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func_boat.as
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/*
* This file defines the custom entity named func_vehicle_custom
* This is a simple, player controllable vehicle
*
* DO NOT ALTER THIS FILE
*/
void te_spritespray(Vector pos, Vector velocity, string sprite="sprites/bubble.spr", uint8 count=8, uint8 speed=16, uint8 noise=255, NetworkMessageDest msgType=MSG_BROADCAST, edict_t@ dest=null) { NetworkMessage m(msgType, NetworkMessages::SVC_TEMPENTITY, dest);m.WriteByte(TE_SPRITE_SPRAY);m.WriteCoord(pos.x);m.WriteCoord(pos.y);m.WriteCoord(pos.z);m.WriteCoord(velocity.x);m.WriteCoord(velocity.y);m.WriteCoord(velocity.z);m.WriteShort(g_EngineFuncs.ModelIndex(sprite));m.WriteByte(count);m.WriteByte(speed);m.WriteByte(noise);m.End(); }
const double VEHICLE_SPEED0_ACCELERATION = 0.005000000000000000;
const double VEHICLE_SPEED1_ACCELERATION = 0.002142857142857143;
const double VEHICLE_SPEED2_ACCELERATION = 0.003333333333333334;
const double VEHICLE_SPEED3_ACCELERATION = 0.004166666666666667;
const double VEHICLE_SPEED4_ACCELERATION = 0.004000000000000000;
const double VEHICLE_SPEED5_ACCELERATION = 0.003800000000000000;
const double VEHICLE_SPEED6_ACCELERATION = 0.004500000000000000;
const double VEHICLE_SPEED7_ACCELERATION = 0.004250000000000000;
const double VEHICLE_SPEED8_ACCELERATION = 0.002666666666666667;
const double VEHICLE_SPEED9_ACCELERATION = 0.002285714285714286;
const double VEHICLE_SPEED10_ACCELERATION = 0.001875000000000000;
const double VEHICLE_SPEED11_ACCELERATION = 0.001444444444444444;
const double VEHICLE_SPEED12_ACCELERATION = 0.001200000000000000;
const double VEHICLE_SPEED13_ACCELERATION = 0.000916666666666666;
const double VEHICLE_SPEED14_ACCELERATION = 0.001444444444444444;
const int VEHICLE_STARTPITCH = 60;
const int VEHICLE_MAXPITCH = 200;
const int VEHICLE_MAXSPEED = 2048;
enum FuncVehicleFlags
{
SF_VEHICLE_NODEFAULTCONTROLS = 1 << 0 //Don't make a controls volume by default
}
class func_vehicle_custom : ScriptBaseEntity
{
CPathTrack@ m_ppath;
float m_length;
float m_width;
float m_height;
float m_speed;
float m_dir;
float m_startSpeed;
Vector m_controlMins;
Vector m_controlMaxs;
int m_soundPlaying;
int m_sounds;
float m_acceleration;
float m_flVolume;
float m_flBank;
float m_oldSpeed;
int m_iTurnAngle;
float m_flSteeringWheelDecay;
float m_flAcceleratorDecay;
float m_flTurnStartTime;
float m_flLaunchTime;
float m_flLastNormalZ;
float m_flCanTurnNow;
float m_flUpdateSound;
float ocean_z = 0; // height of the ocean
Vector m_vFrontLeft;
Vector m_vFront;
Vector m_vFrontRight;
Vector m_vBackLeft;
Vector m_vBack;
Vector m_vBackRight;
Vector m_vSurfaceNormal;
Vector m_vVehicleDirection;
Vector controlsCenterOffset;
CBasePlayer@ m_pDriver;
float lastSpray = 0;
bool dead = false;
int mat = 0;
float offTime; // time when motor should turn off
bool KeyValue( const string& in szKey, const string& in szValue )
{
if (szKey == "length")
{
m_length = atof(szValue);
return true;
}
else if (szKey == "width")
{
m_width = atof(szValue);
return true;
}
else if (szKey == "height")
{
m_height = atof(szValue);
return true;
}
else if (szKey == "startspeed")
{
m_startSpeed = atof(szValue);
return true;
}
else if (szKey == "sounds")
{
m_sounds = atoi(szValue);
return true;
}
else if (szKey == "volume")
{
m_flVolume = float(atoi(szValue));
m_flVolume *= 0.1;
return true;
}
else if (szKey == "bank")
{
m_flBank = atof(szValue);
return true;
}
else if (szKey == "acceleration")
{
m_acceleration = atof(szValue);
return true;
}
else if (szKey == "material")
{
mat = atoi(szValue);
return true;
}
else
return BaseClass.KeyValue( szKey, szValue );
}
ByteBuffer serialize()
{
ByteBuffer buf;
buf.Write(pev.origin.x);
buf.Write(pev.origin.y);
buf.Write(pev.origin.z);
buf.Write(pev.angles.x);
buf.Write(pev.angles.y);
buf.Write(pev.angles.z);
buf.Write(int16(pev.colormap));
buf.Write(float(pev.health));
buf.Write(float(pev.max_health));
buf.Write(float(m_speed));
buf.Write(int16(mat));
buf.Write(string(pev.model));
buf.Write(string(pev.noise1));
buf.Write(string(pev.noise2));
return buf;
}
void NextThink(float thinkTime, const bool alwaysThink)
{
if (alwaysThink)
self.pev.flags |= FL_ALWAYSTHINK;
else
self.pev.flags &= ~FL_ALWAYSTHINK;
self.pev.nextthink = thinkTime;
}
void Blocked(CBaseEntity@ pOther)
{
entvars_t@ pevOther = pOther.pev;
if (pevOther.FlagBitSet(FL_ONGROUND) && pevOther.groundentity !is null && pevOther.groundentity.vars is self.pev)
{
pevOther.velocity = self.pev.velocity;
return;
}
else
{
pevOther.velocity = (pevOther.origin - self.pev.origin).Normalize() * self.pev.dmg;
pevOther.velocity.z += 300;
self.pev.velocity = self.pev.velocity * 0.85;
}
//g_Game.AlertMessage(at_aiconsole, "TRAIN(%1): Blocked by %2 (dmg:%3)\n", self.pev.targetname, pOther.pev.classname, self.pev.dmg);
Math.MakeVectors(self.pev.angles);
Vector vFrontLeft = (g_Engine.v_forward * -1) * (m_length * 0.5);
Vector vFrontRight = (g_Engine.v_right * -1) * (m_width * 0.5);
Vector vBackLeft = self.pev.origin + vFrontLeft - vFrontRight;
Vector vBackRight = self.pev.origin - vFrontLeft + vFrontRight;
float minx = Math.min(vBackLeft.x, vBackRight.x);
float maxx = Math.max(vBackLeft.x, vBackRight.x);
float miny = Math.min(vBackLeft.y, vBackRight.y);
float maxy = Math.max(vBackLeft.y, vBackRight.y);
float minz = self.pev.origin.z;
float maxz = self.pev.origin.z + (2 * abs(int(self.pev.mins.z - self.pev.maxs.z)));
if (pOther.pev.origin.x < minx || pOther.pev.origin.x > maxx || pOther.pev.origin.y < miny || pOther.pev.origin.y > maxy || pOther.pev.origin.z < minz || pOther.pev.origin.z > maxz)
{
float giveAmt = Math.min(pOther.pev.health, 10);
pOther.TakeDamage(self.pev, self.pev, giveAmt, DMG_CRUSH);
TakeDamage(pev, pev, giveAmt, DMG_CRUSH);
}
}
void Spawn()
{
if (self.pev.speed == 0)
m_speed = 165;
else
m_speed = self.pev.speed;
if (m_sounds == 0)
m_sounds = 3;
//g_Game.AlertMessage(at_console, "M_speed = %1\n", m_speed);
ocean_z = self.pev.origin.z;
pev.takedamage = DAMAGE_YES;
self.pev.speed = 0;
self.pev.velocity = g_vecZero;
self.pev.avelocity = g_vecZero;
self.pev.impulse = int(m_speed);
//m_acceleration = 5;
m_dir = 1;
m_flTurnStartTime = -1;
self.KeyValue("classify", CLASS_ALIEN_MONSTER);
//if( string( self.pev.target ).IsEmpty() )
// g_Game.AlertMessage(at_console, "Vehicle with no target\n");
/*
if (self.pev.spawnflags & SF_TRACKTRAIN_PASSABLE)
self.pev.solid = SOLID_NOT;
else
*/
self.pev.solid = SOLID_BSP;
self.pev.movetype = MOVETYPE_PUSH;
g_EntityFuncs.SetModel(self, self.pev.model);
g_EntityFuncs.SetSize(self.pev, self.pev.mins, self.pev.maxs);
g_EntityFuncs.SetOrigin(self, self.pev.origin);
self.pev.oldorigin = self.pev.origin;
if( !self.pev.SpawnFlagBitSet( SF_VEHICLE_NODEFAULTCONTROLS ) )
{
m_controlMins = self.pev.mins;
m_controlMaxs = self.pev.maxs;
m_controlMaxs.z += 72;
}
NextThink(self.pev.ltime + 0.1, false);
SetThink(ThinkFunction(this.Find));
Precache();
}
int TakeDamage( entvars_t@ pevInflictor, entvars_t@ pevAttacker, float flDamage, int bitsDamageType )
{
if (dead)
return 0;
bool immune = bitsDamageType == DMG_BURN and mat != 0;
if (immune)
flDamage = 0;
pev.health -= flDamage;
if (flDamage > 0)
{
bool attackingOwnPart = false;
if (pevAttacker !is null and pevAttacker.classname == "player")
{
PlayerState@ state = getPlayerStateBySteamID(pev.noise1, pev.noise2);
CBaseEntity@ attacker = g_EntityFuncs.Instance( pevAttacker.get_pContainingEntity() );
if (attacker !is null and state !is null and state.plr.IsValid() and state.plr.GetEntity().entindex() == attacker.entindex())
attackingOwnPart = true;
}
if (!attackingOwnPart)
pev.teleport_time = g_Engine.time;
}
if (pev.health <= 0)
{
dead = true;
StopSound();
string sound = g_materials[mat].breakSounds[ Math.RandomLong(0, g_materials[mat].breakSounds.length()-1) ];
g_SoundSystem.PlaySound(self.edict(), CHAN_ITEM, sound, 1.0f, 0.4f, 0, Math.RandomLong(85, 115));
Vector center = getCentroid(self);
Vector mins = self.pev.mins;
if (isFoundation(self))
{
mins.z = -8;
center = self.pev.origin;
}
Math.MakeVectors(self.pev.angles);
Vector forward = (g_Engine.v_forward * -1) * (m_length * 0.2);
Vector up = g_Engine.v_up * 64;
m_vBack = self.pev.origin - forward + up;
te_breakmodel(center, self.pev.maxs - mins, Vector(0,0,0), 4, g_materials[mat].gibs, 8, 0, g_materials[mat].gibsnd);
g_EntityFuncs.CreateExplosion(m_vBack, Vector(0,0,0), self.edict(), 120, false);
g_EntityFuncs.Remove(self);
}
else if (flDamage > 0)
{
float dmgVolume = 0.8f;
string sound = g_materials[mat].hitSounds[ Math.RandomLong(0, g_materials[mat].hitSounds.length()-1) ];
g_SoundSystem.PlaySound(self.edict(), CHAN_ITEM, sound, dmgVolume, 0.4f, 0, Math.RandomLong(90, 110));
}
return 0;
}
void Restart()
{
//g_Game.AlertMessage(at_console, "M_speed = %1\n", m_speed);
self.pev.speed = 0;
self.pev.velocity = g_vecZero;
self.pev.avelocity = g_vecZero;
self.pev.impulse = int(m_speed);
m_flTurnStartTime = -1;
m_flUpdateSound = -1;
m_dir = 1;
@m_pDriver = null;
if( string( self.pev.target ).IsEmpty() )
g_Game.AlertMessage(at_console, "Vehicle with no target\n");
g_EntityFuncs.SetOrigin(self, self.pev.oldorigin);
NextThink(self.pev.ltime + 0.1, false);
SetThink(ThinkFunction(this.Find));
}
void Precache()
{
if (m_flVolume == 0)
m_flVolume = 1;
switch (m_sounds)
{
case 1: g_SoundSystem.PrecacheSound("plats/vehicle1.wav"); self.pev.noise = "plats/vehicle1.wav"; break;
case 2: g_SoundSystem.PrecacheSound("plats/vehicle2.wav"); self.pev.noise = "plats/vehicle2.wav"; break;
case 3: g_SoundSystem.PrecacheSound("plats/vehicle3.wav"); self.pev.noise = "plats/vehicle3.wav"; break;
case 4: g_SoundSystem.PrecacheSound("plats/vehicle4.wav"); self.pev.noise = "plats/vehicle4.wav"; break;
case 5: g_SoundSystem.PrecacheSound("plats/vehicle6.wav"); self.pev.noise = "plats/vehicle6.wav"; break;
case 6: g_SoundSystem.PrecacheSound("plats/vehicle7.wav"); self.pev.noise = "plats/vehicle7.wav"; break;
}
g_SoundSystem.PrecacheSound("plats/vehicle_brake1.wav");
g_SoundSystem.PrecacheSound("plats/vehicle_start1.wav");
g_SoundSystem.PrecacheSound( "plats/vehicle_ignition.wav" );
}
void Use(CBaseEntity@ pActivator, CBaseEntity@ pCaller, USE_TYPE useType, float value)
{
float delta = value;
if (useType != USE_SET)
{
if( !self.ShouldToggle( useType, self.pev.speed != 0 ))
return;
if (self.pev.speed == 0)
{
self.pev.speed = m_speed * m_dir;
Next();
}
else
{
self.pev.speed = 0;
self.pev.velocity = g_vecZero;
self.pev.avelocity = g_vecZero;
StopSound();
SetThink(null);
}
}
if (delta < 10)
{
if (delta < 0 && self.pev.speed > 145)
StopSound();
if (delta > 0 and g_Engine.time - lastSpray > 0.05f)
{
lastSpray = g_Engine.time;
te_spritespray(m_vBack + Vector(0,0,16) - g_Engine.v_forward*64, Vector(0,0,1), "sprites/wep_smoke_01.spr", 1, 64, 32);
}
float flSpeedRatio = delta;
if (delta > 0)
{
flSpeedRatio = self.pev.speed / m_speed;
if (self.pev.speed < 0)
flSpeedRatio = m_acceleration * 0.0005 + flSpeedRatio + VEHICLE_SPEED0_ACCELERATION;
else if (self.pev.speed < 10)
flSpeedRatio = m_acceleration * 0.0006 + flSpeedRatio + VEHICLE_SPEED1_ACCELERATION;
else if (self.pev.speed < 20)
flSpeedRatio = m_acceleration * 0.0007 + flSpeedRatio + VEHICLE_SPEED2_ACCELERATION;
else if (self.pev.speed < 30)
flSpeedRatio = m_acceleration * 0.0007 + flSpeedRatio + VEHICLE_SPEED3_ACCELERATION;
else if (self.pev.speed < 45)
flSpeedRatio = m_acceleration * 0.0007 + flSpeedRatio + VEHICLE_SPEED4_ACCELERATION;
else if (self.pev.speed < 60)
flSpeedRatio = m_acceleration * 0.0008 + flSpeedRatio + VEHICLE_SPEED5_ACCELERATION;
else if (self.pev.speed < 80)
flSpeedRatio = m_acceleration * 0.0008 + flSpeedRatio + VEHICLE_SPEED6_ACCELERATION;
else if (self.pev.speed < 100)
flSpeedRatio = m_acceleration * 0.0009 + flSpeedRatio + VEHICLE_SPEED7_ACCELERATION;
else if (self.pev.speed < 150)
flSpeedRatio = m_acceleration * 0.0008 + flSpeedRatio + VEHICLE_SPEED8_ACCELERATION;
else if (self.pev.speed < 225)
flSpeedRatio = m_acceleration * 0.0007 + flSpeedRatio + VEHICLE_SPEED9_ACCELERATION;
else if (self.pev.speed < 300)
flSpeedRatio = m_acceleration * 0.0006 + flSpeedRatio + VEHICLE_SPEED10_ACCELERATION;
else if (self.pev.speed < 400)
flSpeedRatio = m_acceleration * 0.0005 + flSpeedRatio + VEHICLE_SPEED11_ACCELERATION;
else if (self.pev.speed < 550)
flSpeedRatio = m_acceleration * 0.0005 + flSpeedRatio + VEHICLE_SPEED12_ACCELERATION;
else if (self.pev.speed < 800)
flSpeedRatio = m_acceleration * 0.0005 + flSpeedRatio + VEHICLE_SPEED13_ACCELERATION;
else
flSpeedRatio = m_acceleration * 0.0005 + flSpeedRatio + VEHICLE_SPEED14_ACCELERATION;
}
else if (delta < 0)
{
flSpeedRatio = self.pev.speed / m_speed;
if (flSpeedRatio > 0)
flSpeedRatio -= 0.0125;
else if (flSpeedRatio <= 0 && flSpeedRatio > -0.05)
flSpeedRatio -= 0.0075;
else if (flSpeedRatio <= 0.05 && flSpeedRatio > -0.1)
flSpeedRatio -= 0.01;
else if (flSpeedRatio <= 0.15 && flSpeedRatio > -0.15)
flSpeedRatio -= 0.0125;
else if (flSpeedRatio <= 0.15 && flSpeedRatio > -0.22)
flSpeedRatio -= 0.01375;
else if (flSpeedRatio <= 0.22 && flSpeedRatio > -0.3)
flSpeedRatio -= - 0.0175;
else if (flSpeedRatio <= 0.3)
flSpeedRatio -= 0.0125;
}
if (flSpeedRatio > 1)
flSpeedRatio = 1;
else if (flSpeedRatio < -0.35)
flSpeedRatio = -0.35;
self.pev.speed = m_speed * flSpeedRatio;
Next();
m_flAcceleratorDecay = g_Engine.time + 0.25;
}
else
{
if (g_Engine.time > m_flCanTurnNow)
{
if (delta == 20)
{
m_iTurnAngle++;
m_flSteeringWheelDecay = g_Engine.time + 0.2;
if (m_iTurnAngle > 8)
m_iTurnAngle = 8;
}
else if (delta == 30)
{
m_iTurnAngle--;
m_flSteeringWheelDecay = g_Engine.time + 0.2;
if (m_iTurnAngle < -8)
m_iTurnAngle = -8;
}
m_flCanTurnNow = g_Engine.time + 0.05;
}
}
}
int ObjectCaps() { return (BaseClass.ObjectCaps() & ~FCAP_ACROSS_TRANSITION) | FCAP_DIRECTIONAL_USE; }
void OverrideReset()
{
NextThink(self.pev.ltime + 0.1, false);
SetThink(ThinkFunction(this.NearestPath));
}
void CheckTurning()
{
TraceResult tr;
Vector vecStart, vecEnd;
if (m_iTurnAngle < 0)
{
if (self.pev.speed > 0)
{
vecStart = m_vFrontLeft;
vecEnd = vecStart - g_Engine.v_right * 16;
}
else if (self.pev.speed < 0)
{
vecStart = m_vBackLeft;
vecEnd = vecStart + g_Engine.v_right * 16;
}
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction != 1)
m_iTurnAngle = 1;
}
else if (m_iTurnAngle > 0)
{
if (self.pev.speed > 0)
{
vecStart = m_vFrontRight;
vecEnd = vecStart + g_Engine.v_right * 16;
}
else if (self.pev.speed < 0)
{
vecStart = m_vBackRight;
vecEnd = vecStart - g_Engine.v_right * 16;
}
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction != 1)
m_iTurnAngle = -1;
}
if (self.pev.speed <= 0)
return;
float speed;
int turning = int(abs(m_iTurnAngle));
if (turning > 4)
{
if (m_flTurnStartTime != -1)
{
float time = g_Engine.time - m_flTurnStartTime;
if (time >= 0)
speed = m_speed * 0.98;
else if (time > 0.3)
speed = m_speed * 0.95;
else if (time > 0.6)
speed = m_speed * 0.9;
else if (time > 0.8)
speed = m_speed * 0.8;
else if (time > 1)
speed = m_speed * 0.7;
else if (time > 1.2)
speed = m_speed * 0.5;
else
speed = time;
}
else
{
m_flTurnStartTime = g_Engine.time;
speed = m_speed;
}
}
else
{
m_flTurnStartTime = -1;
if (turning > 2)
speed = m_speed * 0.9;
else
speed = m_speed;
}
if (speed < self.pev.speed)
self.pev.speed -= m_speed * 0.1;
}
bool ImpactDamage(CBaseEntity@ other, float speed, Vector forward)
{
float damage = (abs(speed)*0.05f);
if (other is null or damage < 10)
return false;
damage = other.pev.takedamage == DAMAGE_YES ? Math.min(other.pev.health, damage) : damage;
other.TakeDamage(pev, pev, damage*2, DMG_CRUSH);
TakeDamage(pev, pev, damage, DMG_CRUSH);
//println("DAMAGE " + damage);
bool destroyedObject = other.pev.health <= 0 and other.pev.takedamage == DAMAGE_YES;
// launch the player
if (speed > 512 and m_pDriver !is null and !destroyedObject) {
m_pDriver.TakeDamage(pev, pev, 0, DMG_LAUNCH);
m_pDriver.pev.velocity = m_pDriver.pev.velocity + forward*-speed;
}
return destroyedObject;
}
void CollisionDetection()
{
TraceResult tr;
Vector vecStart, vecEnd;
float flDot;
Vector forward = g_Engine.v_forward;
forward.z = 0;
forward = forward.Normalize();
if (self.pev.speed < 0)
{
vecStart = m_vBackLeft;
vecEnd = vecStart + (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction != 1)
{
flDot = DotProduct(forward, tr.vecPlaneNormal * -1);
if (flDot < 0.7 && tr.vecPlaneNormal.z < 0.1)
{
m_vSurfaceNormal = tr.vecPlaneNormal;
m_vSurfaceNormal.z = 0;
self.pev.speed *= 0.99;
}
else if (tr.vecPlaneNormal.z < 0.65 || tr.fStartSolid != 0)
{
CBaseEntity@ other = g_EntityFuncs.Instance( tr.pHit );
if (!ImpactDamage(other, self.pev.speed, forward))
self.pev.speed *= -0.1;
}
else
m_vSurfaceNormal = tr.vecPlaneNormal;
/*
CBaseEntity@ pHit = g_EntityFuncs.Instance(tr.pHit);
if (pHit !is null && pHit.Classify() == CLASS_VEHICLE)
ALERT(at_console, "I hit another vehicle\n");
*/
}
vecStart = m_vBackRight;
vecEnd = vecStart + (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction == 1)
{
vecStart = m_vBack;
vecEnd = vecStart + (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction == 1)
return;
}
CBaseEntity@ other = g_EntityFuncs.Instance( tr.pHit );
if (!ImpactDamage(other, self.pev.speed, forward))
self.pev.speed *= -0.1f;
}
else if (self.pev.speed > 0)
{
vecStart = m_vFrontRight;
vecEnd = vecStart - (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, dont_ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction == 1)
{
vecStart = m_vFrontLeft;
vecEnd = vecStart - (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction == 1)
{
vecStart = m_vFront;
vecEnd = vecStart - (forward * 16);
g_Utility.TraceHull(vecStart, vecEnd, ignore_monsters, head_hull, self.edict(), tr);
if (tr.flFraction == 1)
return;
}
}
CBaseEntity@ other = g_EntityFuncs.Instance( tr.pHit );
if (!ImpactDamage(other, self.pev.speed, forward))
self.pev.speed *= -0.1f;
}
}
void TerrainFollowing()
{
TraceResult tr;
g_Utility.TraceLine(self.pev.origin, self.pev.origin + Vector(0, 0, (m_height + 48) * -1), ignore_monsters, dont_ignore_glass, self.edict(), tr);
if (tr.flFraction != 1)
m_vSurfaceNormal = tr.vecPlaneNormal;
else if( tr.fInWater != 0 or tr.vecEndPos.z < -2048 )
m_vSurfaceNormal = Vector(0, 0, 1);
}
void Next()
{
Vector vGravityVector = g_vecZero;
Math.MakeVectors(self.pev.angles);
Vector forward = (g_Engine.v_forward * -1) * (m_length * 0.5);
Vector right = (g_Engine.v_right * -1) * (m_width * 0.5);
Vector up = g_Engine.v_up * 16;
m_vFrontRight = self.pev.origin + forward - right + up;
m_vFrontLeft = self.pev.origin + forward + right + up;
m_vFront = self.pev.origin + forward + up;
m_vBackLeft = self.pev.origin - forward - right + up;
m_vBackRight = self.pev.origin - forward + right + up;
m_vBack = self.pev.origin - forward + up;
m_vSurfaceNormal = g_vecZero;
// boat rotates a lot but doesn't climb anything so collision should be flat
m_vFrontRight.z -= (self.pev.origin.z - ocean_z);
m_vFrontLeft.z -= (self.pev.origin.z - ocean_z);
m_vFront.z -= (self.pev.origin.z - ocean_z);
m_vBackLeft.z -= (self.pev.origin.z - ocean_z);
m_vBackRight.z -= (self.pev.origin.z - ocean_z);
m_vBack.z -= (self.pev.origin.z - ocean_z);
m_vFront.z -= 24;
m_vBack.z -= 24;
if (g_EngineFuncs.PointContents(self.pev.origin + controlsCenterOffset) == CONTENTS_SOLID)
TakeDamage(pev, pev, 0.2, DMG_GENERIC);
CheckTurning();
if (g_Engine.time > m_flSteeringWheelDecay)
{
m_flSteeringWheelDecay = g_Engine.time + 0.1;
if (m_iTurnAngle < 0)
m_iTurnAngle++;
else if (m_iTurnAngle > 0)
m_iTurnAngle--;
}
if (g_Engine.time > m_flAcceleratorDecay and m_flLaunchTime == -1)
{
if (self.pev.speed < 0)
{
self.pev.speed *= 0.98f;
if (self.pev.speed > -16)
self.pev.speed = 0;
}
else if (self.pev.speed > 0)
{
self.pev.speed *= 0.98f;
if (self.pev.speed < 16)
self.pev.speed = 0;
}
}
//Moved here to make sure sounds are always handled correctly
if (g_Engine.time > m_flUpdateSound)
{
UpdateSound();
m_flUpdateSound = g_Engine.time + 0.2;
}
if (self.pev.speed == 0)
{
m_iTurnAngle = 0;
self.pev.avelocity = g_vecZero;
self.pev.velocity = g_vecZero;
SetThink(ThinkFunction(this.Next));
NextThink(self.pev.ltime + 0.1, true);
return;
}
//TerrainFollowing();
CollisionDetection();
m_vSurfaceNormal = Vector(0,0,1);
if (m_vSurfaceNormal == g_vecZero)
{
if (m_flLaunchTime != -1)
{
vGravityVector = Vector(0, 0, 0);
vGravityVector.z = (g_Engine.time - m_flLaunchTime) * -35;
if (vGravityVector.z < -400)
vGravityVector.z = -400;
}
else
{
m_flLaunchTime = g_Engine.time;
vGravityVector = Vector(0, 0, 0);
self.pev.velocity = self.pev.velocity * 1.5;
}
m_vVehicleDirection = g_Engine.v_forward * -1;
}
else
{
m_vVehicleDirection = CrossProduct(m_vSurfaceNormal, g_Engine.v_forward);
m_vVehicleDirection = CrossProduct(m_vSurfaceNormal, m_vVehicleDirection);
Vector angles = Math.VecToAngles(m_vVehicleDirection);
angles.y += 180;
float planing_speed = m_speed * 0.35f;
float accel_angle = 10;
float planing_angle = 5;
if (self.pev.speed > 0)
{
if (self.pev.speed < planing_speed)
angles.x += (self.pev.speed/planing_speed)*accel_angle;
else if (self.pev.speed < planing_speed*2.0f)
{
float t = (planing_speed - (self.pev.speed-planing_speed))/planing_speed;
angles.x += accel_angle - (1.0f-t)*planing_angle;
}
else if (self.pev.speed > 0)
angles.x += planing_angle;
angles.x += abs(m_iTurnAngle)*planing_angle*0.1f;
}
if (m_iTurnAngle != 0)
{
angles.y += m_iTurnAngle;
angles.z += m_iTurnAngle*(self.pev.speed > 0 ? m_flBank : -m_flBank);
}
angles = FixupAngles(angles);
self.pev.angles = FixupAngles(self.pev.angles);
float vx = Math.AngleDistance(angles.x, self.pev.angles.x);
float vy = Math.AngleDistance(angles.y, self.pev.angles.y);
float vz = Math.AngleDistance(angles.z, self.pev.angles.z);
if (vx > 10)
vx = 10;
else if (vx < -10)
vx = -10;
if (vy > 10)
vy = 10;
else if (vy < -10)
vy = -10;
if (vz > 10)
vz = 10;
else if (vz < -10)
vz = -10;
self.pev.avelocity.y = int(vy * 10);
self.pev.avelocity.x = int(vx * 10);
self.pev.avelocity.z = int(vz * 10);
m_flLaunchTime = -1;
m_flLastNormalZ = m_vSurfaceNormal.z;
}
Math.VecToAngles(m_vVehicleDirection);
/*
if (g_Engine.time > m_flUpdateSound)
{
UpdateSound();
m_flUpdateSound = g_Engine.time + 1;
}
*/
if (m_vSurfaceNormal == g_vecZero)
self.pev.velocity = self.pev.velocity + vGravityVector;
else
self.pev.velocity = m_vVehicleDirection.Normalize() * self.pev.speed;
float twist = self.pev.angles.z > 180 ? self.pev.angles.z - 360 : self.pev.angles.z;
float targetZ = ocean_z + abs(self.pev.angles.x)*2 + abs(twist)*0.5f;
self.pev.velocity.z = (targetZ - self.pev.origin.z)*8;
if (self.pev.velocity.z > 64.0f)
self.pev.velocity.z = 64;
else if (self.pev.velocity.z < -64.0f)
self.pev.velocity.z = -64;
else if (abs(targetZ - self.pev.origin.z) < 4.0f)
self.pev.velocity.z = 0;
SetThink(ThinkFunction(this.Next));
NextThink(self.pev.ltime + 0.1, true);
}
void Find()
{
@m_ppath = cast<CPathTrack@>( g_EntityFuncs.FindEntityByTargetname( null, self.pev.target ) );
if (m_ppath is null)
return;
entvars_t@ pevTarget = m_ppath.pev;
if (!pevTarget.ClassNameIs( "path_track" ))
{
g_Game.AlertMessage(at_error, "func_vehicle_custom must be on a path of path_track\n");
@m_ppath = null;
return;
}
Vector nextPos = pevTarget.origin;
nextPos.z += m_height;
Vector look = nextPos;
look.z -= m_height;
m_ppath.LookAhead(look, look, m_length, true);
look.z += m_height;
self.pev.angles = Math.VecToAngles(look - nextPos);
self.pev.angles.y += 180;
/*
if (self.pev.spawnflags & SF_TRACKTRAIN_NOPITCH)
self.pev.angles.x = 0;
*/
g_EntityFuncs.SetOrigin(self, nextPos);
NextThink(self.pev.ltime + 0.1, false);
SetThink(ThinkFunction(this.Next));
self.pev.speed = m_startSpeed;
UpdateSound();
}
void NearestPath()
{
CBaseEntity@ pTrack = null;
CBaseEntity@ pNearest = null;
float dist = 0.0f;
float closest = 1024;
while ((@pTrack = @g_EntityFuncs.FindEntityInSphere(pTrack, self.pev.origin, 1024)) !is null)
{
if ((pTrack.pev.flags & (FL_CLIENT | FL_MONSTER)) == 0 && pTrack.pev.ClassNameIs( "path_track" ))
{
dist = (self.pev.origin - pTrack.pev.origin).Length();
if (dist < closest)
{
closest = dist;
@pNearest = @pTrack;
}
}
}
if (pNearest is null)
{
g_Game.AlertMessage(at_console, "Can't find a nearby track !!!\n");
SetThink(null);
return;
}
g_Game.AlertMessage(at_aiconsole, "TRAIN: %1, Nearest track is %2\n", self.pev.targetname, pNearest.pev.targetname);
@pTrack = cast<CPathTrack@>(pNearest).GetNext();
if (pTrack !is null)
{
if ((self.pev.origin - pTrack.pev.origin).Length() < (self.pev.origin - pNearest.pev.origin).Length())
@pNearest = pTrack;
}
@m_ppath = cast<CPathTrack@>(pNearest);
if (self.pev.speed != 0)
{
NextThink(self.pev.ltime + 0.1, false);
SetThink(ThinkFunction(this.Next));
}
}
void SetTrack(CPathTrack@ track) { @m_ppath = @track.Nearest(self.pev.origin); }
void SetControls(entvars_t@ pevControls)
{
Vector offset = pevControls.origin - self.pev.oldorigin;
m_controlMins = pevControls.mins + offset;
m_controlMaxs = pevControls.maxs + offset;
controlsCenterOffset = (pevControls.absmin + (pevControls.absmax - pevControls.absmin)*0.5f) - pev.origin;
}
bool OnControls(entvars_t@ pevTest)
{
Vector offset = pevTest.origin - self.pev.origin;
/*
if (self.pev.spawnflags & SF_TRACKTRAIN_NOCONTROL)
return false;