Jimmy Gunawan enzyme69

🎯

Blender and AR~!

An independent 3D artist exploring AR and VR and ideas using open source tools.

enzyme69 / blendercrashing20161027_001

Created October 27, 2016 01:30

crashing log

	Process: blender [67154]
	Path: /Applications/BLENDER28_AN_SV/*/blender.app/Contents/MacOS/blender
	Identifier: org.blenderfoundation.blender
	Version: 2.78 (2.78 2016-09-26, Blender Foundation)
	Code Type: X86-64 (Native)
	Parent Process: bash [67147]
	Responsible: blender [67154]
	User ID: 502

	Date/Time: 2016-10-27 11:08:29.133 +1100

enzyme69 / sv_spiral_pie.json

Created October 28, 2016 05:33

A spiral pie stair example created using Circle node in Sverchok

enzyme69 / sv_spiral_pie2.json

Created October 28, 2016 05:40

SV Random Pie Structure

enzyme69 / sv_procedural_circular_city_v001.json

Created October 29, 2016 00:35

SV Procedural Circular City ver 001

enzyme69 / AN_Get_Pose_Bones.py

Created October 30, 2016 23:27

AN Script Node to Get Pose Bones As List

	# INPUT
	# - Object "Armature"

	# OUTPUT
	# - Object List (Pose Bone List)

	# get bones
	posebones = Armature.pose.bones

	# create list of bones

enzyme69 / AN_Bone_Edit.py

Created November 1, 2016 00:24

AN Script Node to do get list of Edit Bone

	# get armature
	ob_arm = Object

	# get bones
	arm = bpy.data.armatures[Object.name]
	editbones = arm.bones

	# create list of bones
	listofbones = []

enzyme69 / star.json

Created November 5, 2016 08:36

SV Star Trick

enzyme69 / AdativeEdgeArc.json

Created November 5, 2016 23:44

SV Adative Edge and Arcs

enzyme69 / snowflakefractal.json

Created November 7, 2016 05:01

SV Snow Flake

	{
	"export_version": "0.062",
	"framed_nodes": {},
	"groups": {},
	"nodes": {
	"Adaptive Edges": {
	"bl_idname": "SvAdaptiveEdgeNode",
	"color": [
	0.6079999804496765,
	0.6079999804496765,

enzyme69 / sv_super_formula.py

Created November 11, 2016 11:04

SV Super Formula Script Node

	from math import sin, cos, radians, pi, sqrt
	from mathutils import Vector, Euler


	def sv_main(n=480, scale=1.0, a=1.0, b=1.0, m=3.0, n1=4.5, n2=10.0, n3=10.0):

	in_sockets = [
	['s', 'Number of points', n],
	['s', 'Scale Factor', scale],
	['s', 'a', a],