int count;
while(conditionis !=1)
{
	conditionis=rind(a+b);
        count+=1;
        if(count>10)
                break;
}
			

float arrayName [];
float value[];
int countarray= len ( arrayName);

for(int i = 0; i<countarray; ++i)
        {
        value [i] = ch("parm") == 0 ? ch("parm2"): 1 ;

// example of (condition) ? true : false;
@value = (a > b) ? 1 : 0;
//nested example of (condition) ? (condition) ? both true : second true : false;
@value = (a > b) ? (a < c) ? 2 : 1 : 0 ;

//RELAX BASED ON PSCALE ( push overlaping from each other)

//put this snippet in SOP foreach and fetch feedback, not merge feedbacks
//with more iterations, it will average point positions

int handle[] = pcfind_radius(0,"P","pscale",@pscale,@P,@pscale*1.5,2);
pop(handle,0); //remove itself from array. pop() or removeindex()

vector pos,dir;
float pscale,dist,dirlen;
foreach(int pt; handle)
  {
    pos=point(0,"P",pt);
    pscale=point(0,"pscale",pt);
    dirlen=length(v@P-pos);
    dist=(pscale+@pscale-dirlen)/2; //get distance
    dir=normalize(v@P-pos)*(dist);
    v@P+=dir;
  }

f@	float
u@	vector2
v@	vector3
p@	vector4
i@	int
2@	matrix
3@	matrix3
4@	matrix
s@	string

f@Frame
f@Time
i@SimFrame
f@SimTime
f@TimeInc

v@P
i@ptnum
i@vtxnum
i@primnum
i@elemnum
i@numpt
i@numvtx
i@numprim
i@numelem

//Volume Wrangle
f@density
v@center
v@dPdx, v@dPdy, v@dPdz  //Store the change in P that occurs in the x, y, and z voxel indices.
i@ix, i@iy, i@iz        //Voxel indices. For dense volumes (non-VDB) these range from 0 to resolution-1.
i@resx, i@resy, i@resz

setprimintrinsic(0, 'vdb_is_saved_as_half_float', @primnum, chi('use16bit'));

// See if this is vector type
string vecmask = chs('vecvolume');
if (match(vecmask, @name))
{
    setprimintrinsic(0, 'vdb_vector_type', @primnum, 'contravariant relative');
		}

int count = nuniqueval(0,"point","name");
for (int i = 0; i < count; i++)
{
string val = uniqueval(0,"point","name",i);
}

@pscale = fit01( chramp( "r" , rand( i@id ) , 0) , chf( "min" ) , chf( "max" ) ) * chf( "global" );

#Put it in foreach looper to iterate over each piece.
vector size = getbbox_size(0);
vector center = getbbox_center(0);

vector pos=v@P-center;
vector scale = 2/max(size);

matrix m=maketransform(0,0,0,0,scale);
@P=pos*m;

v@P.y+=10; //offset ray origin
vector pos;
float u,v;
intersect(1,@P,{0,-100,0},pos,u,v); // intersect in negative Y
v@P=(pos!=v@P)?pos:v@P; // keep only hits

float treshold = pow(chf("treshold"),chf("pow"));
(rand(@ptnum)<treshold)?removepoint(0,@ptnum):0;

s@name=split(s@objname,"/")[-1];

vector freq = {1,1,1}; 

vector offset = {0,0,0}; 

float amp = 0; 

int turb = 5; 

float rough = 0.5; 

float atten = 1; 

onoise(@P*freq - offset, turb, rough, atten) * amp

snoise(@P*freq - offset, turb, rough, atten) * amp

anoise(@P*freq - offset, turb, rough, atten) * amp


vop_correctperlinNoiseVF(@P*freq - offset, turb, rough, atten) * amp

vop_correctperlinNoiseVV(@P*freq - offset, turb, rough, atten) * amp

vop_simplexNoiseVF(@P*freq - offset, turb, rough, atten) * amp

vop_simplexNoiseVV(@P*freq - offset, turb, rough, atten) * amp

vop_perlinNoiseVF(@P*freq - offset, turb, rough, atten) * amp

vop_perlinNoiseVV(@P*freq - offset, turb, rough, atten) * amp

s@name=split(s@objname,"/")[-1];

//when scaling camera with null,
//jump inside alembic, unhide scale parameter and set
origin(opinputpath(".",0), "", "SX")
origin(opinputpath(".",0), "", "SY")
origin(opinputpath(".",0), "", "SZ")

//GAS REDUCE node will give you maximum or average or other operation on field.
//in Dest Data put temperature/max , in Source put temperature , set operation.
//it will push max data inside field.
//you can read those data on parameter with

dopfield(stamps("../..", "DOPNET", "../.."),stamps("../..", "OBJID", arg(dopnodeobjs("../.."),0)), "temperature", "Options", 0, "max")

		

//in dopsolver beneath substep gas node create repeatsolver and turn on "override minimum with data"

//create applydata node beneath smokeobject node and plug switch value node in it.

//in switch value node, set dataname field to match name with "minimum Solve pass data" field from gasrepeat

//set swich node default operation to "Set always" and you can animate parameter for repeats..
( many explosion have quick expansion on begining and then slows down. this trick can achieve that look!)
		

//to set resize for each cluster in pyro sim, you need to break in dynamic resize node and inside foreach in wrangler pull dopfield data of cluster number:

dopfield(stamps("../..", "DOPNET", "../.."),stamps("../..", "OBJID", arg(dopnodeobjs("../.."),0)), "init", "Options", 0, "init_cluster")

//then beneath objectmerge (sop source data)
//generate id from name

atoi(split(@name,"_")[1]) //assuming name look like cluster_0, cluster_1, etc..

//then you can comapare and remove

(id!=clusterid)?removeprim(0,@primnum,1):0;
//check Trail cluster data node in Assets page, you can see this method implemented in explanation video

//create wrangler node and input geometry from looper to 2nd input,
then geometry outside of looper in 1st input.
Match name, if name match as a piece inside looper(2nd input),
delete everything else, then you can set timeshift and offset geometry.

int matching = match(s@name,prim(1,"name",0);
(!matching)?removeprim(0,@primnum,1):0;
or
(i@class!=prim(1,"class",0)?removeprim(0,@primnum,1):0;


		

{
if(ch("path")==0)
	return 2;
else if(ch("path")==1)
	return 1;
else
	return 0;
}