Tribes2/T2-ACCM
1
0
Fork 0
mirror of https://github.com/Ragora/T2-ACCM.git synced 2026-04-22 08:55:02 +00:00
Code Issues Projects Releases Packages Wiki Activity Actions

Organized code; correct some naming problems on solars/generators/switches

Browse source
This commit is contained in:
Ragora 2013-03-31 12:54:31 -04:00
parent 129950976c
commit 6339020199
15 changed files with 86 additions and 16 deletions
Download patch file Download diff file Expand all files Collapse all files

238
scripts/modscripts/truphysics.cs Normal file
View file

@ -0,0 +1,238 @@
// TruPhysics engine v0.6 - physics engine by DynaBlade
// Mainly used for vehicles but can be expanded.
// String Table
$TruPhysics::Enabled = true;
$TruPhysics::maxVelocity = 1500; // 1500 m/s or about 5400 KPH, T2's universal speed limit
function capVelocity(%vel)
{
if(velToSingle(%vel) > $TruPhysics::maxVelocity)
return $TruPhysics::maxVelocity;
else
return mFloor(%vel);
}
function VehicleData::onCollision(%data,%obj,%col,%mod,%pos,%normal)
{
if(%data.disablePhysics || !$TruPhysics::Enabled) // !enabled = default vehicle physics, local or global scope
return;
%className = %data.className;
if(%col.isPlayer()) // player is dead and wants to be run over / annihilated.
{
%mass = -0.25 * %col.getMass();
%vec = vectorScale(vectorScale(%col.getVelocity(), 0.25), %mass);
%obj.applyImpulse(%col.getPosition(), %vec);
}
else if(%col.isVehicle()) // phreakynasty!
{
if(%col.getDamageState() $= "Destroyed") // nothing to collide with here, get back to movement!
return;
%AMass = %obj.getMass();
%AiVec = vectorScale(%obj.getVelocity(), %mass);
%APos = vectorNormalize(%obj.getForwardVector());
%BMass = %obj.getMass();
%BiVec = vectorScale(%obj.getVelocity(), %mass);
%BPos = vectorNormalize(%obj.getForwardVector());
%obj.applyImpulse(%BPos, %BiVec);
%col.applyImpulse(%APos, %AiVec);
}
}
function checkWaterPhysics(%obj)
{
if(%obj.isWet)
{
// water absorbs about 75% of your velocity when you hit it.
%mass = %obj.getMass() * 0.75;
%iVec = vectorScale(%obj.getVelocity(), %mass);
%obj.applyImpulse(%obj.getTransform(), %iVec);
// speed tolerance checking (in KPH)
%mass = %obj.getMass();
%pct = %obj.getDamagePct() / 4;
%max = %pct * (%data.minDrag * 10);
%maxSpeed = %max - (%mass / getRandom(10, 12));
%vel = msToKPH(velToSingle(%obj.getVelocity()));
if(%maxSpeed > %vel)
%obj.getDatablock().damageObject(%obj, 0, "0 0 0", %maxSpeed - %vel, $DamageType::Default);
schedule(100, %obj, "checkWaterPhysics", %obj);
}
}
function VehicleData::onEnterLiquid(%data, %obj, %coverage, %type)
{
if(!%data.disableWaterPhysics && $TruPhysics::Enabled)
{
%obj.isWet = true;
checkWaterPhysics(%obj);
}
switch(%type)
{
case 0:
//Water
%obj.setHeat(0.0);
case 1:
//Ocean Water
%obj.setHeat(0.0);
case 2:
//River Water
%obj.setHeat(0.0);
case 3:
//Stagnant Water
%obj.setHeat(0.0);
case 4:
//Lava
%obj.liquidDamage(%data, $VehicleDamageLava, $DamageType::Lava);
case 5:
//Hot Lava
%obj.liquidDamage(%data, $VehicleDamageHotLava, $DamageType::Lava);
case 6:
//Crusty Lava
%obj.liquidDamage(%data, $VehicleDamageCrustyLava, $DamageType::Lava);
case 7:
//Quick Sand
}
}
function VehicleData::onLeaveLiquid(%data, %obj, %type)
{
%obj.isWet = false;
// exiting from the water becomes easier if your engines are on... speed doubles?
if(!%data.disableWaterPhysics && $TruPhysics::Enabled)
{
%mass = %obj.getMass() * 0.375;
%iVec = capVel(vectorScale(%obj.getVelocity(), %mass));
%obj.applyImpulse(%obj.getTransform(), %iVec);
}
switch(%type)
{
case 0:
//Water
%obj.setHeat(1.0);
case 1:
//Ocean Water
%obj.setHeat(1.0);
case 2:
//River Water
%obj.setHeat(1.0);
case 3:
//Stagnant Water
%obj.setHeat(1.0);
case 4:
//Lava
case 5:
//Hot Lava
case 6:
//Crusty Lava
case 7:
//Quick Sand
}
if(%obj.lDamageSchedule !$= "")
{
cancel(%obj.lDamageSchedule);
%obj.lDamageSchedule = "";
}
}
datablock AudioProfile(EngineAlertSound)
{
filename = "gui/vote_nopass.WAV";
description = AudioExplosion3d;
preload = true;
};
function VDUndo(%obj)
{
%obj.vdOverride = false;
%obj.dmgApplyImp = false;
}
function vDmgApplyImpulse(%obj)
{
if(%obj.getDatablock().forceSensitive)
return;
%obj.dmgApplyImp = true;
%lastPct = %obj.lastDmgPct;
%pct = %obj.getDamagePct();
if(%lastPct > %pct)
{
%obj.vdOverride = true;
schedule(1000, 0, "VDUndo", %obj);
}
%obj.tp_sndCnt++;
if(((%pct >= 0.5 && %pct < 1) && (%obj.vdOverride == false || %obj.vdOverride == "")) && %obj.augType !$= "Auto Repair Bot")
{
%force = (%pct * 500) * getRandom(1);
if(%force)
{
%va = getRandom(1) ? getRandom() * -1 : getRandom();
%vb = getRandom(1) ? getRandom() * -1 : getRandom();
%vc = getRandom(1) ? getRandom() * -1 : getRandom();
%vec = %va SPC %vb SPC %vc;
%nVec = vectorScale(%vec, %force);
%seed = getRandom(100);
if(%seed > 60 && %seed < 90)
%obj.playThread(0, "maintainback");
else if(%seed > 90)
%obj.playThread(0, "maintainbot");
else
%obj.playThread(0, "activateback");
%obj.applyImpulse(%obj.getTransform(), %nVec);
}
%obj.lastDmgPct = %pct;
schedule(250, %obj, "vDmgApplyImpulse", %obj);
if(%obj.tp_sndCnt >= 4)
{
%obj.tp_sndCnt = 0;
%obj.play3D(EngineAlertSound);
}
}
else
%obj.stopThread(0);
}
function VehicleData::onDamage(%this,%obj)
{
%damage = %obj.getDamageLevel();
if (%damage >= %this.destroyedLevel)
{
if(%obj.getDamageState() !$= "Destroyed")
{
if(%obj.respawnTime !$= "")
%obj.marker.schedule = %obj.marker.data.schedule(%obj.respawnTime, "respawn", %obj.marker);
%obj.setDamageState(Destroyed);
}
}
else
{
if(%obj.getDamageState() !$= "Enabled")
%obj.setDamageState(Enabled);
%pct = %obj.getDamagePct();
if(%pct >= 0.6 && !%obj.dmgApplyImp)
vDmgApplyImpulse(%obj);
}
}