Gl_saver saver; //HACK this kinda complicates things as GL_saver depends on GlobalInfo and FlurryCluster init's GlobalInfo :P
#endregion Fields
#region Constructors
/*
* Note: the Flurry base code keeps everything in a global variable named
* info. We want to instance it, for multimon support (several separate
* Flurries), so we allocate several such structures, but to avoid changing
* the base code, we set info = current->globals before calling into it.
* Obviously, not thread safe.
*/
public FlurryCluster(FlurryClusterSpec spec)
{
saver=new Gl_saver();//HACK I dont know if this is correct to initilize GL_saver for every cluster ? Doesn't OpenGL go nutties a little bit?
saver.OTSetup();
oldFrameTime = saver.TimeInSecondsSinceStart();
flurryData = FlurryAlloc(spec);
// specialize
//flurryData.numStreams = spec.nStreams;
//flurryData.currentColorMode = (Types.ColorModes)spec.color;
//flurryData.streamExpansion = spec.thickness;
//flurryData.star.rotSpeed = spec.speed;
}
/*
* Note: the Flurry base code keeps everything in a global variable named
* info. We want to instance it, for multimon support (several separate
* Flurries), so we allocate several such structures, but to avoid changing
* the base code, we set info = current->globals before calling into it.
* Obviously, not thread safe.
*/
public FlurryCluster(FlurryClusterSpec spec)
{
saver = new Gl_saver(); //HACK I dont know if this is correct to initilize GL_saver for every cluster ? Doesn't OpenGL go nutties a little bit?
saver.OTSetup();
oldFrameTime = saver.TimeInSecondsSinceStart();
flurryData = FlurryAlloc(spec);
// specialize
//flurryData.numStreams = spec.nStreams;
//flurryData.currentColorMode = (Types.ColorModes)spec.color;
//flurryData.streamExpansion = spec.thickness;
//flurryData.star.rotSpeed = spec.speed;
}
FlurryCoreData FlurryAlloc(FlurryClusterSpec spec)
{
int i;
FlurryCoreData flurry = new FlurryCoreData();
flurry.flurryRandomSeed = Tools.RandFlt(0.0f, 300.0f);
flurry.numStreams = spec.nStreams;
flurry.currentColorMode = (Types.ColorModes)spec.color;
flurry.streamExpansion = spec.thickness;
//flurry.numStreams = 5;
//flurry.streamExpansion = 100;
//flurry.currentColorMode = Types.ColorModes.tiedyeColorMode;
for (i = 0; i < Types.MAXNUMPARTICLES; i++)
{
flurry.particles[i] = new Particle(flurry);
}
flurry.smoke = new Smoke(flurry);
//InitSmoke(flurry->s);
flurry.star = new Star(flurry);
//InitStar(flurry->star);
flurry.star.rotSpeed = spec.speed;
//flurry.star.rotSpeed = 1.0f;
flurry.spark = new Spark[spec.nStreams];
for (i = 0; i < flurry.spark.Length; i++)
{
flurry.spark[i] = new Spark(flurry);
//InitSpark(flurry->spark[i]);
}
return(flurry);
}
FlurryCoreData FlurryAlloc(FlurryClusterSpec spec)
{
int i;
FlurryCoreData flurry = new FlurryCoreData();
flurry.flurryRandomSeed = Tools.RandFlt(0.0f, 300.0f);
flurry.numStreams = spec.nStreams;
flurry.currentColorMode = (Types.ColorModes)spec.color;
flurry.streamExpansion = spec.thickness;
//flurry.numStreams = 5;
//flurry.streamExpansion = 100;
//flurry.currentColorMode = Types.ColorModes.tiedyeColorMode;
for (i = 0; i < Types.MAXNUMPARTICLES; i++) {
flurry.particles[i] = new Particle(flurry);
}
flurry.smoke = new Smoke(flurry);
//InitSmoke(flurry->s);
flurry.star = new Star(flurry);
//InitStar(flurry->star);
flurry.star.rotSpeed = spec.speed;
//flurry.star.rotSpeed = 1.0f;
flurry.spark=new Spark[spec.nStreams];
for (i = 0; i < flurry.spark.Length; i++) {
flurry.spark[i] = new Spark(flurry);
//InitSpark(flurry->spark[i]);
}
return flurry;
}
