panorama.py

Dateiinhalt

# -*- coding: utf-8 -*-
from visual import *        # das 3D-Modul


#-- Panamorama-Auskleidung einer Kugel ---------------------
import Image
#name = "pano_olympia_aussen"
#name = "pano_solarberg"
#name = "pano_siegburg"
#name = "pano_waldeck"
name = "siegwehr"
#name = "pano_notting-hill"

width  = 2048                   # Breite und Höhe an Original anpassen
height = 1024 
im = Image.open(name+".tga")    # Öffnen des Bildes
materials.saveTGA(name,im)      # Speichern des Bildes intern
pano = materials.texture(data=im, mapping="spherical")  # Darstellungsart

#-- Neutrale Umleuchtung mit 8 Lichtern --------------------
scene.lights = [distant_light(direction=( 10, 10, 10), color=color.gray(0.5)),\
                distant_light(direction=(-10, 10, 10), color=color.gray(0.5)),\
                distant_light(direction=( 10,-10, 10), color=color.gray(0.5)),\
                distant_light(direction=( 10, 10,-10), color=color.gray(0.5)),\
                distant_light(direction=(-10,-10, 10), color=color.gray(0.5)),\
                distant_light(direction=( 10,-10,-10), color=color.gray(0.5)),\
                distant_light(direction=(-10, 10,-10), color=color.gray(0.5)),\
                distant_light(direction=(-10,-10,-10), color=color.gray(0.5))]

#-- Kameraposition im Zentrum ------------------------------
scene.fov=pi/2                  # Blickwinkel 90° (statt 60°)
scene.range=0.001                # Entfernung zum Blickzentrum
#panorama = sphere(material=pano)# Das Bild ansich
sphere(material=pano)