Experimental:GLSL POP

Summary

This POP allows you to modify input attributes with GLSL. It works on a single attribute class at a time, Points, Verts or Primitives, and doesn't allow to change the number of input elements (Points, Verts or Primitives).

Refer to the Write GLSL POPs article for more info on using this POP.

Parameters - GLSL Page

Compute Shader computedat -

Attribute Class attrclass - ⊞ -

Point point -

Vertex vertex -

Primitive primitive -

Number of Threads numthreadsmode - ⊞ -

Auto auto -

Number of Elements in Other Input otherinputelements -

Manual manual -

Manual Number of Elements numelems -

Number of Elements from Attribute numelemsattrib -

Threads Input threadsinput -

Number of Elements numelems -

POP numelemspop -

Num Elements Attrib numelemsclass - ⊞ -

Point point -

Vertex vertex -

Primitive primitive -

Num Elements Attrib numelemsattr -

Work Group Size workgroupsize - ⊞ -

Work Group Size workgroupsizex -

Work Group Size workgroupsizey -

Work Group Size workgroupsizez -

Dispatch Size dispatchsize - ⊞ -

Dispatch Size dispatchsizex -

Dispatch Size dispatchsizey -

Dispatch Size dispatchsizez -

Output Attributes outputattrs - ⊞ -

* * -

Output Access outputaccess - ⊞ -

Write Only writeonly -

Read-Write readwrite -

Initialize Output Attributes initoutputattrs -

Copy Previous Pass Output to Input prevpassoutput -

Passes npasses -

Input input -

In POPs input0pops -

TDSimplexNoise() simplexnoise - ⊞ - Pick between Performance vs Quality Simplex noise. Performance mode picks the existing TDSimplexNoise(). Quality noise reduces certain artifacts and axis alignment issues with the existing simplex noise at the cost of speed.

Performance performance - Performant noise.

Quality quality - Quality noise.

Parameters - Create Attributes Page

New Attribute attr -

New Attribute Name attr0name - ⊞ -

Custom custom -

N n -

Color color -

Tex tex -

PointScale pointscale -

LineWidth linewidth -

Custom Name attr0customname -

New Attribute Type attr0type - ⊞ -

float float -

double double -

int int -

uint uint -

vector vector -

dvector dvector -

dir dir -

dbl dir ddir -

New Attribute Number of Components attr0numcomps - ⊞ -

1 1 -

2 2 -

3 3 -

4 4 -

Array attr0isarray -

New Attribute Array Size attr0arraysize -

Value attr0value - ⊞ -

Value attr0valuer -

Value attr0valueg -

Value attr0valueb -

Value attr0valuea -

Matrix Attribute matattr -

Custom Matrix Name matattr0name -

Rows matattr0numrows -

Columns matattr0numcols -

Array matattr0isarray -

Array Size matattr0arraysize -

Qualifier matattr0qualifier - ⊞ -

None none -

Transform Matrix transformMatrix -

Parameters - Vectors Page

Vector vec -

Name vec0name -

Type vec0type - ⊞ -

float float -

vec2 vec2 -

vec3 vec3 -

vec4 vec4 -

double double -

dvec2 dvec2 -

dvec3 dvec3 -

dvec4 dvec4 -

int int -

ivec2 ivec2 -

ivec3 ivec3 -

ivec4 ivec4 -

uint uint -

uvec2 uvec2 -

uvec3 uvec3 -

uvec4 uvec4 -

Value vec0value - ⊞ -

Value vec0valuex -

Value vec0valuey -

Value vec0valuez -

Value vec0valuew -

Parameters - Samplers Page

Sampler sampler -

Name sampler0name -

TOP sampler0top - ⊞ -

Extend U sampler0extendu - ⊞ -

Hold hold -

Zero zero -

Repeat repeat -

Mirror mirror -

Extend V sampler0extendv - ⊞ -

Hold hold -

Zero zero -

Repeat repeat -

Mirror mirror -

Extend W sampler0extendw - ⊞ -

Hold hold -

Zero zero -

Repeat repeat -

Mirror mirror -

Filter sampler0filter - ⊞ -

Nearest Pixel nearest -

Interpolate Pixels linear -

Parameters - Arrays Page

Array array -

Name array0name -

Type array0type - ⊞ -

float float -

vec2 vec2 -

vec3 vec3 -

vec4 vec4 -

CHOP array0chop -

Parameters - Matrices Page

Matrix matrix -

Name matrix0name -

Matrix matrix0value -

Parameters - Temp Buffers Page

Temp Buffer tempbuffer -

Name tempbuffer0name -

Initial Value tempbuffer0initval -

Parameters - Constants Page

Constant const -

Name const0name -

Value const0value -

Parameters - Common Page

Bypass bypass -

Delete Input Attributes delinputattrs -

Operator Inputs

Input 0: -

Info CHOP Channels

Extra Information for the GLSL POP can be accessed via an Info CHOP.

Common POP Info Channels

Common Operator Info Channels

total_cooks - Number of times the operator has cooked since the process started.

cook_time - Duration of the last cook in milliseconds.

cook_frame - Frame number when this operator was last cooked relative to the component timeline.

cook_abs_frame - Frame number when this operator was last cooked relative to the absolute time.

cook_start_time - Time in milliseconds at which the operator started cooking in the frame it was cooked.

cook_end_time - Time in milliseconds at which the operator finished cooking in the frame it was cooked.

cooked_this_frame - 1 if operator was cooked this frame.

warnings - Number of warnings in this operator if any.

errors - Number of errors in this operator if any.

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