raganmd

import datetime

log_file            = op( 'text_log' )

full_text           = '''{now}

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

raganmd

cue_list = {
    "cue1" : {
        "file" : '/Map/Banana.tif',
        "mono" : 0 ,
        "invert" : 1,
        "brightness" : 0.71,
        "blacklevel" : 0.51,
        "contrast" : 1.93 
    } ,
    "cue2" : {

raganmd

import json
import os

class Project:
    def __init__(self):
        self.sys_config             = '{project_folder}/system.json'.format(project_folder = project.folder)
        return

    def Touch_start(self):

raganmd

# me - this DAT
# scriptOp - the OP which is cooking
#

targets_pars_vals   = [ 
                        [ 'tex3d1', 'cachesize', 1 ],
                        [ 'ramp3', 'resolutionh', 1 ],
                        [ 'tima1', 'blackoffset', -1 ]
                        ]

raganmd

uniform int numLights;

uniform vec3 viewDirection;
uniform vec3 specularColor;

uniform float shininess;

uniform sampler2D samplerPos;
uniform sampler2D samplerNorm;

raganmd

# delay scripts example

# first we write out script as a string
delay_script    = "constant_op.par.value0 = args[0]"
constant_op     = op('constant1')

# next we run our script
for each_time in range(10):
    run(delay_script, (each_time+1), delayFrames = 60 * (each_time + 1))

raganmd

sender 	= op('tcpip1')
import json

def onOffToOn(channel, sampleIndex, val, prev):
	msg 	= {
				"time"		: absTime.frame
				}
	j_msg 	= json.dumps(msg)
	sender.sendBytes(str(j_msg))

raganmd

import math

def distance(x1, y1, z1, x2, y2, z2):
  return math.sqrt((x2 - x1)**2 + (y2 - y1)**2 + (z2 - z1)**2)

raganmd

import numpy

def numpyDist(point1, point2):
  p1 = numpy.array(point1)
  p2 = numpy.array(point2)
  return numpy.linalg.norm(p1-p2)

raganmd

def tduDist(point1, point2):
  p1 = tdu.Vector(point1)
  p2 = tdu.Vector(point2)
  return p1.distance(p2)