public void addHitSpots(SLaser laser)
{
var newHitSpot = new HitSpotData(laser, (ushort)(_nextEffectorMask + 1), _nextEffectorMask);
_nextEffectorMask += 2;
if (_nextEffectorMask == 0) // 0 is reserved for the global smoke dimmer
{
_nextEffectorMask = 2;
}
_hitSpots.Add(laser, newHitSpot);
foreach (var emitter in newHitSpot.emitters())
{
base.addEmitter(emitter);
}
foreach (var effector in newHitSpot.effectors())
{
base.addEffector(effector);
}
// update global smoke smoke effectors with particle lifetime
float newFlameSmokeDuration = laser.parameters.flameSmokeLifetime;
_globalSmokeDimmerEffector.particleLifetime = newFlameSmokeDuration;
_globalSmokeScaleEffector.particleLifetime = newFlameSmokeDuration;
}
public SLaserBeamMiddleObject(SLaser laser,
int beamId,
SSScene cameraScene,
SSTexture middleBackgroundTexture,
SSTexture middleOverlayTexture,
SSTexture inteferenceTexture)
{
this._laser = laser;
this._beamId = beamId;
this._cameraScene = cameraScene;
this.renderState.castsShadow = false;
this.renderState.receivesShadows = false;
this.renderState.depthTest = true;
this.renderState.depthWrite = false;
this.renderState.alphaBlendingOn = true;
//this.renderState.alphaBlendingOn = false;
renderState.blendFactorSrcRGB = renderState.blendFactorSrcAlpha = BlendingFactorSrc.SrcAlpha;
renderState.blendFactorDestRGB = renderState.blendFactorDestAlpha = BlendingFactorDest.One;
// reset all mat colors. emission will be controlled during rendering
this.colorMaterial = new SSColorMaterial(Color4Helper.Zero);
this.middleBackgroundSprite = middleBackgroundTexture;
this.middleOverlayTexture = middleOverlayTexture;
this.interferenceTexture = inteferenceTexture;
// initialize non-changing vertex data
_initMiddleMesh();
_initInterferenceVertices();
// force an update to make sure we are not rendering (very noticable) bogus
Update(0f);
}
public SLaser addLaser(SLaserParameters laserParams,
SSObject srcObject, SSObject dstObject)
{
if (_2dEffectRenderer.textureMaterial == null) {
_2dEffectRenderer.textureMaterial = new SSTextureMaterial (laserParams.emissionSpritesTexture);
}
var newLaser = new SLaser (laserParams);
//newLaser.intensityEnvelope.sustainDuration = sustainDuration;
newLaser.sourceObject = srcObject;
newLaser.targetObject = dstObject;
var newLaserRuntime = new LaserRuntimeInfo (newLaser, _beamScene3d, _occDiskScene, _2dEffectRenderer);
_laserRuntimes.Add (newLaserRuntime);
if (laserParams.doLaserBurn) {
_laserBurnParticles.particleSystem.addHitSpots(newLaser);
}
// debug hacks
//newLaser.sourceObject = newLaserRuntime.beamRuntimes[0].emissionBillboard;
//newLaser.sourceTxfm = Matrix4.Identity;
return newLaser;
}
public SLaserBeam(SLaser laser, int beamId)
{
_laser = laser;
_beamId = beamId;
// make periodic beam effects slightly out of sync with each other
_periodicTOffset = (float)_random.NextDouble() * 10f;
}
public SLaserBeam(SLaser laser, int beamId)
{
_laser = laser;
_beamId = beamId;
// make periodic beam effects slightly out of sync with each other
_periodicTOffset = (float)_random.NextDouble() * 10f;
}
public void updateHitSpotVelocity(SLaser laser, Vector3 velocity)
{
var hitSpot = _hitSpots [laser];
foreach (var emitter in hitSpot.emitters())
{
emitter.velocity = velocity;
}
}
public BeamRuntimeInfo(SLaser laser, int beamId,
SSScene beamScene, SSScene occDiskScene,
SSInstancedSpriteRenderer sprite2dRenderer)
{
_laser = laser;
_beamId = beamId;
_beamScene = beamScene;
_occDiskScene = occDiskScene;
_sprite2dRenderer = sprite2dRenderer;
}
public SLaserScreenHitFlareUpdater(
SLaser laser, int beamId,
SSScene camera3dScene,
RectangleF[] rects = null,
float[] scales = null
)
{
_rects = rects ?? _defaultRects;
_masterScales = scales ?? _defaultMasterScales;
this._laser = laser;
this._beamId = beamId;
}
public SLaserScreenHitFlareUpdater(
SLaser laser, int beamId,
SSScene camera3dScene,
RectangleF[] rects = null,
float[] scales = null
)
{
_rects = rects ?? _defaultRects;
_masterScales = scales ?? _defaultMasterScales;
this._laser = laser;
this._beamId = beamId;
}
public LaserRuntimeInfo(SLaser laser, SSScene beamScene, SSScene occDiskScene,
SSInstancedSpriteRenderer sprite2dRenderer)
{
_laser = laser;
var numBeams = laser.parameters.numBeams;
_beams = new BeamRuntimeInfo[numBeams];
for (int i = 0; i < numBeams; ++i)
{
_beams[i] = new BeamRuntimeInfo(laser, i, beamScene, occDiskScene, sprite2dRenderer);
}
}
public void removeHitSpots(SLaser laser)
{
var hitSpot = _hitSpots [laser];
foreach (var emitter in hitSpot.emitters())
{
base.removeEmitter(emitter);
}
foreach (var effector in hitSpot.effectors())
{
base.removeEffector(effector);
}
_hitSpots.Remove(laser);
}
public SLaserEmissionFlareUpdater(
SLaser laser, int beamId,
/*SSObjectOcclusionQueuery occFlat,*/ SSObjectOcclusionQueuery occDisk,
RectangleF backgroundRect,
RectangleF overlayRect
)
{
this._laser = laser;
this._beamId = beamId;
//this._beamOccFlatObj = occFlat;
this._occDiskObj = occDisk;
this._backgroundRect = backgroundRect;
this._overlayRect = overlayRect;
}
public SLaserEmissionFlareUpdater(
SLaser laser, int beamId,
/*SSObjectOcclusionQueuery occFlat,*/ SSObjectOcclusionQueuery occDisk,
RectangleF backgroundRect,
RectangleF overlayRect
)
{
this._laser = laser;
this._beamId = beamId;
//this._beamOccFlatObj = occFlat;
this._occDiskObj = occDisk;
this._backgroundRect = backgroundRect;
this._overlayRect = overlayRect;
}
public SLaser addLaser(SLaserParameters laserParams,
SSObject srcObject, SSObject dstObject,
SLaser.TargetVelFunc targetVelFunc = null)
{
if (_2dEffectRenderer.textureMaterial == null)
{
_2dEffectRenderer.textureMaterial = new SSTextureMaterial(laserParams.emissionSpritesTexture());
}
var newLaser = new SLaser(laserParams, targetVelFunc);
newLaser.sourceObject = srcObject;
newLaser.targetObject = dstObject;
var newLaserRuntime = new LaserRuntimeInfo(newLaser, _beamScene3d, _occDiskScene, _2dEffectRenderer);
_laserRuntimes.Add(newLaserRuntime);
if (laserParams.doLaserBurn)
{
SLaserBurnParticlesObject burnRenderer;
bool ok = _laserBurnParticleRenderers.TryGetValue(dstObject, out burnRenderer);
if (!ok)
{
burnRenderer = new SLaserBurnParticlesObject(dstObject, _maxBurnParticlesPerObject, null);
burnRenderer.Name = "laser manager's laser burn particle system renderer";
burnRenderer.textureMaterial = new SSTextureMaterial(laserParams.laserBurnParticlesTexture());
//_laserBurnParticles.renderMode = SSInstancedMeshRenderer.RenderMode.GpuInstancing;
burnRenderer.simulateOnUpdate = false;
burnRenderer.simulateOnRender = true;
_beamScene3d.AddObject(burnRenderer);
_laserBurnParticleRenderers [dstObject] = burnRenderer;
}
burnRenderer.particleSystem.addHitSpots(newLaser);
}
// debug hacks
//newLaser.sourceObject = newLaserRuntime.beamRuntimes[0].emissionBillboard;
//newLaser.sourceTxfm = Matrix4.Identity;
return(newLaser);
}
public SLaser addLaser(SLaserParameters laserParams,
SSObject srcObject, SSObject dstObject,
SLaser.TargetVelFunc targetVelFunc = null)
{
if (_2dEffectRenderer.textureMaterial == null) {
_2dEffectRenderer.textureMaterial = new SSTextureMaterial (laserParams.emissionSpritesTexture());
}
var newLaser = new SLaser (laserParams, targetVelFunc);
newLaser.sourceObject = srcObject;
newLaser.targetObject = dstObject;
var newLaserRuntime = new LaserRuntimeInfo (newLaser, _beamScene3d, _occDiskScene, _2dEffectRenderer);
_laserRuntimes.Add (newLaserRuntime);
if (laserParams.doLaserBurn) {
SLaserBurnParticlesObject burnRenderer;
bool ok = _laserBurnParticleRenderers.TryGetValue(dstObject, out burnRenderer);
if (!ok) {
burnRenderer = new SLaserBurnParticlesObject (dstObject, _maxBurnParticlesPerObject, null);
burnRenderer.Name = "laser manager's laser burn particle system renderer";
burnRenderer.textureMaterial = new SSTextureMaterial(laserParams.laserBurnParticlesTexture());
//_laserBurnParticles.renderMode = SSInstancedMeshRenderer.RenderMode.GpuInstancing;
burnRenderer.simulateOnUpdate = false;
burnRenderer.simulateOnRender = true;
_beamScene3d.AddObject(burnRenderer);
_laserBurnParticleRenderers [dstObject] = burnRenderer;
}
burnRenderer.particleSystem.addHitSpots(newLaser);
}
// debug hacks
//newLaser.sourceObject = newLaserRuntime.beamRuntimes[0].emissionBillboard;
//newLaser.sourceTxfm = Matrix4.Identity;
return newLaser;
}
public SLaserBeamMiddleObject(SLaser laser,
int beamId,
SSScene cameraScene,
SSTexture middleBackgroundTexture,
SSTexture middleOverlayTexture,
SSTexture inteferenceTexture)
{
this._laser = laser;
this._beamId = beamId;
this._cameraScene = cameraScene;
this.renderState.castsShadow = false;
this.renderState.receivesShadows = false;
this.renderState.depthTest = true;
this.renderState.depthWrite = false;
this.renderState.alphaBlendingOn = true;
//this.renderState.alphaBlendingOn = false;
this.renderState.blendFactorSrc = BlendingFactorSrc.SrcAlpha;
this.renderState.blendFactorDest = BlendingFactorDest.One;
// reset all mat colors. emission will be controlled during rendering
this.AmbientMatColor = new Color4(0f, 0f, 0f, 0f);
this.DiffuseMatColor = new Color4(0f, 0f, 0f, 0f);
this.SpecularMatColor = new Color4(0f, 0f, 0f, 0f);
this.EmissionMatColor = new Color4(0f, 0f, 0f, 0f);
this.middleBackgroundSprite = middleBackgroundTexture;
this.middleOverlayTexture = middleOverlayTexture;
this.interferenceTexture = inteferenceTexture;
// initialize non-changing vertex data
_initMiddleMesh ();
_initInterferenceVertices ();
// force an update to make sure we are not rendering (very noticable) bogus
Update(0f);
}
public void removeHitSpots(SLaser laser)
{
var hitSpot = _hitSpots [laser];
foreach (var emitter in hitSpot.emitters()) {
base.removeEmitter(emitter);
}
foreach (var effector in hitSpot.effectors()) {
base.removeEffector(effector);
}
_hitSpots.Remove(laser);
}
public void removeLaser(SLaser laser)
{
int idx = _laserRuntimes.FindIndex(lrt => lrt.laser == laser);
_removeLaser(idx);
_laserBurnParticles.particleSystem.removeHitSpots(laser);
}
public void releaseLaser(SLaser laser)
{
laser.release();
}
public void removeLaser(SLaser laser)
{
int idx = _laserRuntimes.FindIndex(lrt => lrt.laser == laser);
_removeLaser(idx);
}
public BeamRuntimeInfo(SLaser laser, int beamId,
SSScene beamScene, SSScene occDiskScene,
SSInstancedSpriteRenderer sprite2dRenderer)
{
_laser = laser;
_beamId = beamId;
_beamScene = beamScene;
_occDiskScene = occDiskScene;
_sprite2dRenderer = sprite2dRenderer;
}
public void releaseLaser(SLaser laser)
{
laser.release();
}
public void removeLaser(SLaser laser)
{
int idx = _laserRuntimes.FindIndex(lrt => lrt.laser == laser);
_removeLaser(idx);
}
public LaserRuntimeInfo(SLaser laser, SSScene beamScene, SSScene occDiskScene,
SSInstancedSpriteRenderer sprite2dRenderer)
{
_laser = laser;
var numBeams = laser.parameters.numBeams;
_beams = new BeamRuntimeInfo[numBeams];
for (int i = 0; i < numBeams; ++i) {
_beams[i] = new BeamRuntimeInfo(laser, i, beamScene, occDiskScene, sprite2dRenderer);
}
}
public HitSpotData(SLaser laser, ushort flameEffectorMask, ushort flashEffectorMask)
{
_laser = laser;
int numBeams = _laser.parameters.numBeams;
// initialize emitters
_flashEmitters = new SSRadialEmitter[numBeams];
_smokeEmitters = new SSRadialEmitter[numBeams];
var laserParams = _laser.parameters;
for (int i = 0; i < numBeams; ++i) {
// hit spot flame/smoke
{
var newFlameSmokeEmitter = new SSRadialEmitter();
newFlameSmokeEmitter.effectorMask = flameEffectorMask;
newFlameSmokeEmitter.billboardXY = true;
newFlameSmokeEmitter.phiMin = (float)Math.PI/3f;
newFlameSmokeEmitter.phiMax = (float)Math.PI/2f;
newFlameSmokeEmitter.spriteRectangles = laserParams.flameSmokeSpriteRects;
newFlameSmokeEmitter.emissionInterval = 1f / laserParams.flameSmokeEmitFrequency;
newFlameSmokeEmitter.componentScaleMin = new Vector3(laserParams.flameSmokeScaleMin);
newFlameSmokeEmitter.componentScaleMax = new Vector3(laserParams.flameSmokeScaleMax);
newFlameSmokeEmitter.particlesPerEmission = 0; // init to 0 to not emit until updated
newFlameSmokeEmitter.life = laserParams.flameSmokeLifetime;
newFlameSmokeEmitter.velocityFromCenterMagnitudeMin = laserParams.spriteVelocityTowardsCameraMin;
newFlameSmokeEmitter.velocityFromCenterMagnitudeMax = laserParams.spriteVelocityTowardsCameraMax;
newFlameSmokeEmitter.thetaMin = 0f;
newFlameSmokeEmitter.thetaMax = (float)Math.PI * 2f;
newFlameSmokeEmitter.phiMin = (float)Math.PI/2f-0.1f;
newFlameSmokeEmitter.phiMax = (float)Math.PI/2f+0.1f;
_smokeEmitters[i] = newFlameSmokeEmitter;
}
// hit spot flash
{
var newFlashEmitter = new SSRadialEmitter();
newFlashEmitter.effectorMask = flashEffectorMask;
newFlashEmitter.billboardXY = true;
newFlashEmitter.spriteRectangles = laserParams.flashSpriteRects;
newFlashEmitter.emissionInterval = 1f / laserParams.flashEmitFrequency;
newFlashEmitter.masterScaleMin = laserParams.flashScaleMin;
newFlashEmitter.masterScaleMax = laserParams.flashScaleMax;
newFlashEmitter.particlesPerEmission = 0; // init to 0 to not emit until updated
newFlashEmitter.life = laserParams.flashLifetime;
//newFlashEmitter.colorPresets = Color4Helper.DebugPresets;
newFlashEmitter.velocityFromCenterMagnitudeMin = laserParams.spriteVelocityTowardsCameraMin;
newFlashEmitter.velocityFromCenterMagnitudeMax = laserParams.spriteVelocityTowardsCameraMax;
newFlashEmitter.thetaMin = 0f;
newFlashEmitter.thetaMax = (float)Math.PI * 2f;
newFlashEmitter.phiMin = (float)Math.PI/2f-0.1f;
newFlashEmitter.phiMax = (float)Math.PI/2f+0.1f;
_flashEmitters[i] = newFlashEmitter;
}
}
{
// laser-specific flame/smoke effector
_flamesSmokeColorEffector = new SSColorKeyframesEffector ();
_flamesSmokeColorEffector.effectorMask = flameEffectorMask;
_flamesSmokeColorEffector.preRemoveHook = _releaseSmokeParticle;
_flamesSmokeColorEffector.maskMatchFunction = SSParticleEffector.MatchFunction.Equals;
_flamesSmokeColorEffector.keyframes.Clear();
_flamesSmokeColorEffector.keyframes.Add(0f, new Color4 (1f, 1f, 1f, 1f));
_flamesSmokeColorEffector.keyframes.Add(0.4f, new Color4 (0f, 0f, 0f, 1f));
_flamesSmokeColorEffector.keyframes.Add(1f, new Color4 (0f, 0f, 0f, 0f));
_flamesSmokeColorEffector.particleLifetime = laserParams.flameSmokeLifetime;
}
{
// laser-specific flash effector
_flashColorEffector = new SSColorKeyframesEffector ();
_flashColorEffector.effectorMask = flashEffectorMask;
_flashColorEffector.preRemoveHook = _releaseFlashParticle;
_flashColorEffector.maskMatchFunction = SSParticleEffector.MatchFunction.Equals;
_flashColorEffector.keyframes.Clear();
_flashColorEffector.keyframes.Add(0f, new Color4 (1f, 1f, 1f, 0.5f));
_flashColorEffector.keyframes.Add(1f, new Color4 (1f, 1f, 1f, 0f));
_flashColorEffector.particleLifetime = laserParams.flashLifetime;
}
}
public void addHitSpots(SLaser laser)
{
var newHitSpot = new HitSpotData (laser, (ushort)(_nextEffectorMask + 1), _nextEffectorMask);
_nextEffectorMask += 2;
if (_nextEffectorMask == 0) { // 0 is reserved for the global smoke dimmer
_nextEffectorMask = 2;
}
_hitSpots.Add(laser, newHitSpot);
foreach (var emitter in newHitSpot.emitters()) {
base.addEmitter(emitter);
}
foreach (var effector in newHitSpot.effectors()) {
base.addEffector(effector);
}
// update global smoke smoke effectors with particle lifetime
float newFlameSmokeDuration = laser.parameters.flameSmokeLifetime;
_globalSmokeDimmerEffector.particleLifetime = newFlameSmokeDuration;
_globalSmokeScaleEffector.particleLifetime = newFlameSmokeDuration;
}
public HitSpotData(SLaser laser, ushort flameEffectorMask, ushort flashEffectorMask)
{
_laser = laser;
int numBeams = _laser.parameters.numBeams;
// initialize emitters
_flashEmitters = new SSRadialEmitter[numBeams];
_smokeEmitters = new SSRadialEmitter[numBeams];
var laserParams = _laser.parameters;
for (int i = 0; i < numBeams; ++i)
{
// hit spot flame/smoke
{
var newFlameSmokeEmitter = new SSRadialEmitter();
newFlameSmokeEmitter.effectorMask = flameEffectorMask;
newFlameSmokeEmitter.billboardXY = true;
newFlameSmokeEmitter.phiMin = (float)Math.PI / 3f;
newFlameSmokeEmitter.phiMax = (float)Math.PI / 2f;
newFlameSmokeEmitter.spriteRectangles = laserParams.flameSmokeSpriteRects;
newFlameSmokeEmitter.emissionInterval = 1f / laserParams.flameSmokeEmitFrequency;
newFlameSmokeEmitter.componentScaleMin = new Vector3(laserParams.flameSmokeScaleMin);
newFlameSmokeEmitter.componentScaleMax = new Vector3(laserParams.flameSmokeScaleMax);
newFlameSmokeEmitter.particlesPerEmission = 0; // init to 0 to not emit until updated
newFlameSmokeEmitter.life = laserParams.flameSmokeLifetime;
newFlameSmokeEmitter.velocityFromCenterMagnitudeMin = laserParams.spriteVelocityTowardsCameraMin;
newFlameSmokeEmitter.velocityFromCenterMagnitudeMax = laserParams.spriteVelocityTowardsCameraMax;
newFlameSmokeEmitter.thetaMin = 0f;
newFlameSmokeEmitter.thetaMax = (float)Math.PI * 2f;
newFlameSmokeEmitter.phiMin = (float)Math.PI / 2f - 0.1f;
newFlameSmokeEmitter.phiMax = (float)Math.PI / 2f + 0.1f;
_smokeEmitters[i] = newFlameSmokeEmitter;
}
// hit spot flash
{
var newFlashEmitter = new SSRadialEmitter();
newFlashEmitter.effectorMask = flashEffectorMask;
newFlashEmitter.billboardXY = true;
newFlashEmitter.spriteRectangles = laserParams.flashSpriteRects;
newFlashEmitter.emissionInterval = 1f / laserParams.flashEmitFrequency;
newFlashEmitter.masterScaleMin = laserParams.flashScaleMin;
newFlashEmitter.masterScaleMax = laserParams.flashScaleMax;
newFlashEmitter.particlesPerEmission = 0; // init to 0 to not emit until updated
newFlashEmitter.life = laserParams.flashLifetime;
//newFlashEmitter.colorPresets = Color4Helper.DebugPresets;
newFlashEmitter.velocityFromCenterMagnitudeMin = laserParams.spriteVelocityTowardsCameraMin;
newFlashEmitter.velocityFromCenterMagnitudeMax = laserParams.spriteVelocityTowardsCameraMax;
newFlashEmitter.thetaMin = 0f;
newFlashEmitter.thetaMax = (float)Math.PI * 2f;
newFlashEmitter.phiMin = (float)Math.PI / 2f - 0.1f;
newFlashEmitter.phiMax = (float)Math.PI / 2f + 0.1f;
_flashEmitters[i] = newFlashEmitter;
}
}
{
// laser-specific flame/smoke effector
_flamesSmokeColorEffector = new SSColorKeyframesEffector();
_flamesSmokeColorEffector.effectorMask = flameEffectorMask;
_flamesSmokeColorEffector.preRemoveHook = _releaseSmokeParticle;
_flamesSmokeColorEffector.maskMatchFunction = SSParticleEffector.MatchFunction.Equals;
_flamesSmokeColorEffector.keyframes.Clear();
_flamesSmokeColorEffector.keyframes.Add(0f, new Color4(1f, 1f, 1f, 1f));
_flamesSmokeColorEffector.keyframes.Add(0.4f, new Color4(0f, 0f, 0f, 1f));
_flamesSmokeColorEffector.keyframes.Add(1f, new Color4(0f, 0f, 0f, 0f));
_flamesSmokeColorEffector.particleLifetime = laserParams.flameSmokeLifetime;
}
{
// laser-specific flash effector
_flashColorEffector = new SSColorKeyframesEffector();
_flashColorEffector.effectorMask = flashEffectorMask;
_flashColorEffector.preRemoveHook = _releaseFlashParticle;
_flashColorEffector.maskMatchFunction = SSParticleEffector.MatchFunction.Equals;
_flashColorEffector.keyframes.Clear();
_flashColorEffector.keyframes.Add(0f, new Color4(1f, 1f, 1f, 0.5f));
_flashColorEffector.keyframes.Add(1f, new Color4(1f, 1f, 1f, 0f));
_flashColorEffector.particleLifetime = laserParams.flashLifetime;
}
}
public void updateHitSpotVelocity(SLaser laser, Vector3 velocity)
{
var hitSpot = _hitSpots [laser];
foreach (var emitter in hitSpot.emitters()) {
emitter.velocity = velocity;
}
}
