Aditia A. Pratama aditiapratama

I prefer to increase it directly into master. There is a sole person responsible of the releasing the package. When you upload your package, the version number is included in the package folder name, your pypi publisher (we use twine) use this to set the version number on pypi You release only code from master If you have several stable versions you maintained in parralel, you create a kind of master branch for each of these versions To provide a version number, you can add a __version__.py file in your package containing version = "0.1.0"

Rendering in Blender on a machine with multiple GPUs

So here's the premise: For scenes that take around a minute or less to render, performance is actually worse if you render on all of the cards with a single instance of Blender. This is because (AFAIK) there's a bit of additional time necessary to collect the render results from each card and stitch them together. That time is a fixed short duration, so it's negligible on larger/longer render jobs. However, on shorter render jobs, the 'stitch time' has a much more significant impact.

I ran into this with a machine I render on that has 4 Quadro K6000s in it. To render animations, I ended up writing a few little scripts to facilitate launching 4 separate instances of Blender, each one tied to one GPU. Overall rendertime was much shorter with that setup than one instance of Blender using all 4 GPUs.

The setup works basically like this... I have a the following Python script (it can be anywhere on your hard drive, so long as you remember the path to it).

	#!/bin/bash

	# This script cleans all cache for Microsoft Teams on Linux
	# Tested on Ubuntu-like and Debian by @necrifede. Feel free to test/use in other distributions.
	# Tested with Teams via snap package.
	#
	# How to use in terminal:
	# ./clear_cache_MS_Teams.sh ( deb-stable \| deb-insider \| snap )
	# or
	# bash clear_cache_MS_Teams.sh ( deb-stable \| deb-insider \| snap )

	// Must install ImageMagick first
	http://www.imagemagick.org/script/index.php

	//This compresses a jpg with no visible loss of quality. Add in your own file names for target.jpg and result.jpg
	convert -strip -interlace Plane -sampling-factor 4:2:0 -quality 85% target.jpg result.jpg

	// This does the same as above but to an entire folder (will overwrite original files):
	mogrify -strip -interlace Plane -sampling-factor 4:2:0 -quality 85% *.jpg

	//This does the same thing but to all subfolders as well (Be careful with this one it will overwrite all original files)

	import os
	import sys
	import subprocess

	ffmpeg = 'C:\\ffmpeg\\bin\\ffmpeg.exe' # <== ganti lokasi ffmpeg disini
	dir_list = [d for d in os.listdir('.') if os.path.isdir(d)]
	for d in dir_list:
	if not os.path.exists('clips'):
	os.makedirs('clips')
	for (dirname, dirs, files) in os.walk(d):

	import bpy

	data = bpy.data
	scene = bpy.context.scene

	for obj in data.objects:
	obj.select = False
	if "SEMAK." in obj.name:
	obj.select = True
	obj_loc = obj.location

	cd ~/git/apps/atom
	git fetch origin
	git checkout master
	git pull
	git branch -D beta
	git checkout -b beta origin/<release_beta_branch>

	import bpy

	context = bpy.context

	for obj in context.selected_objects:
	for slot in obj.material_slots:
	mat_slot = slot.material
	mat_slot.use_raytrace = 0
	mat_slot.use_mist = 0

	# Create new remote branch
	git push origin origin:refs/heads/new_branch_name

	# Make sure everything is updated
	git fetch origin

	# Check your branch has been created
	git branch -r

	# Track a remote branch

	#!/bin/sh
	echo "Pass 1: Analyzing file"
	ffmpeg -i "$1" -vf vidstabdetect=result="$1.trf" -f null - &> /dev/null
	echo "Pass 2: Applying transformations"
	ffmpeg -i "$1" -vf vidstabtransform=input="$1.trf" "stab_$1" &> /dev/null
	rm "$1.trf"
	echo "Done."