = 1.54688
//0 , 0 - 1 , 1
//-0.508192 , 0.232375
//2.049060 , 1.54688
//x & z
var bodyrangex = (-0.508192 - 2.049060) * -1; //range = (lowest - highest) * -1
var bodyoffsetx = 0 - -0.508192; //offset = 0 - lowest
var bodyrangez = (0.232375 - 1.54688) * -1;
var bodyoffsetz = 0 - 0.232375;
geo_body.faces.push(
new THREE.Face3( 0, 2, 1 ),
new THREE.Face3( 0, 3, 2 ),
new THREE.Face3( 0, 4, 3 ),
new THREE.Face3( 0, 5, 4 ),
new THREE.Face3( 0, 6, 5 ),
new THREE.Face3( 0, 7, 6 ),
new THREE.Face3( 0, 8, 7 ),
new THREE.Face3( 0, 9, 8 ),
new THREE.Face3( 0, 10, 9 ),
new THREE.Face3( 0, 1, 10 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 20, 19 ),
new THREE.Face3( 9, 10, 20 ),
new THREE.Face3( 10, 11, 20 ),
new THREE.Face3( 10, 1, 11 ),
new THREE.Face3( 21, 11, 12 ),
new THREE.Face3( 21, 12, 13 ),
new THREE.Face3( 21, 13, 14 ),
new THREE.Face3( 21, 14, 15 ),
new THREE.Face3( 21, 15, 16 ),
new THREE.Face3( 21, 16, 17 ),
new THREE.Face3( 21, 17, 18 ),
new THREE.Face3( 21, 18, 19 ),
new THREE.Face3( 21, 19, 20 ),
new THREE.Face3( 21, 20, 11 )
);
geo_body.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
]
);
geo_front.vertices.push(
new THREE.Vector3( -0.439773, 0.00019, 0 ),
new THREE.Vector3( -0.355783, 0.00019, 0.258492 ),
new THREE.Vector3( -0.135898, 0.00019, 0.418248 ),
new THREE.Vector3( 0.135898, 0.00019, 0.418248 ),
new THREE.Vector3( 0.355783, 0.00019, 0.258492 ),
new THREE.Vector3( 0.439770, 0.00019, 0 ),
new THREE.Vector3( 0.355783, 0.00019, -0.25849 ),
new THREE.Vector3( 0.135898, 0.00019, -0.418248 ),
new THREE.Vector3( -0.135898, 0.00019, -0.418248 ),
new THREE.Vector3( -0.355783, 0.00019, -0.25849 ),
new THREE.Vector3( -0.336475, 0.29717, 0 ),
new THREE.Vector3( -0.272215, 0.29717, 0.197775 ),
new THREE.Vector3( -0.103978, 0.29717, 0.320007 ),
new THREE.Vector3( 0.103975, 0.29717, 0.320007 ),
new THREE.Vector3( 0.272213, 0.29717, 0.197775 ),
new THREE.Vector3( 0.336475, 0.29717, 0 ),
new THREE.Vector3( 0.272213, 0.29717, -0.197775 ),
new THREE.Vector3( 0.103975, 0.29717, -0.320005 ),
new THREE.Vector3( -0.103978, 0.29717, -0.320005 ),
new THREE.Vector3( -0.272215, 0.29717, -0.197775 ),
new THREE.Vector3( 0.000000, 0.29717, 0 ),
new THREE.Vector3( -0.336475, -0.29679, 0 ),
new THREE.Vector3( -0.272215, -0.29679, 0.197775 ),
new THREE.Vector3( -0.103978, -0.29679, 0.320007 ),
new THREE.Vector3( 0.103975, -0.29679, 0.320007 ),
new THREE.Vector3( 0.272213, -0.29679, 0.197775 ),
new THREE.Vector3( 0.336475, -0.29679, 0 ),
new THREE.Vector3( 0.272213, -0.29679, -0.197775 ),
new THREE.Vector3( 0.103975, -0.29679, -0.320005 ),
new THREE.Vector3( -0.103978, -0.29679, -0.320005 ),
new THREE.Vector3( -0.272215, -0.29679, -0.197775 ),
new THREE.Vector3( 0.000000, -0.29679, 0 )
);
//x & z
var frontrangex = (-0.439773 - 0.439770) * -1; //range = (lowest - highest) * -1
var frontoffsetx = 0 - -0.439773; //offset = 0 - lowest
var frontrangez = (-0.418248 - 0.418248) * -1;
var frontoffsetz = 0 - -0.418248;
geo_front.faces.push(
new THREE.Face3( 0, 11, 10 ),
new THREE.Face3( 0, 1, 11 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 10, 19 ),
new THREE.Face3( 9, 0, 10 ),
new THREE.Face3( 20, 10, 11 ),
new THREE.Face3( 20, 11, 12 ),
new THREE.Face3( 20, 12, 13 ),
new THREE.Face3( 20, 13, 14 ),
new THREE.Face3( 20, 14, 15 ),
new THREE.Face3( 20, 15, 16 ),
new THREE.Face3( 20, 16, 17 ),
new THREE.Face3( 20, 17, 18 ),
new THREE.Face3( 20, 18, 19 ),
new THREE.Face3( 20, 19, 10 ),
new THREE.Face3( 21, 22, 0 ),
new THREE.Face3( 22, 1, 0 ),
new THREE.Face3( 22, 23, 1 ),
new THREE.Face3( 23, 2, 1 ),
new THREE.Face3( 23, 24, 2 ),
new THREE.Face3( 24, 3, 2 ),
new THREE.Face3( 24, 25, 3 ),
new THREE.Face3( 25, 4, 3 ),
new THREE.Face3( 25, 26, 4 ),
new THREE.Face3( 26, 5, 4 ),
new THREE.Face3( 26, 27, 5 ),
new THREE.Face3( 27, 6, 5 ),
new THREE.Face3( 27, 28, 6 ),
new THREE.Face3( 28, 7, 6 ),
new THREE.Face3( 28, 29, 7 ),
new THREE.Face3( 29, 8, 7 ),
new THREE.Face3( 29, 30, 8 ),
new THREE.Face3( 30, 9, 8 ),
new THREE.Face3( 30, 21, 9 ),
new THREE.Face3( 21, 0, 9 ),
new THREE.Face3( 22, 21, 31 ),
new THREE.Face3( 23, 22, 31 ),
new THREE.Face3( 24, 23, 31 ),
new THREE.Face3( 25, 24, 31 ),
new THREE.Face3( 26, 25, 31 ),
new THREE.Face3( 27, 26, 31 ),
new THREE.Face3( 28, 27, 31 ),
new THREE.Face3( 29, 28, 31 ),
new THREE.Face3( 30, 29, 31 ),
new THREE.Face3( 21, 30, 31 )
);
geo_front.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
]
);
geo_back.vertices.push(
new THREE.Vector3( 0.0004475, 0.00019, 0.0002975 ),
new THREE.Vector3( -0.7435, 0.00019, 0.0002975 ),
new THREE.Vector3( -0.601417, 0.00019, 0.43758 ),
new THREE.Vector3( -0.229445, 0.00019, 0.707835 ),
new THREE.Vector3( 0.230340, 0.00019, 0.707835 ),
new THREE.Vector3( 0.602315, 0.00019, 0.43758 ),
new THREE.Vector3( 0.744397, 0.00019, 0.0002975 ),
new THREE.Vector3( 0.602315, 0.00019, -0.436985 ),
new THREE.Vector3( 0.23034, 0.00019, -0.70724 ),
new THREE.Vector3( -0.229445, 0.00019, -0.70724 ),
new THREE.Vector3( -0.601417, 0.00019, -0.436985 ),
new THREE.Vector3( -0.568755, 0.29717, 0.0002975 ),
new THREE.Vector3( -0.460047, 0.29717, 0.334868 ),
new THREE.Vector3( -0.175445, 0.29717, 0.541643 ),
new THREE.Vector3( 0.176342, 0.29717, 0.541643 ),
new THREE.Vector3( 0.460945, 0.29717, 0.334868 ),
new THREE.Vector3( 0.569653, 0.29717, 0.0002975 ),
new THREE.Vector3( 0.460945, 0.29717, -0.334273 ),
new THREE.Vector3( 0.176342, 0.29717, -0.541047 ),
new THREE.Vector3( -0.175445, 0.29717, -0.541047 ),
new THREE.Vector3( -0.460047, 0.29717, -0.334273 ),
new THREE.Vector3( 0.0004475, 0.29717, 0.0002975 ),
new THREE.Vector3( -0.568755, -0.29679, 0.0002975 ),
new THREE.Vector3( -0.460047, -0.29679, 0.334868 ),
new THREE.Vector3( -0.175445, -0.29679, 0.541643 ),
new THREE.Vector3( 0.176342, -0.29679, 0.541643 ),
new THREE.Vector3( 0.460945, -0.29679, 0.334868 ),
new THREE.Vector3( 0.569653, -0.29679, 0.0002975 ),
new THREE.Vector3( 0.460945, -0.29679, -0.334273 ),
new THREE.Vector3( 0.176342, -0.29679, -0.541047 ),
new THREE.Vector3( -0.175445, -0.29679, -0.541047 ),
new THREE.Vector3( -0.460047, -0.29679, -0.334273 ),
new THREE.Vector3( 0.0004475, -0.29679, 0.0002975 )
);
//x & z
var backrangex = (-0.7435 - 0.744397) * -1; //range = (lowest - highest) * -1
var backoffsetx = 0 - -0.7435; //offset = 0 - lowest
var backrangez = (-0.70724 - 0.707835) * -1;
var backoffsetz = 0 - -0.70724;
geo_back.faces.push(
new THREE.Face3( 0, 2, 1 ),
new THREE.Face3( 0, 3, 2 ),
new THREE.Face3( 0, 4, 3 ),
new THREE.Face3( 0, 5, 4 ),
new THREE.Face3( 0, 6, 5 ),
new THREE.Face3( 0, 7, 6 ),
new THREE.Face3( 0, 8, 7 ),
new THREE.Face3( 0, 9, 8 ),
new THREE.Face3( 0, 10, 9 ),
new THREE.Face3( 0, 1, 10 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 20, 19 ),
new THREE.Face3( 9, 10, 20 ),
new THREE.Face3( 10, 11, 20 ),
new THREE.Face3( 10, 1, 11 ),
new THREE.Face3( 21, 11, 12 ),
new THREE.Face3( 21, 12, 13 ),
new THREE.Face3( 21, 13, 14 ),
new THREE.Face3( 21, 14, 15 ),
new THREE.Face3( 21, 15, 16 ),
new THREE.Face3( 21, 16, 17 ),
new THREE.Face3( 21, 17, 18 ),
new THREE.Face3( 21, 18, 19 ),
new THREE.Face3( 21, 19, 20 ),
new THREE.Face3( 21, 20, 11 ),
new THREE.Face3( 1, 2, 0 ),
new THREE.Face3( 2, 3, 0 ),
new THREE.Face3( 3, 4, 0 ),
new THREE.Face3( 4, 5, 0 ),
new THREE.Face3( 5, 6, 0 ),
new THREE.Face3( 6, 7, 0 ),
new THREE.Face3( 7, 8, 0 ),
new THREE.Face3( 8, 9, 0 ),
new THREE.Face3( 9, 10, 0 ),
new THREE.Face3( 10, 1, 0 ),
new THREE.Face3( 22, 23, 1 ),
new THREE.Face3( 23, 2, 1 ),
new THREE.Face3( 23, 24, 2 ),
new THREE.Face3( 24, 3, 2 ),
new THREE.Face3( 24, 25, 3 ),
new THREE.Face3( 25, 4, 3 ),
new THREE.Face3( 25, 26, 4 ),
new THREE.Face3( 26, 5, 4 ),
new THREE.Face3( 26, 27, 5 ),
new THREE.Face3( 27, 6, 5 ),
new THREE.Face3( 27, 28, 6 ),
new THREE.Face3( 28, 7, 6 ),
new THREE.Face3( 28, 29, 7 ),
new THREE.Face3( 29, 8, 7 ),
new THREE.Face3( 29, 30, 8 ),
new THREE.Face3( 30, 9, 8 ),
new THREE.Face3( 30, 31, 9 ),
new THREE.Face3( 31, 10, 9 ),
new THREE.Face3( 31, 22, 10 ),
new THREE.Face3( 22, 1, 10 ),
new THREE.Face3( 23, 22, 32 ),
new THREE.Face3( 24, 23, 32 ),
new THREE.Face3( 25, 24, 32 ),
new THREE.Face3( 26, 25, 32 ),
new THREE.Face3( 27, 26, 32 ),
new THREE.Face3( 28, 27, 32 ),
new THREE.Face3( 29, 28, 32 ),
new THREE.Face3( 30, 29, 32 ),
new THREE.Face3( 31, 30, 32 ),
new THREE.Face3( 22, 31, 32 )
);
geo_back.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
]
);
/*____________armagetron cycle______________*/
geo_body.computeFaceNormals();//for lighting
geo_front.computeFaceNormals();//for lighting
geo_back.computeFaceNormals();//for lighting
//UV MAPS NEEDED OR ERRORS for mapping
//materials
var bodyMaterial = [
new THREE.MeshBasicMaterial( {
color: colorCode,
// shading: THREE.FlatShading
}),
new THREE.MeshBasicMaterial( {
map: engine.textures.cycle_body,
transparent: settings.ALPHA_BLEND,
opacity: 1.0,
})];
var wheelMaterial = [
new THREE.MeshBasicMaterial( { //MeshLambertMaterial
color: colorCode,
// shading: THREE.FlatShading
}),
new THREE.MeshBasicMaterial( {
map: engine.textures.cycle_wheel,
transparent: settings.ALPHA_BLEND,
opacity: 1.0,
})];
// var cycleBody = new THREE.Mesh( geo_body, bodyMaterial );
var cycleBody = new THREE.SceneUtils.createMultiMaterialObject( geo_body, bodyMaterial );
// var cycleFront = new THREE.Mesh( geo_front, wheelMaterial );
// var cycleBack = new THREE.Mesh( geo_back, wheelMaterial );
var cycleFront = new THREE.SceneUtils.createMultiMaterialObject( geo_front, wheelMaterial );
var cycleBack = new THREE.SceneUtils.createMultiMaterialObject( geo_back, wheelMaterial );
cycleFront.position.x = 1.9;//push front wheel to front
cycleFront.position.z = 0.418248;//raise front wheel
cycleBack.position.z += 0.70724;//raise back wheel
cycleBody.position.x -= 1.5;//move back 1.5
cycleFront.position.x -= 1.5;
cycleBack.position.x -= 1.5;
model.add(cycleBody);
model.add(cycleFront);
model.add(cycleBack);
}
model.scale.set(0.5,0.5,0.5);//half size
model.rotaon = {
front: 133.55356,
back: 78.947758
};
return model;
};
function newChatArrow()
{
var mat = new THREE.MeshBasicMaterial({
side: THREE.DoubleSide, color: new THREE.Color("yellow"),
});
var geo = new THREE.Geometry();
geo.vertices.push(new THREE.Vector3(0,0,0));
geo.vertices.push(new THREE.Vector3(-1,-1,2));
geo.vertices.push(new THREE.Vector3(-1, 1,2));
geo.vertices.push(new THREE.Vector3( 1, 1,2));
geo.vertices.push(new THREE.Vector3( 1,-1,2));
geo.vertices.push(new THREE.Vector3(-1,-1,2));
for(var i=1;i<geo.vertices.length-1;i++)
{
geo.faces.push(new THREE.Face3(i,i+1,0));
}
return new THREE.Mesh(geo,mat);
}
/*—–––––––––––cycle constructor—–––––––––––*/
var createLightcycle = function(cfg) //DEPRECATED
{
return new Cycle(cfg);
}
/*_*/
/*—––––––––––––wall–constructor—–––––––––––*/
function newWall(tailColor,x,y,z=0)
{
var xy = 0.001;
//var wallTextureProportion;
var textureBlending = true;
if(!engine.dedicated)
{
/*var texture = engine.textures.cycle_wall;
texture.wrapS = THREE.RepeatWrapping;
texture.repeat.set(xy,1);*/
/*if (texture.image)
{
wallTextureProportion = (texture.image.width / texture.image.height) * xy; // *4 is actual size
}//*/
var wallMaterial = new THREE.MeshLambertMaterial({
side: THREE.DoubleSide,
color: tailColor,
//map: texture,
//blending: textureBlending ? THREE.AdditiveBlending : THREE.NormalBlending,
transparent: settings.ALPHA_BLEND, opacity: 0.6
});
}
//var wallGeometry = new THREE.PlaneBufferGeometry( 1, 4 );
/*var m = new THREE.Matrix4();
m.makeRotationX(pi(0.5));
m.makeTranslation( 0.5, 2, 0 );
wallGeometry.applyMatrix( m );*/
var geo = new THREE.Geometry();
geo.vertices.push(new THREE.Vector3(0,0,0));
geo.vertices.push(new THREE.Vector3(xy,xy,0));
geo.vertices.push(new THREE.Vector3(xy,xy,1));
geo.vertices.push(new THREE.Vector3(0,0,1));
geo.vertices.push(new THREE.Vector3(0,0,0));
geo.vertices.push(new THREE.Vector3(xy,xy,0));
geo.faces = [new THREE.Face3(0,1,2),new THREE.Face3(1,2,3),new THREE.Face3(2,3,4),new THREE.Face3(3,4,5)];
geo.computeFaceNormals();
geo.computeVertexNormals();
var wall1 = new THREE.Mesh(geo,wallMaterial);
// hacky solution to make wall visible from straight on
var geo = new THREE.Geometry();
geo.vertices.push(new THREE.Vector3(0,0,1));
geo.vertices.push(new THREE.Vector3(xy,xy,1));
var wall2 = new THREE.Line(geo,wallMaterial);
var wall = new THREE.Group();
wall.add(wall1); wall.add(wall2);
wall.position.set(x,y,z);
wall.size = xy;
wall.scale.set(1,1,0.75);
return wall;
}
var createWall = function(cycle,x,y)
{
var group = new THREE.Group();
var wall = newWall(cycle.tailColor,x,y);
group.add(wall); // === .children[0]
//group.add(line); // === .children[1]
group.netLength = 0;
group.map = [[x,y],[x,y]];
return group;
};
/*–––––––––––––––––––––––––––––––––––––––––*/
function lineExplosion(pos,color1=0xffffff,color2=color1)
{
if(typeof(pos) != "object") pos = {x:0,y:0,z:0};
else if(typeof(pos.x) == "undefined") pos.x = 0;
else if(typeof(pos.y) == "undefined") pos.y = 0;
else if(typeof(pos.z) == "undefined") pos.z = 0;
if(!settings.EXPLOSIONS) return false;
var group = new THREE.Group();
var expvec = [
//new THREE.Vector3(0,0,1),
new THREE.Vector3(0,1,1),
new THREE.Vector3(0,-1,1),
new THREE.Vector3(1,0,1),
new THREE.Vector3(-1,0,1),
new THREE.Vector3(1,1,1),
new THREE.Vector3(-1,1,1),
new THREE.Vector3(1,-1,1),
new THREE.Vector3(-1,-1,1),
];
var fak=7;
for(var j=40-expvec.length;j--;)
{
expvec.push(new THREE.Vector3(
fak*((Math.random())-.5),
fak*((Math.random())-.5),
1
));
}
for(var j=40-expvec.length;j--;)
{
expvec.push(new THREE.Vector3(
fak*((Math.random())-.5),
fak*((Math.random())-.5),
-1
));
}
var mat = [
new THREE.LineBasicMaterial({color:color1,transparent:settings.ALPHA_BLEND,opacity:1}),
new THREE.LineBasicMaterial({color:color2,transparent:settings.ALPHA_BLEND,opacity:1})
];
for(var z=expvec.length;z--;)
{
var geometry = new THREE.Geometry();
geometry.vertices.push(new THREE.Vector3(0,0,0));
geometry.vertices.push(expvec[z]);
var line = new THREE.Line(geometry,mat[Math.round(Math.random())]);
line.position.set(pos.x,pos.y,pos.z); line.scale.set(0,0,0);
group.add(line);
}
engine.expl.push(group);
engine.scene.add(group);
}
function zmanCircleExplosion(pos,color1=0xffffff,color2=color1)
{
}
spawnExplosion = lineExplosion;
//spawnExplosion = zmanCircleExplosion;
diff --git a/scripts/config.js b/scripts/config.js
index 967f6a4..0697d21 100644
--- a/scripts/config.js
+++ b/scripts/config.js
@@ -1,1513 +1,1513 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
/*class Setting
{
constructor(conf)
{
switch(typeof(conf))
{
case "object": this = conf; break;
}
}
push()
{
settings_work[this.name] = this;
settings[this.name] = this.val;
}
}
//new Setting({name:"VERIFY_COLOR_STRICT",val:false}).push();
var settings_work = {};*/
settings = {
VERIFY_COLOR_STRICT: false,
TEXT_BRIGHTEN: false,
TEXT_DARK_HIGHLIGHT: true,
FONT_MIN_R: 0.5, FONT_MIN_G: 0.5, FONT_MIN_B: 0.5,
FONT_MIN_TOTAL: 0.7,
CHAT_LAYER: 0.5,
TEXT_OUT: function(params=undefined){if(params !== undefined) engine.console.style.display=params?"block":"none"; return engine.console.style.display!="none";},
TEXT_OUT_MODE: 1,
FULLSCREEN: function(params=undefined){
if(params !== undefined)
{
var bd = document.body;
if(params)
{
if(bd.requestFullscreen) bd.requestFullscreen();
else if(bd.webkitRequestFullscreen) bd.webkitRequestFullscreen();
else if(bd.mozRequestFullScreen) bd.mozRequestFullScreen();
else if(bd.msRequestFullscreen) bd.msRequestFullscreen();
else alert("Can't go into fullscreen. Please alert nelg with information on what browser you're using.")
}
else
{
if(bd.exitFullscreen) bd.exitFullscreen();
else if(document.webkitExitFullscreen) document.webkitExitFullscreen();
else if(document.mozCancelFullScreen) document.mozCancelFullScreen();
//else if(document.msCancelFullscreen) bd.msCancelFullscreen();
else alert("Can't exit fullscreen. Please alert nelg with information on what browser you're using")
}
}
return Boolean(window.fullScreen || document.mozFullScreen || document.msFullScreen || document.webkitIsFullScreen || window.outerHeight - window.innerHeight <= 1);
},
//CAMERA
CAMERA_FOV: 60,
CAMERA_NEAR_RENDER: 0.001,
CAMERA_FAR_RENDER: 2000,
//GAME
GRID_SIZE: 1,
/*FLOOR_RED: 0.75,
FLOOR_GREEN: 0.75,
FLOOR_BLUE: 0.98,*/
FLOOR_RED: 0.03,
FLOOR_GREEN: 0.266,
FLOOR_BLUE: 0.8,
FLOOR_TEXTURE: "textures/floor.png",
/*GRID_SIZE: 2,
FLOOR_RED: 1,
FLOOR_GREEN: 1,
FLOOR_BLUE: 1,
FLOOR_TEXTURE: "textures/moviepack_t_r_u_e/floor.png",*/
/*GRID_SIZE: 1,
FLOOR_RED: 0.01,
FLOOR_GREEN: 0.14,
FLOOR_BLUE: 0.35,
FLOOR_TEXTURE: "textures/aaold/floor.png",*/
FLOOR_MIRROR: false,
FLOOR_MIRROR_INT: 1,
FLOOR_DETAIL: 3, //0=off, 1=line, 2=good, 3=best
CYCLE_TEXTURES: ["textures/cycle_body.png","textures/cycle_wheel.png"],
EXPLOSIONS: true,
HIGH_RIM: true,
HIGH_RIM_HEIGHT: 50,
LOW_RIM_HEIGHT: 4,
RIM_WALL_RED: 0,
RIM_WALL_GREEN: 0, // 0.533
RIM_WALL_BLUE: 0, // 1
RIM_WALL_ALPHA: 0.9,
RIM_WALL_COLOR_MODE: 3,
RIM_WALL_STRETCH_X: 50,
RIM_WALL_STRETCH_Y: 13.5,
RIM_WALL_WRAP_Y: false,
RIM_WALL_REPEAT_TOP: false,
RIM_WALL_TEXTURE: "textures/futurerim.png",
RIM_WALL_DEPTH: true,
RIM_WALL_LOWEST_HEIGHT: 0,
RIM_WALL_BELOW_HEIGHT_COLOR_R: 0,
RIM_WALL_BELOW_HEIGHT_COLOR_G: 0,
RIM_WALL_BELOW_HEIGHT_COLOR_B: 0,
/*RIM_WALL_RED: 1,
RIM_WALL_GREEN: 1,
RIM_WALL_BLUE: 1,
RIM_WALL_ALPHA: 1,
RIM_WALL_COLOR_MODE: 0,
//RIM_WALL_STRETCH_X: 300,
//RIM_WALL_STRETCH_Y: 50,
RIM_WALL_STRETCH_X: 128,
RIM_WALL_STRETCH_Y: 32,
LOW_RIM_HEIGHT: 32,
RIM_WALL_WRAP_Y: false,
RIM_WALL_TEXTURE: "textures/moviepack_eddkeefe/rim_wall.png",
RIM_WALL_LOWEST_HEIGHT: 32,
RIM_WALL_BELOW_HEIGHT_COLOR_R: 166/255,
RIM_WALL_BELOW_HEIGHT_COLOR_G: 45/255,
RIM_WALL_BELOW_HEIGHT_COLOR_B: 237/255,//*/
RIM_WALL_RED: 1,
RIM_WALL_GREEN: 1,
RIM_WALL_BLUE: 1,
RIM_WALL_ALPHA: 1,
RIM_WALL_COLOR_MODE: 0,
//RIM_WALL_STRETCH_X: 300,
//RIM_WALL_STRETCH_Y: 50,
RIM_WALL_STRETCH_X: 1536,
RIM_WALL_STRETCH_Y: 32,
HIGH_RIM_HEIGHT: 32,
RIM_WALL_WRAP_Y: false,
RIM_WALL_TEXTURE: "textures/moviepack_t_r_u_e/movie-rim-wall.png",
RIM_WALL_DEPTH: true,
RIM_WALL_LOWEST_HEIGHT: 32,
/*RIM_WALL_BELOW_HEIGHT_COLOR_R: 188/255,
RIM_WALL_BELOW_HEIGHT_COLOR_G: 206/255,
RIM_WALL_BELOW_HEIGHT_COLOR_B: 250/255,//*/
RIM_WALL_BELOW_HEIGHT_COLOR_R: 0.5,
RIM_WALL_BELOW_HEIGHT_COLOR_G: 0.5,
RIM_WALL_BELOW_HEIGHT_COLOR_B: 0.7,
COLOR_MODE_3_COLORS: "1,0,0;1,1,0;0,1,0;0,1,1;0,0,1;1,0,1",
COLOR_MODE_3_SPEED: 0.2,
ALPHA_BLEND: true,
MENU_RENDER: "img",
REDRAW_MODE: 0,
TARGET_FPS: 1,
MAX_TARGET_FPS: 1000,
//DEDICATED_FPS: Infinity,
DEDICATED_FPS: 40,
GRAB_SENSORS_ON_TURN: true,
CYCLE_SENSORS_RANGE: 100,
GAME_LOOP: 0.5,
TIME_FACTOR: 1,
HUD_MAP: true,
ADMIN_KILL_MESSAGE: true,
//SOUNDS
SOUNDS_INTRO: false,
SOUNDS_EXTRO: false,
SOUNDS_COUNTDOWN: true,
SOUNDS_GO: false,
SOUNDS_ZONES: false,
MUSIC: 0,
//ZONES
ZONE_HEIGHT: 5,
ZONE_SEGMENTS: 11,//arma render only
ZONE_SEG_LENGTH: 0.5,//arma render only
ZONE_ALPHA: 0.7,
ZONE_SPIN_SPEED: 0.05,
ZONE_RENDER_TYPE: 'arma',//cylinder or arma
//player (for armagetron nabs) //can't have people changing these on a server
PLAYER_1: function(val) { if(engine.dedicated) return (settings.PLAYER_1 = "Player 1"); if(typeof(val) != "undefined") {settings.players[0].name=val;} return settings.players[0].name; },
COLOR_R_1: function(r=undefined) { if(engine.dedicated) return (settings.COLOR_R_1=13); return plnumcolors({r:r}).r },
COLOR_G_1: function(g=undefined) { if(engine.dedicated) return (settings.COLOR_G_1=13); return plnumcolors({g:g}).g },
COLOR_B_1: function(b=undefined) { if(engine.dedicated) return (settings.COLOR_B_1=0); return plnumcolors({b:b}).b },
CFG_VERSION: 0,
PLAYER_DEL_HIST_PERROUND: true, //what was this?
TIMESTEP_MAX: 0.2,
//debug
DEBUG_EVERYONE_IS_AI: false,
HACK_TURN_LEFT_WHEN_POSSIBLE: 0,
HACK_TURN_RIGHT_WHEN_POSSIBLE: 0,
HACK_TURN_SENSOR_DIST: 5,
//NETWORK
CONNECT_PORT: 5331,
CONNECT_HOST: "armagetron.kevinh.us",
CONNECT_SSL: true,
CYCLE_SMOOTH_TIME: 0.3,
CYCLE_SYNC_INTERVAL: 0.1,
DEBUG_NETWORK_TURN_WAIT: true,
SERVER_PORT: 5331,
SERVER_NAME: "Unnamed Server",
SERVER_DNS: "",
SERVER_SSL_ENABLED: false,
SERVER_SSL_KEY: "",
SERVER_SSL_CERT: "",
};
if(!Detector.webgl)
{
//choose better defaults for the software renderer
settings.HIGH_RIM = false;
settings.LOW_RIM_HEIGHT = 4;
settings.RIM_WALL_TEXTURE = "";
settings.RIM_WALL_DEPTH = false;
settings.ALPHA_BLEND = false;
settings.FLOOR_DETAIL = 2;
}
game_settings_default = {
AI_FORCE_BRAKE: false,
AI_TEAM: false,
AI_DUAL_COLOR_NAME: false,
CHATBOT_ALWAYS_ACTIVE: false,
//CYCLE
CYCLE_ACCEL: 10,
CYCLE_ACCEL_ENEMY: 1,
CYCLE_ACCEL_OFFSET: 2,
CYCLE_ACCEL_RIM: 0,
CYCLE_ACCEL_SELF: 1,
CYCLE_ACCEL_SLINGSHOT: 1,
CYCLE_ACCEL_TEAM: 1,
CYCLE_ACCEL_TUNNEL: 1,
CYCLE_WALL_NEAR: 6,
CYCLE_BRAKE: 30,
CYCLE_BRAKE_DEPLETE: 1,
CYCLE_BRAKE_REFILL: 0.1,
CYCLE_BOOST: 0,
CYCLE_JUMP: 0.5,
CYCLE_JUMP: 0,
CYCLE_MIDAIR_JUMP: false,
CYCLE_MIDAIR_TURN: false,
CYCLE_WALL_RAMP_ENABLE: true,
CYCLE_DELAY: 0.02,
CYCLE_RUBBER: 5,
CYCLE_RUBBER_TIME: 10,
//CYCLE_RUBBER_TIMEBASED: 0,
CYCLE_RUBBER_MINDISTANCE: 0.03,
CYCLE_RUBBER_MINADJUST: 0.05,
CYCLE_RUBBER_DEPLETE_RIM: true,
CYCLE_RUBBER_DEPLETE_SELF: true,
CYCLE_RUBBER_DEPLETE_ENEMY: true,
CYCLE_SOUND_SPEED: 30,
CYCLE_SPEED: 20,
CYCLE_SPEED_DECAY_ABOVE: 0.1,
CYCLE_SPEED_DECAY_BELOW: 5,
CYCLE_SPEED_MAX: 0,
CYCLE_SPEED_MIN: 0.25,
CYCLE_START_SPEED: 20,
CYCLE_TURN_MEMORY: 3,
CYCLE_TURN_SPEED_FACTOR: 0.95,
WALLS_LENGTH: 600,
//WALLS_LENGTH: 30,
RESPAWN_TIME: -1,
CYCLE_FIRST_SPAWN_PROTECTION: false,
CYCLE_WALL_TIME: 5,
CYCLE_INVULNERABILITY_TIME: -1,
WALLS_STAY_UP_DELAY: 1,
SP_HUMANS_COUNT: 1,
//TEAMS
TEAMS_MAX_PLAYERS: 1,
TEAMS_MIN_PLAYERS: 1,
TEAMS_MAX: 16,
//TEAMS_MIN: 4,
TEAMS_MIN: 2,
TEAM_ALLOW_SHUFFLE_UP: 0,
ALLOW_TEAM_NAME_PLAYER: true,
ALLOW_TEAM_NAME_COLOR: true,
MIN_PLAYERS: 1,
NUM_AIS: 0,
SP_NUM_AIS: 3,
TEAM_NAME_1: "Team Blue", //name of team 1
TEAM_RED_1: 4, //red portion of team 1's color
TEAM_GREEN_1: 8, //green portion of team 1's color
TEAM_BLUE_1: 15, //blue portion of team 1's color
TEAM_NAME_2: "Team Gold", //name of team 2
TEAM_RED_2: 15, //red portion of team 2's color
TEAM_GREEN_2: 15, //green portion of team 2's color
TEAM_BLUE_2: 4, //blue portion of team 2's color
TEAM_NAME_3: "Team Red", //name of team 3
TEAM_RED_3: 15, //red portion of team 3's color
TEAM_GREEN_3: 4, //green portion of team 3's color
TEAM_BLUE_3: 4, //blue portion of team 3's color
TEAM_NAME_4: "Team Green", //name of team 4
TEAM_RED_4: 4, //red portion of team 4's color
TEAM_GREEN_4: 15, //green portion of team 4's color
TEAM_BLUE_4: 4, //blue portion of team 4's color
TEAM_NAME_5: "Team Violet", //name of team 5
TEAM_RED_5: 15, //red portion of team 5's color
TEAM_GREEN_5: 4, //green portion of team 5's color
TEAM_BLUE_5: 15, //blue portion of team 5's color
TEAM_NAME_6: "Team Cyan", //name of team 6
TEAM_RED_6: 4, //red portion of team 6's color
TEAM_GREEN_6: 15, //green portion of team 6's color
TEAM_BLUE_6: 15, //blue portion of team 6's color
TEAM_NAME_7: "Team White", //name of team 7
TEAM_RED_7: 15, //red portion of team 7's color
TEAM_GREEN_7: 15, //green portion of team 7's color
TEAM_BLUE_7: 15, //blue portion of team 7's color
TEAM_NAME_8: "Team Black", //name of team 8
TEAM_RED_8: 0, //red portion of team 8's color
TEAM_GREEN_8: 0, //green portion of team 8's color
TEAM_BLUE_8: 0, //blue portion of team 8's color
//MAP
ARENA_AXES: 4,
STRICT_AXES_SPAWN: true,
RESOURCE_REPOSITORY_CACHE: './cache/resource/',
MAP_FILE: 'Anonymous/polygon/regular/square-1.0.1.aamap.xml',
MAP_ROTATION: "",
ROTATION_TYPE: 0, //1:round, 2:match
RESOURCE_REPOSITORY_SERVER: 'https://www.armanelgtron.tk/armagetronad/resource/',
//RESOURCE_REPOSITORY_BACKUP: 'http://resource.armagetronad.net/resource/',
SIZE_FACTOR: -3,
ARENA_BOUNDARY: -10,
ARENA_BOUNDARY_KILLS: true,
ZONE_ALPHA_SERVER: 1,
//GAME PLAY
GAME_TYPE: 1,
FINISH_TYPE: 2,
LIMIT_ROUNDS: 10,
LIMIT_TIME: 30,
LIMIT_SCORE: 100,
ROUND_WAIT: false,
//SHOOTING
SHOT_THRESH: 2,
//WIN ZONE
WIN_ZONE_DEATHS: false,
WIN_ZONE_EXPANSION: 1,
WIN_ZONE_INITIAL_SIZE: 5,
WIN_ZONE_RANDOMNESS: 0.8,
WIN_ZONE_MIN_LAST_DEATH: 30,
WIN_ZONE_MIN_ROUND_TIME: Infinity, //60
//FORTRESS
FORTRESS_CONQUEST_RATE: 0.5,
FORTRESS_CONQUEST_DECAY_RATE: 0.1,
BASE_RESPAWN: false,
//SPAWN
SPAWN_WINGMEN_SIDE: 2.75362,
SPAWN_WINGMEN_BACK: 2.202896,
//ROUNDLY
ROUND_COMMAND: "",
ROUND_CONSOLE_MESSAGE: "",
ROUND_CENTER_MESSAGE: "",
//TARGET
DEFAULT_TARGET_COMMAND: "",
//TARGET_DECLARE_WINNER: true,
//TARGET_LIFETIME: -1,
TARGET_INITIAL_SCORE: 10,
//TARGET_SCORE_DEPLETE: 2,
//TARGET_SURVIVE_TIME: 10,
//BALL
BALL_SPEED_DECAY: 0,
BALL_SPEED_HIT_DECAY: 0,
};
var sets = Object.keys(game_settings_default);
for(var i=0;i<sets.length;i++)
{
settings[sets[i]] = game_settings_default[sets[i]];
}
//possible admin commands (methods)
var commands = {
TOGGLE: function(params)
{
var split = params.split(" ");
if(split.length == 0)
{
engine.console.print("Usage: TOGGLE command <arguments to toggle between, seperated by a space>");
engine.console.print("If no additional arguments, toggles boolean commands between true and false.")
return false;
}
var cmd = split[0].toUpperCase();
if(split.length > 1)
{
var curr = chsetting(cmd,undefined,true), s = 0;
for(var i=0;i<split.length;i++)
{
if(curr = split[i]) s = i+1;
}
chsetting(cmd,split[s]);
}
else
{
chsetting(cmd,!chsetting(cmd,undefined,true));
}
},
CMD_VAL_ADD: function(params)
{
var split = params.split(" ");
split[0] = split[0].toUpperCase();
var from = chsetting(split[0],"",true);
var to = null;
switch(typeof(from))
{
case "number":
to = from+(split[1]*1);
break;
case "string":
to = from+split[1];
break;
}
chsetting(split[0],to);
},
CMD_PASS_FUNC: function(params)
{
params=params.replace(/rand\((\d+),(\d+)\)/g,function(arg,v1,v2)
{
console.log(arg,v1,v2);
return Math.round((Math.random()*(v2-v1))+v1);
});
loadcfg(params);
},
DELAY_COMMAND: function(params)
{
var interval=0,delay=0,cmd="";
var s = params.split(" ");
if(s[0][0] == "r") //assume repeat
{
interval = 1*(s.slice(0,1)[0].substr(1));
}
if(s[0][0] == "+")
{
delay = engine.gtime+(1*(s.slice(0,1)[0].substr(1)));
}
else
{
delay = 1*s.slice(0,1);
}
cmd = s.join(" ");
engine.delayedcommands[delay] = [cmd,interval];
engine.console.print("Delay command: \""+cmd+"\" at "+delay+"s, interval "+interval+"s.");
},
DELAY_COMMAND_CLEAR: function(params)
{
engine.delayedcommands = {};
engine.console.print("Cleared all delayed commands.");
},
MERGE_OBJ: function(params)
{
var pos = params.indexOf(" ");
var name = params.substr(0,pos), cfg = JSON.parse(params.substr(pos+1));
var sets = Object.keys(cfg);
for(var i=0;i<sets.length;i++)
{
if(typeof(settings[name][sets[i]]) != "undefined") settings[name][sets[i]] = cfg[sets[i]];
}
},
FLOOR_RED: updategrid, FLOOR_GREEN: updategrid, FLOOR_BLUE: updategrid, GRID_SIZE: updategrid,
CAMERA_FOV: function() {if(engine.camera){engine.camera.fov=settings.CAMERA_FOV;engine.camera.updateProjectionMatrix()}},
CAMERA_NEAR_RENDER: function() {if(engine.camera){engine.camera.near=settings.CAMERA_NEAR_RENDER;engine.camera.updateProjectionMatrix()}},
CAMERA_FAR_RENDER: function() {if(engine.camera){engine.camera.far=settings.CAMERA_FAR_RENDER;engine.camera.updateProjectionMatrix()}},
HUD_MAP: function()
{
document.getElementById("canvas").style.display = settings.HUD_MAP?"block":"none";
},
START_NEW_MATCH: function()
{
engine.round = 0;
engine.console.print("Resetting scores and starting new match after this round.");
centerMessage("New Match");
},
CONSOLE_MESSAGE: function(param) { engine.console.print(param+"\n") },
CENTER_MESSAGE: function(param) { centerMessage(param) },
SET_CYCLE_SPEED: function(params)
{
var s = params.split(" ");
var p = getPlayer(s[0]);
if(p) p.speed = s[1]*1;
},
SET_CYCLE_RUBBER: function(params)
{
var s = params.split(" ");
var p = getPlayer(s[0]);
if(p) p.rubber = s[1]*1;
},
SET_CYCLE_BRAKING: function(params)
{
var s = params.split(" ");
var p = getPlayer(s[0]);
if(p) p.braking = Boolean(1*s[1]);
},
SET_CYCLE_BRAKE: function(params)
{
var s = params.split(" ");
var p = getPlayer(s[0]);
if(p) p.brakes = s[2]*1;
},
RESPAWN: function(params)
{
var s = params.split(" ")
var p = getPlayer(s[0]);
if(p)
{
var cfg = {x:0,y:0,z:0,dir:0};
if(s.length > 2)
{
cfg.x = s[1]*engine.REAL_ARENA_SIZE_FACTOR; cfg.y = s[2]*engine.REAL_ARENA_SIZE_FACTOR;
if(s.length > 4)
{
cfg.dir = Math.atan2(s[4],s[3]);
if(settings.STRICT_AXES_SPAWN)
{
var deg = (pi(2)/settings.ARENA_AXES);
cfg.dir = Math.round(cfg.dir/deg)*deg;
}
}
}
p.spawn(cfg);
}
},
KILL: function(params)
{
var p = getPlayer(params);
if(p)
{
p.kill();
if(settings.ADMIN_KILL_MESSAGE)
engine.console.print(p.getColoredName()+"0xRESETT has been smitten by an administrator.\n");
}
},
KILL_ALL: function()
{
for(var x=engine.players.length-1;x>=0;--x) if(typeof(engine.players[x]) != "undefined")
{
engine.players[x].kill();
}
},
RESPAWN_ALL: function()
{
for(var x=engine.players.length-1;x>=0;--x) if(typeof(engine.players[x]) != "undefined")
{
var cycle = engine.players[x];
cycle.spawn({x:cycle.position.x||0,y:cycle.position.y||0,z:cycle.position.z||0,dir:cycle.rotation.z||0});
}
},
INCLUDE: function(params,silent=false,callback=undefined)
{
var file = params.replace(/\(.+\)/g,"");
var s = localStorage.getItem(file);
if(s == null && !engine.dedicated)
{
var incfile = settings.RESOURCE_REPOSITORY_CACHE+"../config/"+params;
engine.console.print("Loading CFG from "+incfile+"...\n");
httpGetAsync(incfile,function(txt){loadcfg(txt,silent);if(callback != undefined)callback();});
}
else
{
loadcfg(s,silent); if(callback != undefined)callback();
}
},
SINCLUDE: function(params) { commands.INCLUDE(params,true) },
RINCLUDE: function(params,callback=undefined)
{
var file = params.replace(/\(.+\)/g,"");
var incfile = settings.RESOURCE_REPOSITORY_SERVER+params;
engine.console.print("Downloading CFG from "+incfile+"...\n");
httpGetAsync(incfile,function(txt){loadcfg(txt);if(callback != undefined)callback();});
},
SPAWN_ZONE: function(params)
{
if(params == "")
{
engine.console.print("Usage:\nSPAWN_ZONE <win|death|ball|target|blast|object|koh> <x> <y> <size> <growth> <xdir> <ydir> <interactive> <r> <g> <b>\nSPAWN_ZONE <acceleration|speed> <speed> <x> <y> <size> <growth> <xdir> <ydir> <interactive> <r> <g> <b>\nSPAWN_ZONE <rubber|rubberadjust> <x> <y> <size> <growth> <xdir> <ydir> <rubber> <interactive> <r> <g> <b>\nSPAWN_ZONE <fortress|flag> <x> <y> <size> <growth> <xdir> <ydir> <interactive> <r> <g> <b>\n\nInstead of <x> <y> one can write: L <x1> <y1> <x2> <y2> [...] Z\nInstead of <size> one can write: P <scale> <x1> <y1> <x2> <y2> [...] Z");
}
else
{
var zone = {}, args = params.split(" ");
if(args[0] == "n")
{
zone.name = args.slice(0,2)[1];
}
zone.type = args[0];
if(zone.type == "acceleration" || zone.type == "speed")
{
zone.value = args.slice(1,2)[0];
}
if(args[1] === "L")
{
for(var i=2;args[i]=="Z"||i>args.length;i+=2)
{
if(i == 2)
{
zone.x = args[i] *engine.REAL_ARENA_SIZE_FACTOR;
zone.y = args[i+1]*engine.REAL_ARENA_SIZE_FACTOR;
}
}
args.slice(2,i);
}
else
{
zone.x = args[1]*engine.REAL_ARENA_SIZE_FACTOR;
zone.y = args[2]*engine.REAL_ARENA_SIZE_FACTOR;
}
if(args[3] === "P")
{
engine.console.print("WARNING: ShapePolygon may not currently work. Use at your own risk.\n",false);
for(var i=3;args[i]=="Z"||i>args.length;i+=2)
{
}
args.slice(3,i);
}
else
{
zone.radius = args[3]*engine.REAL_ARENA_SIZE_FACTOR;
}
zone.expansion = args[4]*1;
zone.xdir = args[5]*1; zone.ydir = args[6]*1;
zone.bounce = Boolean(parseInt+(args[7]))&&args[7]!="false";
if(args[7] != undefined)
{
zone.color = new THREE.Color(args[7]/15,args[8]/15,args[9]/15);
}
new Zone(zone).spawn().netSync();
//console.log("new Zone: "+zone);
}
},
SPAWN_WALL: function(params)
{
if(params == "")
{
engine.console.print("Usage:\nSPAWN_WALL <height> <x1> <y1> <x2> <y2> [...]\n");
}
else
{
var params = params.split(" "), height = params.slice(0,1)[0]*1, points = [];
for(var q=0;q<params.length;q+=2)
{
points.push(
[
params[q]*engine.REAL_ARENA_SIZE_FACTOR,
params[q+1]*engine.REAL_ARENA_SIZE_FACTOR,
0, height
]
);
}
engine.walls.add(buildWall(points,height));
engine.map.walls.push(points);
}
},
SET_ZONE_POSITION: function(params)
{
var args = params.split(" ");
for(var x=engine.zones.children.length-1;x>=0;x--)
{
if(x == args[0])
{
engine.zones.children[x].position.x = args[1]*engine.REAL_ARENA_SIZE_FACTOR;
engine.zones.children[x].position.y = args[2]*engine.REAL_ARENA_SIZE_FACTOR;
engine.zones.children[x].netSync();
return true;
}
}
engine.console.print("Invalid zone ID\n");
},
SET_AI_PATH: function(params)
{
var args = params.split(" ");
if(args[0] == "*")
{
}
else
{
var cycle = getPlayer(args.shift());
if(cycle)
{
for(var x=0,len=args.length;x<0;x+=2)
{
cycle.push([args[x],args[x+1]]);
}
}
else
{
engine.console.print("Usage: <AI Player name> <x1> <y1> <x2> <y2> ...");
}
}
},
CLEAR_AI_POSITION: function(params)
{
},
LIST_ZONES: function(params="")
{
var found = 0;
for(var x=0,len=engine.zones.children.length;x<len;x++)
{
var outputstr = "ID "+x+": ";
if(params == "" || outputstr.indexOf(params))
{
var zone = engine.zones[x];
engine.console.print(outputstr+zone.cfg.type+" zone @ "+zone.position.x/engine.REAL_ARENA_SIZE_FACTOR+","+zone.position.y/engine.REAL_ARENA_SIZE_FACTOR+".\n");
found++;
}
}
engine.console.print("Listed "+found+"/"+len+" zones.\n");
},
};
function updategrid() { if(!window.engine || !engine.scene) return; engine.scene.remove(engine.grid); buildGrid(); engine.scene.add(engine.grid); }
function armaColor(cycl,tail)
{
if(tail > 0.25) return 31-(tail*15);
else return cycl*15;
}
function plnumcolors(o)
{
var r,g,b;
if(typeof(o) == "object")
{
r=o.r; g=o.g; b=o.b;
}
var retr = typeof(r) != "undefined",retb=typeof(g) != "undefined",retg=typeof(b) != "undefined";
var cycl=new THREE.Color(settings.players[0].cycleColor),
tail=new THREE.Color(settings.players[0].tailColor);
if(retr||retb||retg)
{
if(!retr) r=armaColor(cycl.r,tail.r);
if(!retg) g=armaColor(cycl.g,tail.g);
if(!retb) b=armaColor(cycl.r,tail.r);
var c_red=r&15,c_grn=g&15,c_blue=b&15;
var t_red=Math.max(15,r),t_grn=Math.max(15,g),t_blue=Math.max(15,b);
settings.players[0].cycleColor = "#"+(new THREE.Color(c_red,c_grn,c_blue)).getHexString();
settings.players[0].tailColor = "#"+(new THREE.Color(t_red,t_grn,t_blue)).getHexString();
}
return {r:armaColor(cycl.r,tail.r),g:armaColor(cycl.g,tail.g),b:armaColor(cycl.b,tail.b)};
}
function preset(name)
{
var leave = function() { for(var x=2;x--;) menu('exitmenu');
if(settings.TEXT_OUT_MODE == 1)
{
var lines = engine.console.scrollback,lnnum = engine.console.scrollby;
}
else
{
var lines = engine.console.innerText.split("\n"),lnnum = (-(parseFloat(engine.console.style.top)/engine.console.scrollby));
}
engine.console.scroll(lines.length-lnnum-6);
};
if(name != "default")
{
var tmp_settings = JSON.parse(JSON.stringify(game_settings_default));
tmp_settings.CYCLE_SPEED = 20;
tmp_settings.CYCLE_SPEED_DECAY_ABOVE = 0.1;
tmp_settings.CYCLE_SPEED_DECAY_BELOW = 5;
tmp_settings.CYCLE_BRAKE = 30;
tmp_settings.CYCLE_RUBBER = 1;
tmp_settings.WALLS_LENGTH = -1;
tmp_settings.CYCLE_JUMP = 0;
}
switch(name)
{
case "default":
applysettings(game_settings_default);
break;
case "zonetest":
chsetting("MAP_FILE","nelg/test/zonetest-0.1.aamap.xml");
chsetting("SIZE_FACTOR",6);
break;
case "classic":
applysettings(tmp_settings);
break;
case "fort":
applysettings(tmp_settings);
commands.RINCLUDE("vov/configs/fortress.cfg",leave);
break;
case "styball":
applysettings(tmp_settings);
commands.INCLUDE("styball.cfg",false,leave);
break;
case "df":
applysettings(tmp_settings);
var rsrc = settings.RESOURCE_REPOSITORY_SERVER;
commands.RINCLUDE("CFGs/df.cfg",function(){leave();chsetting("RESOURCE_REPOSITORY_SERVER",rsrc)});
break;
case "hr":
applysettings(tmp_settings);
commands.INCLUDE("tilthr_old.cfg",false,leave);
break;
case "ft":
applysettings(tmp_settings);
commands.RINCLUDE("vov/configs/fasttrack.cfg",function(){leave();loadcfg("SP_NUM_AIS 4\nALLOW_TEAM_NAME_COLOR 1")});
break;
case "racing":
applysettings(tmp_settings);
settings.CYCLE_JUMP = 0;
settings.ARENA_AXES = 16;
commands.INCLUDE("AoT/AdvancedRacing.cfg",false,leave);
break;
case "snake":
applysettings(tmp_settings);
settings.CYCLE_JUMP = 0;
commands.INCLUDE("nelg/snake.cfg",false,leave);
break;
case "ctf":
applysettings(tmp_settings);
commands.RINCLUDE("vov/configs/ctf.cfg",function(){leave();loadcfg("SP_NUM_AIS 1\nALLOW_TEAM_NAME_COLOR 0")});
break;
}
commands.KILL_ALL();
return "";
}
function aamenurender(value)
{
if(typeof(value) != "undefined") settings.MENU_RENDER = ""+value;
var specificState = engine.inputState.split(':');
if(specificState[0] == "menu") document.getElementById('menu').className = "noselect mainbg_"+settings.MENU_RENDER;
document.getElementById('menu').style.backgroundColor = "rgb("+settings.FLOOR_RED*255+","+settings.FLOOR_GREEN*255+","+settings.FLOOR_BLUE*255+")";
return settings.MENU_RENDER;
}
function aamenurender_nocallonreq(value) { if(value==undefined) return settings.MENU_RENDER; else aamenurender(value); }
var cmds = Object.keys(settings).concat(Object.keys(commands)).sort();
settings.controls = { //defaults declared
left: [65,68,70,83],//a s d f
right: [74,75,76,186],//j k l ;
north:[], south:[], east:[], west:[],
jump: [73],
brake: [32],//space bar
togglebrake: [86],//v
boost: [],//up arrow or w
toggleboost: [69],//v
chat: [84],//t
console: [192],//~
camera: [67],//c
look_left: [], look_right: [],
look_forward: [], look_back: [],
pause: [13],//enter
// fullscreen: [122],//f11
esc: [27],
score: [9],
scroll_up: [33],
scroll_down: [34],
scroll_end: [35],
//add glancing late
};
settings.instantchats = [
{
input: [49],
text: "Well done!",
},
{
input: [50],
text: "Thank you!",
},
{
input: [51],
text: "Good match!",
},
{
input: [115,52],
text: "LOL!",
},
]
function init_key(x=false) // ?
{
switch(x)
{
case 0:
break;
case 1:
break;
}
return 1*x;
}
settings.players = [];
settings.player = settings.players[0] = {
name: 'Player 1',
cycleColor: '#dddd00',
tailColor: '#dddd00',
engineType: 5,
spectating: false,
};
function applysettings(array1)
{
var sets = Object.keys(array1);
for(i=0;i<sets.length;i++)
{
chsetting(sets[i],array1[i]);
}
}
function loadcfg(str,silent=false,dontforcecase=false)
{
if(str == null) return false;
var lines = str.split("\n");
for(var i=0;i<lines.length;i++)
{
split = lines[i].replace(/\t/," ").trimLeft().split(" ");
var cmd = "";
if(!dontforcecase || (cmd != "FLOOR_RED" && cmd != "FLOOR_GREEN" && cmd != "FLOOR_BLUE" && cmd != "MENU_RENDER")) //HACK for user.cfg
{
cmd = split.shift();
}
chsetting(dontforcecase?cmd:cmd.toUpperCase(),split.join(" ").trimLeft(),silent);
}
}
function importSets()
{
fileOpen(loadcfg);
}
var _aacompatvars = ["PLAYER_1","COLOR_R_1","COLOR_G_1","COLOR_B_1"];
var uservars = [
"CFG_VERSION",
// "GRID_SIZE","FLOOR_RED","FLOOR_GREEN","FLOOR_BLUE",
"EXPLOSIONS","HIGH_RIM","FLOOR_DETAIL",
/*"MENU_RENDER",*/"REDRAW_MODE","MAX_TARGET_FPS",//"GAME_LOOP",
"ZONE_HEIGHT","ZONE_SEGMENTS","ZONE_SEG_LENGTH","ZONE_ALPHA","ZONE_SPIN_SPEED","ZONE_RENDER_TYPE",
"player","controls"
];
function exportUsrSets()
{
var txt = "# Warning: Do NOT replace user.cfg with this file. This file doesn't directly replace their user.cfg and I claim no reponsibility for lost settings and/or broken clients.\n\n# Armagetron Compatibility\n";
for(var i=0;i<_aacompatvars.length;i++)
{
txt += _aacompatvars[i]+" "+chsetting(_aacompatvars[i],undefined,true)+"\n";
}
for(var i=0;i<settings.instantchats.length;i++)
{
txt += "INSTANT_CHAT_STRING_1_"+(i+1)+" "+settings.instantchats[i].text+"\n";
}
txt += "\n# Native 3DCycles user.cfg settings. Most, but not all, also work with Armagetron.\n";
for(var i=0;i<uservars.length;i++)
{
if(typeof(settings[uservars[i]]) == "object")
{
txt += "MERGE_OBJ "+uservars[i]+" "+JSON.stringify(settings[uservars[i]]);
}
else
{
txt += uservars[i]+" ";
if(typeof(settings[uservars[i]]) == "boolean")
txt += settings[uservars[i]]?1:0;
else
txt += settings[uservars[i]];
}
txt += "\n";
}
fileSave("user_3dcexport.cfg",txt);
}
/*function netcfg(setting,value)
{
setting = setting.toUpperCase();
for(var i=uservars.length;i--;)
{
if(uservars[i] == setting) return false;
}
return chsetting(setting,value,false," on net order");
}*/
var netChanged = [];
function netcfg(setting,value)
{
setting = setting.toUpperCase();
if(setting.indexOf("ROUND_") == 0 || setting.indexOf("RESOURCE_REPOSITORY_") == 0) return;
for(var i=sets.length-1;i>=0;--i)
{
if(sets[i] == setting)
{
var settingFound = false;
for(var i=netChanged.length-1;i>=0;--i)
{
if(netChanged[i][0] == setting) settingFound = true;
}
if(!settingFound) netChanged.push([setting,chsetting(setting,undefined,true)]);
return "0xff7f7f"+chsetting(setting,value,false," on server order","0x808080");
}
}
return false;
}
function saveusercfg()
{
var usercfg = "";
for(var i=0;i<uservars.length;i++)
{
if(typeof(settings[uservars[i]]) == "object")
{
usercfg += "MERGE_OBJ "+uservars[i]+" "+JSON.stringify(settings[uservars[i]]);
}
else
{
usercfg += uservars[i]+" ";
if(typeof(settings[uservars[i]]) == "boolean")
usercfg += settings[uservars[i]]?1:0;
else
usercfg += settings[uservars[i]];
}
usercfg += "\n";
}
localStorage.setItem("user.cfg",usercfg);
}
function chsetting(setting,value,silent=false,txt="",pretxt="")
{
if(setting[0] == "#" || setting == "") return;
if(engine.network && txt == "" && typeof(value) != "undefined" && value != "")
{
for(var i=netChanged.length-1;i>=0;--i)
{
if(netChanged[i][0] == setting) return;
}
}
var exec = false, ret = undefined;
var event = getVarFromString(setting);
if(typeof(event[0][event[1]]) != "undefined")
{
var from = event[0][event[1]];
var isfunction = (typeof(from) == "function");
if(isfunction) from = event[0][event[1]]();
if(typeof(value) != "undefined" && value != "")
{
switch(typeof(from))
{
case "number":
var to = parseFloat(value);
if(isNaN(to))
to = 0;
break;
case "string":
var to = ""+value;
break;
case "boolean":
var int = parseInt(value);
if(isNaN(int))
var to = value[0]!="f"&&value[0]!="n";
else
var to = Boolean(int);
break;
case "object":
silent = true;
from = JSON.stringify(settings[uservars[i]]);
var to = JSON.parse(value);
break;
default:
engine.console.print("Unknown/unimplemented setting type "+typeof(event[0][event[1]])+".\n",false);
//return false;
}
if(isfunction) event[0][event[1]](to);
else event[0][event[1]] = to;
if(from != to)
{
if(!silent) engine.console.print(pretxt+event[1]+" changed from "+from+" to "+to+txt+".\n");
if(window.svr && typeof(game_settings_default[event[1]]) !== "undefined")
{
if(to == Infinity) to = Number.MAX_VALUE;
var data = JSON.stringify({type:"setting",setting:event[1],data:to});
window.svr.clients.forEach(function(ws){ws.send(data);});
}
}
ret = to;
}
else
{
if(!silent) engine.console.print(event[1]+" is currently set to "+from+"\n",false);
ret = from;
}
var exec = true;
}
if(event[2] && typeof(event[2][event[1]]) == "function")
{
event[2][event[1]](value);
var exec = true;
}
if(exec) return ret==undefined?exec:ret;
if(!silent)
{
engine.console.print("Unknown command "+event[1]+"\n",false);
if(inround())
{
var len = 0, print="";
for(i=0;i<cmds.length;i++)
{
if(cmds[i].search(setting) > -1)
{
if(len != 0) print += ", ";
len++; print += cmds[i];
}
}
if(len > 0) engine.console.print("Perhaps you meant: "+print+"\n",false);
}
}
return exec;
}
function mkSettingCallback(setting,stringify=false)
{
if(stringify)
return function(set){return ""+chsetting(setting,set,true)}
else
return function(set){return chsetting(setting,set,true)}
}
function getargs()
{
var s = window.location.hash.replace("#","").split("&");
_GET = {};
for(var i=0,len=s.length;i<len;i++)
{
var e = s[i].split("=");
_GET[e[0]] = e[1];
}
}
if(typeof(_GET) == "undefined")
{
getargs();
}
//variables used by init and the engine - do not touch
engine = {
dedicated: false,
paused: false,//
inputState: '', inputStatePrev: '',
lastRenderTime: 0,//used in rendering loop
lastGameTime: 0,
fpsTime: 0, //render loop
timeStart: 0,
timeEnd: 0,//timer vars
totalPauseTime: 0,
startOfPause: 0,//used to prevent delta from offsetting due to pause
framesCount: 0,
avgTimeStep: 0,
gtime:-Infinity,
lastSyncTime:-Infinity,
lastScoreTime:-Infinity,
cMFadeOutAfter: Infinity,
//net
network: false,
activePlayer: 0,
//game stats
fastestPlayer: 0, fastestSpeed: 0,
deaths: 0,
//render loop toggles
//hasplayed: false,//used for playing again, reinitializing the render for another go (after having gone back to menus from it first)
currrim3clr: 0,
//info
usingWebgl: true,//variable to toggle webgl features
usingPostProcessing: false,//toggle for post processing features
concatch: undefined, msgcatch: undefined,
//fonts
font: 'Armagetronad',//active font face
fonts: ['Armagetronad','Flynn','monospace','nicefont','sans-serif','serif'],
textures: {},
//map data
currrot: 0, //rotation
loadedMap: "Anonymous/polygon/regular/square-1.0.1.aamap.xml",
//default:
mapString: '\<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?\>\n\<!DOCTYPE Resource SYSTEM \"AATeam/map-0.2.8.0_rc4.dtd\"\>\n\<Resource type=\"aamap\" name=\"square\" version=\"1.0.1\" author=\"Anonymous\" category=\"polygon/regular\"\>\n\t\<Map version=\"2\"\>\n\t\t\<!-- The original square map, technically created by z-man.\n\t Converted to XML by philippeqc.\n\t License: Public Domain. Do with it what you want.\n --\>\n\n\t\t\<World\>\n\t\t\t\<Field\>\n\t\t\t\t\<Spawn\tx=\"255\"\ty=\"50\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"245\"\ty=\"450\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"50\"\ty=\"245\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"450\"\ty=\"255\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"305\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"195\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"195\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"305\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"205\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"295\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"295\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"205\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Wall\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\</Wall\>\n\t\t\t\</Field\>\n\t\t\</World\>\n\t\</Map\>\n\</Resource\>',
//mapString: '\<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?\>\n\<!DOCTYPE Resource SYSTEM \"AATeam/map-0.2.8.0_rc4.dtd\"\>\n\<Resource type=\"aamap\" name=\"square\" version=\"1.0.1\" author=\"Anonymous\" category=\"polygon/regular\"\>\n\t\<Map version=\"2\"\>\n\t\t\<!-- The original square map, technically created by z-man.\n\t Converted to XML by philippeqc.\n\t License: Public Domain. Do with it what you want.\n --\>\n\n\t\t\<World\>\n\t\t\t\<Field\>\n\t\t\t\t\<Spawn\tx=\"255\"\ty=\"50\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"245\"\ty=\"450\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"50\"\ty=\"245\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"450\"\ty=\"255\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"305\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"195\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"195\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"305\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"205\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"295\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"295\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"205\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Wall\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\</Wall\>\n\t\t\t\</Field\>\n\t\t\</World\>\n\t\</Map\>\n\</Resource\>',
//two zones:
//mapString: '\<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?\>\n\<!DOCTYPE Resource SYSTEM \"AATeam/map-0.2.8.0_rc4.dtd\"\>\n\<Resource type=\"aamap\" name=\"square\" version=\"1.0.1\" author=\"Anonymous\" category=\"polygon/regular\"\>\n\t\<Map version=\"2\"\>\n\t\t\<!-- The original square map, technically created by z-man.\n\t Converted to XML by philippeqc.\n\t License: Public Domain. Do with it what you want.\n --\>\n\n\t\t\<World\>\n\t\t\t\<Field\>\n\t\t\t\t\<Spawn\tx=\"255\"\ty=\"50\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"245\"\ty=\"450\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"50\"\ty=\"245\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"450\"\ty=\"255\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"305\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"195\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"195\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"305\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"205\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"295\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"295\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"205\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Wall\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\</Wall\>\n\t\t\t\<Zone effect=\"death\"\>\<ShapeCircle radius=\"20\"\>\<Point y=\"275\" x=\"275\"/\>\n\t\t\t\</ShapeCircle\>\n\t\t\t\</Zone\>\n\t\t\t\<Zone effect=\"win\"\>\n\t\t\t\t\<ShapeCircle radius=\"10\"\>\n\t\t\t\t\t\<Point y=\"240\" x=\"250\"/\>\n\t\t\t\t\</ShapeCircle\>\n\t\t\t\</Zone\>\t\t\t\</Field\>\n\t\t\</World\>\n\t\</Map\>\n\</Resource\>',
//one zone:
//mapString: '\<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?\>\n\<!DOCTYPE Resource SYSTEM \"AATeam/map-0.2.8.0_rc4.dtd\"\>\n\<Resource type=\"aamap\" name=\"square\" version=\"1.0.1\" author=\"Anonymous\" category=\"polygon/regular\"\>\n\t\<Map version=\"2\"\>\n\t\t\<!-- The original square map, technically created by z-man.\n\t Converted to XML by philippeqc.\n\t License: Public Domain. Do with it what you want.\n --\>\n\n\t\t\<World\>\n\t\t\t\<Field\>\n\t\t\t\t\<Spawn\tx=\"255\"\ty=\"50\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"245\"\ty=\"450\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"50\"\ty=\"245\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"450\"\ty=\"255\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"305\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"195\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"195\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"305\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"205\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"295\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"295\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"205\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Wall\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\</Wall\>\n\t\t\t\<Zone effect=\"win\"\>\n\t\t\t\t\<ShapeCircle radius=\"10\"\>\n\t\t\t\t\t\<Point y=\"240\" x=\"250\"/\>\n\t\t\t\t\</ShapeCircle\>\n\t\t\t\</Zone\>\t\t\t\</Field\>\n\t\t\</World\>\n\t\</Map\>\n\</Resource\>',
//two zones + two walls:
//mapString: '\<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?\>\n\<!DOCTYPE Resource SYSTEM \"AATeam/map-0.2.8.0_rc4.dtd\"\>\n\<Resource type=\"aamap\" name=\"square\" version=\"1.0.1\" author=\"Anonymous\" category=\"polygon/regular\"\>\n\t\<Map version=\"2\"\>\n\t\t\<!-- The original square map, technically created by z-man.\n\t Converted to XML by philippeqc.\n\t License: Public Domain. Do with it what you want.\n --\>\n\n\t\t\<World\>\n\t\t\t\<Field\>\n\t\t\t\t\<Spawn\tx=\"255\"\ty=\"50\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"245\"\ty=\"450\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"50\"\ty=\"245\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"450\"\ty=\"255\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"305\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"195\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"195\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"305\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Spawn\tx=\"205\"\ty=\"100\"\txdir=\"0\"\tydir=\"1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"295\"\ty=\"400\"\txdir=\"0\"\tydir=\"-1\"\t/\>\n\t\t\t\t\<Spawn\tx=\"100\"\ty=\"295\"\txdir=\"1\"\tydir=\"0\"\t/\>\n\t\t\t\t\<Spawn\tx=\"400\"\ty=\"205\"\txdir=\"-1\"\tydir=\"0\"\t/\>\n\n\t\t\t\t\<Wall\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"500\"\t/\>\n\t\t\t\t\t\<Point\tx=\"500\"\ty=\"0\"\t/\>\n\t\t\t\t\t\<Point\tx=\"0\"\ty=\"0\"\t/\>\n\t\t\t\t\</Wall\>\n<Wall height=\"1\"\>\n\t\t\t\t\t\<Point\tx=\"200\"\ty=\"200\"\t/\>\n\t\t\t\t\t\<Point\tx=\"200\"\ty=\"300\"\t/\>\n\t\t\t\t\t\<Point\tx=\"300\"\ty=\"300\"\t/\>\n\t\t\t\t\t\<Point\tx=\"300\"\ty=\"200\"\t/\>\n\t\t\t\t\t\<Point\tx=\"200\"\ty=\"200\"\t/\>\n\t\t\t\t\</Wall\>\n\t\t\t\<Zone effect=\"death\"\>\<ShapeCircle radius=\"20\"\>\<Point y=\"275\" x=\"275\"/\>\n\t\t\t\</ShapeCircle\>\n\t\t\t\</Zone\>\n\t\t\t\<Zone effect=\"win\"\>\n\t\t\t\t\<ShapeCircle radius=\"10\"\>\n\t\t\t\t\t\<Point y=\"240\" x=\"250\"/\>\n\t\t\t\t\</ShapeCircle\>\n\t\t\t\</Zone\>\t\t\t\</Field\>\n\t\t\</World\>\n\t\</Map\>\n\</Resource\>',
mapXML: false,//xmlify(mapString);
//scene vars
renderer: false,
scene: false,
composer: false,//for post processing
//camera stuff
camera: false,//needed or any camera
cameraOrbit: false,//
view: 'smart',
views: ['smart','chase','stationary','track','topdown','birdseye','cockpit'],
cameraEase: 0.08,
viewTarget: 0,
menus: [],
//sound
useSound: true,
retroSound: true,
//
//scene objects (just used for render)
grid: false,
walls: false,
zones: {children:0},
//a_zone: [],//not needed with children?
//is running
gameRunning: false,
renderRunning: false,
uRound: false, //timeout ID for new round
//FOR PLAYER OBJECTS
//game stuff
playersById: [],//array of player objects (info)
playersByScore: [],
teams: [],//array of team objects
round: 0,
delayedcommands: {},
};
if(window.Proxy)
{
engine.players = new Proxy(engine.playersById,{
apply: function(t,arg,ls)
{
return arg[t].apply(this,ls);
},
deleteProperty: function(t,id)
{
if(!isNaN(id))
{
for(var x=engine.playersByScore.length-1;x>=0;--x)
{
if(t[id] == engine.playersByScore[x])
{
engine.playersByScore.splice(x,1);
}
}
}
return true;
},
set: function(t,id,val)
{
if(!isNaN(id))
{
for(var x=engine.playersByScore.length-1;x>=0;--x)
{
if(t[id] == engine.playersByScore[x])
{
engine.playersByScore[x] = val;
updateScoreBoard();
t[id] = val;
return true;
}
}
engine.playersByScore.push(val);
}
t[id] = val;
return true;
},
});
}
else
{
//hacky workaround, only for browsers without Proxy support (very few)
engine.players = engine.playersById;
engine.players.prevLength = -1;
setInterval(function()
{
if(engine.players.length != engine.players.prevLength)
{
engine.players.prevLength = engine.players.length;
engine.playersByScore.splice(0);
for(var x=engine.playersById.length-1;x>=0;--x)
{
engine.playersByScore.push(engine.playersById[x]);
}
updateScoreBoard();
}
},1000);
}
settings.engine = engine; //hack to allow menu to change engine config. (Potentially insecure?)
//CONSOLE, HUD
if(typeof(document) != "undefined")
{
engine.console = document.getElementById("console");
engine.console.time = 0;
engine.console.time_manual = 0;
engine.console.print = function(str)
{
//this.append(" "+str);
if(engine.concatch)
{
if(engine.concatch.type == "all") engine.concatch.to.append(str);
else if(engine.concatch.type == "list") engine.concatch.to.push(str);
else engine.concatch.to.innerText = str;
}
if(settings.TEXT_OUT_MODE == 1)
{
this.scrollback.push(str);
}
this.innerHTML += " "+replaceColors(htmlEntities(str));
//console.log(replaceColors(str));
this.time = performance.now()+this.scrolltime;
if(!inround()||!settings.TEXT_OUT()) console.log("[CON] "+str);
}
engine.console.scrollby = 0;
engine.console.scrolltime = 5000;
engine.console.scrolltime_manual = 30000;
engine.console.time_manual -= engine.console.scrolltime_manual;
engine.console.scroll = function(times=1)
{
if(settings.TEXT_OUT_MODE == 1)
{
this.scrollby+=times; this.innerHTML = "";
for(var i=this.scrollby;i<engine.console.scrollback.length;i++)
{
this.innerHTML += " "+replaceColors(htmlEntities(this.scrollback[i]));
}
}
else
{
//this.scrollby = parseFloat(window.getComputedStyle(this).getPropertyValue('font-size'))+6;
//this.scrollby = this.children[0].offsetHeight;
var orig = parseFloat(this.style.top)/this.scrollby;
this.scrollby = this.offsetHeight/this.innerText.split("\n").length;
if(this.style.top == '') this.style.top = 0;
//this.style.top = (parseFloat(this.style.top)-(this.scrollby*times))+"px";
this.style.top = ((this.scrollby*orig)-(this.scrollby*times))+"px";
}
}
if(settings.TEXT_OUT_MODE == 1)
{
engine.console.scrollback = [];
engine.console.style.top = "-16px";
}
engine.console.scroll();
engine.hud = document.getElementById("HUD");
engine.hud.hide = function(){this.style.opacity=0;};
engine.hud.show = function(){this.style.opacity=1;};
engine.hud.basic = document.getElementById("gui_stats");
engine.hud.game = document.getElementById("game_stats");
engine.hud.fadein = true;
}
else
{
engine.console = {style:{}};
engine.console.print = function(str,netSend=true)
{
process.stdout.write(removeColors(str));
if(engine.concatch)
{
if(engine.concatch.type == "all") engine.concatch.to.append(str);
else if(engine.concatch.type == "list") engine.concatch.to.push(str);
else engine.concatch.to.innerText = str;
}
if(netSend && global.svr) //send over network
{
var data = JSON.stringify({type:"con",data:str});
switch(typeof(netSend))
{
case "boolean":
global.svr.clients.forEach(function(ws) //I know this is slow, but I'm not aware of any other way
{
ws.send(data);
});
break;
case "object":
var lookForID = engine.players.indexOf(netSend);
global.svr.clients.forEach(function(ws)
{
if(ws.netid == lookForID)
{
ws.send(data);
}
});
break;
}
}
};
}
/*///team objects:
-name
-array of player IDs (order of shuffle)
-team score
/**/
//which controls are pressed down get added to arrays
var temp_items = Object.keys(settings.controls);
engine.controls = {pressed:[]};
for(var i=0;i<temp_items.length;i++)
{
engine.controls[temp_items[i]] = []; //array of keycodes that are pressed within a frame, removed when lifted
}
engine.map = { //virtual map data (used for positions, lines and stuff to calculate)
zones: [],
spawns: [],
walls: [],
};
function loadsettingcfgs()
{
loadcfg(localStorage.getItem("user.cfg"),true,true);
if(settings.CFG_VERSION < 0.8) { if(Detector.webgl) {settings.HIGH_RIM = true;} settings.CFG_VERSION = 0.8;}
loadcfg(localStorage.getItem("server_info.cfg"),true);
loadcfg(localStorage.getItem("settings_custom.cfg"),true);
loadcfg(localStorage.getItem("autoexec.cfg"),true);
}
loadsettingcfgs();
window.onbeforeunload = saveusercfg;
diff --git a/scripts/functions-body.js b/scripts/functions-body.js
index 3a04334..b1236cc 100644
--- a/scripts/functions-body.js
+++ b/scripts/functions-body.js
@@ -1,465 +1,465 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
if(typeof(global) === "undefined")
global = window;
global.getPlayer = function(name)
{
name = removeColors(name).filter();
var matches = [];
for(var i=engine.players.length-1;i>=0;--i) if(engine.players[i])
{
if(engine.players[i].getBoringName().filter() == name)
{
return engine.players[i];
}
else if(engine.players[i].getBoringName().filter().indexOf(name) > -1)
{
matches.push(i);
}
}
if(matches.length > 1)
{
engine.console.print("Too many matches for "+name+". Try something more exact to narrow down the search.\n");
}
else if(matches.length < 1)
{
engine.console.print("No matches for "+name+". Try a different name.\n");
}
else
{
return engine.players[matches[0]];
}
}
function retToLastSafe(cycle,w1x,w1y,w2x,w2y)
{
var dist = distanceoflines(cycle.position.x,cycle.position.y,cycle.position.x,cycle.position.y,w1x,w1y,w2x,w2y);
console.warn(cycle.name+" phased through a wall "+dist+"m.\n");
//if(dist == 0) return;
dist -= settings.CYCLE_RUBBER_MINDISTANCE;
cycle.position.x -= cycle.lastdir.front[0]*dist; cycle.position.y -= cycle.lastdir.front[1]*dist;
if(lineIntersect(cycle.position.x,cycle.position.y,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y))
{
//cycle.position.x += cycle.lastdir.front[0]*(dist*2); cycle.position.y += cycle.lastdir.front[1]*(dist*2);
//if(lineIntersect(cycle.position.x,cycle.position.y,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y))
{
var dist = distanceoflines(cycle.lastpos.x,cycle.lastpos.y,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y);
dist -= settings.CYCLE_RUBBER_MINDISTANCE;
cycle.position.x = cycle.lastpos.x+
(cycle.lastdir.front[0]*dist)/*+
(cycle.lastsensor.left*cycle.lastdir.left[0])+
(cycle.lastsensor.right*cycle.lastdir.right[0])*/;
cycle.position.y = cycle.lastpos.y+
(cycle.lastdir.front[1]*dist)/*+
(cycle.lastsensor.left*cycle.lastdir.left[1])+
(cycle.lastsensor.right*cycle.lastdir.right[1])*/;
/*while(lineIntersect(cycle.position.x,cycle.position.y,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y))
{
cycle.position.x -= (1/1000)*cycle.lastdir.front[0];
cycle.position.y -= (1/1000)*cycle.lastdir.front[1];
}
cycle.collidetime = 0; cycle.lastspeed = 0;*/
if(lineIntersect(cycle.position.x,cycle.position.y,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y))
{
if(engine.network)
{
//request new cycle trails
}
else
{
doDeath(cycle);
engine.console.print(cycle.name+" phased through a wall and has been terminated.\n");
}
}
else
{
cycle.rubber += cycle.speed;
cycle.sensor.front = settings.CYCLE_RUBBER_MINDISTANCE;
}
}
}
else
{
cycle.rubber += cycle.speed;
cycle.sensor.front = settings.CYCLE_RUBBER_MINDISTANCE;
}
if(engine.haswall) recalcCurrWall(cycle);
}
global.getCycleSensors = function(full=false)
{
var oneline = "";
var range = settings.CYCLE_SENSORS_RANGE;
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x] !== undefined)
{
//if(full)
{
engine.players[x].sensor.left = engine.players[x].sensor.right =
engine.players[x].sensor.leftTurn = engine.players[x].sensor.rightTurn =
engine.players[x].sensor.front =
engine.players[x].sensor.rear = Infinity;
engine.players[x].sensor.nearestobj =
engine.players[x].sensor.lnearestobj = false;
engine.players[x].sensor.rnearestobj = false;
}
engine.players[x].sensor.bottom = 0;
engine.players[x].sensor.frontWallHeight = Infinity;
engine.players[x].sensor.objleft =
engine.players[x].sensor.objright =
engine.players[x].sensor.objfront =
engine.players[x].sensor.objrear = false;
engine.players[x].sensor.nearcycle = false;
engine.players[x].dir.front = cdir(engine.players[x].rotation.z);
engine.players[x].dir.left = cdir(engine.players[x].rotation.z+(Math.PI/2));
engine.players[x].dir.right = cdir(engine.players[x].rotation.z-(Math.PI/2));
engine.players[x].dir.leftTurn = cdir(engine.players[x].rotation.z+(Math.PI/(settings.ARENA_AXES*0.5)));
engine.players[x].dir.rightTurn = cdir(engine.players[x].rotation.z-(Math.PI/(settings.ARENA_AXES*0.5)));
}
for(var x=engine.zones.children.length-1;x>=0;--x)
{
engine.zones.children[x].walldist = Infinity;
engine.zones.children[x].wall = [0,0,0,0];
}
if(!engine.dedicated) var campos = engine.camera.position, ppos = engine.players[engine.viewTarget].position;
for(var y=engine.map.walls.length-1;y>=0;--y)
{
//console.log("ohi");
var lookThroughWall = false;
for(var i=engine.map.walls[y].length-1;i>=0;--i)
{
var w1x = engine.map.walls[y][i][0], w1y = engine.map.walls[y][i][1], p=engine.map.walls[y][i+1];
if(p !== undefined)
{
var w2x = p[0], w2y = p[1]/*,w2z = p[2]*/;
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x] !== undefined && engine.players[x].alive)
{
var cycle = engine.players[x];
var posx = cycle.position.x, posy = cycle.position.y, posz = cycle.position.z;
if(cycle.newPos && lineIntersect(posx,posy,cycle.newPos.x,cycle.newPos.y,w1x,w1y,w2x,w2y))
{
cycle.position.x = cycle.lastpos.x = cycle.newPos.x;
cycle.position.y = cycle.lastpos.y = cycle.newPos.y;
delete cycle.newPos;
return getCycleSensors(full);
}
if(lineIntersect(posx,posy,cycle.lastpos.x,cycle.lastpos.y,w1x,w1y,w2x,w2y))
{
retToLastSafe(cycle,w1x,w1y,w2x,w2y);
}
else
{
var dir = engine.players[x].dir.front,
ldir = engine.players[x].dir.left,
rdir = engine.players[x].dir.right
ltdir = engine.players[x].dir.leftTurn,
rtdir = engine.players[x].dir.rightTurn;
var rg = /*cycle.sensor.front==Infinity?*/(cycle.speed*range);//:cycle.sensor.front;
//var output = pointLineDistance(w1x,w1y,w2x,w2y,posx,posy);
//var testx = (w2x-w1x)*dir[0], testy = (w2y-w1y)*dir[1], tpx = posx*(-dir[0]), tpy = posy*(-dir[1]);
//if(cycle == engine.players[engine.viewTarget]) oneline += ""+(w2x-w1x)+"\t\t\t\t\t\t\t"+posx+"\t\t\t\t\t\t\t"+(w2x-w1x)+"\t\t\t\t\t\t\t"+posy+";\n";
//if(((w2x+w1x)/2) >= posy*dir[0] && ((w2y+w1y)/2) >= posx*dir[1])
//if(isinfront(w1x,w1y,w2x,w2y,posx,posy,dir))
coord = [w1x,w1y,w2x,w2y];
if(lineIntersect(posx,posy,posx+(dir[0]*rg),posy+(dir[1]*rg),w1x,w1y,w2x,w2y))
{
//var ff = distanceoflines(posx,posy,posx+(dir[0]/6),posy+(dir[1]/6),w1x,w1y,w2x,w2y);
var ff = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y);
/*forward = Math.min(forward,ff);
if(ff == forward) type = "rim";//*/
if(ff < cycle.sensor.front) { cycle.sensor.front=ff; cycle.sensor.nearestobj = "rim";}
}
else if(lineIntersect(posx,posy,posx+(ldir[0]*rg),posy+(ldir[1]*rg),w1x,w1y,w2x,w2y))
{
var ll = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y);
if(ll < cycle.sensor.left) { cycle.sensor.left=ll; cycle.sensor.lnearestobj = "rim";}
}
else if(lineIntersect(posx,posy,posx+(rdir[0]*rg),posy+(rdir[1]*rg),w1x,w1y,w2x,w2y))
{
var rr = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y);
if(rr < cycle.sensor.right) { cycle.sensor.right=rr; cycle.sensor.rnearestobj = "rim";}
}
if(lineIntersect(posx,posy,posx+(ltdir[0]*rg),posy+(ltdir[1]*rg),w1x,w1y,w2x,w2y))
{
var ll = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y);
if(ll < cycle.sensor.leftTurn) { cycle.sensor.leftTurn=ll; }
}
else if(lineIntersect(posx,posy,posx+(rtdir[0]*rg),posy+(rtdir[1]*rg),w1x,w1y,w2x,w2y))
{
var rr = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y);
if(rr < cycle.sensor.rightTurn) { cycle.sensor.rightTurn=rr;}
}
/*
if(((w2x+w1x)/2) >= posy*ldir[0] && ((w2y+w1y)/2) >= posx*ldir[1])
{
var ll = distanceoflines(posx,posy,posx+(ldir[0]),posy+(ldir[1]),w1x,w1y,w2x,w2y);
left = Math.min(left,ll);
}
if(((w2x+w1x)/2) >= posy*rdir[0] && ((w2y+w1y)/2) >= posx*rdir[1])
{
var rr = distanceoflines(posx,posy,posx+(rdir[0]),posy+(rdir[1]),w1x,w1y,w2x,w2y);
right = Math.min(right,rr);
}
*/
}
}
for(var x=engine.zones.children.length-1;x>=0;--x)
{
var zone = engine.zones.children[x];
var posx = zone.position.x, posy = zone.position.y;
var walldist = distanceoflines(posx,posy,posx,posy,w1x,w1y,w2x,w2y)-zone.cfg.radius;
if(walldist < zone.walldist)
{
zone.walldist = walldist;
zone.wall[0]=w1x;zone.wall[1]=w1y;zone.wall[2]=w2x;zone.wall[3]=w2y;
}
}
if(!engine.dedicated && !lookThroughWall) lookThroughWall = (engine.walls.children[y]&&engine.walls.children[y].geometry.vertices[engine.walls.children[y].geometry.vertices.length-1].z) > campos.z && lineIntersect(campos.x,campos.y,ppos.x,ppos.y,w1x,w1y,w2x,w2y);
}
}
if(!engine.dedicated && engine.walls.children[y]) engine.walls.children[y].visible = !lookThroughWall;
}
for(var a=engine.players.length-1;a>=0;--a) if(engine.players[a] !== undefined)
{
var walls = engine.players[a].walls.map;
var len = walls.length;
for(var i=len-1;i>=0;--i)
{
var p1 = walls[i];
//var w1x = p1[0],w1y = p1[1],w1z = p1[2];
if(walls[i+1] !== undefined)
{
var p2 = walls[i+1];
//var w2x = p2[0],w2y = p2[1],w2z = p2[2];
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x] !== undefined && engine.players[x].alive)
{
//var cycle = engine.players[x];
//var isplayer = (engine.players[a] == engine.players[x]);
if(engine.players[a] != engine.players[x] || i <= len-(settings.ARENA_AXES))
{
//var posx = engine.players[x].position.x, posy = engine.players[x].position.y, posz = engine.players[x].position.z;
if(p1[2]||0 <= engine.players[x].position.z && (p1[2]||0)+1 >= engine.players[x].position.z)
{
if(engine.players[x].newPos && lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].newPos.x,engine.players[x].newPos.y,p1[0],p1[1],p2[0],p2[1]))
{
engine.players[x].position.x = engine.players[x].lastpos.x = engine.players[x].newPos.x;
engine.players[x].position.y = engine.players[x].lastpos.y = engine.players[x].newPos.y;
delete engine.players[x].newPos;
return getCycleSensors(full);
}
if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].lastpos.x,engine.players[x].lastpos.y,p1[0],p1[1],p2[0],p2[1]))
{
retToLastSafe(engine.players[x],p1[0],p1[1],p2[0],p2[1]);
}
else
{
var dir = engine.players[x].dir.front,
ldir = engine.players[x].dir.left,
rdir = engine.players[x].dir.right,
ltdir = engine.players[x].dir.leftTurn,
rtdir = engine.players[x].dir.rightTurn;
//var rg = engine.players[x].sensor.front==Infinity?(engine.players[x].speed*range):engine.players[x].sensor.front;
//if(engine.players[x].sensor.front==Infinity)
var rg=engine.players[x].speed*range;//else var rg=engine.players[x].sensor.front;
//if(!(engine.players[x].position.x == p2[0] && engine.players[x].position.y == p2[1]))
{
if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(dir[0]*rg),engine.players[x].position.y+(dir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var ff=distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
/*forward = Math.min(forward,ff);
if(ff == forward) type = engine.players[x];//*/
if(ff < engine.players[x].sensor.front)
{
engine.players[x].sensor.front=ff;
engine.players[x].sensor.nearestobj = engine.players[a];
if(engine.players[a] != engine.players[x])
{
engine.players[x].sensor.lastnonselfobj = engine.players[a];
}
}
}
else if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(ldir[0]*rg),engine.players[x].position.y+(ldir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var ll = distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
if(ll < engine.players[x].sensor.left)
{
engine.players[x].sensor.left=ll;
engine.players[x].sensor.lnearestobj = engine.players[a];
engine.players[x].sensor.objleft = engine.players[a];
}
}
else if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(rdir[0]*rg),engine.players[x].position.y+(rdir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var rr = distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
if(rr < engine.players[x].sensor.right)
{
engine.players[x].sensor.right=rr;
engine.players[x].sensor.rnearestobj =
engine.players[x].sensor.objright = engine.players[a];
}
}
else if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(-dir[0]*rg),engine.players[x].position.y+(-dir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var bb=distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
if(bb < engine.players[x].sensor.rear)
{
engine.players[x].sensor.rear=bb;
engine.players[x].sensor.objrear = engine.players[a];
}
}
if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(ltdir[0]*rg),engine.players[x].position.y+(ltdir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var ll = distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
if(ll < engine.players[x].sensor.leftTurn) { engine.players[x].sensor.leftTurn=ll;}
}
else if(lineIntersect(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x+(rtdir[0]*rg),engine.players[x].position.y+(rtdir[1]*rg),p1[0],p1[1],p2[0],p2[1]))
{
var rr = distanceoflines(engine.players[x].position.x,engine.players[x].position.y,engine.players[x].position.x,engine.players[x].position.y,p1[0],p1[1],p2[0],p2[1]);
if(rr < engine.players[x].sensor.rightTurn) { engine.players[x].sensor.rightTurn=rr;}
}
}
}
}
}
}
}
}
}//*/
/*for(var x=engine.map.zones.length-1;x>=0;--x)
{
var zone = engine.map.zones[x];
for(var y=engine.players.length-1;y>=0;--y) if(engine.players[y] !== undefined)
{
var ff = Math.sqrt(((zone[1]-p2x)**2)+((zone[2]-p2y)**2))-zone[3];
if(ff < cycle.sensor.front) { cycle.sensor.front=ff; cycle.sensor.nearestobj = "zone"; }
}
}*/
//console.log(forward);
if(oneline != "") console.log(oneline);
for(var x=engine.players.length-1;x>=0;--x) if((cycle=engine.players[x]) !== undefined && cycle.lastpos)
{
cycle.lastpos.x = cycle.position.x;
cycle.lastpos.y = cycle.position.y;
cycle.lastpos.z = cycle.position.z;
engine.players[x].lastdir = {
front:engine.players[x].dir.front,
left:engine.players[x].dir.left,
right:engine.players[x].dir.right
};
engine.players[x].lastsensor = {
front:engine.players[x].sensor.front,
left:engine.players[x].sensor.left,
right:engine.players[x].sensor.right
};
cycle.intersectTest = [];
}
}
global.maxSpeed = function()
{
if(settings.CYCLE_SPEED_DECAY_ABOVE > 0 )
var max_cs = settings.CYCLE_SPEED / settings.CYCLE_SPEED_DECAY_ABOVE;
else
var max_cs = settings.CYCLE_SPEED * 100;
var max_fastest = engine.fastestSpeed; //
return Math.max(max_cs,max_fastest);
}
global.handleChat = function(cycle,output)
{
var split = output.split(" ");
if(split[0] == "/console" && !engine.dedicated)
{
split.shift();
loadcfg(split.join(" "));
}
else if(split[0][0] == "/" && !engine.network)
{
switch(split[0])
{
case "/admin":
split.shift();
var ln = split.join(" ");
engine.console.print('Remote admin command from '+cycle.getBoringName()+'0x7f7fff: '+ln+'\n');
var text = []; engine.concatch = {to:text,type:"list"};
loadcfg(ln);
engine.concatch = undefined;
for(var i=0;i<text.length;++i)
{
engine.console.print('0xff7f7fRA:0xRESETT '+text[i]+'\n',cycle);
}
break;
case "/players":
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
engine.console.print(x+": "+engine.players[x].getColoredName()+"\n",cycle);
}
break;
case "/me":
cycle.doChat(output);
break;
default:
break;
}
}
else
{
cycle.doChat(output);
}
}
if(typeof(document) == "undefined")
{
global.centerMessage = function(msg,time=5000)
{
console.log(msg);
if(window.svr)
{
if(time == Infinity) time = Number.MAX_VALUE;
var data = JSON.stringify({type:"cen",data:{msg:msg,time:time}});
window.svr.clients.forEach(function(ws){ws.send(data);});
}
}
}
else
{
global.centerMessage = function(msg,time=5000)
{
var cm = document.getElementById("centerMessage");
cm.innerHTML = replaceColors(htmlEntities(msg));
cm.style.opacity = 1;
cm.style.display = "block";
engine.cMFadeOutAfter = performance.now()+time;
}
}
global.toLadderLog = function(event,params)
{
if(settings["LADDERLOG_WRITE_"+event])
{
}
}
diff --git a/scripts/game.js b/scripts/game.js
index ce63f61..a53cb65 100644
--- a/scripts/game.js
+++ b/scripts/game.js
@@ -1,1173 +1,1173 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
(function(game){
/*if(this.require)
{
if(typeof(THREE) === "undefined")
var THREE = require('./lib/Three.js');
if(typeof(Zone) === "undefined")
var Zone = require("./zone.js");
}*/
game.doNewRound = function()
{
if(engine.uRound !== false) { clearTimeout(engine.uRound); engine.uRound = false; }
game.endRound();
setTimeout(game.newRound,engine.dedicated?300:0); //give clients an opportunity to sync their data
}
game.endRound = function()
{
if(window.svr)
{
window.svr.clients.forEach(function(ws){ws.send('{"type":"endRound"}')});
window.svr.clients.forEach(function(ws){ws.send('{"type":"syncdata","gtime":-4000}')});
}
if(ctx)
{
audioStop();
if(settings.SOUNDS_EXTRO) playSound(bufferLoader.bufferList[bufferLoader.other+2],0.5,1,false,ctx.destination);
}
engine.roundCommencing = true;
//engine.hud.hide();
if(engine.hud) engine.hud.game.style.opacity = 0;
engine.console.print("Clearing grid...\n",false);
if(engine.renderer) engine.renderer.clear();
if(!engine.network)
{
//if(settings.ROUND_CENTER_MESSAGE != "")
{
centerMessage(settings.ROUND_CENTER_MESSAGE);
}
}
engine.gtime = -4000;
for(var x=engine.players.length-1;x>=0;--x) if(typeof(engine.players[x]) != "undefined")
{
engine.players[x].alive = false;
}
while(engine.scene.children.length > 0)
{
engine.scene.remove(engine.scene.children[0]);
}
//if(!engine.network) engine.players.splice(0);
}
game.end = function()
{
game.endRound();
engine.players.splice(0);
engine.round = 0;
}
game.play = function()
{
engine.playGame = true;
if(!engine.scene)
{
init();
}
else
{
engine.paused = false;
if(engine.hud) engine.hud.show();
}
hideMenu(); game.newRound();
engine.inputState = 'game'; //change input state to accept game controls
if(engine.network)
{
document.getElementById("progtitle").innerHTML = tStringify("@progtitleshort@ &bull; Playing online");
}
else
{
document.getElementById("progtitle").innerHTML = tStringify("@progtitleshort@ &bull; Playing locally");
}
}
function revertMap()
{
if(engine.dedicated)
{
engine.console.print("Unable to load map file. Reverting...\n",true);
chsetting("MAP_FILE",engine.loadedMap);
loadRound();
}
else
{
var mapfile = settings.RESOURCE_REPOSITORY_CACHE+(settings.MAP_FILE.replace(/\(.+\)/,""));
engine.console.print("Downloading map from "+mapfile+"...\n",false);
httpGetAsync(mapfile,game.loadRound,function()
{
engine.console.print("Unable to load map file. Ignoring for now...\n",false);
game.loadRound();
});
}
}
game.newRound = function()
{
engine.roundCommencing = true;
/////////////LIGHTS
var light1 = new THREE.AmbientLight( 0x666666 ); // soft white light
engine.scene.add( light1 );
var light = new THREE.DirectionalLight( 0xffffff, 1 );
light.castShadow = true;
light.position.set( 4, 1, 0 );
engine.scene.add( light );
var light2 = new THREE.DirectionalLight( 0xffffff, 1 );
light2.castShadow = true;
light2.position.set( -4, -1, 0 );
engine.scene.add( light2 );
//////////end of lights
var aspectRatio = (window.innerWidth / window.innerHeight);
engine.camera = new THREE.PerspectiveCamera( settings.CAMERA_FOV, aspectRatio, settings.CAMERA_NEAR_RENDER, settings.CAMERA_FAR_RENDER );
engine.camera.userViewDir = false;
engine.camera.up = new THREE.Vector3(0,0,1); //Z is up, X and Y is l+r and b+f
//engine.camera.position.set(247, 247, 3);
engine.viewTarget = engine.activePlayer;
//engine.cameraOrbit = new THREE.OrbitControls(engine.camera);
//engine.cameraOrbit.maxDistance = 400;
//BELOW THIS LINE DEPENDS ON GAME TYPE
//MAP
var maps = settings.MAP_ROTATION.split(";");
if(settings.ROTATION_TYPE > 0)
{
switch(settings.ROTATION_TYPE)
{
case 1:
engine.currrot += 1;
break;
case 2: // when matches are implemented
if(engine.rounds == 0) engine.currrot += 1;
break;
}
if(engine.currrot > maps.length) engine.currrot = 0;
settings.MAP_FILE = maps[engine.currrot];
}
if(settings.MAP_FILE != "" && settings.MAP_FILE != engine.loadedMap)
{
var mapfile = settings.RESOURCE_REPOSITORY_SERVER+(settings.MAP_FILE.replace(/\(.+\)/,""));
engine.console.print("Downloading map from "+mapfile+"...\n",false);
httpGetAsync(mapfile,game.loadRound,revertMap);
}
else
{
game.loadRound();
}
}
game.teamColor = function(id)
{
id += 1;
if(settings["TEAM_NAME_"+id])
{
return new THREE.Color(settings["TEAM_RED_"+id]/15,settings["TEAM_GREEN_"+id]/15,settings["TEAM_BLUE_"+id]/15);
}
return new THREE.Color();
}
function createAIsettings()
{
var AI_NUM = 1;
for(var z=engine.players.length-1;z>=0;--z) if(engine.players[z] && engine.players[z].AI) {AI_NUM++;}
var cycleColor = [0x000000,0xff0000,0x00ff00,0x0000ff][Math.round(Math.random()*3)];
var tailColor = [0x0000ff,0xff0000,0xffff00,0x00ff00][Math.round(Math.random()*3)];
var colorcode;
if(settings.ALLOW_TEAM_NAME_COLOR)
{
colorcode = cycleColor.toString(16);
colorcode = ("0".repeat(6-colorcode.length))+colorcode;
}
else
{
cycleColor = tailColor = teamColor(1);
colorcode = cycleColor.getHexString();
}
var cycleinfo = { ai:true,
cycleColor:cycleColor, tailColor:tailColor,
/*engineType: 5,*/ engineType:(settings.players[0])?settings.players[0].engineType:5, spectating:false,
name: settings.AI_DUAL_COLOR_NAME?'AI0x'+colorcode+'#'+AI_NUM:'AI#'+AI_NUM
};
return cycleinfo;
}
function calculateSpawn(x)
{
var spawnslength = engine.map.spawns.length;
if(!engine.map.spawns[x])
{
var mult = Math.floor((x/spawnslength));
var currspawn = x-(spawnslength*mult);
var alt = (mult/2 != Math.floor(mult/2));
console.log(mult);
if(alt) mult = -Math.ceil(mult/2)
else mult = mult/2
console.log(mult,currspawn);
var spawns = JSON.parse(JSON.stringify(engine.map.spawns[Math.min(currspawn,(spawnslength-1))]||[]));
spawns[0] -= mult*settings.SPAWN_WINGMEN_SIDE;
spawns[1] -= Math.abs(mult)*settings.SPAWN_WINGMEN_BACK;
}
else
{
var spawns = engine.map.spawns[x];
}
return spawns;
}
function processPlayer(x,cfg)
{
var spawns = calculateSpawn(x);
if(engine.players[x])
{
var cycle = engine.players[x];
cycle.engineType = (typeof(cfg)=="undefined")?5:cfg.engineType;
//if(x == engine.activePlayer && !engine.dedicated)
{
var cycleColor = cfg.cycleColor,tailColor = cfg.tailColor;
if(!settings.ALLOW_TEAM_NAME_COLOR) { cycleColor = tailColor = teamColor(engine.teams.indexOf(engine.players[x].team)); }
if(cycle.name != cfg.name)
{
var out = cycle.getColoredName()+"0x7fff7f renamed to ";
cycle.cycleColor = cycleColor;
cycle.tailColor = tailColor;
cycle.name = cfg.name;
engine.console.print(out+cycle.getColoredName()+"\n");
}
else
{
cycle.cycleColor = cycleColor;
cycle.tailColor = tailColor;
}
if(cycle.spectating != cfg.spectating)
{
cycle.spectating = cfg.spectating;
if(cycle.spectating)
{
engine.console.print(cycle.getColoredName()+"0xff7f7f left to spectator mode.\n");
}
else
{
engine.console.print(cycle.getColoredName()+"0x7fff7f entered from spectator mode.\n");
}
}
}
}
else
{
cfg.x = spawns[0]; cfg.y = spawns[1]; cfg.z = spawns[2];
engine.players[x] = (new Player(cfg));
var cycle = engine.players[x];
if(cycle.spectating)
{
engine.console.print(cycle.getColoredName()+"0xff7f7f entered as spectator.\n");
}
else
{
engine.console.print(cycle.getColoredName()+"0x7fff7f entered the game.\n");
}
}
if(cycle.spectating)
{
cycle.team = null;
}
else if(!cycle.team)
{
if(engine.teams.length < settings.TEAMS_MAX)
{
engine.teams.push(cycle.team = new Team({name:cfg.name,x:spawns[0], y:spawns[1], z:spawns[2], dir:deg2rad(spawns[3])}));
}
else
{
var minPCount = 0, minPlayers = Infinity, minTeam;
for(var x=engine.teams.length-1;x>=0;--x) if(engine.teams[x])
{
if(engine.teams[x].members.length == minPlayers)
{
minPCount++;
if(minTeam.push)
{
minTeam.push(x);
}
else
{
minTeam = [minTeam,x];
}
}
else if(engine.teams[x].members.length < minPlayers)
{
minPlayers = engine.teams[x].members.length;
minTeam = x; minPCount = 1;
}
}
if(minPCount != 1)
{
minTeam = Math.floor(Math.random()*minTeam.length);
}
cycle.team = engine.teams[minTeam];
}
cycle.team.members.push(cycle);
}
}
game.processPlayers = function(removeAIs=true)
{
var numAIs = 0, numPlay = 0, numSpec = 0, numWantPlay = 0;
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
if(engine.players[x].AI) numAIs++;
if(engine.players[x].spectating) numSpec++; else numPlay++;
//if(engine.players[x].spectating && !settings.players[x].spectating) numWantPlay++;
}
var numHuman = numPlay-numAIs;
if(removeAIs)
{
for(var x=settings.TEAMS_MAX;x<engine.teams.length;++x) if(engine.teams[x])
{
for(var i=engine.teams[x].members.length-1;i>=0;--i)
{
engine.console.print(engine.teams[x].members[i].getColoredName()+"0xff7f7f left to spectator mode.\n");
engine.teams[x].members[i].spectating = true;
}
}
engine.teams.splice(settings.TEAMS_MAX);
}
for(var x=settings.players.length-1;x>=0;--x) if(settings.players[x])
{
if(engine.players[x] && engine.players[x].AI)
{
engine.players[engine.players.length-1] = engine.players[x];
engine.players[x] = undefined;
}
if(!engine.players[x])
{
numPlay++; numHuman++;
}
processPlayer(x,settings.players[x]);
}
if(removeAIs)
{
console.log(numHuman);
var shouldAIs = Math.max(0,(settings.MIN_PLAYERS-numHuman));
if(!settings.AI_TEAM)
{
shouldAIs += (numHuman <= settings.SP_HUMANS_COUNT)?settings.SP_NUM_AIS:settings.NUM_AIS;
}
if(shouldAIs > numAIs)
{
var AIsToAdd = (shouldAIs-numAIs);
console.log(numAIs+" AIs in the game, adding "+AIsToAdd+".");
for(var x=AIsToAdd;x>0;--x)
{
var cycleinfo = createAIsettings();
processPlayer(engine.players.length,cycleinfo);
}
numAIs += AIsToAdd;
}
else if(numAIs != 0)
{
var AIsToDealWith = (numAIs-shouldAIs);
console.log(numAIs+" AIs in the game, removing "+AIsToDealWith+".");
if(AIsToDealWith != 0)
{
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
if(engine.players[x].AI)
{
engine.console.print(engine.players[x].getColoredName()+"0xff7f7f left the game.\n");
engine.players.splice(x,1);
AIsToDealWith--;
if(window.svr)
{
var data = JSON.stringify({type:"leave",data:x});
window.svr.clients.forEach(function(ws){ws.send(data)});
}
}
if(AIsToDealWith == 0) break;
}
}
}
//clean up teams / remove ghost teams
for(var x=engine.teams.length-1;x>=0;--x) if(engine.teams[x])
{
for(var i=engine.teams[x].members.length-1;i>=0;--i)
{
if(engine.players.indexOf(engine.teams[x].members[i]) == -1)
{
engine.teams[x].members.splice(i,1);
}
}
if(engine.teams[x].members.length == 0)
{
engine.teams.splice(x,1);
}
else
{
engine.teams[x].spawn(false,false); //and finally spawn everyone
}
}
if(!engine.dedicated && !engine.players[engine.activePlayer].alive) changeViewTarget(1);
}
if(window.svr)
{
var teams = [];
for(var x=engine.teams.length-1;x>=0;--x) if(engine.teams[x])
{
teams.push({id:x,name:engine.teams[x].name,x:engine.teams[x].x,y:engine.teams[x].y,z:engine.teams[x].z});
}
teams=JSON.stringify({type:"team",data:teams});
window.svr.clients.forEach(function(ws){ws.send(teams);ws.senddata(0)});
}
}//*/
game.loadRound = function(dlmap)
{
if(typeof(dlmap) != "undefined")
{
engine.mapString = dlmap;
engine.loadedMap = settings.MAP_FILE;
}
engine.mapXML = xmlify(engine.mapString);
engine.console.print("Preparing grid...\n",false);
if(window.svr) window.svr.clients.forEach(function(ws){ws.send('{"type":"newRound"}')});
//virtual map data (used for positions, lines and stuff to calculate)
engine.map = {zones:[],spawns:[],walls:[]};
engine.expl = []; engine.deaths = 0;
engine.winzone = false;
//GRID
buildGrid();//buildObjects.js
engine.scene.add(engine.grid);
//WALLS
buildWalls();//buildObjects
engine.scene.add(engine.walls);
//ZONES
buildZones();
engine.scene.add(engine.zones);
if(settings.SOUNDS_INTRO)
playSound(bufferLoader.bufferList[bufferLoader.other+1],0.5,1,false,ctx.destination);
if(settings.ROUND_CONSOLE_MESSAGE != "")
{
engine.console.print(settings.ROUND_CONSOLE_MESSAGE+"\n");
}
loadcfg(settings.ROUND_COMMAND.replace(/\\n/g,"\n"));
//GAME
engine.gtime = -4000;
//PLAYERS
//CYCLE
if(!engine.network)
{
game.processPlayers();game.processPlayers();
if(engine.round == 0)
{
engine.console.print("Resetting scores...\n");
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
engine.players[x].score = 0;
}
}
engine.round++;
engine.console.print("Go (round "+engine.round+" of "+settings.LIMIT_ROUNDS+")!\n");
}
if(!engine.camera)
{
var aspectRatio = (window.innerWidth / window.innerHeight);
engine.camera = new THREE.PerspectiveCamera( settings.CAMERA_FOV, aspectRatio, settings.CAMERA_NEAR_RENDER, settings.CAMERA_FAR_RENDER );
engine.camera.up = new THREE.Vector3(0,0,1); //Z is up, X and Y is l+r and b+f
}
engine.camera.position.set(engine.logicalBox.center.x*engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.center.y*engine.REAL_ARENA_SIZE_FACTOR,3);
try{engine.camera.lookAt( new THREE.Vector3(engine.players[engine.viewTarget].position.x,engine.players[engine.viewTarget].position.y,engine.player[engine.viewTarget].position.z) );}
catch(e){engine.camera.lookAt( new THREE.Vector3(engine.logicalBox.center.x*engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.center.y*engine.REAL_ARENA_SIZE_FACTOR,0) );}
game.updateScoreBoard();
engine.lastGameTime = engine.lastRenderTime = engine.fpsTime = engine.timeStart = performance.now();
engine.totalPauseTime = 0;
engine.fastestPlayer = engine.fastestSpeed = 0;
engine.timemult = 1;
engine.asendtm = 0;
engine.winner = undefined;
engine.roundCommencing = false;
game.start();
}//end of init main
game.run = function(oneoff=false)
{
if(!engine.roundCommencing && !engine.paused)
{
if(engine.network) engine.network.syncPlayData();
if(!oneoff && settings.GAME_LOOP != 1) {setTimeout(game.run,1000/settings.DEDICATED_FPS); engine.gameRunning = true;}
//time handlers and delta
var timenow = performance.now()/settings.TIME_FACTOR;
var rDelta = (timenow-engine.lastGameTime);
if(rDelta > settings.TIMESTEP_MAX*1000 && engine.gtime > 0)
{
var more = true;
rDelta = settings.TIMESTEP_MAX*1000;
//engine.timeStart += rDelta;
} else var more = false;
var delta = rDelta*engine.timemult;
var timestep = delta/1000;
engine.totalPauseTime += (timenow-engine.lastGameTime)-delta;
engine.lastGameTime += rDelta;
engine.avgTimeStep += rDelta/1000; engine.avgTimeStep /= 2;
if(!engine.network && !engine.dedicated) engine.players[0].ping = parseInt(engine.avgTimeStep*1000)
//if(!engine.network && timestep > engine.avgTimeStep*10 && rDelta == delta) {engine.totalPauseTime += timestep; console.log("Compensated skip of "+delta+"ms."); timestep = engine.avgTimeStep;}
engine.timemult += (engine.asendtm*timestep);
if(engine.timemult > 100) engine.timemult = 100;
//var timeElapsed = timenow-engine.timeStart-engine.totalPauseTime-4000;
//skipping ahead at the beginning of the round is silly
//engine.gtime = timeElapsed;
var timeElapsed = (engine.gtime += delta);
if(!engine.thread_collisiondetect && (settings.GAME_LOOP != 0.5 || !oneoff)) getCycleSensors();
var pldata = {};
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
var cycle = engine.players[x];
if(cycle.alive)
{
if(cycle.newPos) doNetSlide(cycle,timestep);
if(timeElapsed > 0)
{
if(x == engine.activePlayer)
{
if(settings.HACK_TURN_LEFT_WHEN_POSSIBLE > 0)
{
if(cycle.sensor.left > settings.HACK_TURN_SENSOR_DIST)
{
cycle.turn(-1);
settings.HACK_TURN_LEFT_WHEN_POSSIBLE--;
}
}
if(settings.HACK_TURN_RIGHT_WHEN_POSSIBLE > 0)
{
if(cycle.sensor.right > settings.HACK_TURN_SENSOR_DIST)
{
cycle.turn(1);
settings.HACK_TURN_RIGHT_WHEN_POSSIBLE--;
}
}
}
//bot turning
if(cycle.AI)
{
cycle.AI.think(timestep);
}
else if(x==engine.activePlayer && (cycle.chatting || settings.CHATBOT_ALWAYS_ACTIVE))
{
if(timenow > cycle.lastTurnTime+(settings.CYCLE_DELAY*1000) && cycle.sensor.front < Math.min(5,cycle.sensor.left,cycle.sensor.right))
{
if(cycle.sensor.right < cycle.sensor.left) cycle.turn(-1);
else if(cycle.sensor.right > cycle.sensor.left) cycle.turn(1);
else cycle.turn([-1,1][Math.round(Math.random()*1)]);
}
}
//do turning
//if(cycle.turnQueue.length > 0)
{
//if(cycle.turnQueue.length > 0 && x == 0)console.log(JSON.parse(JSON.stringify(cycle.turnQueue)));
if(cycle.turnQueue.length > settings.CYCLE_TURN_MEMORY) cycle.turnQueue.splice(0,cycle.turnQueue.length-settings.CYCLE_TURN_MEMORY);
var shouldTime = cycle.lastTurnTime+(settings.CYCLE_DELAY*1000);
if(cycle.turnQueue.length > 0 && timeElapsed >= shouldTime/*-delta*/)
{
//allow the cycle to turn when it should (???)
//var diff = (shouldTime-timeElapsed)/1000;
//cycle.update(diff);
if(settings.CYCLE_MIDAIR_TURN || cycle.position.z-cycle.sensor.bottom == cycle.model.rotation.y)
{
var dir = cycle.turnQueue[0],dirmult;
var olddir = cdir(cycle.rotation.z);
if(engine.network && settings.DEBUG_NETWORK_TURN_WAIT)
{
var rot = normalizeRad(cycle.rotation.z - (pi(2)/settings.ARENA_AXES)*dir);
engine.connection.send(JSON.stringify({
type:"turn",data:rad2deg(rot),gtime:cycle.gameTime
}));
cycle.lastTurnTime = Infinity;
cycle.turnQueue.splice(0,1); continue;
}
cycle.dir.front = (dirmult = cdir(cycle.rotation.z -= (pi(2)/settings.ARENA_AXES)*dir));
//cycle.rotation.z = cycle.rotation.z%(Math.PI*2);
//if(cycle.rotation.z < 0) cycle.rotation.z += Math.PI*2;
cycle.rotation.z = normalizeRad(cycle.rotation.z);
cycle.speed *= settings.CYCLE_TURN_SPEED_FACTOR;
cycle.rotation.x = Math.cos(cycle.rotation.z)*0.4*dir; //tilts the cycle
cycle.rotation.y = Math.sin(cycle.rotation.z)*0.4*dir;
//if(settings.GRAB_SENSORS_ON_TURN)
{
getCycleSensors(true);
}
cycle.collidetime = timeElapsed+(((cycle.sensor.front)/cycle.speed)*1000);
var mult = (1-settings.CYCLE_RUBBER_MINADJUST);
cycle.minDistance.front = Math.max(0,Math.min(cycle.sensor.front*mult,settings.CYCLE_RUBBER_MINDISTANCE));
cycle.lastpos = cycle.position.clone(); //redundant, should be handled by getCycleSensors
if(cycle.haswall) cycle.newWallSegment();
if(engine.network)
{
engine.connection.send(JSON.stringify({
type:"turn",data:rad2deg(cycle.rotation.z),gtime:cycle.gameTime,
position:[cycle.position.x,cycle.position.y,cycle.position.z],
speed:cycle.speed, rubber:cycle.rubber, brakes:cycle.brakes
}));
}
if(window.svr) //force a player sync
{
var data = JSON.stringify({type:"griddata",data:[{
position:[cycle.position.x,cycle.position.y,cycle.position.z],
direction:rad2deg(cycle.rotation.z),
speed:cycle.speed, rubber:cycle.rubber,
alive:cycle.alive,
netid:x, wall:cycle.walls.map,
}],gtime:engine.gtime});
if(cycle.speed > 1) cycle.update(0.01/cycle.speed);
var data2 = JSON.stringify({type:"griddata",data:[{
position:[cycle.position.x,cycle.position.y,cycle.position.z],
direction:rad2deg(cycle.rotation.z),
speed:cycle.speed, rubber:cycle.rubber,
alive:cycle.alive,
netid:x}],gtime:engine.gtime});
window.svr.clients.forEach(function(ws){ws.send(data);ws.send(data2)});
}
}
cycle.turnQueue.splice(0,1);
cycle.lastTurnTime = timeElapsed;
}
}
cycle.update();
}
if(cycle.rubber > settings.CYCLE_RUBBER+0.0001)
cycle.rubber = settings.CYCLE_RUBBER+0.0001;
else if(cycle.rubber > 0)
cycle.rubber -= (timestep/settings.CYCLE_RUBBER_TIME)*cycle.rubber;
else
cycle.rubber = 0;
//if(timeElapsed/1000 > -3 && cycle.alive)
}
else if(cycle.walls.map.length != 0 && timenow-cycle.dedtime >= settings.WALLS_STAY_UP_DELAY*1000)
{
cycle.walls.map = [];
console.log("DELETE WALLS id "+x);
}
else if(settings.RESPAWN_TIME >= 0 && !cycle.alive && timenow-cycle.dedtime > settings.RESPAWN_TIME*1000)
{
cycle.spawn({x:cycle.position.x||0,y:cycle.position.y||0,z:cycle.position.z||0,dir:cycle.rotation.z||0});
}
}
if(timeElapsed > -3000 && timeElapsed < 1000)
{
//timer
var time=-timeElapsed/1000,gTime = Math.ceil(time);
if(gTime < 0) gTime = 0;
if(typeof(engine.timer)=="undefined" || engine.timer != gTime)
{
engine.timer = gTime;
if(engine.hud) engine.hud.fadein = true;
if(engine.dedicated) console.log(gTime);
else centerMessage(gTime,(gTime-time));
//engine.console.print(gTime+"\n");
}
}
else if(!engine.network && typeof(engine.winner) == "undefined")
{
game.checkForWinner();
}
if(!engine.network)
{
if(!engine.winzone && settings.WIN_ZONE_MIN_ROUND_TIME+engine.deaths*(settings.WIN_ZONE_MIN_LAST_DEATH) < timeElapsed/1000)
{
var zone = {expansion:settings.WIN_ZONE_EXPANSION};
if(settings.WIN_ZONE_DEATHS)
{
engine.console.print("Death zone activated. Avoid it!\n");
zone.type = "death";
}
else
{
engine.console.print("Win zone activated. Enter it to win the round.\n");
zone.type = "win";
}
zone.radius = Math.min(SMALL_NUM,settings.WIN_ZONE_INITIAL_SIZE)*engine.REAL_ARENA_SIZE_FACTOR;
zone.x = engine.REAL_ARENA_SIZE_FACTOR*(engine.logicalBox.center.x+(settings.WIN_ZONE_RANDOMNESS*(Math.random()-0.5)*2)*engine.logicalBox.center.x);
zone.y = engine.REAL_ARENA_SIZE_FACTOR*(engine.logicalBox.center.y+(settings.WIN_ZONE_RANDOMNESS*(Math.random()-0.5)*2)*engine.logicalBox.center.y);
new Zone(zone).spawn();
console.log("ZONE SPAWNED: "+zone.type);
engine.winzone = true;
}
}
for(var x=engine.zones.children.length-1;x>=0;--x)
{
var zone = engine.zones.children[x].cfg;
//zones expand
if(zone.radius > 0)
{
engine.zones.children[x].scale.x = engine.zones.children[x].scale.y = (zone.radius += zone.expansion*timestep*engine.REAL_ARENA_SIZE_FACTOR);
}
else if(zone.radius < 0) engine.zones.children[x].scale.x = engine.zones.children[x].scale.y = zone.radius = 0;
if(zone.type == "ball" || zone.type == "soccerball")
{
for(var z=engine.zones.children.length-1;z>=0;--z)
{
var z2n = engine.zones.children[z].cfg;
if(
(
(zone.type == "ball" && z2n.type == "fortress") ||
(zone.type == "soccerball" && z2n.type == "soccergoal")
) &&
is_in_circle(z2n.mesh.position.x,z2n.mesh.position.y,z2n.radius,zone.mesh.position.x,zone.mesh.position.y,zone.radius))
{
if(!engine.network && engine.winner == undefined)
{
if(zone.lastHitCycle)
{
if(engine.teams.indexOf(zone.lastHitCycle.team) == z2n.team)
{
engine.console.print(zone.lastHitCycle.getColoredName()+"0xRESETT scored in their own goal and lost a point. Boo!\n");
zone.lastHitCycle.addScore(-1);
}
else
{
engine.console.print(zone.lastHitCycle.getColoredName()+"0xRESETT scored a goal for 1 point.\n");
zone.lastHitCycle.addScore(1);
}
}
engine.winner = false; game.reqNewRound();
}
else
{
zone.xdir *= 1-timestep; zone.ydir *= 1-timestep;
if(!engine.dedicated) centerMessage("Goal!");
}
}
}
if(settings.BALL_SPEED_DECAY)
{
var dir = cdir(Math.atan2(zone.ydir,zone.xdir));
var speed = Math.sqrt((zone.xdir*zone.xdir)+(zone.ydir*zone.ydir));
var decay = settings.BALL_SPEED_DECAY*delta;
if(decay > speed) decay = speed;
speed -= decay;
zone.xdir = dir[0]*speed; zone.ydir = dir[1]*speed;
}
}
else if(zone.type == "flagHeld")
{
zone.mesh.position.x = zone.heldBy.position.x;
zone.mesh.position.y = zone.heldBy.position.y;
var h=[];
for(var z=engine.zones.children.length-1;z>=0;--z)
{
if(zone.type == "flagHeld") { h.push(zone.team); }
}
for(var z=engine.zones.children.length-1;z>=0;--z)
{
var z2n = engine.zones.children[z].cfg;
if(
(zone.type == "flagHeld" && z2n.type == "fortress") &&
is_in_circle(z2n.mesh.position.x,z2n.mesh.position.y,z2n.radius,zone.heldBy.position.x,zone.heldBy.position.y,zone.radius))
{
if(engine.teams.indexOf(zone.heldBy.team) == z2n.team)
{
if(h.length > 1 && h.indexOf(z2n.team) > -1)
{
if(!zone.homeMSG)
{
engine.console.print(zone.heldBy.getColoredName()+"0xRESETT took the enemy flag home, but their team flag must be returned to their base. Get them!\n");
zone.homeMSG = true;
}
}
else
{
engine.console.print(zone.heldBy.getColoredName()+"0xRESETT took the flag to their base for 1 point!\n");
zone.heldBy.addScore(1);
zone.heldBy.hasFlag = null;
zone.type = "flag";
zone.mesh.position.x = zone.px;
zone.mesh.position.y = zone.py;
zone.homeMSG = false;
zone.netSync();
}
}
}
}
}
//zone effect
var inzone = false;
for(var y=engine.players.length-1;y>=0;--y) if(engine.players[y] && engine.players[y].alive)
{
var cycle = engine.players[y];
//dont handle zones we don't need to
if(!zone.netObject/* || zone.type.indexOf("ball") >= 0*/)
{
//var lastdist = zone.distance(cycle.lastpos);
//var dist = zone.distance(cycle.position);
var lastdist = pointDistance(zone.mesh.position.x,zone.mesh.position.y,cycle.lastpos.x,cycle.lastpos.y)-zone.radius;
var dist = pointDistance(zone.mesh.position.x,zone.mesh.position.y,cycle.position.x,cycle.position.y)-zone.radius;
var inZone = (dist <= 0), wasInZone = (lastdist <= 0);
if(inZone)
{
var timediff = cycle.speed*dist;
var hitTime = timeElapsed-timediff;
if(!wasInZone) zone.onEnter(cycle,hitTime,timestep);
if(cycle.alive) zone.onInside(cycle,engine.gtime,timestep);
}
else if(wasInZone) //left zone
{
zone.onLeave(cycle,engine.gtime,timestep); //TODO: figure out "precise" left time
}
else
{
zone.onOutside(cycle,engine.gtime,timestep);
}
}
if(zone.type == "fortress") //fortress recover rate
{
zone.rotationSpeed += (settings.ZONE_SPIN_SPEED-zone.rotationSpeed)*timestep*settings.FORTRESS_CONQUEST_DECAY_RATE;
}
}
if(typeof(zone.xdir)+typeof(zone.ydir) !== "undefinedundefined")
{
if(zone.bounce && zone.mesh.walldist <= timestep)
{
var dir = cdir(Math.atan2(zone.ydir,zone.xdir));
//zone.mesh.position.x -= dir[0]*zone.mesh.walldist; zone.mesh.position.y -= dir[1]*zone.mesh.walldist;
var mindist=Infinity,apc=false;
//var px = zone.mesh.position.x+(zone.mesh.walldist*zone.xdir), py = zone.mesh.position.y+(zone.mesh.walldist*zone.ydir);
var px = zone.mesh.position.x+zone.radius*dir[0], py = zone.mesh.position.y+zone.radius*dir[1];
//lineIntersect(posx,posy,posx+(dir[0]*rg),posy+(dir[1]*rg),w1x,w1y,w2x,w2y)
for(var i=4;i>0;--i)
{
var xdir = Math.sin(Math.PI*2*(i/4)), ydir=Math.cos(Math.PI*2*(i/4));
if(lineIntersect(zone.mesh.position.x,zone.mesh.position.y,zone.mesh.position.x+xdir*(zone.radius+zone.mesh.walldist),zone.mesh.position.y+ydir*(zone.radius+zone.mesh.walldist),zone.mesh.wall[0],zone.mesh.wall[1],zone.mesh.wall[2],zone.mesh.wall[3]))
{
//console.log(i);
switch(i)
{
case 1: zone.xdir = -Math.abs(zone.xdir); break;
case 2: zone.ydir = Math.abs(zone.ydir); break;
case 3: zone.xdir = Math.abs(zone.xdir); break;
case 4: zone.ydir = -Math.abs(zone.ydir); break;
}
apc = true;
}
}
//console.log(apc);
//*/zone.xdir *= -1; zone.ydir *= -1;
//if(!apc) {console.log("?"); zone.xdir *= -1; zone.ydir *= -1;}
var dir = cdir(Math.atan2(zone.ydir,zone.xdir));
//zone.mesh.position.x -= dir[0]*zone.mesh.walldist; zone.mesh.position.y -= dir[1]*zone.mesh.walldist;
zone.mesh.position.x += dir[0]; zone.mesh.position.y += dir[1];
zone.mesh.position.x += zone.xdir*(timestep); zone.mesh.position.y += zone.ydir*(timestep);
if(settings.BALL_SPEED_HIT_DECAY)
{
var speed = Math.sqrt((zone.xdir*zone.xdir)+(zone.ydir*zone.ydir));
var decay = settings.BALL_SPEED_HIT_DECAY*delta;
if(decay > speed) decay = speed;
speed -= decay;
zone.xdir = dir[0]*speed; zone.ydir = dir[1]*speed;
}
zone.netSync();
}
else
{
zone.mesh.position.x += zone.xdir*timestep; zone.mesh.position.y += zone.ydir*timestep;
}
}
}
var dc = Object.keys(engine.delayedcommands);
for(var x=dc.length-1;x>=0;x--)
{
var cmd = engine.delayedcommands[dc[x]];
loadcfg(cmd[0]);
if(dc[x] >= engine.gtime)
{
if(cmd[1] > 0)
{
engine.delayedcommands[dc[x]+cmd[1]] = cmd;
}
delete engine.delayedcommands[dc[x]];
}
}
//if(more) game();
}
else
{
engine.gameRunning = false;
}
}
game.killBlame = function(cycle,escape=false)
{
if(escape || (cycle.sensor.nearestobj == "rim" && !cycle.sensor.lastnonselfobj))
{
if(escape || (
cycle.position.x-cycle.minDistance.front > engine.logicalBox.max.x ||
cycle.position.y-cycle.minDistance.front > engine.logicalBox.max.y ||
cycle.position.x+cycle.minDistance.front < engine.logicalBox.min.x ||
cycle.position.y+cycle.minDistance.front < engine.logicalBox.min.y
))
{
engine.console.print(cycle.getColoredName()+"0xRESETT tried to escape the game grid.\n");
}
else
{
engine.console.print(cycle.getColoredName()+"0xRESETT committed suicide.\n");
}
}
else
{
var objtoaccuse = typeof(cycle.sensor.lastnonselfobj)=="undefined"?cycle.sensor.nearestobj:cycle.sensor.lastnonselfobj;
if(objtoaccuse == cycle)
{
engine.console.print(cycle.getColoredName()+"0xRESETT committed suicide.\n");
}
else if(typeof(objtoaccuse) == "object")
{
engine.console.print(objtoaccuse.getColoredName()+"0xRESETT core dumped "+cycle.getColoredName()+"0xRESETT for 1 point.\n");
objtoaccuse.addScore(1);
}
else
{
engine.console.print(cycle.getColoredName()+"0xRESETT died.\n");
}
}
cycle.kill();
}
game.start = function()
{
if(!engine.gameRunning) game.run();
if(!engine.renderRunning) render();
}
game.pause = function()
{
engine.paused = true;//cuts off the loop
engine.startOfPause = performance.now();
audioStop();
}
game.unpause = function()
{
for(var ctrl in engine.controls)
{
engine.controls[ctrl] = [];
}
//renderLoop = true;//replaces cutoff
if(engine.paused)
{
engine.paused = false;
audioStart();
engine.lastGameTime = engine.lastRenderTime = engine.fpsTime = performance.now();//resets delta so we don't pretend the game should have been playing the entire time we were paused
var endOfPause = performance.now();
engine.totalPauseTime += (endOfPause - engine.startOfPause);
game.start();//starts the loop again
}
}
game.changeViewTarget = function(a=1,forcechange=false)
{
if(engine.dedicated) return;
if(a != 0)
{
if(!forcechange && engine.players[engine.activePlayer].alive) return;
var first = true; //force the loop to get started
var itcount = 0;
/*if(alive > 0) */while(first || !engine.players[engine.viewTarget] || !engine.players[engine.viewTarget].alive)
{
first = false;
engine.viewTarget+=a;
if(engine.viewTarget >= engine.players.length) engine.viewTarget = 0;
if(engine.viewTarget < 0) engine.viewTarget = engine.players.length+engine.viewTarget;
itcount++;
if(itcount > engine.players.length) break;
//console.log(engine.viewTarget);
}
}
if(engine.view == 'cockpit')
{
for(var x=0;x>engine.players.length;x++)
{
if(x == engine.viewTarget)
engine.players[x].audio.gain.setTargetAtTime(0.2, ctx.currentTime, 0.02);
else
engine.players[x].audio.gain.setTargetAtTime(6, ctx.currentTime, 1);
}
}
if(!engine.network && !engine.players[engine.activePlayer].spectating && typeof(engine.winner) == "undefined")
{
switch(settings.FINISH_TYPE)
{
case 2:
engine.asendtm = 0.2;
centerMessage("Time Warp!",Infinity);
if(engine.hud) engine.hud.fadein = false;
break;
case 3:
centerMessage("Please wait...",Infinity);
setTimeout(function()
{
engine.timemult = 100;
while(typeof(engine.winner) == "undefined") { game(true) }
engine.timemult = 1;
},100);
break;
}
}
engine.console.print("Watching "+engine.players[engine.viewTarget].name+"...\n");
}
game.checkForWinner = function()
{
var alivecount = aliveaicount = 0;
var numPlay = 0;
var alive = [], theplayer = false;
var declareRoundWinner = typeof(engine.declareRoundWinner) != "undefined";
for(var x=engine.players.length-1;x>=0;--x) if(typeof(engine.players[x]) != "undefined")
{
if(!engine.players[x].spectating) numPlay++;
if(engine.players[x].alive)
{
alivecount++;
if(engine.players[x].AI)
aliveaicount++;
alive.push(engine.players[x]);
}
if(declareRoundWinner && engine.players[x].name == engine.declareRoundWinner)
{
engine.winner = engine.players[x];
engine.declareRoundWinner = undefined;
}
}
if(
(declareRoundWinner) ||
(settings.GAME_TYPE == 1 && numPlay > 1 && (alivecount <= 1 || (settings.FINISH_TYPE == 1 && aliveaicount == alivecount))) ||
(/*settings.GAME_TYPE == 0 && */(alivecount <= 0))
)
{
if(!declareRoundWinner)
{
engine.winner = (typeof(alive[0]) == "undefined")?{name:undefined}:alive[0];
}
if(settings.RIM_WALL_COLOR_MODE == 2)
{
if(engine.winner && settings.RIM_WALL_COLOR_MODE == 2)
{
var color = new THREE.Color(engine.winner.cycleColor);
settings.RIM_WALL_RED = color.r;
settings.RIM_WALL_GREEN = color.g;
settings.RIM_WALL_BLUE = color.b;
}
}
if(engine.asendtm > 0) {engine.asendtm = 0; engine.timemult = 1; centerMessage("Time Warp!",0);}
setTimeout(function(){centerMessage("Winner: "+engine.winner.name)},1000);
if(!window.svr || window.svr.clients.size != 0) game.reqNewRound();
}
}
game.reqNewRound = function()
{
if(typeof(engine.winner) == "undefined") engine.winner = null;
var endin = 4000;
if(engine.round >= settings.LIMIT_ROUNDS)
{
var highscore = -Infinity, highplayer;
for(var x=engine.players.length-1;x>=0;--x) if(typeof(engine.players[x]) != "undefined")
{
var cycle = engine.players[x];
if(cycle.score > highscore)
{
highplayer = cycle;
highscore = cycle.score;
}
else if(cycle.score == highscore)
{
highplayer = null;
}
}
if(highplayer != null)
{
setTimeout(function(){centerMessage("Match Winner: "+highplayer.name);engine.console.print("Match Winner: "+highplayer.name+" with "+highscore+" points.\n")},4000);
}
engine.round = 0;
endin += 4000;
}
if(!settings.ROUND_WAIT) engine.uRound = setTimeout(game.doNewRound,endin);
}
game.updateScoreBoard = function()
{
if(window.svr)
{
var tmp = [];
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
tmp.push({netid:x,score:engine.players[x].score,ping:engine.players[x].ping,chatting:engine.players[x].chatting});
}
var data = JSON.stringify({type:"scoredata",data:tmp});
window.svr.clients.forEach(function(ws){ws.send(data);});
}
if(engine.network)
{
engine.connection.send(JSON.stringify({type:"playdata",data:{chatting:engine.players[engine.activePlayer].chatting}}));
}
if(engine.dedicated || scoreboard.style.display == "none") return;
var scoreBoard = document.getElementById("scoreboard").children[0];
var playersSB = scoreBoard.children[1];
var tmp = "";
for(var x=0;x<engine.playersByScore.length;++x) if(typeof(engine.playersByScore[x]) != "undefined")
{
var cycle = engine.playersByScore[x];
tmp += "<tr class=\"player\"><td>"+(cycle.chatting?"*":"&nbsp;")+replaceColors(cycle.getColoredName())+"</td><td>"+replaceColors(cycle.alive?"0x00ff00Yes":"0xff0000No")+"</td><td>"+cycle.score+"</td><td>"+cycle.ping+"</td><td>"+(cycle.team?cycle.team.name:"")+"</td><tr>";
}
playersSB.innerHTML = tmp;
}
}(typeof(exports) === 'undefined' ? this.game = {} : exports));
diff --git a/scripts/init.js b/scripts/init.js
index d08a13d..e7259ff 100644
--- a/scripts/init.js
+++ b/scripts/init.js
@@ -1,136 +1,136 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
if(typeof(global) == undefined)
global = window;
//resize window listener function
var resizeWindow = function()
{
if(engine.renderer)
{
engine.renderer.setSize(window.innerWidth,window.innerHeight);
engine.renderer.render(engine.scene, engine.camera);
}
if(engine.camera)
{
engine.camera.aspect = window.innerWidth / window.innerHeight;
engine.camera.updateProjectionMatrix();
}
};
global.init = function()
{
//let's load settings first.
loadsettingcfgs();
window.onbeforeunload = saveusercfg;
if(!engine.dedicated)
{
//set renderer after detecting available renderer
if (Detector.webgl) { engine.renderer = new THREE.WebGLRenderer({ antialias: settings.ANTIALIAS });}
else { engine.renderer = new THREE.SoftwareRenderer(); engine.usingWebgl = false; }
engine.renderer.setSize(window.innerWidth, window.innerHeight);
document.body.appendChild(engine.renderer.domElement);
}
engine.scene = new THREE.Scene();
if(engine.dedicated) return;
loadTextures();
window.addEventListener('touchstart',touchControl);
window.addEventListener('resize',resizeWindow);
}
function gameLostTab()
{
if(engine.inputState == 'game') { pauseMenuToggle(); console.log("PAUSED because the tab lost focus"); }
}
function gameLostFocus()
{
if(engine.inputState == 'game') { engine.players[engine.activePlayer].chatting = true; game.updateScoreBoard() }
}
function gameGainedFocus()
{
if(engine.inputState == 'game') { engine.players[engine.activePlayer].chatting = false; game.updateScoreBoard() }
}
window.onblur = gameLostFocus;
window.onfocus = gameGainedFocus;
window.onload = function()
{
if(!engine.scene) init();
httpGetAsync("layout/menu.xml",function(output){
engine.menu = xmlify(output); menu('menu:main'); aamenurender();
if(typeof(_GET["ssl"]) != "undefined")
{
chsetting("CONNECT_SSL",_GET["ssl"]);
}
if(typeof(_GET["preset"]) != "undefined")
{
menu('menu:preset_loaded');menu('menu:preset_loaded');
menu('menu:loading');
preset(_GET["preset"]);
}
else if(typeof(_GET["connect"]) != "undefined")
{
var s = _GET["connect"].split(":");
settings.CONNECT_HOST = ""+s[0];
if(s.length > 1) settings.CONNECT_PORT = s[1];
connectToGame();
}
});
//keyboard input
window.addEventListener('keydown', keyboardKeyDown );
window.addEventListener('keyup', keyboardKeyUp );
(function() {//event listener cross browser support for auto-pause when focus lost
'use strict';
// Set the name of the "hidden" property and the change event for visibility
var hidden, visibilityChange;
if (typeof document.hidden !== "undefined") {
hidden = "hidden";
visibilityChange = "visibilitychange";
} else if (typeof document.mozHidden !== "undefined") { // Firefox up to v17
hidden = "mozHidden";
visibilityChange = "mozvisibilitychange";
} else if (typeof document.webkitHidden !== "undefined") { // Chrome up to v32, Android up to v4.4, Blackberry up to v10
hidden = "webkitHidden";
visibilityChange = "webkitvisibilitychange";
}
var handleVisibilityChange = function() { if(document[hidden]) gameLostTab() };
// Warn if the browser doesn't support addEventListener or the Page Visibility API
if (typeof document.addEventListener === "undefined" || typeof document[hidden] === "undefined") {
alert("AUTO-PAUSE UNAVAILABLE");
} else {
// Handle page visibility change
document.addEventListener(visibilityChange, handleVisibilityChange, false);
}
})();
}
diff --git a/scripts/input.js b/scripts/input.js
index 1a543b2..b34e155 100644
--- a/scripts/input.js
+++ b/scripts/input.js
@@ -1,501 +1,501 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
function stopPropagation(e)
{
e = e || event;/* get IE event ( not passed ) */
e.stopPropagation? e.stopPropagation() : e.cancelBubble = true;
e.returnValue = false;
}
//EVENT INPUTS
var keyboardKeyDown = function(e)
{
e = e || event;//safety (against what?)
//get state here, like: playing, menu, chatting, etc.
//refer to engine.inputState: menu | menu2 | game | chat | pause
//for each input state, either switch(keyCode) {}, or send keycode to appropriate function
var keyCode = typeof(keyCodeRemap[e.keyCode]) == "undefined"?e.keyCode:keyCodeRemap[e.keyCode];
var specificState = engine.inputState.split(':');
if(specificState[0] != "input" && settings.controls.console.indexOf(keyCode) > -1) //console key works everywhere except other inputs
{
var input = document.getElementById("input");
input.style.display = "block";
engine.inputStatePrev = engine.inputState;
engine.inputState = "input:console";
if(engine.players[engine.activePlayer]) engine.players[engine.activePlayer].chatting = true;
game.updateScoreBoard();
input.children[0].innerText = "Con:";
input.children[1].focus();
stopPropagation(e);
}
else if(specificState[0] == 'menu'/* || engine.paused*/) //any menu, not game
{
var actmenu = document.getElementsByClassName("menu-active")[0];
if(!actmenu)
{
if(engine.menus.length == 1) menu("menu:"+engine.menus[engine.menus.length-1]);
else if(engine.menus.length > 1) menu("exitmenu");
else menu("menu:main");
return;
}
if(actmenu.attributes.id)
actid = actmenu.attributes.id.value;
else
actid = "";
var actsp = actid.split(":");
/*if(actsp[0] != "var" && (actsp[2] != "str" || actsp[2] == "color"))
stopPropagation(e);*/
//console.log(actid.split(":"));
switch(keyCode)
{
case 13: //enter
//menuSelect('enter',"key");
break;
case 27: //esc
stopPropagation(e);
menuSelect('esc',"key");
break;
case 37: //left
menuSelect('left',"key");
break;
case 38: //up
menuSelect('up',"key");
break;
case 39: //right
menuSelect('right',"key");
break;
case 40: //down
menuSelect('down',"key");
break;
}
}
else if(specificState[0] == 'input')
{
switch(keyCode)
{
case 9: //tab
var input = document.getElementById("input");
var textbox = input.children[1];
var output = textbox.value;
var split = output.split(" ");
if(specificState[1] == "console")
{
}
else switch(split[0])
{
case "/console":
split[split.length-1]
break;
default:
var p = getPlayer(split[split.length-1]);
if(p)
{
//textbox.value += p.getColoredName();
split[split.length-1] = p.getColoredName()+"0xffff7f";
if(split.length == 1) split[split.length-1] += ", ";
else split[split.length-1] += " ";
textbox.value = split.join(" ");
}
else
{
engine.console.print("Matches:\n");
for(var i=engine.players.length;i--;)
{
if(engine.players[i].name.toLowerCase().indexOf(name.toLowerCase()) > -1)
{
engine.console.print(engine.players[i].name+"\n");
}
}
}
break;
}
stopPropagation(e);
break;
case 27: case 13: //escape or return
var input = document.getElementById("input");
var textbox = input.children[1];
var output = textbox.value; textbox.value = "";
input.style.display = "none";
if(engine.players[engine.activePlayer]) engine.players[engine.activePlayer].chatting = false;
engine.inputState = engine.inputStatePrev;
game.updateScoreBoard();
if(keyCode == 13) //return
{
switch(specificState[1])
{
case "chat":
handleChat(engine.players[engine.activePlayer],output);
break;
case "console":
engine.console.print("0x7f7fff> "+output+"\n");
loadcfg(output);
break;
}
//engine.inputState = engine.inputStatePrev;
}
break;
}
}
else if(engine.inputState == 'game') //game settings.controls
{
gameControl(keyCode);//send keycode to control function
//if(engine.inputState.split(':')[0] == "input" || keyCode == 9)
stopPropagation(e);
}
else //parse input state (typically settings to add/remove controls)
{
if(specificState[0] == 'controlAR')
{
stopPropagation(e);
if(!e.forceHACK && e.keyCode == 27)
{
engine.inputState = "menu:"+engine.menus[engine.menus.length-1]; menu("reload");
return;
}
var temp_items = Object.keys(settings.controls);
var temp_item = temp_items.indexOf(specificState[1]) || 0;
if(settings.controls[specificState[1]].indexOf(keyCode) > -1) //control is there already
{
settings.controls[specificState[1]].splice(settings.controls[specificState[1]].indexOf(keyCode), 1); //remove
}
else
{
for(var i=0;i<temp_items.length;i++)
{
control = temp_items[i];
//check existing controls and clear other instances of the new control
if(control != specificState[1])
{
if(settings.controls[control].indexOf(keyCode) > -1)
{
settings.controls[control].splice(settings.controls[control].indexOf(keyCode),1); //remove control found
}
}
}
settings.controls[specificState[1]].push(keyCode); //add control to chosen option
settings.controls[specificState[1]].sort(function(a,b){return a-b});//sort listing in order
}
engine.inputState = "menu:"+engine.menus[engine.menus.length-1]; menu("reload");
//menu('menu-controls_'+temp_item);
}
}
}
var keyboardKeyUp = function(e)
{
if(engine.inputState == 'game')//game settings.controls
{
gameControlUp(typeof(keyCodeRemap[e.keyCode]) == "undefined"?e.keyCode:keyCodeRemap[e.keyCode]);
}
}
//GAME
function touchControl(e)
{
if(!document.oncontextmenu)
document.oncontextmenu = function(){return false}
if(engine.inputState == 'game')
{
//console.log(e);
var sepX = document.body.offsetWidth/3, sepY = document.body.offsetHeight/2;
if(engine.gtime > 0)
{
/*engine.console.print(e.touches.length+" touches");
for(var x=e.touches.length-1;x>=0;x--)*/
var x = 0; //other touch appears to get sent in another message anyway
{
//var dir = (e.touches[x].clientX < half)?-1:1;
if(e.touches[x].clientX > sepX*2)
{
var dir = 1;
}
else if(e.touches[x].clientX > sepX)
{
if(e.touches[x].clientY < sepY)
{
engine.players[engine.activePlayer].boosting = !engine.players[engine.activePlayer].boosting;
}
else
{
engine.players[engine.activePlayer].braking = !engine.players[engine.activePlayer].braking;
}
return;
}
else
{
var dir = -1;
}
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turn(dir);
else if(engine.players[engine.activePlayer].dedtime+1000 > performance.now())
changeViewTarget(dir);
}
}
}
}
//game settings.controls - keydown
function gameControl(keycode)
{
if(engine.controls.pressed.indexOf(keycode) == -1)
{
if(engine.gtime > 0)
{
if(settings.controls.left.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turn(-1);
else if(engine.players[engine.activePlayer].dedtime+1000 < performance.now())
changeViewTarget(-1);
engine.controls.pressed.push(keycode);
}
if(settings.controls.right.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turn(1);
else if(engine.players[engine.activePlayer].dedtime+1000 < performance.now())
changeViewTarget(1);
engine.controls.pressed.push(keycode);
}
if(settings.controls.north.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turnAbs(0,1);
}
if(settings.controls.south.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turnAbs(0,-1);
}
if(settings.controls.east.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turnAbs(1,0);
}
if(settings.controls.west.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].turnAbs(-1,0);
}
if(settings.controls.togglebrake.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].braking = !engine.players[engine.activePlayer].braking;
engine.controls.pressed.push(keycode);
}
if(settings.controls.brake.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
engine.players[engine.activePlayer].braking = true;
engine.controls.pressed.push(keycode);
}
if(settings.controls.boost.indexOf(keycode) > -1)
{
if(engine.players[engine.activePlayer].alive)
{
if(settings.CYCLE_BOOST == 0 && settings.CYCLE_BRAKE < 0)
engine.players[engine.activePlayer].braking = true;
else
engine.players[engine.activePlayer].boosting = true;
}
engine.controls.pressed.push(keycode);
}
if(settings.controls.jump.indexOf(keycode) > -1)
{
if(settings.CYCLE_MIDAIR_JUMP || engine.players[engine.activePlayer].position.z == 0)
engine.players[engine.activePlayer].model.rotation.y = -settings.CYCLE_JUMP;
engine.controls.pressed.push(keycode);
}
}
if(settings.controls.look_left.indexOf(keycode) > -1)
{
engine.camera.userViewDir = engine.players[engine.viewTarget].left;
engine.controls.pressed.push(keycode);
}
if(settings.controls.look_right.indexOf(keycode) > -1)
{
engine.camera.userViewDir = engine.players[engine.viewTarget].right;
engine.controls.pressed.push(keycode);
}
if(settings.controls.look_forward.indexOf(keycode) > -1)
{
engine.camera.userViewDir = cdir(engine.players[engine.viewTarget].rotation.z);
engine.controls.pressed.push(keycode);
}
if(settings.controls.look_back.indexOf(keycode) > -1)
{
engine.camera.userViewDir = cdir(engine.players[engine.viewTarget].rotation.z-Math.PI);
engine.controls.pressed.push(keycode);
}
}
if(settings.controls.chat.indexOf(keycode) > -1)
{
var input = document.getElementById("input");
input.style.display = "block";
engine.inputStatePrev = engine.inputState;
engine.inputState = "input:chat";
engine.players[engine.activePlayer].chatting = true;
game.updateScoreBoard();
input.children[0].innerText = "Say:";
input.children[1].focus();
}
if ( settings.controls.camera.indexOf(keycode) > -1 ) {
//do camera change
if ( engine.controls.pressed.indexOf(keycode) == -1 ) { //if not pressed, CHANGE
if (engine.views.indexOf(engine.view) == (engine.views.length-1) ) { //if is last view in list, go back to first [0]
engine.view = engine.views[0];
}
else {//change UP in list
engine.view = engine.views[((engine.views.indexOf(engine.view)) + 1)];
}
engine.controls.pressed.push(keycode);//add only if not added already to pressed keys
}
if(engine.view == 'cockpit')
engine.players[engine.viewTarget].audio.gain.setTargetAtTime(0.2, ctx.currentTime, 0.02);
else
engine.players[engine.viewTarget].audio.gain.setTargetAtTime(6, ctx.currentTime, 1);
console.log('CHANGE_CAMERA to '+engine.view);
}
if(settings.controls.score.indexOf(keycode) > -1)
{
var scoreboard = document.getElementById("scoreboard");
scoreboard.style.display = scoreboard.style.display=="none"?"block":"none";
game.updateScoreBoard();
}
if(settings.controls.esc.indexOf(keycode) > -1)
{
//do in game menu
if(!engine.paused) pauseMenuToggle();
}
if(settings.controls.scroll_up.indexOf(keycode) > -1)
{
engine.console.scroll(-10);
engine.console.time_manual = performance.now();
}
if(settings.controls.scroll_down.indexOf(keycode) > -1)
{
engine.console.scroll(10);
engine.console.time_manual = performance.now();
}
if(settings.controls.scroll_end.indexOf(keycode) > -1)
{
if(settings.TEXT_OUT_MODE == 1)
{
var lines = engine.console.scrollback
var lnnum = engine.console.scrollby;
var currln = lines[lnnum];
}
else
{
var lines = engine.console.innerText.split("\n");
var lnnum = (-(parseFloat(engine.console.style.top)/engine.console.scrollby));
var currln = lines[lnnum-1];
}
engine.console.time_manual = 0;
engine.console.scroll(lines.length-lnnum-1);
}
if(settings.controls.pause.indexOf(keycode) > -1)
{
console.log('PAUSE');//do pause
}
for(var x=settings.instantchats.length-1;x>=0;--x)
{
var chat = settings.instantchats[x];
for(var y=chat.input.length-1;y>=0;--y)
{
if(keycode == chat.input[y]) handleChat(engine.players[engine.activePlayer],chat.text);
}
}
}
//keyup
function gameControlUp(keycode)
{
if(engine.controls.pressed.indexOf(keycode) > -1)
{
var temp = engine.controls.pressed.indexOf(keycode);
if ( temp > -1 ) //if is pressed
engine.controls.pressed.splice(temp, 1);
}
if(settings.controls.brake.indexOf(keycode) > -1)
{
engine.players[engine.activePlayer].braking = false;
}
if(settings.controls.boost.indexOf(keycode) > -1 )
{
if(settings.CYCLE_BOOST == 0 && settings.CYCLE_BRAKE < 0)
engine.players[engine.activePlayer].braking = false;
engine.players[engine.activePlayer].boosting = false;
}
if(
settings.controls.look_left.indexOf(keycode) > -1 ||
settings.controls.look_right.indexOf(keycode) > -1 ||
settings.controls.look_forward.indexOf(keycode) > -1 ||
settings.controls.look_back.indexOf(keycode) > -1
)
{
engine.camera.userViewDir = false;
}
}
var keyCodeRemap = { 59:186, 61:187 }; //some browsers used alternate keycodes for ; and =
var keycodeList = {
8: 'Backspace',
13: 'Enter',
16: 'Shift', 20: 'Capslock',
17: 'Ctrl', 18: 'Alt',
19: 'Pause/Break', 27: 'Escape', 93: 'Menu',
9: 'Tab', 32: 'Spacebar',
33: 'Page Up',34: 'Page Down',
36: 'Home', 35: 'End',
37: 'Left Arrow', 39: 'Right Arrow',
38: 'Up Arrow', 40: 'Down Arrow',
45: 'Insert', 46: 'Delete',
48: '0', 49: '1', 50: '2', 51: '3', 52: '4', 53: '5', 4: '6', 55: '7', 56: '8', 57: '9',
65: 'A', 66: 'B', 67: 'C', 68: 'D', 69: 'E', 70: 'F', 71: 'G', 72: 'H', 73: 'I', 74: 'J', 75: 'K', 76: 'L', 77: 'M', 78: 'N', 79: 'O', 80: 'P', 81: 'Q', 82: 'R', 83: 'S', 84: 'T', 85: 'U', 86: 'V', 87: 'W', 88: 'X', 89: 'Y', 90: 'Z',
91: 'Left Meta', 92: 'Right Meta',
111: 'NUM /', 106: 'NUM *', 109: 'NUM -', 107: 'NUM +', 110: 'NUM .',
96: 'NUM 0', 97: 'NUM 1', 98: 'NUM 2', 99: 'NUM 3', 100: 'NUM 4', 101: 'NUM 5', 102: 'NUM 6', 103: 'NUM 7', 104: 'NUM 8', 105: 'NUM 9',
112: 'F1', 113: 'F2', 114: 'F3', 115: 'F4', 116: 'F5', 117: 'F6', 118: 'F7', 119: 'F8', 120: 'F9', 121: 'F10', 122: 'F11', 123: 'F12',
144: 'Num Lock', 145: 'Scroll Lock',
186: ';',
187: '=',
188: ',',
189: '-',
190: '.',
191: '/',
192: '`',
219: '[', 221: ']',
220: '\\',
222: '\'',
};
diff --git a/scripts/menu.js b/scripts/menu.js
index d103375..12b3287 100644
--- a/scripts/menu.js
+++ b/scripts/menu.js
@@ -1,459 +1,459 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
//change setting via keyboard (menuselect left or right)
function changeMenuItem(name,add,wrap=false,from=false,ref=false)
{
var actmenu = document.getElementsByClassName("menu-active")[0];
var actsp = name.split(":");
//console.log(actsp);
if(actsp[0] == "list")
{
var elem = actmenu.children[0].children[1];
var keys = Object.keys(elem.options);
var elempos = -1;
for(i=0;i<keys.length;i++)
{
if(elem.options[keys[i]] == elem.innerText)
{
elempos = i; break;
}
}
elempos += add;
if(elempos >= keys.length) if(wrap) elempos = 0; else elempos = keys.length-1;
if(elempos < 0) if(wrap) elempos = key.length-1; else elempos = 0;
elem.innerHTML = replaceColors(elem.options[keys[elempos]]);
elem.call(keys[elempos]);
}
else if(actsp[2] == "num")
{
var elem = actmenu.children[0].children[1];
var value = parseFloat(elem.innerText);
if(from != "key:enter") value += add*actmenu.add;
if(value > actmenu.max) if(wrap) value = actmenu.min; else value = actmenu.max;
if(value < actmenu.min) if(wrap) value = actmenu.max; else value = actmenu.min;
elem.innerText = value;
chsetting(actsp[1],value);
}
}
//MENU SELECT
//keyboard
function menuSelect(direction)
{
//detect menu
//if (from != 'menu-about') {//if its a screen that has a menu with options
var themenu = document.getElementById('menuList').childNodes;
//detect menu position
var selectedItem = -1;
for(var x=0;x<themenu.length;x++)
{
if(hasClass(themenu[x],'menu-active')) selectedItem = x; //find which one is selected
}
switch(direction)
{
//change menu position
case "up":
selectedItem--;
if(selectedItem < 0) selectedItem = themenu.length-1; //wrap to last item
hoverSelect(themenu[selectedItem]);
break;
case "down":
selectedItem++;
if(selectedItem >= themenu.length) selectedItem = 0; //wrap to first item
hoverSelect(themenu[selectedItem]);
break;
case "esc":
//Exit Menu should be the last item, so convenient hack
selectedItem = themenu.length-1;
//[[FALLTHROUGH]]
case "enter":
document.activeElement.blur();//remove focus from any clicked menu items
menu(themenu[selectedItem].id,"key:"+direction);
break;
//adjust setting - used to change a setting from current value, up or down some, whatever it is
case "left":
changeMenuItem(themenu[selectedItem].id,-1,false,"key:"+direction);
break;
case "right":
changeMenuItem(themenu[selectedItem].id,1,false,"key:"+direction);
break;
}
}
function menuFindPrevSelectable()
{
var themenu = document.getElementById('menuList').childNodes;
var selectedItem = -1;
for(var x=themenu.length-1;x>=0;x--)
{
if(selectedItem >= 0 && themenu[x].href)
{
return x;
}
if(hasClass(themenu[x],'menu-active')) selectedItem = x; //find which one is selected
}
return themenu.length-1;
}
function menuFindNextSelectable()
{
var themenu = document.getElementById('menuList').childNodes;
var selectedItem = -1;
for(var x=0;x<themenu.length;x++)
{
if(selectedItem >= 0 && themenu[x].href)
{
return x;
}
if(hasClass(themenu[x],'menu-active')) selectedItem = x; //find which one is selected
}
return 0;
}
function hoverSelect(item)
{
var themenu = document.getElementById('menuList').childNodes;
for(var x=0;x<themenu.length;x++)
{
if(hasClass(themenu[x],'menu-active')) themenu[x].className = '';
}
if(item.attributes.id) var stuff = item.attributes.id.value.split(":"); else var stuff = [];
if(stuff[0] != "text")
item.className = 'menu-active';
if(stuff[0] == "var")
{
var txtarea = item.childNodes[0].childNodes[1];
txtarea.focus();
//txtarea.innerText = txtarea.innerText;
}
else
{
item.childNodes[0].focus(); //to detract focus off input boxes
}
}
////////////////////////////////////////
//MENU - changes menus, performs basic actions when menu switching (pause), optional active menu element
function menu(act,from=false)
{
var selectedItem = 0, ract=act;
if(act == "exitmenu")
{
var exitmenu = "menu:"+engine.menus[engine.menus.length-1];
act = "menu:"+engine.menus[engine.menus.length-2];
engine.menus.splice(engine.menus.length-2,2);
}
else if(act == "reload")
{
act = engine.inputState;
engine.menus.splice(engine.menus.length-1,1);
var themenu = document.getElementById('menuList').childNodes;
//detect menu position
var selectedItem = -1;
for(var x=0;x<themenu.length;x++)
{
if(hasClass(themenu[x],'menu-active')) selectedItem = x; //find which one is selected
}
}
var s = act.split(":");
var action = s.shift(); //set action to first argument while removing it
var arg = s.join(":"); //and rejoin them
var split = act.split(":"); //other method
switch(action)
{
case "menu":
engine.concatch = engine.msgcatch = undefined;
document.getElementById("inputbuttons").style.display = "none";
document.getElementById('menu').innerHTML = "<h1>I don't know either</h1>";
var doc = engine.menu.getElementsByTagName("Menus");
if(doc.length > 0)
{
var menus = doc[0].getElementsByTagName("Menu");
for(var x=0;x<menus.length;x++)
{
var cmenu = menus[x];
if(cmenu.attributes.id.value == split[1])
{
if(cmenu.attributes.title)
document.getElementById('menu').innerHTML = "<h1>"+replaceColors(tStringify(cmenu.attributes.title.value))+"</h1>";
var items = cmenu.getElementsByTagName("Item");
var list = document.createElement("UL");
list.setAttribute("id","menuList");
for(var i=0;i<items.length;i++)
{
var item = items[i];
var parent = document.createElement("LI");
var element = document.createElement("A");
//var text = document.createTextNode(item.attributes.text.value);
var text = document.createElement("SPAN");
text.innerHTML = replaceColors(tStringify(item.attributes.text.value));
if(item.attributes.style)
{
parent.setAttribute("style",item.attributes.style.value);
}
if(item.attributes.var || item.attributes.call)
{
//text.appendData(": ");
text.append(": ");
if(item.attributes.type && item.attributes.type.value == "list")
{
parent.setAttribute("id",item.attributes.type.value);
var input = document.createElement("SPAN");
input.options = [];
if(item.attributes.call)
{
input.call = eval(item.attributes.call.value);
}
else
{
input.call = mkSettingCallback(item.attributes.var.value,true);
}
if(item.attributes.from)
{
var si = getVarFromString(item.attributes.from.value);
var subitems = si[0][si[1]];
for(var z=0;z<subitems.length;z++)
{
var option = subitems[z];
input.options[option] = option;
}
}
else
{
var subitems = item.getElementsByTagName("Option");
for(var z=0;z<subitems.length;z++)
{
var option = subitems[z];
input.options[option.attributes.value.value] = tStringify(option.attributes.text.value);
}
}
input.innerHTML = replaceColors(input.options[input.call()])
}
else if(item.attributes.type.value == "keys")
{
var input = document.createElement("SPAN");
var one = settings.controls[item.attributes.var.value];
if(!one)
{
var vri = getVarFromString(item.attributes.var.value);
one = vri[0][vri[1]];
}
var out = "";
console.log(one.length);
for(var z=0;z<one.length;z++)
{
if(z != 0) out += ", ";
out += keycodeList[one[z]];
}
if(out == "") out = "Unbound";
input.appendChild(document.createTextNode(out));
parent.setAttribute("id","controlAR:"+item.attributes.var.value);
}
else
{
parent.setAttribute("id","var:"+item.attributes.var.value+":"+item.attributes.type.value);
var input = document.createElement("SPAN");
input.setAttribute("contenteditable",true);
var vri = getVarFromString(item.attributes.var.value);
input.appendChild(document.createTextNode(vri[0][vri[1]]));
//input.setAttribute("oninput","settings."+item.attributes.var.value+" = this.innerText");
switch(item.attributes.type.value)
{
case "num":
if(item.attributes.range)
{
var spl = item.attributes.range.value.split(",");
var min = parseFloat(spl[0]), max = parseFloat(spl[1]);
}
else
{
var min = -Infinity, max = Infinity;
}
if(item.attributes.add) add = item.attributes.add.value;
else add = 1;
parent.min = min; parent.max = max; parent.add = add;
break;
case "color":
//input.style.color=input.innerText;
input.oninput = function()
{
this.style.color=this.innerText;
//this.style.background=getDarkBGFromHex(this.style.innerText);
}
input.setAttribute("onblur","this.innerText = chsetting(\""+item.attributes.var.value+"\",'#'+(new THREE.Color(this.innerText.toLowerCase()).getHexString()),true);this.oninput()");
input.className += " darktext";
input.oninput();
break;
default:
input.setAttribute("oninput","chsetting(\""+item.attributes.var.value+"\",this.innerText,true)");
break;
}
}
element.setAttribute("href","javascript:void(0);");
}
else
{
var input = false;
if(item.attributes.from)
{
var fromsplit = item.attributes.from.value.split(":");
var obj = {to:text,type:fromsplit[1]?fromsplit[1]:"all"};
switch(fromsplit[0])
{
case "con": engine.concatch = obj; break;
case "msg": engine.msgcatch = obj; break;
}
}
if(item.attributes.type.value != "text")
{
switch(item.attributes.type.value)
{
case "submenu":
parent.setAttribute("id","menu:"+item.attributes.onenter.value);
break;
case "js":
parent.setAttribute("id","js:"+item.attributes.onenter.value);
break;
case "exitmenu":
if(cmenu.attributes.exitmenu)
{
parent.setAttribute("id","js:"+cmenu.attributes.exitmenu.value);
}
else
{
//parent.setAttribute("id",engine.inputState);
parent.setAttribute("id","exitmenu");
}
break;
default:
parent.setAttribute("id",item.attributes.type.value);
break;
}
element.setAttribute("href","javascript:void(0);");
}
}
element.setAttribute("onmouseover","hoverSelect(this.parentNode)");
element.setAttribute("onclick","menu(this.parentNode.id)");
element.appendChild(text);
if(input !== false) element.appendChild(input);
parent.appendChild(element);
list.appendChild(parent);
}
engine.inputState = "menu:"+cmenu.attributes.id.value;
document.getElementById('menu').appendChild(list);
if(ract == "exitmenu") //select the menu we just left
{
var themenu = document.getElementById('menuList').childNodes;
for(var x=0;x<themenu.length;x++)
{
if(exitmenu == themenu[x].id) selectedItem = x;
}
}
hoverSelect(document.getElementById("menuList").children[selectedItem])
engine.menus.push(cmenu.attributes.id.value);
return true;
}
}
}
console.log("Menu called not found.");
break;
case "controlAR":
engine.inputState = act;
document.getElementById('menuList').getElementsByClassName("menu-active")[0].childNodes[0].childNodes[1].innerHTML = "Press a key...";
document.getElementById("inputbuttons").style.display = "block";
break;
case "var": case "list":
changeMenuItem(action,1,true,from,"menu")
break;
case "js":
return eval(arg);
break;
case "leave"://return to main menu from pause state
game.end(); disconnectFromGame();
engine.menus = []; menu("menu:main");
document.getElementById('menu').className = "noselect mainbg_"+settings.MENU_RENDER;
aamenurender(); showMenu();
document.title = tStringify("@progtitleshort@");
break;
case 'quit'://quit game action from any menu
window.open('','_self',''); window.close(); location.replace('about:blank');
break;
case 'unpause'://return to game from pause menu
document.getElementById('menu').style.display = 'none';
if(engine.paused) { unpauseRender(); }
engine.inputState = 'game';
break;
default:
console.log("What's this? "+action);
return false;
}
}
function pauseMenuToggle()
{
if(engine.inputState == "game")
{
if(engine.network)
{
engine.players[engine.activePlayer].chatting=true;
}
else
{
game.pause();
}
menuSetup(true);
menu('menu:pause'); showMenu();
}
else
{
if(engine.network)
{
engine.players[engine.activePlayer].chatting=false;
}
game.unpause();
hideMenu(); engine.inputState = 'game';
}
}
function menuSetup(game=false)
{
if(game) //ingame menu
{
document.getElementById('menu').className = "noselect pausebg";
document.getElementById('menu').style.backgroundColor = "";
}
else
{
aamenurender(); //let render selection handle it
}
}
function hideMenu()
{
document.getElementById('menu').style.display = 'none'; //hide menu
}
function showMenu()
{
document.getElementById('menu').style.display = 'block'; //show menu
}
diff --git a/scripts/player.js b/scripts/player.js
index e090328..9cd905b 100644
--- a/scripts/player.js
+++ b/scripts/player.js
@@ -1,639 +1,639 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
//if(typeof(THREE) == "undefined") var THREE = require('./lib/Three.js');
class Player extends THREE.Object3D
{
setScore(x)
{
this.score = (x*1)||0;
engine.playersByScore.sort(function(a,b){return b.score-a.score});
if(engine.playersByScore.indexOf(this) > -1) game.updateScoreBoard();
}
addScore(x)
{
this.setScore(this.score+((x*1)||0));
}
softReset() //! Resets the cycle state to default variables
{
this.speed = 0;
this.lastSpeed = this.speed;
this.rubber = 0;
this.brakes = 1;
this.braking = false;
this.boosting = false;
this.boost = 0;
this.dedtime = 0;
this.alive = false;
this.collidetime = Infinity;
this.sensor = {left:Infinity,right:Infinity,front:Infinity};
this.dir = {front:[0,0],left:[0,0],right:[0,0]};
this.minDistance = {front:settings.CYCLE_RUBBER_MINDISTANCE};
this.turnQueue = [];
this.lastTurnTime = 0;
this.gameTime = 0;
this.handleNetTurn = true;
}
hardReset() //! Same as soft reset but resets all varaibles
{
this.softReset();
this.setScore(0);
this.ping = 0;
}
getColoredName() //! Name with colors...
{
switch(typeof(this.tailColor))
{
case "string":
return this.tailColor.replace("#","0x")+this.name;
case "object":
return "0x"+this.tailColor.getHexString()+this.name;
case "number":
var color = this.tailColor.toString(16);
color = ("0".repeat(6-color.length))+color;
return "0x"+color+this.name;
default:
console.warn("Can't get color");
return "0xRESETT"+this.name;
}
}
getBoringName() //! Name without colors...
{
return removeColors(this.name);
}
newWallSegment() //should be called on turns
{
var adj = 0.7, wmap = this.walls.map, dirmult = this.dir.front;
wmap[wmap.length-1] = [this.position.x,this.position.y,this.position.z];
wmap[wmap.length] = [this.position.x,this.position.y,this.position.z];
this.resetCurrWallSegment(false,1);
var wall = newWall(this.tailColor,this.position.x,this.position.y,this.position.z);
var adjx = (dirmult[0]*adj), adjy = (dirmult[1]*adj);
wall.scale.x -= adjx/wall.size; wall.scale.y -= adjy/wall.size;
this.walls.add(wall);
}
/*recalcCurrWallLength(tocurrpos=false)
{
var adj = 0.7, dirmult = this.dir.front, wall = this.walls.children[this.walls.children.length-1];
var adjx = (dirmult[0]*adj), adjy = (dirmult[1]*adj);
wall.scale.x += adjx/wall.size; wall.scale.y += adjy/wall.size;
this.resetCurrWallSegment(tocurrpos,0,true);
wall.scale.x -= adjx/wall.size; wall.scale.y -= adjy/wall.size;
}*/
resetCurrWallSegment(tocurrpos=false,offset=0,breakWallLength=false) //! Redoes the current 3D wall segment to the actual wall segment.
{
if(this.walls.children.length == 0) return;
var wmap = this.walls.map;
var oldwall = this.walls.children[this.walls.children.length-1];
if(breakWallLength)
{
var sizex = oldwall.scale.x*oldwall.size,sizey = oldwall.scale.y*oldwall.size;
this.walls.netLength -= Math.sqrt((sizex*sizex)+(sizey*sizey));
}
if(typeof(wmap[wmap.length-3]) == "undefined")
{
//console.warn("Wall was undefined when trying to calculate wall size");
//console.log();
return;
}
if(tocurrpos)
{
wmap[wmap.length-2] = [this.position.x,this.position.y,this.position.z];
}
var a = 2+offset, b=1+offset;
oldwall.position.set(wmap[wmap.length-a][0],wmap[wmap.length-a][1],wmap[wmap.length-3][2]||0);
oldwall.scale.x = (wmap[wmap.length-b][0]-wmap[wmap.length-a][0])/oldwall.size||1;
oldwall.scale.y = (wmap[wmap.length-b][1]-wmap[wmap.length-a][1])/oldwall.size||1;
if(breakWallLength)
{
var sizex = oldwall.scale.x*oldwall.size,sizey = oldwall.scale.y*oldwall.size;
this.walls.netLength += Math.sqrt((sizex*sizex)+(sizey*sizey));
}
else
{
this.calcWallLength();
}
}
calcWallLength(cycle) //! sets the actual wall length
{
var wmap = this.walls.map;
this.walls.netLength = 0;
for(var x=wmap.length;x>=0;x--)
{
if(wmap[x+1] !== undefined)
{
var p1=wmap[x],p2=wmap[x+1];
this.walls.netLength += pointDistance(p1[0],p1[1],p2[0],p2[1]);
}
}
return this.walls.netLength;
}
resetWall(full=true) //! Completely redoes the 3D wall according to the actual wall
{
if(full === true)
{
for(var x=0,len=this.walls.children.length;x<len;x++)
{
this.walls.remove(this.walls.children[x]);
}
}
var wmap = this.walls.map, wallmod;
for(var x=1,len=wmap.length;x<len;x++)
{
if(full === true || !this.walls.children[x-1])
{
this.walls.add(wallmod = newWall(this.tailColor,wmap[x-1][0],wmap[x-1][1],wmap[x-1][2]));
}
else
{
wallmod = this.walls.children[x-1];
wallmod.position.set(wmap[x-1][0],wmap[x-1][1],wmap[x-1][2]||0);
}
wallmod.scale.x = (wmap[x][0]-wmap[x-1][0])/wallmod.size;
wallmod.scale.y = (wmap[x][1]-wmap[x-1][1])/wallmod.size;
}
if(full !== true)
{
for(;x<this.walls.length;x++)
{
this.walls.remove(this.walls.children[x]);
}
}
this.calcWallLength();
}
turn(dir)
{
if(dir != -1 && dir != 1) return false;
this.turnQueue.push(dir);
}
turnAbs(dirX,dirY)
{
var ang = Math.atan2(this.position.y+dirY,this.position.x+dirX);
centerMessage(ang,500);
if(ang > Math.PI)
{
return this.turn(1);
}
else if(ang != 0)
{
return this.turn(-1);
}
}
spawn(cfg,respawn=true,update=true)
{
//configure cycle
this.softReset();
this.position.set(cfg.x,cfg.y,cfg.z);
this.lastpos = this.position.clone();
this.rotation.set(0,0,cfg.dir);
this.lastdir = {front:0};
this.alive = true;
this.speed = settings.CYCLE_START_SPEED;
this.gameTime = this.spawntime = Math.max(0,engine.gtime);
this.haswall = !(respawn||settings.CYCLE_FIRST_SPAWN_PROTECTION);
//walls
if(this.haswall)
{
this.walls = createWall(this,cfg.x,cfg.y,cfg.z);
engine.scene.add(this.walls);
}
if(this.audio) this.audio.panner.connect(ctx.destination);
engine.scene.add(this);
if(update) game.updateScoreBoard();
if(this == engine.players[engine.activePlayer]) engine.viewTarget = engine.activePlayer;
}
kill()
{
this.resetCurrWallSegment();
this.alive = false; this.dedtime = performance.now();
engine.scene.remove(this);
if(this == engine.players[engine.viewTarget] && !engine.dedicated)
setTimeout(function(){if(!engine.players[engine.viewTarget].alive)game.changeViewTarget()},3000);
if(this.audio)
{
this.audio.panner.disconnect();
playSound(bufferLoader.bufferList[this.engineType+6],0.5,1,false,ctx.destination);
spawnExplosion(this.position,this.cycleColor,this.tailColor);
}
game.updateScoreBoard();
if(this.hasFlag)
{
engine.console.print(this.getColoredName()+"0xRESETT dropped the flag they were holding.\n");
this.hasFlag.type = "flag";
this.hasFlag = null;
}
if(engine.dedicated)
{
var alive = 0, aliveAI = 0;
for(var x=engine.players.length-1;x>=0;--x) if(engine.players[x])
{
if(engine.players[x].alive)
{
alive++;
if(engine.players[x].AI) aliveAI++;
}
}
if(alive==aliveAI) game.changeViewTarget(0); //this will handle the finish type stuff
}
}
killAt(position,y=false,z=false)
{
if(y !== false) var x = position;
else var x=position.x,y=position.y,z=position.z;
this.position.set(x,y,z===false?this.position.z:z);
this.kill();
}
killIn(timestep)
{
this.update(timestep);
this.kill();
}
doChat(msg)
{
if(engine.network)
{
engine.connection.send(JSON.stringify({type:"chat",data:msg}));
}
else
{
engine.console.print(this.getColoredName()+"0xffff7f: "+msg+"\n");
if(engine.dedicated) {}
}
}
update(timestep=false) //! Simulates game movement on cycles
{
if(timestep === false) { timestep = (engine.gtime-this.gameTime)/1000; if(timestep < 0) return; }
this.gameTime += timestep*1000;
//var timeElapsed = engine.gtime;
var timeElapsed = this.gameTime;
//movement
var acceleration = 0;
if(this.braking)
{
if(this.brakes > 0)
{
acceleration -= settings.CYCLE_BRAKE;
this.brakes -= timestep*settings.CYCLE_BRAKE_DEPLETE;
}
}
else if(this.brakes < 1)
{
this.brakes += timestep*settings.CYCLE_BRAKE_REFILL;
}
if(this.brakes > 1) this.brakes = 1;
else if(this.brakes < 0) this.brakes = 0;
if(this.boosting)
acceleration += settings.CYCLE_BOOST;
if(this.speed < settings.CYCLE_SPEED)
{
acceleration += (settings.CYCLE_SPEED-this.speed)*settings.CYCLE_SPEED_DECAY_BELOW;
}
else if(this.speed > settings.CYCLE_SPEED)
{
acceleration += (settings.CYCLE_SPEED-this.speed)*settings.CYCLE_SPEED_DECAY_ABOVE;
}
if(this.sensor.left < settings.CYCLE_WALL_NEAR || this.sensor.right < settings.CYCLE_WALL_NEAR)
{
var wallAccel = settings.CYCLE_ACCEL;
if(wallAccel != 0) //don't bother if there's no accel
{
var accelMult = [(settings.CYCLE_WALL_NEAR-this.sensor.left)/settings.CYCLE_WALL_NEAR,(settings.CYCLE_WALL_NEAR-this.sensor.right)/settings.CYCLE_WALL_NEAR];
var accelTargets = [this.sensor.lnearestobj,this.sensor.rnearestobj];
for(var z=2;z--;)
{
if(accelMult[z] > 0)
{
if(accelTargets[z] == "rim")
{
wallAccel *= settings.CYCLE_ACCEL_RIM;
}
else if(typeof(accelTargets[z]) == "object")
{
if(accelTargets[z] == this)
{
wallAccel *= settings.CYCLE_ACCEL_SELF;
}
else
{
wallAccel *= settings.CYCLE_ACCEL_ENEMY;
}
}
else
{
throw "Accel target is unknown.";
}
wallAccel *= accelMult[z];
}
}
//console.log(wallAccel);
acceleration += wallAccel;
}
}
this.speed += acceleration*timestep;
if(this.speed < settings.CYCLE_SPEED*settings.CYCLE_SPEED_MIN)
{
this.speed = settings.CYCLE_SPEED*settings.CYCLE_SPEED_MIN;
}
if(settings.CYCLE_SPEED_MAX != 0 && this.speed > settings.CYCLE_SPEED*settings.CYCLE_SPEED_MIN)
{
this.speed = settings.CYCLE_SPEED*settings.CYCLE_SPEED_MAX;
}
this.accel = acceleration;
if(this.speed < 0) this.speed = 0;
//wheel spin per player
if(!engine.dedicated)
{
this.model.children[1].rotation.y += (deg2rad(this.model.rotaon.front * this.speed) * timestep);//0.5x wheel size
this.model.children[2].rotation.y += (deg2rad(this.model.rotaon.back * this.speed) * timestep);
}
//collision test
var dir = cdir(this.rotation.z);
var posx = this.position.x, posy = this.position.y;
var escape = false;
if(posx+settings.ARENA_BOUNDARY > engine.logicalBox.max.x*engine.REAL_ARENA_SIZE_FACTOR)
{
escape = true;
this.position.x = (engine.logicalBox.max.x*engine.REAL_ARENA_SIZE_FACTOR)-settings.ARENA_BOUNDARY;
}
if(posy+settings.ARENA_BOUNDARY > engine.logicalBox.max.y*engine.REAL_ARENA_SIZE_FACTOR)
{
escape = true;
this.position.y = (engine.logicalBox.max.y*engine.REAL_ARENA_SIZE_FACTOR)-settings.ARENA_BOUNDARY;
}
if(posx-settings.ARENA_BOUNDARY < engine.logicalBox.min.x*engine.REAL_ARENA_SIZE_FACTOR)
{
escape = true;
this.position.x = (engine.logicalBox.min.x*engine.REAL_ARENA_SIZE_FACTOR)+settings.ARENA_BOUNDARY;
}
if(posy-settings.ARENA_BOUNDARY < engine.logicalBox.min.y*engine.REAL_ARENA_SIZE_FACTOR)
{
escape = true;
this.position.y = (engine.logicalBox.min.y*engine.REAL_ARENA_SIZE_FACTOR)+settings.ARENA_BOUNDARY;
}
/*var collided = false;
for(var y=0; y<engine.map.walls.length;y++)
{
for(var i=0;i<engine.map.walls[y].length;i++)
{
var p = engine.map.walls[y][i].split(",");
var w1x = p[0],w1y = p[1];
if(engine.map.walls[y][i+1] !== undefined)
{
var p = engine.map.walls[y][i+1].split(",");
var w2x = p[0],w2y = p[1];
if(lineIntersect(posx,posy,posx+(dir[0]/4),posy+(dir[1]/4),w1x,w1y,w2x,w2y))
{
//console.log("Hitting wall");
collided = true;
}
}
}
}*/
var collided = (this.sensor.front <= this.minDistance.front); //potential replacement for above code
//var collided = false;
/*if(collided || (escape && settings.ARENA_BOUNDARY_KILLS))
{
this.collidetime = Infinity; //we've collided, no need to check
}
else*/
{
//var newx = dir[0]*this.speed*timestep, newy = dir[1]*this.speed*timestep;
var dist = this.speed*timestep, radj = dist;
if(dist < 0) dist = 0;
if(this.collidetime <= timeElapsed)
{
//this.rubber += timestep*(this.lastSpeed);
collided = true;
var adjdist = (((timeElapsed-this.collidetime)/1000)*this.lastSpeed);
radj = timestep;
//radj = adjdist;
radj *= this.lastSpeed;
dist -= adjdist;
//console.warn(x+" should have collided: "+(this.collidetime-timeElapsed)+"ms\n");
}
//if((dir[0]==0?0:(newx/dir[0]))+(dir[1]==0?0:(newx/dir[1])) >= this.sensor.front)
if(dist >= this.sensor.front-(this.minDistance.front))
//if(this.speed*timestep >= this.sensor.front)
{
dist = (this.sensor.front-(this.minDistance.front));
//if(x == engine.viewTarget) console.warn(dist+" "+this.sensor.front+"\n");
collided = true;
}
if(dist > this.sensor.front-(this.minDistance.front)) //shouldn't happen
{
dist = this.minDistance.front;
}
if(collided || (escape && settings.ARENA_BOUNDARY_KILLS))
{
if(this.rubber >= settings.CYCLE_RUBBER)
{
if(!engine.network)
{
game.killBlame(this,escape);
}
}
else if(
(settings.CYCLE_RUBBER_DEPLETE_RIM && this.sensor.nearestobj == "rim") ||
(settings.CYCLE_RUBBER_DEPLETE_SELF && this.sensor.nearestobj == this) ||
(settings.CYCLE_RUBBER_DEPLETE_ENEMY && this.sensor.nearestobj != this && typeof(this.sensor.nearestobj) == "object")
)
{
this.rubber += radj;
}
}
var move2d = Math.cos(this.model.rotation.y), movez = -this.model.rotation.y;
var dist2d = dist*move2d;
var newx = dist2d*dir[0], newy = dist2d*dir[1], newz = dist*movez;
this.position.x += newx;
this.position.y += newy;
this.position.z += newz;
if(this.newPos && settings.CYCLE_SMOOTH_TIME > 0)
{
this.newPos.x += newx-(this.newPos.x-this.position.x);
this.newPos.y += newy-(this.newPos.y-this.position.y);
}
if(this.position.z-this.sensor.bottom < this.model.rotation.y)
{
this.model.rotation.y = this.position.z;
if(this.model.rotation.y < 0)
{
this.model.rotation.y = 0;
this.position.z = this.sensor.bottom;
}
}
if(this.position.z > this.sensor.bottom)
{
this.model.rotation.y += timestep*(1-this.model.rotation.y);
}
//if(typeof(this.walls.children) != "undefined")
if(this.haswall && this.walls.children.length > 0 && this.walls.map.length > 0)
{
var wallmod = this.walls.children[this.walls.children.length-1];
var wallmap = this.walls.map[this.walls.map.length-1];
wallmap[0]+=(newx); wallmap[1]+=(newy);
wallmod.scale.x += newx/wallmod.size;
wallmod.scale.y += newy/wallmod.size;
this.walls.netLength += dist;
this.sensor.front -= dist; //assume distance until we have new real results.
//this.sensor.front =
var lendiff = this.walls.netLength - settings.WALLS_LENGTH;
while(settings.WALLS_LENGTH > 0 && lendiff > 0)
{
var map = this.walls.map;
var xdir = (map[1][0]-map[0][0]), ydir = (map[1][1]-map[0][1]);
var len = Math.sqrt((xdir*xdir)+(ydir*ydir));
if(len > 1) { xdir /= len; ydir /= len; }
if(isNaN(xdir)) xdir = SMALL_NUM; if(isNaN(ydir)) ydir = SMALL_NUM;
//console.log(lendiff,xdir,ydir);
if(xdir == 0 && ydir == 0 && this.walls.map.length > 2)
{
//this.walls.children.shift();
this.walls.remove(this.walls.children[0]);
this.walls.map.shift();
}
else if(this.walls.children[0] && this.walls.map[0])
{
this.walls.children[0].scale.x -= xdir/wallmod.size;
this.walls.children[0].position.x += xdir;
this.walls.children[0].scale.y -= ydir/wallmod.size;
this.walls.children[0].position.y += ydir;
this.walls.map[0][0] += xdir;
this.walls.map[0][1] += ydir;
this.walls.netLength -= Math.sqrt((xdir*xdir)+(ydir*ydir));
} else { break; }
lendiff = this.walls.netLength - settings.WALLS_LENGTH;
}//*/
if(this.position.z > 0) this.newWallSegment();
}
else if(engine.gtime > this.spawntime+(settings.CYCLE_WALL_TIME*1000))
{
this.walls = createWall(this,this.position.x,this.position.y,this.position.z);
engine.scene.add(this.walls);
this.haswall = true;
}
this.collidetime = timeElapsed+(((this.sensor.front-this.minDistance.front)/this.speed)*1000);
this.lastSpeed = this.speed;
}
if(this.speed > engine.fastestSpeed)
{
engine.fastestPlayer = this; engine.fastestSpeed = this.speed;
}
}
constructor(cfg)
{
super();
//var dir = cdir(cfg.dir);
//this.cfg = cfg;//carry over the cfg???
//choose model
this.model = cycleModel(cfg.cycleColor);
this.add(this.model);
//this.shadow = cycleShadow();
//this.add(this.shadow);
this.chatarrow = newChatArrow();
this.chatarrow.position.z = 1.20;
this.chatarrow.position.x -= 0.5;
this.chatarrow.scale.set(0.25,0.25,0.25);
this.add(this.chatarrow);
this.cycleColor = cfg.cycleColor;
this.tailColor = cfg.tailColor;
/*this.walls = {};
//this.walls.children = [];
this.walls.netLength = 0;
this.walls.map = [];
this.walls.scale = this.walls.position = new THREE.Vector3();*/
this.walls = createWall(this,0,0,0); //walls are still called upon when spectating
this.chatting = cfg.chatting||false; this.spectating = cfg.spectating||false;
if(cfg.ai||settings.DEBUG_EVERYONE_IS_AI)
{
this.AI = new AI(this);
}
else
{
this.AI = false;
}
// this.playerID = cfg.playerID;
this.name = cfg.name;
this.team = cfg.team;
this.hardReset();
//audio creation
this.engineType = cfg.engineType;
if(ctx)
{
this.audio = ctx.createGain();
this.audio.gain.value = 0.01;
this.audio.panner = ctx.createPanner();
if(engine.retroSound)
this.audio.panner.panningModel = "HRTF";
else
this.audio.panner.panningModel = "equalpower";
this.audio.connect(this.audio.panner);
this.audio.panner.connect(ctx.destination);
//audio initialization
this.engineSound = playSound(bufferLoader.bufferList[this.engineType], 0.5, 0, true, this.audio);
this.audio.gain.setTargetAtTime(6, ctx.currentTime, 1.0);
}
}
};
if(typeof(module) != "undefined") module.exports = Player;
diff --git a/scripts/render.js b/scripts/render.js
index ba32523..ca9fc85 100644
--- a/scripts/render.js
+++ b/scripts/render.js
@@ -1,562 +1,562 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
var draw2dmap = true;
function render()
{
if(!engine.roundCommencing && !engine.paused)
{
engine.renderRunning = true;
if(settings.GAME_LOOP > 0) game.run(true); //update game right before render
if(settings.REDRAW_MODE == 0) requestAnimationFrame(render);
else setTimeout(render,1000/settings.TARGET_FPS);
draw(); //actual 3d draw
if(settings.HUD_MAP && draw2dmap && engine.hud.style.opacity > 0)
{
draw2dmap = false;
if(settings.REDRAW_MODE == 0)
setTimeout(draw2d_canvas,0);
else
requestAnimationFrame(draw2d_canvas);
}
}
else
{
engine.renderRunning = false;
if(engine.paused)
{
//var lines = engine.console.innerText.split("\n");
//if(lines[(parseFloat(0+engine.console.style.top)/engine.console.scrollby].length > 0)
}
}
if(settings.TEXT_OUT_MODE == 1)
{
var lines = engine.console.scrollback
var lnnum = engine.console.scrollby;
var currln = lines[lnnum];
}
else
{
var lines = engine.console.innerText.split("\n");
var lnnum = (-(parseFloat(engine.console.style.top)/engine.console.scrollby));
var currln = lines[lnnum-1];
}
if(Math.round(engine.console.time/engine.console.scrolltime) < Math.round(performance.now()/engine.console.scrolltime) || (performance.now() > engine.console.time_manual+engine.console.scrolltime_manual && lines.length-lnnum > 10))
{
if(!currln && lnnum != lines.length)
{
if(lnnum < 0) var scrby = 1;
if(lnnum > lines.length) var scrby = -1;
engine.console.scroll(scrby);
console.log("scroll",scrby);
}
else
{
engine.console.time = performance.now();
if(typeof(currln) != "undefined" && currln.length > 0)
engine.console.scroll();
console.log("scroll");
}
}
}
function draw()
{
//time handlers and delta
var timenow = performance.now();
var delta = (timenow - engine.lastRenderTime);
var frametime = delta/1000;//time step
engine.lastRenderTime = timenow;
var fpsDelta = (timenow - engine.fpsTime);
settings.TARGET_FPS = (1000/delta)*2;
if(settings.TARGET_FPS < 10) settings.TARGET_FPS = 10;
if(settings.MAX_TARGET_FPS < settings.TARGET_FPS) settings.TARGET_FPS = settings.MAX_TARGET_FPS;
//if(fpsDelta > 999) //update fps gui once every second
if(fpsDelta >= 500) // experimental quicker FPS updating...
{
//var fpsValue = fpsDelta/delta;
/*var fpsValue = 1000/delta;*/
var fpsValue = engine.framesCount*(1000/fpsDelta);
//settings.TARGET_FPS = fpsValue*2;
engine.framesCount = 0;
engine.fpsTime = timenow;
/*document.getElementById("fps").innerHTML = "FPS: " + fpsValue;*/
updateHUD("current_framerate",fpsValue);
}
//updateHUD("current_framerate_now",1000/delta);
updateHUD("current_frametime",delta);
var timeElapsed = (timenow - engine.timeStart)-engine.totalPauseTime-4000;
if(engine.zones) for(var x=engine.zones.children.length-1;x>=0;--x)
{
//zones spin
switch(settings.ZONE_RENDER_TYPE)
{
case "cylinder":
engine.zones.children[x].rotation.y += ((engine.zones.children[x].cfg.rotationSpeed * pi(2)) * frametime);
break;
default:
engine.zones.children[x].rotation.z += ((engine.zones.children[x].cfg.rotationSpeed * pi(2)) * frametime);
break;
}
}
for(var x=engine.players.length-1;x>=0;x--) if(engine.players[x] !== undefined)
{ //cycle un-tilting
var cycle=engine.players[x];
var xdir=Math.cos(cycle.rotation.z),ydir=Math.sin(cycle.rotation.z);
var xd = Math.abs(xdir), yd = Math.abs(ydir);
var sens = 0;
if(cycle.sensor.left < 1) sens -= 0.02/cycle.sensor.left;
if(cycle.sensor.right < 1) sens += 0.02/cycle.sensor.right;
if(sens > 1) sens = 1;
if(sens < -1) sens = -1;
cycle.rotation.x -= xd*(((cycle.rotation.x)*frametime*4)+(sens*frametime*xdir));
cycle.rotation.y -= yd*(((cycle.rotation.y)*frametime*4)+(sens*frametime*ydir));
if(cycle.chatting != cycle.chatarrow.visible) cycle.chatarrow.visible = cycle.chatting;
if(cycle.chatting)
{
cycle.chatarrow.rotation.z += frametime;
}
//sound
if(window.mixCycle) mixCycle(cycle);
}
if(settings.WALLS_STAY_UP_DELAY >= 0)
{
for(var x=engine.players.length;x>=0;x--) if(engine.players[x] !== undefined)
{
if(!engine.players[x].alive && timenow-engine.players[x].dedtime >= settings.WALLS_STAY_UP_DELAY*1000)
{
if(engine.players[x].walls.scale.z > 0)
{
engine.players[x].walls.scale.z -= frametime*2;
}
else
{
engine.scene.remove(engine.players[x].walls);
}
}
}
}
for(var x=engine.expl.length-1;x>=0;x--)
{
if(engine.expl[x].children[0].material.opacity <= 0)
{
engine.scene.remove(engine.expl[x]);
engine.expl.splice(x,1);
}
else for(var y=engine.expl[x].children.length-1;y>=0;y--)
{
engine.expl[x].children[y].scale.x = engine.expl[x].children[y].scale.y = engine.expl[x].children[y].scale.z += frametime*10;
//engine.expl[x].children[y].position.z += frametime;
if(engine.expl[x].children[y].scale.z > 10)
{
engine.expl[x].children[y].material.opacity -= frametime/25;
}
}
}
if(settings.FLOOR_MIRROR && typeof(engine.grid.reflection) != "undefined")
{
engine.grid.visible = false;
engine.grid.reflection.update(engine.renderer,engine.scene);
engine.grid.visible = true;
}
if(settings.RIM_WALL_COLOR_MODE == 3)
{
var color = engine.walls.children[0].material.color;
var p = settings.COLOR_MODE_3_COLORS.split(";");
var c = p[engine.currrim3clr].split(",");
//var c = {r:parse[0],g:parse[1],b:parse[2]};
var sum = color.r+color.g+color.b;
var keys = Object.keys(color);
for(var x=keys.length-1;x>=0;--x)
{
if(c[x] < color[keys[x]])
{
color[keys[x]] -= frametime*settings.COLOR_MODE_3_SPEED;
}
else if(c[x] > color[keys[x]])
{
color[keys[x]] += frametime*settings.COLOR_MODE_3_SPEED;
}
if(color[keys[x]] > 1)
color[keys[x]] = 1;
if(color[keys[x]] < 0)
color[keys[x]] = 0;
}
//console.log(color,c);
if(color.r == c[0] && color.g == c[1] && color.b == c[2])
{
engine.currrim3clr += 1;
if(engine.currrim3clr >= p.length)
engine.currrim3clr = 0;
}
for(var x=engine.walls.children.length-1;x>=0;--x)
{
engine.walls.children[x].material.color = color;
}
}
if(timenow > engine.cMFadeOutAfter)
{
var cm = document.getElementById("centerMessage")
cm.style.opacity -= frametime;
if(cm.style.opacity <= 0)
{
cm.style.opacity = 0;
cm.style.display = "none";
engine.cMFadeOutAfter = Infinity;
}
}
if(engine.hud.fadein && engine.hud.game.style.opacity < 1)
{
engine.hud.game.style.opacity = (engine.hud.game.style.opacity*1)+(frametime*0.25); //workaround for opacity being a string
if(engine.hud.game.style.opacity > 1) engine.hud.game.style.opacity = 1;
}
else if(!engine.hud.fadein && engine.hud.game.style.opacity > 0)
{
engine.hud.game.style.opacity -= frametime*0.25;
if(engine.hud.game.style.opacity < 0) engine.hud.game.style.opacity = 0;
}
//update HUD (needs to be done for cycle being viewed)
var cycle = engine.players[engine.viewTarget];
updateHUD("player_rubber",cycle.rubber,0,settings.CYCLE_RUBBER);
var maxspeed = maxSpeed();
updateHUD("player_speed",cycle.speed,0,maxspeed);
updateHUD("player_brake",cycle.brakes,0,1);
updateHUD("max_speed",maxspeed);
updateHUD("player_acceleration",cycle.accel);
updateHUD("dist_to_impact_front",cycle.sensor.front);
updateHUD("time_to_impact_front",cycle.sensor.front/cycle.speed);
updateHUD("dist_to_impact_left",cycle.sensor.left);
updateHUD("time_to_impact_left",cycle.sensor.left/cycle.speed);
updateHUD("dist_to_impact_right",cycle.sensor.right);
updateHUD("time_to_impact_right",cycle.sensor.right/cycle.speed);
updateHUD("current_name",cycle.name);
updateHUD("current_pos_x",cycle.position.x,engine.logicalBox.min.x*engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.max.x*engine.REAL_ARENA_SIZE_FACTOR);
updateHUD("current_pos_y",cycle.position.y,engine.logicalBox.min.y*engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.max.y*engine.REAL_ARENA_SIZE_FACTOR);
updateHUD("current_pos_x_adj",cycle.position.x/engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.min.x,engine.logicalBox.max.x);
updateHUD("current_pos_y_adj",cycle.position.y/engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.min.y,engine.logicalBox.max.y);
var dir = cdir(cycle.rotation.z);
updateHUD("current_angle_x",dir[0]);
updateHUD("current_angle_y",dir[1]);
updateHUD("current_time",Math.round(timeElapsed)/1000);
//settings test
var setnames = Object.keys(settings);
for(var i=setnames.length;i--;)
{
var setting = setnames[i];
updateHUD(setting.toLowerCase(),settings[setting]);
}
//actual drawing
/*if(engine.players[engine.viewTarget].alive)*/ cameraView(engine.players[engine.viewTarget],frametime*engine.timemult);
if(ctx) audioMixing();
//renderer switch for post processing
if (engine.usingPostProcessing) {
engine.composer.render();//new render? for post processing
}
else {
engine.renderer.render(engine.scene, engine.camera);
}
engine.framesCount++;
}
function updateHUD(celement,thevalue,min=false,max=false)
{
var elements = document.getElementsByName(celement);
for(var i=elements.length;i--;)
{
var value = thevalue;
var element = elements[i];
if(min && element.attributes.min) element.setAttribute("min",min);
if(max && element.attributes.max) element.setAttribute("max",max);
if(element.attributes.precision)
{
var prec = Math.pow(10,element.attributes.precision.value);
value = Math.round(value*prec)/prec;
if(isNaN(value)) value = 0;
}
if(element.attributes.toprecision)
{
var prec = 1*element.attributes.toprecision.value;
if(!element.attributes.dontlimit)
{
value = parseFloat(value).toPrecision(prec-1+((""+Math.round(thevalue)).length));
}
else
{
value = value.toPrecision(prec);
}
}
//if(element.attributes.precision) element.attributes.precision.value==0?value=Math.round(value):value.toPrecision(element.attributes.precision.value);
//if(value)
{
if(element.tagName == "PROGRESS")
{
element.setAttribute("value",value);
//console.log(value);
}
else if(element.className == "progress")
{
element.style.width = (Math.min(1,value/max)*100)+"%";
}
else if(!element.attributes.ignoretext)
{
element.innerHTML = ""+value;
}
if(element.attributes.bgcolorgrad)
{
var grad = element.attributes.bgcolorgrad.value;
var p = grad.split(";");
var c1 = p[0].split(",");
var c2 = p[1].split(",");
var color = {r:c1[0]*1,g:c1[1]*1,b:c1[2]*1},key=['r','g','b'];
var progval = (value/max)*15;
for(var x=0;x<3;x++)
{
if(c1[x] < c2[x])
{
color[key[x]] += progval;
}
else if(c1[x] > c2[x])
{
color[key[x]] -= progval;
}
}
element.style.backgroundColor = "rgb("+(color.r*255)+","+(color.g*255)+","+(color.b*255)+")";
}
}
}
}
function draw2d_canvas() //TODO: have an svg output option
{
var canvas = document.getElementById("canvas");
if(!canvas) return;
var ctx = canvas.getContext("2d");
ctx.clearRect(0,0,canvas.width,canvas.height);
var xsize = engine.logicalBox.max.x-engine.logicalBox.min.x, ysize = engine.logicalBox.max.y-engine.logicalBox.min.y;
canvas.width = canvas.offsetWidth;
canvas.height = canvas.offsetWidth*(ysize/xsize);
ctx.scale(
canvas.width/(xsize*engine.REAL_ARENA_SIZE_FACTOR),
canvas.height/(ysize*engine.REAL_ARENA_SIZE_FACTOR)
);
var ax = engine.logicalBox.min.x * engine.REAL_ARENA_SIZE_FACTOR,
ay = engine.logicalBox.min.y * engine.REAL_ARENA_SIZE_FACTOR;
ctx.lineWidth = ((xsize*engine.REAL_ARENA_SIZE_FACTOR)/canvas.width);
//ctx.lineWidth = canvas.width-canvas.height-2;
//ctx.lineWidth = (canvas.offsetWidth-canvas.width)*engine.REAL_ARENA_SIZE_FACTOR;
ctx.strokeStyle = "white";
for(var i=engine.map.walls.length-1;i>=0;i--)
{
ctx.beginPath();
var spl = engine.map.walls[i][engine.map.walls[i].length-1];
ctx.moveTo(1*spl[0],1*spl[1]);
for(var z=engine.map.walls[i].length-1;z>=0;z--)
{
var spl = engine.map.walls[i][z];
ctx.lineTo(1*spl[0]-ax,1*spl[1]-ay);
//console.log(spl[0],spl[1]);
}
ctx.stroke();
}
for(var x=engine.players.length-1;x>=0;x--) if(engine.players[x] !== undefined)
{
var color = engine.players[x].walls.children[0].children[0].material.color;
ctx.strokeStyle = "rgb("+(color.r*255)+","+(color.g*255)+","+(color.b*255)+")";
ctx.beginPath();
if(engine.players[x].walls.map.length > 0)
{
var walls = engine.players[x].walls.map;
ctx.moveTo(walls[walls.length-1][0]-ax,walls[walls.length-1][1]-ay);
for(var i=walls.length-1;i>=0;i--)
{
ctx.lineTo(walls[i][0]-ax,walls[i][1]-ay);
}
}
ctx.stroke();
if(engine.players[x].alive)
{
var color = new THREE.Color(engine.players[x].cycleColor);
ctx.fillStyle = "rgb("+(color.r*255)+","+(color.g*255)+","+(color.b*255)+")";
ctx.beginPath();
ctx.arc(engine.players[x].position.x-ax,engine.players[x].position.y-ay, ctx.lineWidth, 0,Math.PI*2);
ctx.fill();
}
}
var lw = ctx.lineWidth;
ctx.lineWidth = lw*settings.ZONE_ALPHA*settings.ZONE_ALPHA_SERVER;
for(var x=engine.zones.children.length-1;x>=0;--x)
{
var zone = engine.zones.children[x];
var color = zone.material.color;
ctx.strokeStyle = "rgb("+(color.r*255)+","+(color.g*255)+","+(color.b*255)+")";
var geo = zone.geometry.clone(); geo.applyMatrix(zone.matrix); //apply rotation, scale, and position
ctx.beginPath();
var pX = zone.position.x-ax, pY = zone.position.y-ay;
for(var i=geo.faces.length-2;i>=0;i-=2)
{
ctx.moveTo(geo.vertices[geo.faces[i].b].x-ax,geo.vertices[geo.faces[i].b].y-ay);
ctx.lineTo(geo.vertices[geo.faces[i].a].x-ax,geo.vertices[geo.faces[i].a].y-ay);
}
ctx.stroke();
}
lw *= 0.7;
for(var x=engine.expl.length-1;x>=0;x--)
{
ctx.lineWidth = lw*engine.expl[x].children[0].material.opacity;
if(ctx.lineWidth > 0)
{
var scale = (engine.expl[x].children[0].scale.x+engine.expl[x].children[0].scale.y)/2;
var cx = engine.expl[x].children[0].position.x, cy = engine.expl[x].children[0].position.y;
for(var y=engine.expl[x].children.length;y--;)
{
var color = engine.expl[x].children[y].material.color;
ctx.strokeStyle = "rgb("+(color.r*255)+","+(color.g*255)+","+(color.b*255)+")";
ctx.beginPath();
ctx.moveTo(cx-ax,cy-ay);
ctx.lineTo(
(cx+engine.expl[x].children[y].geometry.vertices[1].x*scale)-ax,
(cy+engine.expl[x].children[y].geometry.vertices[1].y*scale)-ay
);
ctx.stroke();
}
}
}
draw2dmap = true;
}
//camera view function (handles all views for view target)
var cameraView = function(cycle, timestep) {
var relativeCameraOffset, cameraOffset;
var cameraEase = engine.cameraEase;
if(engine.camera.userViewDir !== false) // HACK: camera rotation
{
var realRot = cycle.rotation.z;
cycle.rotation.z = Math.atan2(engine.camera.userViewDir[1],engine.camera.userViewDir[0]);
cycle.updateWorldMatrix();
cycle.rotation.z = realRot;
}
switch(engine.view)
{
case 'smart':
if(engine.camera.userViewDir === false)
{
//relativeCameraOffset = new THREE.Vector3(-5,0,5+cycle.speed);
relativeCameraOffset = new THREE.Vector3(-5,0,(5+cycle.speed*0.006));
cameraOffset = relativeCameraOffset.applyMatrix4(cycle.matrixWorld);
engine.camera.position.x += (cameraOffset.x - engine.camera.position.x) * (engine.cameraEase/3) * timestep*60;
engine.camera.position.y += (cameraOffset.y - engine.camera.position.y) * (engine.cameraEase/3) * timestep*60;
engine.camera.position.z += (cameraOffset.z - engine.camera.position.z) * (engine.cameraEase/5) * timestep*60;
engine.camera.lookAt(cycle.position);
break;
}
else
{
relativeCameraOffset = new THREE.Vector3((-10-(cycle.speed*0.006)),0,(5+cycle.speed*0.006));
cameraEase = 0.3;
// [[FALLTHROUGH]]
}
case 'chase':
if(!relativeCameraOffset) relativeCameraOffset = new THREE.Vector3((-10-(cycle.speed*0.006)),0,(15+cycle.speed*0.006));
cameraOffset = relativeCameraOffset.applyMatrix4(cycle.matrixWorld);
engine.camera.position.x += (cameraOffset.x - engine.camera.position.x) * cameraEase * timestep*60;
engine.camera.position.y += (cameraOffset.y - engine.camera.position.y) * cameraEase * timestep*60;
engine.camera.position.z += (cameraOffset.z - engine.camera.position.z) * cameraEase * timestep*60;
engine.camera.lookAt(cycle.position);
break;
case 'custom':
engine.camera.position.set(0,0,0);
engine.camera.rotation.z = settings.CAMERA_CUSTOM_PITCH;
break;
case 'stationary':
break;
case 'track':
engine.camera.lookAt(cycle.position);
break;
case 'topdown':
engine.camera.position.set(cycle.position.x, (cycle.position.y-0.01), (10+cycle.speed*timestep));
engine.camera.lookAt(cycle.position);
break;
case 'birdseye':
relativeCameraOffset = new THREE.Vector3(-0.1, 0, 10+(cycle.speed*timestep));
cameraOffset = relativeCameraOffset.applyMatrix4(cycle.matrixWorld);
engine.camera.position.x += (cameraOffset.x - engine.camera.position.x) * engine.cameraEase * timestep*60;
engine.camera.position.y += (cameraOffset.y - engine.camera.position.y) * engine.cameraEase * timestep*60;
engine.camera.position.z += (cameraOffset.z - engine.camera.position.z) * engine.cameraEase * timestep*60;
// engine.camera.position.set(cycle.position.x, cycle.position.y, (10+cycle.speed));
// engine.camera.rotation.z = cycle.rotation.z;
engine.camera.lookAt(cycle.position);
break;
case 'cockpit':
/**/// cockpit
//if(cycle.speed > 2)
{
relativeCameraOffset = new THREE.Vector3(-2+(2.5*cycle.speed),0,0.5);
}
/*else
{
relativeCameraOffset = new THREE.Vector3(0.01,0,0.5);
}*/
cameraOffset = relativeCameraOffset.applyMatrix4(cycle.matrixWorld);
engine.camera.position.set(cycle.position.x,cycle.position.y,cycle.position.z+0.5);
//engine.camera.rotation.set(cycle.rotation.x,cycle.rotation.y,0);
// engine.camera.position.x += (cameraOffset.x - engine.camera.position.x) * 0.5;
// engine.camera.position.y += (cameraOffset.y - engine.camera.position.y) * 0.5;
// engine.camera.position.z = 2;
engine.camera.lookAt(cameraOffset);
//engine.camera.rotation.z = cycle.rotation.x+cycle.rotation.y;
// cycle.audio.gain.setTargetAtTime(0.2, ctx.currentTime, 0.02);
//cycle.textLabel.style.visibility = 'hidden';
//cycle.model.visible = false;
/*/
if (cycle.walls.children[cycle.walls.children.length-2]) {
cycle.walls.children[cycle.walls.children.length-1].visible = false;
cycle.walls.children[cycle.walls.children.length-2].visible = true;
}
/**/
break;
}
};
diff --git a/scripts/sound.js b/scripts/sound.js
index 359f569..70c4f15 100644
--- a/scripts/sound.js
+++ b/scripts/sound.js
@@ -1,166 +1,166 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
* This file was mostly written by Durf.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
var ctx = new AudioContext();
var bufferLoader = new BufferLoader(
ctx,
[
"",//0
"",//1
"",//2
"sounds/tr2n_origins/cyclrun.wav",//3
"sounds/gltron/game_engine.ogg",//4
"sounds/arma/cyclrun.wav",//5
"",//0
"",//1
"",//2
"sounds/tr2n_origins/expl.ogg",//3
"sounds/tr2n_origins/expl.ogg",//3
"sounds/tr2n_origins/expl.ogg",//3
//"sounds/gltron/game_crash.ogg",//4
//"sounds/arma/expl.ogg",//5
//other sounds:
"sounds/gltron/game_recognizer.wav",
"sounds/tr2n_origins/intro.wav",
"sounds/tr2n_origins/extro.wav",
"sounds/zone_spawn.ogg",
]
);
bufferLoader.load();
bufferLoader.other = 12;
var playSound = function(buffer, vol, pitch, loop, output)
{
var src = ctx.createBufferSource();
src.gainNode = ctx.createGain();
src.connect(src.gainNode);
src.gainNode.connect(output);
src.buffer = buffer;
src.gainNode.gain.value = vol;
src.playbackRate.value = pitch;
src.loop = loop;
src.start(ctx.currentTime);
return src;
};
function toggleSoundType() //safely changes the sound panners in settings, and players (not used anywhere)
{
if (engine.retroSound == true) { engine.retroSound = false; } else { engine.retroSound = true; }
var p = "HRTF";
if (!engine.retroSound) { p = "equalpower" }
//assume a change
for(var x=0;x<engine.players.length;x++) //for each player object
{
engine.players[x].audio.panner.panningModel = p;//change panning model
}
}
var mixCycle = function(cycle)
{
if(cycle.engineSound !== undefined)
{
cycle.engineSound.playbackRate.value = cycle.speed / settings.CYCLE_SOUND_SPEED;
}
if(!Number.isFinite(cycle.position.x) || !Number.isFinite(cycle.position.y)) return false;
if(cycle.audio)
{
cycle.audio.panner.setPosition(cycle.position.x, cycle.position.y, cycle.position.z);
}
}
var audioMixing = function()
{
try
{
var m = engine.camera.matrix;
var mx = m.elements[12], my = m.elements[13], mz = m.elements[14];
m.elements[12] = m.elements[13] = m.elements[14] = 0;
var vec = new THREE.Vector3(0,1,0);
vec.applyMatrix4(m);
vec.normalize();
var up = new THREE.Vector3(0,0,1);
up.applyMatrix4(m);
up.normalize();
ctx.listener.setOrientation(vec.x, vec.y, vec.z, up.x, up.y, up.z);
ctx.listener.setPosition(engine.camera.position.x, engine.camera.position.y, engine.camera.position.z);
m.elements[12] = mx; m.elements[13] = my; m.elements[14] = mz;
}
catch(e)
{
console.warn(e);
if(e.message.search("finite") > 0) engine.camera.position.set(engine.logicalBox.center.x*engine.REAL_ARENA_SIZE_FACTOR,engine.logicalBox.center.y*engine.REAL_ARENA_SIZE_FACTOR,0);
return false;
}
};
function changeSoundPanner(type)
{
switch(type)
{
case "EQ": case "HQ": case "equalpower":
cycle.audio.panner.panningModel = "equalpower";
break;
case "HRTF": case "LQ":
cycle.audio.panner.panningModel = "HRTF";
break;
default:
cycle.audio.panner.panningModel = "equalpower";
break;
}
}
function changeEngineSound(cycle,choice)
{
cycle.engineType = choice;
cycle.engineSound.stop();
cycle.engineSound = playSound(bufferLoader.bufferList[choice], 0.5, 1, true, cycle.audio);
}
function audioStop()
{
if(!ctx) return;
for(var x=0;x<engine.players.length;x++) if(typeof(engine.players[x]) != "undefined")
{
engine.players[x].audio.panner.disconnect();//turns off audio
}
}
function audioStart()
{
if(!ctx) return;
for(var x=0;x<engine.players.length;x++) if(typeof(engine.players[x]) != "undefined" && engine.players[x].alive)
{
engine.players[x].audio.panner.connect(ctx.destination);//turns on audio
}
}
diff --git a/scripts/team.js b/scripts/team.js
index cd0dfd3..e2bf038 100644
--- a/scripts/team.js
+++ b/scripts/team.js
@@ -1,67 +1,67 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019-2020 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
class Team
{
hasPlayer(id)
{
for(var i=this.members.length-1;i>=0;--i)
{
if(this.members[i] == id) return true;
}
return false;
}
spawn(respawn=true,update=true,ifAlive=true)
{
// Player 0 spawns in center, 1 on right, 2 on left, 3 on right, 4 on left, etc
if(this.members.length > 0)
{
var t = cdir(this.dir);
var addx = (t[0]*settings.SPAWN_WINGMEN_SIDE)+(t[1]*settings.SPAWN_WINGMEN_BACK),
addy = (t[1]*settings.SPAWN_WINGMEN_SIDE)+(t[0]*settings.SPAWN_WINGMEN_BACK);
if(ifAlive || !this.members[0].alive) this.members[0].spawn({
x: this.x, y: this.y, z: this.z, dir: this.dir
},respawn,update);
for(var i=1;i<this.members.length;i+=2)
{
if(ifAlive || !this.members[i].alive) this.members[i].spawn({
x: this.x+addx*(i/2), y: this.y+addy*(i/2), z: this.z, dir: this.dir
},respawn,update);
if(this.members[i+1])
{
if(ifAlive || !this.members[i+1].alive) this.members[i+1].spawn({
x: this.x-addx*(i/2), y: this.y-addy*(i/2), z: this.z, dir: this.dir
},respawn,update);
}
}
}
}
constructor(cfg)
{
if(cfg.name == undefined) this.name = false;
else this.name = ""+cfg.name;
this.members = [];
this.x = cfg.x||0; this.y = cfg.y||0; this.z = cfg.z||0;
this.dir = cfg.dir||0;
}
}
if(typeof(module) !== "undefined") module.exports = Team;
diff --git a/scripts/zone.js b/scripts/zone.js
index 4c0d8cd..e6db53b 100644
--- a/scripts/zone.js
+++ b/scripts/zone.js
@@ -1,389 +1,389 @@
/*
- * 3DCycles - A lightcycle game.
+ * Armawebtron - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
if(this.require)
{
if(typeof(THREE) == "undefined")
var THREE = require('./lib/Three.js');
}
var flagColors = [ 0x55AAFF, 0xFFFF55, 0xFF5555, 0x55FF55, 0xFF55FF, 0x55FFFF, 0xFFFFFF, 0x888888];
class Zone
{
spawn()
{
engine.zones.add(this.mesh);
return this;
}
destroy()
{
engine.zones.remove(this.mesh);
return this;
}
constructor(prop)
{
this.timesEntered = 0; this.netObject = false;
this.type = prop.type||"null";
this.rotationSpeed = isNaN(prop.rot)?settings.ZONE_SPIN_SPEED:prop.rot;
this.value = prop.value||0;
this.expansion = prop.expansion||0;
this.radius = prop.radius||0;
this.xdir = prop.xdir||0; this.ydir = prop.ydir||0;
this.bounce = !!prop.bounce;
this.team = false;
var zoneHeight = prop.height||settings.ZONE_HEIGHT;
if (settings.ZONE_SEGMENTS < 1) { settings.ZONE_SEGMENTS = 11; }
var zoneSegments = (Math.floor(this.radius/10)*10)+1;
if (zoneSegments < 11) { zoneSegments = 11; }
var zoneColor = 0xFFFFFF;
if(prop.color || prop.color === 0)
{
zoneColor = prop.color;
}
else
{
switch(this.type)
{
case "death": zoneColor = 0xFF0000; break;
case "soccerball": zoneColor = 0xFF8888; break;
case "soccergoal": zoneColor = 0xBB6666; break;
case "rubber": zoneColor = 0xFFB033; break;
case "rubberadjust": zoneColor = 0xFF8800; break;
case "oneway": zoneColor = 0xFFFF00; break;
case "win": zoneColor = 0x00FF00; break;
case "target": zoneColor = 0x00DD00; break;
case "teleport": zoneColor = 0x00AA00; break;
case "speed": zoneColor = 0x00FF88; break;
case "acceleration": zoneColor = 0x00BB66; break;
case "blast": zoneColor = 0x0088FF; break;
case "fortress": case "flag":
var lastDist = Infinity;
var closestSpawn = 0;
if(engine.teams.length > 0)
{
for(var w=0;w<engine.teams.length;w++)
{
var disValue = pointDistance(engine.teams[w].x,engine.teams[w].y, prop.x, prop.y);
if (disValue < lastDist) { lastDist = disValue; closestSpawn = w; }
}
}
else
{
for(var w=0;w<engine.map.spawns.length;w++)
{
var checkx = engine.map.spawns[w][0];
var checky = engine.map.spawns[w][1];
var disValue = pointDistance( checkx, checky, prop.x, prop.y );
if (disValue < lastDist) { lastDist = disValue; closestSpawn = w; }
}
}
if (closestSpawn > 7) { zoneColor = 0x4488FF; }
else { zoneColor = (this.type=="fortress"?game.teamColor:game.teamColor)(closestSpawn); }
this.team = closestSpawn;
break;
case "object": zoneColor = 0xBB0066; break;
case "checkpoint": zoneColor = 0xFF0088; break;
case "koh": zoneColor = 0xDDDDDD; break;
case "wall": case "ball": zoneColor = 0xFFFFFF; break;
case "switch": zoneColor = 0x999999; break;
}
}
var color = typeof(zoneColor)=="object"?zoneColor:new THREE.Color(zoneColor), geo = new THREE.Geometry();
switch(prop.shape)
{
case "polygon":
var min = [Infinity,Infinity],
max = [-Infinity,-Infinity];
for(var i=0;i<prop.points.length;i++)
{
var point = prop.points[i];
//point[0] += (1*prop.x)||0; point[1] += (1*prop.y)||0;
geo.vertices[i] = new THREE.Vector3(point[0],point[1],0);
geo.vertices[prop.points.length+i] = new THREE.Vector3(point[0],point[1],zoneHeight);
for(var z=1;z>=0;z--)
{
if(point[z] < min[z]) min[z] = point[z];
if(point[z] > max[z]) max[z] = point[z];
console.log(point[z]);
}
}
for(var i=0,halfvert=(geo.vertices.length/2)-1;i<halfvert;i++)
{
var p1x = geo.vertices[i].x, p1y = geo.vertices[i].y;
var p2x = geo.vertices[i+1].x, p2y = geo.vertices[i+1].y;
var dist = Math.sqrt( (p2x-=p1x)*p2x + (p2y-=p1y)*p2y );
var normal = new THREE.Vector3( (p2y - p1y), -(p2x - p1x), 0 );
geo.faces.push(
new THREE.Face3( (i), (i+1), (i+(geo.vertices.length/2)), normal ), //a,b,c
new THREE.Face3( (i+(geo.vertices.length/2)+1), (i+(geo.vertices.length/2)), (i+1), normal ) //d,c,b
);
}
//prop.x = (max[0]-min[0])/2; prop.y = (max[1]-min[1])/2;
//this.radius = (max[0]<max[1]?max[0]:max[1])-(min[0]>min[1]?min[0]:min[1]);
this.shape = "polygon";
break;
default: //circle
var zoneSegCoords = [];//get the coordinates for each segment vertex
var zoneSegMidpoints = [];//get midpoints for each segment
var trueSegments = [];
for (var i = 0; i < settings.ZONE_SEGMENTS; i++)
{
var zpx = Math.cos(2 * Math.PI * i / settings.ZONE_SEGMENTS);
var zpy = Math.sin(2 * Math.PI * i / settings.ZONE_SEGMENTS);
zoneSegCoords.push({x:zpx, y:zpy});
if (i > 0 && i != settings.ZONE_SEGMENTS-1) {//all segments starting from the second
zoneSegMidpoints[i] = { x:((zoneSegCoords[i-1].x+zoneSegCoords[i].x)/2), y:((zoneSegCoords[i-1].y+zoneSegCoords[i].y)/2) };
}
else if (i == settings.ZONE_SEGMENTS-1) {//last segment + first
zoneSegMidpoints[i] = { x:((zoneSegCoords[i-1].x+zoneSegCoords[i].x)/2), y:((zoneSegCoords[i-1].y+zoneSegCoords[i].y)/2) };
zoneSegMidpoints[0] = { x:((zoneSegCoords[0].x+zoneSegCoords[i].x)/2), y:((zoneSegCoords[0].y+zoneSegCoords[i].y)/2) };
}
}
//with midpoints, determine segments
for (var s = 0; s < settings.ZONE_SEGMENTS; s++)
{
//var segmentFullLength = pointDistance( zoneSegCoords[s].x, zoneSegCoords[s].y, zoneSegCoords[s+1].x, zoneSegCoords[s+1].y );
//var adjustedSegLength = segmentFullLength * settings.ZONE_SEG_LENGTH;
if (s == 0) {
var np1x = (zoneSegMidpoints[0].x + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[zoneSegCoords.length-1].x - zoneSegMidpoints[0].x) ) );
var np1y = (zoneSegMidpoints[0].y + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[zoneSegCoords.length-1].y - zoneSegMidpoints[0].y) ) );
var np2x = (zoneSegMidpoints[0].x + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s].x - zoneSegMidpoints[0].x) ) );
var np2y = (zoneSegMidpoints[0].y + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s].y - zoneSegMidpoints[0].y) ) );
}
else {
var np1x = (zoneSegMidpoints[s].x + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s-1].x - zoneSegMidpoints[s].x) ) );
var np1y = (zoneSegMidpoints[s].y + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s-1].y - zoneSegMidpoints[s].y) ) );
var np2x = (zoneSegMidpoints[s].x + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s].x - zoneSegMidpoints[s].x) ) );
var np2y = (zoneSegMidpoints[s].y + (settings.ZONE_SEG_LENGTH * ( zoneSegCoords[s].y - zoneSegMidpoints[s].y) ) );
}
trueSegments[s] = { x1:np1x, y1:np1y, x2:np2x, y2:np2y };
}
//have segment coordinates, now build it
for (var n = 0; n < trueSegments.length; n++) {
geo.vertices.push( new THREE.Vector3( (trueSegments[n].x1), (trueSegments[n].y1), 0) );
geo.vertices.push( new THREE.Vector3( (trueSegments[n].x2), (trueSegments[n].y2), 0) );
}
for (var n = 0; n < trueSegments.length; n++) {
geo.vertices.push( new THREE.Vector3( (trueSegments[n].x1), (trueSegments[n].y1), settings.ZONE_HEIGHT) );
geo.vertices.push( new THREE.Vector3( (trueSegments[n].x2), (trueSegments[n].y2), settings.ZONE_HEIGHT) );
}
for (var i = 0; i < (geo.vertices.length/2)-1; i+=2) {
geo.faces.push(
new THREE.Face3( (i), (i+1), (i+(geo.vertices.length/2)) ), //a,b,c
new THREE.Face3( (i+(geo.vertices.length/2)+1), (i+(geo.vertices.length/2)), (i+1) ) //d,c,b
);
}
this.shape = "circle";
break;
}
//var alpha = Math.max(color.r,color.g,color.b);
//color.r /= alpha; color.g /= alpha; color.b /= alpha;
if(!this.mat)
this.mat = new THREE.MeshBasicMaterial( { color: color, transparent: settings.ALPHA_BLEND, opacity: settings.ZONE_ALPHA/**alpha*/, side: THREE.DoubleSide } );
if(!this.mesh)
{
this.mesh = new THREE.Mesh(geo,this.mat);
this.mesh.cfg = this;
}
this.mesh.position.set(prop.x||0,prop.y||0,prop.z||0);
this.mesh.scale.set(this.radius||1,this.radius||1,1);
}
netSync()
{
if(window.svr)
{
var zone = {
id: engine.zones.children.indexOf(this.mesh),
x: this.mesh.position.x, y:this.mesh.position.y, z:this.mesh.position.z,
type:this.type, rotationSpeed:this.rot, value: this.value,
expansion:this.expansion, radius: this.radius,
xdir: this.xdir, ydir: this.ydir, bounce: this.bounce,
team: this.team, color: this.mesh.material.color.getHex(),
shape: this.shape,
};
if(this.type == "flagHeld") zone.heldBy = engine.players.indexOf(this.heldBy);
if(this.shape == "polygon")
{
zone.points = [];
for(var i=geo.faces.length-2;i>=0;i-=2)
{
var geo = this.mesh.geometry.clone(); geo.applyMatrix(this.mesh.matrix);
zone.points.push(geo.vertices[geo.faces[i].b].x,geo.vertices[geo.faces[i].b].y);
}
}
var data = JSON.stringify({type:"zone",data:[zone],gtime:engine.gtime});
window.svr.clients.forEach(function(ws){ws.send(data)});
}
return this;
}
distance(position)
{
switch(this.shape)
{
case "circle":
return pointDistance(this.mesh.position.x,this.mesh.position.y,position.x,position.y);
break;
case "polygon":
var min = Infinity, x, tmp, coords = this.mesh.geometry.vertices;
for(var i=(coords.length/2)-1;i>=0;x=(--i)-1)
{
if(coords[x] !== undefined)
{
tmp = distanceoflines(
coords[i].x,coords[i].y, coords[x].x,coords[x].y,
position.x,position.y, position.x,position.y
);
if(min > tmp) { min = tmp; }
}
}
return min;
break;
}
return Infinity;
}
onEnter(cycle,time)
{
switch(this.type)
{
case "wall":
cycle.position.x -= cycle.dir.front[0]*(engine.gtime-time);
cycle.position.y -= cycle.dir.front[1]*(engine.gtime-time);
break;
case "death":
cycle.kill();
engine.console.print(cycle.getColoredName()+"0xRESETT exploded on a deathzone.\n");
break;
case "win":
if(engine.winner == undefined && engine.declareRoundWinner == undefined)
{
//engine.console.print(cycle.getColoredName()+"0xRESETT ");
this.expansion = -1;
engine.declareRoundWinner = cycle.name;
}
break;
case "target":
loadcfg(settings.DEFAULT_TARGET_COMMAND.replace(/\\n/g,"\n"));
cycle.addScore(settings.TARGET_INITIAL_SCORE);
break;
}
}
onInside(cycle,time,timestep)
{
switch(this.type)
{
case "rubber":
cycle.rubber += timestep*this.value;
if(cycle.rubber >= settings.CYCLE_RUBBER)
{
cycle.kill();
engine.console.print(cycle.getColoredName()+"0xRESETT exploded on a rubberzone.\n");
}
break;
case "fortress":
if(engine.gtime > 0)
{
if(settings.BASE_RESPAWN)
{
engine.teams[this.team].spawn(true,true,false);
}
if(this.team == engine.teams.indexOf(cycle.team))
{
this.lastContact = engine.gtime;
}
else
{
this.rotationSpeed += timestep*settings.FORTRESS_CONQUEST_RATE;
if(this.rotationSpeed > settings.ZONE_SPIN_SPEED*16)
{
engine.console.print(cycle.getColoredName()+"0xRESETT conquered a fortress zone.\n");
this.type = "null"; this.expansion = -10;
engine.declareRoundWinner = cycle.name;
}
}
}
break;
case "ball": case "soccerball":
var mindirx=0,mindiry=0,mindist=Infinity,apc=0;
for(var i=359;i>0;i--)
{
var xdir = Math.cos(Math.PI*2*(i/360)), ydir=Math.sin(Math.PI*2*(i/360));
var xpos = xdir*this.radius+this.mesh.position.x, ypos=ydir*this.radius+this.mesh.position.y;
var dist = pointDistance(xpos,ypos,cycle.position.x,cycle.position.y);
if(dist < mindist)
{
/*if(mindist == Infinity)mindist = dist; else mindist += dist;
mindirx -= xdir; mindiry -= ydir;
apc++;*/
mindist=dist;mindirx=xdir;mindiry=ydir;apc=1;
}
}
//mindist /= apc; mindirx /= apc; mindiry /= apc;
if(mindist != Infinity)
{
this.xdir = -mindirx*cycle.speed; this.ydir = -mindiry*cycle.speed;
if(!this.bounce) this.bounce = true;
this.lastHitCycle = cycle;
this.netSync();
}
break;
case "speed":
cycle.speed = this.value||0;
break;
case "acceleration":
accel = (this.value||0); cycle.accel += accel;
cycle.speed += cycle.speed*accel;
break;
case "flag":
if(!engine.network && !cycle.hasFlag && engine.teams.indexOf(cycle.team) != this.team)
{
engine.console.print(cycle.getColoredName()+"0xRESETT picked up "+engine.teams[this.team].name+"0xRESETT's flag.\n");
cycle.hasFlag = this;
this.type = "flagHeld";
this.heldBy = cycle;
if(!this.px) this.px = this.mesh.position.x;
if(!this.py) this.py = this.mesh.position.y;
this.mesh.position.set(cycle.position.x,cycle.position.y,0);
this.netSync();
}
break;
}
}
onLeave(cycle,time)
{
}
onOutside(cycle,time)
{
}
}
if(typeof(module) != "undefined") module.exports = Zone;

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