//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildCloudRing()
{
_cloudRing = new GameObject("CloudRing");
_cloudRingEmitter = (DetonatorBurstEmitter)_cloudRing.AddComponent("DetonatorBurstEmitter");
_cloudRing.transform.parent = transform;
_cloudRing.transform.localPosition = localPosition;
_cloudRingEmitter.material = cloudRingMaterial;
_cloudRingEmitter.useExplicitColorAnimation = true;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildShockwave()
{
_shockwave = new GameObject("Shockwave");
_shockwaveEmitter = (DetonatorBurstEmitter)_shockwave.AddComponent("DetonatorBurstEmitter");
_shockwave.transform.parent = this.transform;
_shockwave.transform.localPosition = localPosition;
_shockwaveEmitter.material = shockwaveMaterial;
_shockwaveEmitter.exponentialGrowth = false;
}
public void BuildFireShadow()
{
_fireShadow = new GameObject("FireShadow");
_fireShadowEmitter = (DetonatorBurstEmitter)_fireShadow.AddComponent<DetonatorBurstEmitter>();
_fireShadow.transform.parent = this.transform;
_fireShadow.transform.localRotation = Quaternion.identity;
_fireShadowEmitter.material = fireShadowMaterial;
_fireShadowEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_fireShadowEmitter.upwardsBias = MyDetonator().upwardsBias;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildGlow()
{
_glow = new GameObject("Glow");
_glowEmitter = (DetonatorBurstEmitter)_glow.AddComponent("DetonatorBurstEmitter");
_glow.transform.parent = this.transform;
_glow.transform.localPosition = localPosition;
_glowEmitter.material = glowMaterial;
_glowEmitter.exponentialGrowth = false;
_glowEmitter.useExplicitColorAnimation = true;
}
public void BuildFireballB()
{
_fireballB = new GameObject("FireballB");
_fireballBEmitter = (DetonatorBurstEmitter)_fireballB.AddComponent("DetonatorBurstEmitter");
_fireballB.transform.parent = this.transform;
_fireballB.transform.localRotation = Quaternion.identity;
_fireballBEmitter.material = fireballBMaterial;
_fireballBEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_fireballBEmitter.upwardsBias = MyDetonator().upwardsBias;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildCloudRing()
{
_cloudRing = new GameObject("CloudRing");
_cloudRingEmitter = (DetonatorBurstEmitter)_cloudRing.AddComponent<DetonatorBurstEmitter>();
_cloudRingEmitter.useWorldSpace = false;
_cloudRing.transform.parent = this.transform;
_cloudRing.transform.localPosition = localPosition;
_cloudRing.transform.localRotation = Quaternion.identity;
_cloudRingEmitter.material = cloudRingMaterial;
_cloudRingEmitter.useExplicitColorAnimation = true;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildShockwave()
{
_shockwave = new GameObject("Shockwave");
_shockwaveEmitter = (DetonatorBurstEmitter)_shockwave.AddComponent("DetonatorBurstEmitter");
_shockwave.transform.parent = this.transform;
_shockwave.transform.localRotation = Quaternion.identity;
_shockwave.transform.localPosition = localPosition;
_shockwaveEmitter.material = shockwaveMaterial;
_shockwaveEmitter.exponentialGrowth = false;
_shockwaveEmitter.useWorldSpace = MyDetonator().useWorldSpace;
}
public void BuildSmokeA()
{
_smokeA = new GameObject("SmokeA");
_smokeAEmitter = (DetonatorBurstEmitter)_smokeA.AddComponent <DetonatorBurstEmitter>();
_smokeA.transform.parent = this.transform;
_smokeA.transform.localPosition = localPosition;
_smokeA.transform.localRotation = Quaternion.identity;
_smokeAEmitter.material = smokeAMaterial;
_smokeAEmitter.exponentialGrowth = false;
_smokeAEmitter.sizeGrow = 0.095f;
_smokeAEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_smokeAEmitter.upwardsBias = MyDetonator().upwardsBias;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildGlow()
{
// _glow = new GameObject("Glow");
_glow = Instantiate(GameObject.Find("/ParticleHelper")) as GameObject;
_glow.name = "Glow";
_glowEmitter = (DetonatorBurstEmitter)_glow.AddComponent("DetonatorBurstEmitter");
_glow.transform.parent = this.transform;
_glow.transform.localPosition = localPosition;
_glowEmitter.material = glowMaterial;
_glowEmitter.exponentialGrowth = false;
_glowEmitter.useExplicitColorAnimation = true;
_glowEmitter.useWorldSpace = MyDetonator().useWorldSpace;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildSparks()
{
_sparks = new GameObject("Sparks");
_sparksEmitter = (DetonatorBurstEmitter)_sparks.AddComponent<DetonatorBurstEmitter>();
_sparks.transform.parent = this.transform;
_sparks.transform.localPosition = localPosition;
_sparks.transform.localRotation = Quaternion.identity;
_sparksEmitter.material = sparksMaterial;
_sparksEmitter.force = Physics.gravity / 3; //don't fall fast - these are sparks
_sparksEmitter.useExplicitColorAnimation = false;
_sparksEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_sparksEmitter.upwardsBias = MyDetonator().upwardsBias;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildShockwave()
{
_shockwave = new GameObject("Shockwave");
_shockwaveEmitter = (DetonatorBurstEmitter)_shockwave.AddComponent <DetonatorBurstEmitter>();
_shockwave.transform.parent = this.transform;
_shockwave.transform.localRotation = Quaternion.identity;
_shockwave.transform.localPosition = localPosition;
_shockwaveEmitter.material = shockwaveMaterial;
_shockwaveEmitter.isFlipbook = isFlipbook;
_shockwaveEmitter.gridSize = gridSize;
_shockwaveEmitter.exponentialGrowth = false;
_shockwaveEmitter.useWorldSpace = MyDetonator().useWorldSpace;
}
public void BuildSmokeA()
{
_smokeA = new GameObject("SmokeA");
_smokeAEmitter = (DetonatorBurstEmitter)_smokeA.AddComponent<DetonatorBurstEmitter>();
_smokeA.transform.parent = this.transform;
_smokeA.transform.localPosition = localPosition;
_smokeA.transform.localRotation = Quaternion.identity;
_smokeAEmitter.material = smokeAMaterial;
_smokeAEmitter.exponentialGrowth = false;
_smokeAEmitter.sizeGrow = 0.095f;
_smokeAEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_smokeAEmitter.upwardsBias = MyDetonator().upwardsBias;
}
public void BuildFireShadow()
{
// _fireShadow = new GameObject("FireShadow");
_fireShadow = Instantiate(GameObject.Find("/ParticleHelper")) as GameObject;
_fireShadow.name = "FireballA";
// _fireShadowEmitter = (DetonatorBurstEmitter)_fireShadow.AddComponent("DetonatorBurstEmitter");
_fireShadowEmitter = _fireShadow.AddComponent<DetonatorBurstEmitter>();
_fireShadow.transform.parent = this.transform;
_fireShadow.transform.localRotation = Quaternion.identity;
_fireShadowEmitter.material = fireShadowMaterial;
_fireShadowEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_fireShadowEmitter.upwardsBias = MyDetonator().upwardsBias;
}
//Build these to look correct at the stock Detonator size of 10m... then let the size parameter
//cascade through to the emitters and let them do the scaling work... keep these absolute.
public void BuildSparks()
{
_sparks = new GameObject("Sparks");
_sparksEmitter = (DetonatorBurstEmitter)_sparks.AddComponent <DetonatorBurstEmitter>();
_sparks.transform.parent = this.transform;
_sparks.transform.localPosition = localPosition;
_sparks.transform.localRotation = Quaternion.identity;
_sparksEmitter.material = sparksMaterial;
_sparksEmitter.force = Physics.gravity / 3; //don't fall fast - these are sparks
_sparksEmitter.useExplicitColorAnimation = false;
_sparksEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_sparksEmitter.upwardsBias = MyDetonator().upwardsBias;
}
public void BuildSmokeB()
{
_smokeB = new GameObject("SmokeB");
_smokeBEmitter = (DetonatorBurstEmitter)_smokeB.AddComponent <DetonatorBurstEmitter>();
_smokeB.transform.parent = this.transform;
_smokeB.transform.localPosition = localPosition;
_smokeB.transform.localRotation = Quaternion.identity;
_smokeBEmitter.material = smokeBMaterial;
_smokeBEmitter.isFlipbook = isBFlipbook;
_smokeBEmitter.gridSize = BGridSize;
_smokeBEmitter.exponentialGrowth = false;
_smokeBEmitter.sizeGrow = 0.095f;
_smokeBEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_smokeBEmitter.upwardsBias = MyDetonator().upwardsBias;
}
public void BuildSmokeB()
{
// _smokeB = new GameObject("SmokeB");
_smokeB = Instantiate(GameObject.Find("/ParticleHelper")) as GameObject;
_smokeB.name = "SmokeB";
// _smokeBEmitter = (DetonatorBurstEmitter)_smokeB.AddComponent("DetonatorBurstEmitter");
_smokeBEmitter = _smokeB.AddComponent<DetonatorBurstEmitter>();
_smokeB.transform.parent = this.transform;
_smokeB.transform.localPosition = localPosition;
_smokeB.transform.localRotation = Quaternion.identity;
_smokeBEmitter.material = smokeBMaterial;
_smokeBEmitter.exponentialGrowth = false;
_smokeBEmitter.sizeGrow = 0.095f;
_smokeBEmitter.useWorldSpace = MyDetonator().useWorldSpace;
_smokeBEmitter.upwardsBias = MyDetonator().upwardsBias;
}
using UnityEngine;
using System.Collections; [RequireComponent (typeof (Detonator))]
using UnityEngine;
[RequireComponent (typeof (Detonator))]
[AddComponentMenu("Detonator/Fireball")]
using UnityEngine;
