int x = 18; // integer
float y =  3.142 // float 
string name = "John";  // string
vector v = {1,1,1};
matrix3 m = ident(); // identity matrix creation
quaternion 
​
// array form: member_type var_name[]:
float my_array[];
vector_array[];
str_array[];
​
//global attribute
@myGlobalAttribute
v@myVector = set(-1,-1,-1);
i@var = 1;

// Loops
for(int i =1; i<10;i++)
    {
}
​
// if conditional 
if(x==1){
    ...
    }else{
    ...
}
​
// while 
while(condition){
    yourStatement;
}

normalize 
// Position
@P 
@P.x
@P.y
@P.z
​
// Normal
@N 
​
// color
@Cd.r
@Cd 
@Cd.g
@Cd.b
@Alpha // Alpha
​
​
//scale
@pscale = 1;
​
@scale.x = 1;
@scale.y = 1;
@scale.z = 5;
​
// Set scale, and manipulate one axis only
@scale =set(1,1,1); 
@scale.y = 2.
​
// commonly used
@ptnum
@

 
// Position
@P 
@P.x
@P.y
@P.z
​
// Normal
@N 
​
// color
@Cd.r
@Cd 
@Cd.g
@Cd.b
@Alpha // Alpha
​
​
//scaling
@pscale = 1;
​
@scale.x = 1;
@scale.y = 1;
@scale.z = 5;
    
// Set scale, and manipulate one axis only
@scale =set(1,1,1); 
@scale.y = 2.

v@myVector = set(-1,-1,-1);
​
fit01(attribute,minVal,maxVal);
fit(attribute,ominVal,omaxVal,minVal,maxVal);
rand(value);
    
normalize
    
//noise types 
noise 
anoise
snoise 
pnoise 
​
    
//Copystamp
stamp("../copy1","variable",0)

Time — $T / @Time
Frame — $F (int) / $FF (float)
Stamp — stamp("path","variable/channel",defaultValue)
    eg. stamp("../copy1","rotation",25)
​
​
//Centroid
$CEX, $CEY , $CEZ
​
$HIP — Project path
$HIPNAME — HIP project name
​
// Parsing file name 
name.$F4.jpg // $F4 padding: 0008.jpg

ch('threshold')
chf('threshold')
chi('threshold')
chv('vector_parm)'
​
float  chramp(string channel, float ramppos)
float  chramp(string channel, float ramppos, float time)
vector  chramp(string channel, float ramppos)
vector  chramp(string channel, float ramppos, float time)