JZT joshuazt

## Orientation Quaternion along curve
//create variables

vector tangentv = v@tangentv;
vector tangentu = v@tangentu;

tangentv = cross(tangentu, @N);

float seed = ch('seed') + @primseed;

@up = tangentu;

## Pscale along curve
//define scales

float seed = ch('seed') + @primseed;

@Rand_Pscale = fit01(rand(i@ptnum+seed+225), -ch('Rand_Scale'), ch('Rand_Scale')) * chramp("Ramp_Scale", @curveu);

@Uniform_Pscale = chf('Scale') * chramp('Ramp_Scale', @curveu);

//apply pscale

## group end point
`npoints(0)-1`

## MinPos
@P = minpos (1, @P);

## Attribute Driven Blendshape
v@P=lerp(v@P, point(1,'P',@ptnum), f@mask*ch('blend'));

## Pscale on Mesh
//define scales

float seed = ch('seed') + @primseed;

@Rand_Pscale = fit01(rand(i@ptnum+seed+225), -ch('Rand_Scale'), ch('Rand_Scale'));

@Uniform_Pscale = chf('Scale');

//apply pscale

## pushalongvector
v@P += chf('scale') * v@N;

## get attribute from second input
@Cd = v@opinput1_Cd;

## pointveltovolume
int pt = nearpoint(1,@P);
v@vel = point(1,'v',pt);

## Hscript Details import
detail(0,"rotx",1)
	//create variables

	vector tangentv = v@tangentv;
	vector tangentu = v@tangentu;

	tangentv = cross(tangentu, @N);

	float seed = ch('seed') + @primseed;

	@up = tangentu;
	//define scales

	float seed = ch('seed') + @primseed;

	@Rand_Pscale = fit01(rand(i@ptnum+seed+225), -ch('Rand_Scale'), ch('Rand_Scale')) * chramp("Ramp_Scale", @curveu);

	@Uniform_Pscale = chf('Scale') * chramp('Ramp_Scale', @curveu);

	//apply pscale