//-----------------------------------------------------------------------------
// Bicycle
//
// Legend Studios S.L.
//
// Based in a resource from Lloyd [Bleeptech] Godsey
// http://www.garagegames.com/mg/forums/result.thread.php?qt=15645
// Thank you !!
//-----------------------------------------------------------------------------
// Load dts shapes and merge animations
exec("~/data/shapes/bici/bicycle.cs");
//-----------------------------------------------------------------------------
// Information extacted from the shape.
//
// Wheel Sequences
// spring# Wheel spring motion: time 0 = wheel fully extended,
// the hub must be displaced, but not directly animated
// as it will be rotated in code.
// Other Sequences
// steering Wheel steering: time 0 = full right, 0.5 = center
// breakLight Break light, time 0 = off, 1 = breaking
//
// Wheel Nodes
// hub# Wheel hub, the hub must be in it's upper position
// from which the springs are mounted.
//
// The steering and animation sequences are optional.
// The center of the shape acts as the center of mass for the car.
//-----------------------------------------------------------------------------
datablock AudioProfile(BiciEngineSound)
{
filename = "~/data/sound/bicycle01.wav";
description = AudioClosestLooping3d;
preload = true;
};
datablock ParticleData(TireParticle)
{
textureName = "~/data/shapes/bici/dustParticle";
dragCoefficient = 2.0;
gravityCoefficient = -0.1;
inheritedVelFactor = 0.1;
constantAcceleration = 0.0;
lifetimeMS = 1000;
lifetimeVarianceMS = 0;
colors[0] = "0.46 0.36 0.26 1.0";
colors[1] = "0.46 0.46 0.36 0.0";
sizes[0] = 0.050;
sizes[1] = 0.10;
};
datablock ParticleEmitterData(TireEmitter)
{
ejectionPeriodMS = 10;
periodVarianceMS = 0;
ejectionVelocity = 1;
velocityVariance = 1.0;
ejectionOffset = 0.0;
thetaMin = 5;
thetaMax = 20;
phiReferenceVel = 0;
phiVariance = 360;
overrideAdvance = false;
particles = "TireParticle";
};
//----------------------------------------------------------------------------
// Suspension is split to allow for using existing bikes or motorcycles as a pattern
datablock WheeledVehicleTire(FrontTire)
{
shapeFile = "~/data/shapes/bici/wheel.dts";
staticFriction = 0;
kineticFriction = 125;
// Spring that generates lateral tire forces
lateralForce = 2000;
lateralDamping = 1500;
lateralRelaxation = 0.1;
// Spring that generates longitudinal tire forces
longitudinalForce = 20000;
longitudinalDamping = 1500;
longitudinalRelaxation = 0.1;
};
datablock WheeledVehicleSpring(FrontSpring)
{
// Wheel suspension properties
length = 0.028; // Suspension travel 0.06
force = 41750; // Spring force 1200 13750 21750
damping = 0; // Spring damping 600
antiSwayForce = 10000; // Lateral anti-sway force 13000
};
//----------------------------------------------------------------------------
datablock WheeledVehicleTire(BackTire)
{
shapeFile = "~/data/shapes/bici/wheel.dts";
staticFriction = 40;
kineticFriction = 125;
// Spring that generates lateral tire forces
lateralForce = 2000;
lateralDamping = 1500;
lateralRelaxation = 0.1;
// Spring that generates longitudinal tire forces
longitudinalForce = 20000;
longitudinalDamping = 1500;
longitudinalRelaxation = 0.1;
};
datablock WheeledVehicleSpring(BackSpring)
{
// Wheel suspension properties
length = 0.038; // Suspension travel 0.099
force = 28000; // Spring force 800 900
damping = 150; // Spring damping 600 400
antiSwayForce = 10000; // Lateral anti-sway force 13000
};
//----------------------------------------------------------------------------
datablock WheeledVehicleData(Bicycle)
{
category = "Vehicles";
shapeFile = "~/data/shapes/bici/bicycle.dts";
emap = false;
maxDamage = 1.0;
destroyedLevel = 0.5;
maxSteeringAngle = 0.796; // Maximum steering angle, should match animation 0.7854
tireEmitter = TireEmitter; // All the tires use the same dust emitter
cameraRoll = false; // Roll the camera with the vehicle
cameraMaxDist = 6; // Far distance from vehicle
cameraOffset = 1.5; // Vertical offset from camera mount point
cameraLag = 0.1; // Velocity lag of camera
cameraDecay = 0.75; // Decay per sec. rate of velocity lag
// Rigid Body
mass = 105; // mass * what = kilos?
massCenter = "0 0 0"; // Center of mass for rigid body
// Width/Length/Height for this model
massBox = "11 10 1"; // Size of box used for moment of inertia,
// if zero it defaults to object bounding box
downForce = 1.5;
steeringSequenceWheels = 1; //number of wheels that are affected by the steering animation
drag = 0.8; // Drag coefficient
bodyFriction = 1.9;
bodyRestitution = 0.9;
//------------------------------------------------------------------------
// The following lines were yoinked from the Tribes 2 MPB script
// and appear to work after upping the values.
// Do these names actually mean anything to the Torque engine?
gyroForce = 900;
gyroDamping = 9;
stabilizerForce = 100;
//------------------------------------------------------------------------
minImpactSpeed = 5; // Impacts over this invoke the script callback
softImpactSpeed = 5; // Play SoftImpact Sound
hardImpactSpeed = 15; // Play HardImpact Sound
integration = 4; // Physics integration: TickSec/Rate
collisionTol = 0.1; // Collision distance tolerance
contactTol = 0.1; // Contact velocity tolerance
// Engine
engineTorque = 425; // Engine power 300
engineBrake = 50; // Braking when throttle is 0 900
brakeTorque = 700; // When brakes are applied
maxWheelSpeed = 18; // Engine scale by current speed / max speed
// Energy
maxEnergy = 10000;
jetForce = 3000;
minJetEnergy = 30;
jetEnergyDrain = 2;
// Mount information
maxMountSpeed = 0.1;
mountDelay = 2;
dismountDelay = 1;
stationaryThreshold = 0.5;
maxDismountSpeed = 0.1;
numMountPoints = 1;
mountable = true;
mountPose[0] = "scoutroot";
mountPointTransform[0] = "0 0 0 0 0 1 0";
isProtectedMountPoint[0] = false;
};
//-----------------------------------------------------------------------------
function WheeledVehicleData::create(%block)
{
%obj = new WheeledVehicle() {
dataBlock = %block;
};
return(%obj);
}
//-----------------------------------------------------------------------------
function WheeledVehicleData::onAdd(%this, %obj)
{
%obj.setWheelTire(0,FrontTire);
%obj.setWheelSpring(0,FrontSpring);
%obj.setWheelTire(1,BackTire);
%obj.setWheelSpring(1,BackSpring);
%obj.setWheelSteering(0,1);
%obj.setWheelSteering(1,0);
%obj.setWheelPowered(0,false);
%obj.setWheelPowered(1,true);
}
function WheeledVehicleData::onCollision(%this,%obj,%col,%vec,%speed)
{
// Collision with other objects, including items
//MessageBoxOk("OK");
}
(
geocities.com/es)