def __init__(self):
""" Initialisiert die Kamera, die Runtime und den Eventhandler. Ladet die Planeten und startet das Programm
"""
props = WindowProperties()
props.setTitle('Solarsystem')
base.win.requestProperties(props)
base.setBackgroundColor(0, 0, 0)
# The global variables we used to control the speed and size of objects
self.yearscale = 60
self.dayscale = self.yearscale / 365.0 * 5
self.orbitscale = 10
self.sizescale = 0.6
self.skySize = 80
self.runtime = RuntimeHandler()
self.camera = Camera(render, self.skySize)
self.loadLuminaries()
self.runtime.rotateLuminaries()
self.eventHandler = EventHandler(self.runtime, self.camera,
self.runtime.getLuminary('sun'))
def __init__(self):
""" Initialisiert die Kamera, die Runtime und den Eventhandler. Ladet die Planeten und startet das Programm
"""
props = WindowProperties()
props.setTitle('Solarsystem')
base.win.requestProperties(props)
base.setBackgroundColor(0, 0, 0)
# The global variables we used to control the speed and size of objects
self.yearscale = 60
self.dayscale = self.yearscale / 365.0 * 5
self.orbitscale = 10
self.sizescale = 0.6
self.skySize = 80
self.runtime = RuntimeHandler()
self.camera = Camera(render, self.skySize)
self.loadLuminaries()
self.runtime.rotateLuminaries()
self.eventHandler = EventHandler(self.runtime, self.camera, self.runtime.getLuminary('sun'))
class SolarSystem(DirectObject):
""" Simuliert einen Ablauf eines Sonnensystems welches mittels Tastendruecken gesteuert werden kann.
:ivar int yearscale: die Dauer einer Umdrehung um den Mittelpunkt
:ivar int dayscale: die Dauer fuer eine Umdrehung um sich selbst
:ivar int orbitscale: die Groesse der Umlaufbahn
:ivar int sizescale: die Groesse des Himmelskoerpers
:ivar int skySize: die Groesse des Weltraums
:ivar Camera camera: ermoeglicht den Umgang mit einer Kamera
:ivar RuntimeHandler runtime: beinhaltet alle Himmelskoerper
:ivar EventHandler eventHandler: verarbeitet Usereingaben
"""
def __init__(self):
""" Initialisiert die Kamera, die Runtime und den Eventhandler. Ladet die Planeten und startet das Programm
"""
props = WindowProperties()
props.setTitle('Solarsystem')
base.win.requestProperties(props)
base.setBackgroundColor(0, 0, 0)
# The global variables we used to control the speed and size of objects
self.yearscale = 60
self.dayscale = self.yearscale / 365.0 * 5
self.orbitscale = 10
self.sizescale = 0.6
self.skySize = 80
self.runtime = RuntimeHandler()
self.camera = Camera(render, self.skySize)
self.loadLuminaries()
self.runtime.rotateLuminaries()
self.eventHandler = EventHandler(self.runtime, self.camera, self.runtime.getLuminary('sun'))
def loadLuminaries(self):
""" Ladet definierte Himmelskoerper und stellt Assoziationen zwischen diesen dar
"""
mercury = Luminary("mercury", "models/mercury_1k_tex.jpg", "models/planet_sphere", 0.38 * self.orbitscale, 0.385 * self.sizescale, None, 59 * self.dayscale, 0.241 * self.yearscale, True)
venus = Luminary("venus", "models/venus_1k_tex.jpg", "models/planet_sphere", 0.72 * self.orbitscale, 0.923 * self.sizescale, None, 243 * self.dayscale, 0.615 * self.yearscale, True)
mars = Luminary("mars", "models/mars_1k_tex.jpg", "models/planet_sphere", 1.52 * self.orbitscale, 0.515 * self.sizescale, None, 1.03 * self.dayscale, 1.881 * self.yearscale, True)
moon = Luminary("moon", "models/moon_1k_tex.jpg", "models/planet_sphere", 0.1 * self.orbitscale, 0.1 * self.sizescale, None, .0749 * self.yearscale, .0749 * self.yearscale, True)
asteroid = Luminary("asteroid", "models/asteroid.jpg", "models/planet_sphere", 0.3 * self.orbitscale, 0.5 * self.sizescale, None, .0749 * self.yearscale, .0749 * self.yearscale, True)
earth = Luminary("earth", "models/earth_1k_tex.jpg", "models/planet_sphere", self.orbitscale, self.sizescale, [moon], self.dayscale, self.yearscale, True)
gas = Luminary("gas", "models/gas-planet.png", "models/planet_sphere", 2 * self.orbitscale, 1.5 * self.sizescale, [asteroid], 300*self.dayscale, 3*self.yearscale, True)
ice = Luminary("ice", "models/ice.jpg", "models/planet_sphere", 1.4 * self.orbitscale, 3 * self.sizescale, None, 0.5*self.dayscale, 4*self.yearscale, True)
brown = Luminary("brown", "models/brown.jpg", "models/planet_sphere", 2.5 * self.orbitscale, 0.7 * self.sizescale, None, self.dayscale, 0.5*self.yearscale, True)
sun = Luminary("sun", "models/sun_1k_tex.jpg", "models/planet_sphere", 0, 3 * self.sizescale, [mercury, venus, mars, earth, gas, ice, brown], 20, None, True)
sky = Luminary("sky", "models/stars_1k_tex.jpg", "models/solar_sky_sphere", 0, self.skySize, [sun], None, None, False)
self.runtime.addLuminary(render, sky)
class SolarSystem(DirectObject):
""" Simuliert einen Ablauf eines Sonnensystems welches mittels Tastendruecken gesteuert werden kann.
:ivar int yearscale: die Dauer einer Umdrehung um den Mittelpunkt
:ivar int dayscale: die Dauer fuer eine Umdrehung um sich selbst
:ivar int orbitscale: die Groesse der Umlaufbahn
:ivar int sizescale: die Groesse des Himmelskoerpers
:ivar int skySize: die Groesse des Weltraums
:ivar Camera camera: ermoeglicht den Umgang mit einer Kamera
:ivar RuntimeHandler runtime: beinhaltet alle Himmelskoerper
:ivar EventHandler eventHandler: verarbeitet Usereingaben
"""
def __init__(self):
""" Initialisiert die Kamera, die Runtime und den Eventhandler. Ladet die Planeten und startet das Programm
"""
props = WindowProperties()
props.setTitle('Solarsystem')
base.win.requestProperties(props)
base.setBackgroundColor(0, 0, 0)
# The global variables we used to control the speed and size of objects
self.yearscale = 60
self.dayscale = self.yearscale / 365.0 * 5
self.orbitscale = 10
self.sizescale = 0.6
self.skySize = 80
self.runtime = RuntimeHandler()
self.camera = Camera(render, self.skySize)
self.loadLuminaries()
self.runtime.rotateLuminaries()
self.eventHandler = EventHandler(self.runtime, self.camera,
self.runtime.getLuminary('sun'))
def loadLuminaries(self):
""" Ladet definierte Himmelskoerper und stellt Assoziationen zwischen diesen dar
"""
mercury = Luminary("mercury", "models/mercury_1k_tex.jpg",
"models/planet_sphere", 0.38 * self.orbitscale,
0.385 * self.sizescale, None, 59 * self.dayscale,
0.241 * self.yearscale, True)
venus = Luminary("venus", "models/venus_1k_tex.jpg",
"models/planet_sphere", 0.72 * self.orbitscale,
0.923 * self.sizescale, None, 243 * self.dayscale,
0.615 * self.yearscale, True)
mars = Luminary("mars", "models/mars_1k_tex.jpg",
"models/planet_sphere", 1.52 * self.orbitscale,
0.515 * self.sizescale, None, 1.03 * self.dayscale,
1.881 * self.yearscale, True)
moon = Luminary("moon", "models/moon_1k_tex.jpg",
"models/planet_sphere", 0.1 * self.orbitscale,
0.1 * self.sizescale, None, .0749 * self.yearscale,
.0749 * self.yearscale, True)
asteroid = Luminary("asteroid", "models/asteroid.jpg",
"models/planet_sphere", 0.3 * self.orbitscale,
0.5 * self.sizescale, None, .0749 * self.yearscale,
.0749 * self.yearscale, True)
earth = Luminary("earth", "models/earth_1k_tex.jpg",
"models/planet_sphere", self.orbitscale,
self.sizescale, [moon], self.dayscale, self.yearscale,
True)
gas = Luminary("gas", "models/gas-planet.png", "models/planet_sphere",
2 * self.orbitscale, 1.5 * self.sizescale, [asteroid],
300 * self.dayscale, 3 * self.yearscale, True)
ice = Luminary("ice", "models/ice.jpg", "models/planet_sphere",
1.4 * self.orbitscale, 3 * self.sizescale, None,
0.5 * self.dayscale, 4 * self.yearscale, True)
brown = Luminary("brown", "models/brown.jpg", "models/planet_sphere",
2.5 * self.orbitscale, 0.7 * self.sizescale, None,
self.dayscale, 0.5 * self.yearscale, True)
sun = Luminary("sun", "models/sun_1k_tex.jpg", "models/planet_sphere",
0, 3 * self.sizescale,
[mercury, venus, mars, earth, gas, ice, brown], 20,
None, True)
sky = Luminary("sky", "models/stars_1k_tex.jpg",
"models/solar_sky_sphere", 0, self.skySize, [sun], None,
None, False)
self.runtime.addLuminary(render, sky)
