raganmd

mat3 getTangentBasis( in vec3 tangent_y )
{
    vec3 UpVector = vec3(0,1,0);
    vec3 tangent_x = normalize( cross( UpVector, tangent_y ) );
    vec3 tangent_z = cross( tangent_y, tangent_x );
    return mat3( tangent_x, tangent_y, tangent_z );
}

vec3 applyDeformation( in vec3 pos, in vec3 norm )
{

raganmd

{
      "cues": {
          "cue1": {
                "Tox": "Swank",
                "Level_1": 0,
                "Noise": 1,
                "Level3": 4,
                "Blacklvl": 0.75
           },
           "cue2": {

raganmd

{
      "cues": {
          "cue1": {
                "Tox": "Swank",
                "Par1": 0,
                "Par2": 1,
                "Par3": 4,
                "Par4": 0.75
           },
           "cue2": {

raganmd

'''
author | matthew ragan
web | matthewragan.com

The idea behind the display class comes from a question on the TouchDesiger 
slack channel about how to handle displaying text for performance. While you
might choose to display the console, the challenge here is that you'll end 
up with another window open on your output machine. Ideally, you only draw
a single openGL context - this results in the best possible performance
from TouchDesigner. With that in mind, how might you approach wanting to use

raganmd

def multi_by_two( value ):
    '''Multiplies input value by 2

    A simple example function to see how we can use modules on demand.
    This module takes a single argument which is multiplied by 2 and
    then returned from the function.

    Arguments
    --------------- 
    value( int / float ) - numeric value to be multiplied by 2

raganmd

import datetime

log_file            = op( 'text_log_file' )
log_path            = "example_extensions/log_files/log.txt"

full_text           = '''{now}

Current Year        | {year}
Current Month       | {month}
Current Day         | {day}

raganmd

class Dishes():

    def __init__( self ):
        return

    def Full_cycle( self, list_of_dishes ):
        # what if we want to wash and then dry?

        self.Wash( list_of_dishes, water_temp )
        self.Dry( list_of_dishes )

raganmd

# me - this DAT
# 
# channel - the Channel object which has changed
# sampleIndex - the index of the changed sample
# val - the numeric value of the changed sample
# prev - the previous sample value
# 
# Make sure the corresponding toggle is enabled in the CHOP Execute DAT.

attr       = op( 'constant_attr' )

raganmd

# first let's clear the text port to make sure we're starting fresh
clear()

# Here we're printing out the doc strings for multi_by_two
print( "The Doc Strings for multi_by_two are:" )
print( '\n' ) 
print( mod( 'text_simple_reutrn' ).multi_by_two.__doc__ )

# Here we're printing out the doc strings for lotic_test
print( "The Doc Strings for logic_test:" )

raganmd

# first let's clear the text port to make sure we're starting fresh
clear()

# rather than wasting our time writing all the code in the other example, 
# instead let's write a for loop to automate that process.
# We'll start by first making a list of all of the methods we want to print 
# doc strings for
methods                         = [
                                "multi_by_two",
                                "logic_test",