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#!/usr/bin/python
# Pass year and month e.g. python monthly.py 2020 02
#  ...will transcode or symlink everything found into /works/monthlies/monthlies202002/rushes/

import subprocess, sys, os

def find(folder, pattern, year, month):
	firstofmonth = '%s-%s-01' % (year, month)
	firstnextmonth = '%s-%d-01' % (year, int(month)+1)
	c = ['find', folder, '-iname', pattern, '-type',  'f', '-newermt', firstofmonth, '!', '-newermt',  firstnextmonth]

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uv on points, massive smooth of P with attribblur, normal, polyframe
then into this with the original on second input:

v@diff.x = dot(@opinput1_P - @P, v@N);
v@diff.y = dot(@opinput1_P - @P, v@tangentu);
v@diff.z = dot(@opinput1_P - @P, v@tangentv);


remesh the smoothed one then output of above into second input of:

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00000000001b7200 s EH_frame1
0000000000005520 T _convert_10bit_y_uv_vectors_to_10bit_rgb_vectors_bt601_sse2_ssse3
00000000000055f0 T _convert_10bit_y_uv_vectors_to_10bit_rgb_vectors_bt709_sse2_ssse3
0000000000005470 T _convert_10bit_y_uv_vectors_to_10bit_rgb_vectors_sse2_ssse3
0000000000004d90 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_bt601_sse2_ssse3
0000000000004e50 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_bt601_sse2_ssse3_sse41
0000000000004f10 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_bt709_sse2_ssse3
0000000000004fd0 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_bt709_sse2_ssse3_sse41
0000000000005090 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_sse2_ssse3
0000000000005150 T _convert_10bit_y_uv_vectors_to_8bit_rgb_vectors_sse2_ssse3_sse41

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#!/usr/bin/python

import os, glob, xml.etree.ElementTree as et

html = open('/tmp/matchboxlist.html', 'w')

xmls = glob.glob('/opt/Autodesk/presets/2019.2.1/matchbox/shaders/LOGIK/*.xml')
xmls.sort()

for xml in xmls:

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from PIL import Image
import imagehash, os, sys

basenames1 = os.listdir(sys.argv[1])
basenames2 = os.listdir(sys.argv[2])

list1 = []
list2 = []
for (dirn, basen, lis) in ((sys.argv[1], basenames1, list1), (sys.argv[2], basenames2, list2)):
	for fil in basen:

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// Create a basis from points of triangle.
matrix3 basis_from_triangle(vector p1, p2, p3)
{
    // Axes vectors. May not be orthogonal.
    vector X, Y, Z;
    Z = p2 - p1;
    X = p3 - p1;
    Y = normalize(cross(Z, X)) * length(p2 - p3);
    return set(X, Y, Z);
}

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#!/usr/bin/python
# Prints a progress bar and stats for a folder filling with files
# Pass the path and the total expected count, like:
# ./progress.py /path/to/somewhere/ 900
# |UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU                   | 62% 157/250 0.2fps 6.4spf eta0:09:57
# TODO:
#  o Data rate stats
#  o Take a fragment of shell script for custom counting

import os, sys, time, datetime

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#!/usr/bin/python
# pass: /path/to/scene.hip ropname startframe endframe howmany threadseach
# e.g.:
#   /works/useful/poast/hrender-multi.py /Volumes/fast/nissan/eye/eye_v08.hip mantra1 1 118 16 1

import sys, os, time

hipfile = sys.argv[1]
rop = sys.argv[2]
start = int(sys.argv[3])

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set cut_paste_input [stack 0]
version 11.2 v1
CheckerBoard2 {
 inputs 0
 format "2048 1024 0 0 2048 1024 1 2048x1024"
 name CheckerBoard1
 selected true
 xpos -40
 ypos -153
}

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# Retime a tracked object to better fit a target curve
# Select two Transform nodes: the first with a jerky tracked curve, the
# second with a smooth target curve
# Group effort by Lewis Saunders, Unai Martínez Barredo, Erwan Leroy

# Make a function to calculate the distance between two points
def distance(a, b):
    return pow((a[0]-b[0])**2 + (a[1]-b[1])**2, 0.5)

# Find the closest point to p on the line ab