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Imported objects from other file formats, are often times really small, off centered, or very far away from scene origin, compared to the default scene scale. First step is to make sure anything was a …

Here's a script that lets you Mark selected edges as sharp Or remove sharp status of a set of selected edges Code for Object Mode: import bpy obj = bpy.context.object for e in obj.data.edges: if …

Your best bet for high precision results is to simplify the Paths in Illustrator first, then export as svg. I tried loading that SVG into another vector drawing tool (Inkscape) but the Paths it contai …

not sure how terse you want this ;) bpy.context.scene.layers = [i == 6 for i in range(20)] The layer with index 6 will be flipped on, the others off.

Imported in Blender that looks like this: SVG drawings are based on Scalar values, but when you use Vector graphics in a layout program or import into something like Blender the program needs to know …

Blender's .ply importer can handle two kinds of .ply file. ascii (plain text -human readable, but large file sizes) binary (data is stored in a compact way, and must be decoded before it becomes hu …

I wrote a simple importer for ASC files (see: this blenderartists thread http://blenderartists.org/forum/archive/index.php/t-357605.html ) https://gist.github.com/zeffii/54d65b86a460605c3d15 code: import … bpy import time import csv A = time.time() dfile = r"C:\Users\dealga\Desktop\Archive\SU8606_DSM_1M.asc" getval = lambda i: int(next(i).split()[1]) with open(dfile) as ofile: ncols = getval( …

parametric texturing information (for repeating bricks walls, tiles, trees and foilage..etc) This is a pretty fast importer because it imports all geometry as one mesh, but it could also be written to import … By the way, the addon doesn't automatically zoom to show the new import, these files of Rotterdam are huge (geometryically speaking) I suggest to: select the imported object from the outliner and press …

This code detects the coordinates inside cx and cy and offers to scale them by some amount to prevent an otherwise massive mesh: import bpy import re def svg_circles_to_vertices(filename, scale): …

The SVG importer likely generates a 2D curve initially, so in future you might be better off to avoid converting to a Mesh first. Some steps below can be skipped if you do that. Like this: There's …

import bpy indexed_colors = [ (1,0,0), (1,1,0), (1,0,1), (0,0,1), (0,1,1), (0,1,0)] obj = bpy.data.objects['Cube'] mesh = obj.data # you probably know how to create the color layer.. if not …

raster direct to 3d surface If you can import the raster as a png or other supported file format, it is possible to convert straight from the image to a mesh.. … import bpy from math import floor scalar_z = 2.3 # amplification in z direction scalar_xy = 1.0 # amplification in xy def generate_face_keys(num_x, num_y): faces = [] verts_per_side_x …

Your script adjusted (expects Blender Internal) import os import bpy import sys from math import pi # filename = 'web.ply' # in_dir = os.path.join('J:\\', 'aa') filename = 'a.ply' in_dir = "/home/zeffii …

The .PLY importer makes a Vertex Color Layer, if you switch to it you will see the colours. And as a cycles material:

If you don't have a reference to a specific window, you can iterate over all screen areas, and call the operator on all VIEW_3D area types. for area in bpy.context.screen.areas: if area.type == ' …