def constellation_2Planets():
global snap_planet, scale, all_planets, links, rechts
### Initialisiere Planeten (Zwei Planeten)
# name x, y, v, winkel, m, farbe, frametime, G
links = Planet("links", -250, 0, 1, 90, 16, (5, 87, 230), frametime, 4000)
rechts = Planet("rechts", 250, 0, 1, -90, 15, (235, 183, 52), frametime,
4000)
all_planets.append(links)
all_planets.append(rechts)
snap_planet = None # "COM"
def constellation_3PlanetsCircle():
global snap_planet, scale, all_planets, links, mitte, rechts
### Initialisiere Planeten (Three Body Problem [Kreis mit Mittelpunkt])
# name x, y, v, winkel, m, farbe, frametime
links = Planet("links", -200, 0, 1, 90, 15, (5, 87, 230), frametime)
mitte = Planet("mitte", 0, 0, 0, 0, 15, (187, 188, 189), frametime)
rechts = Planet("rechts", 200, 0, 1, -90, 15, (235, 183, 52), frametime)
all_planets.append(links)
all_planets.append(mitte)
all_planets.append(rechts)
def constellation_8PlanetsPlusMid():
global snap_planet, scale, all_planets, p1, p2, p3, p4, p5, p6, p7, p8, center
### Initialisiere Planeten (8 Planeten und Mitte in Plus-Form )
scale = 1 / 3
v1 = -5.3
v2 = 6.24
d1 = 450
d2 = 700
m1 = 15
m2 = 25
# name x, y, v, winkel, m, farbe, frametime, G
p1 = Planet("blau", -d1, 0, v1, 90, m1, (17, 98, 156), frametime, 2000)
p2 = Planet("gelb", 0, -d1, v1, 180, m1, (235, 183, 52), frametime, 2000)
p3 = Planet("rot", 0, d1, v1, 0, m1, (168, 66, 50), frametime, 2000)
p4 = Planet("grün", d1, 0, v1, -90, m1, (17, 156, 105), frametime, 2000)
p5 = Planet("lila", -d2, 0, v2, 90, m2, (85, 5, 156), frametime, 2000)
p6 = Planet("orange", 0, -d2, v2, 180, m2, (207, 110, 31), frametime, 2000)
p7 = Planet("pink", 0, d2, v2, 0, m2, (168, 29, 103), frametime, 2000)
p8 = Planet("türkis", d2, 0, v2, -90, m2, (20, 216, 219), frametime, 2000)
center = Planet("center", 0, 0, 0, 0, 100, (187, 188, 189), frametime,
2000)
all_planets.append(p1)
all_planets.append(p2)
all_planets.append(p3)
all_planets.append(p4)
all_planets.append(p5)
all_planets.append(p6)
all_planets.append(p7)
all_planets.append(p8)
all_planets.append(center)
snap_planet = None # "COM"
def constellation_8PlanetsMid():
global snap_planet, scale, all_planets, p1, p2, p3, p4, p5, p6, p7, p8, center
### Initialisiere Planeten (8 Planeten und Mitte)
v1 = 6
v2 = 8
# name x, y, v, winkel, m, farbe, frametime, G
p1 = Planet("blau", -200, -200, v1, 0, 15, (17, 98, 156), frametime, 2000)
p2 = Planet("gelb", 200, -200, v1, 90, 15, (235, 183, 52), frametime, 2000)
p3 = Planet("rot", -200, 200, v1, -90, 15, (168, 66, 50), frametime, 2000)
p4 = Planet("grün", 200, 200, v1, 180, 15, (17, 156, 105), frametime, 2000)
p5 = Planet("lila", -400, -400, v2, 90, 25, (85, 5, 156), frametime, 2000)
p6 = Planet("orange", 400, -400, v2, 180, 25, (207, 110, 31), frametime,
2000)
p7 = Planet("pink", -400, 400, v2, 0, 25, (168, 29, 103), frametime, 2000)
p8 = Planet("türkis", 400, 400, v2, -90, 25, (20, 216, 219), frametime,
2000)
center = Planet("center", 0, 0, 0, 0, 60, (187, 188, 189), frametime, 2000)
all_planets.append(p1)
all_planets.append(p2)
all_planets.append(p3)
all_planets.append(p4)
all_planets.append(p5)
all_planets.append(p6)
all_planets.append(p7)
all_planets.append(p8)
all_planets.append(center)
scale = 1 / 7
snap_planet = None # "COM"
def constellation_3PlanetsOdd():
global snap_planet, scale, all_planets, blau, gelb, grau, trail_width
### Initialisiere Planeten (Three Body Problem [Kreis mit Mittelpunkt])
# name x, y, v, winkel, m, farbe, frametime
blau = Planet("blau", -47, 0, 1, 90, 15, (5, 87, 230), frametime)
gelb = Planet("gelb", 47, 0, 1, -90, 15, (235, 183, 52), frametime)
grau = Planet("grau", 300, 0, 1.5, 90, 15, (187, 188, 189), frametime)
all_planets.append(blau)
all_planets.append(gelb)
all_planets.append(grau)
snap_planet = "COM"
trail_width = 1
def constellation_SolarSystem():
global snap_planet, scale, all_planets, sonne, erde, mond
### Initialisiere Planeten (Sonnensystem)
# name x, y, v, winkel, m, farbe, frametime
sonne = Planet("Sonne", 0, 0, 0.0, 45, 100, (235, 183, 52), frametime)
erde = Planet("Erde", 0, 500, 1.75, 180, 50, (5, 87, 230), frametime)
mond = Planet("Mond", 0, 610, 4, 180, 5, (187, 188, 189), frametime)
all_planets.append(sonne)
all_planets.append(erde)
all_planets.append(mond)
snap_planet = sonne
scale = 1 / 2
def constellation_3PlanetsEllipse():
global snap_planet, scale, all_planets, links, mitte, rechts
### Initialisiere Planeten (Three Body Problem [Ellipse])
# name x, y, v, winkel, m, farbe, frametime, G
links = Planet("links", -200, -75, 2, 135, 15, (5, 87, 230), frametime,
2000)
mitte = Planet("mitte", 0, 0, 2, -45, 15, (187, 188, 189), frametime, 2000)
rechts = Planet("rechts", 200, 75, 2, 155, 15, (235, 183, 52), frametime,
2000)
all_planets.append(links)
all_planets.append(mitte)
all_planets.append(rechts)
snap_planet = None # "COM"
def constellation_8PlanetsPlus():
global snap_planet, scale, all_planets, p1, p2, p3, p4, p5, p6, p7, p8
### Initialisiere Planeten (8 Planeten und Mitte in Plus-Form )
scale = 1 / 5
G = 6000
v1 = 5
v2 = -8
d1 = 170
d2 = 500
m1 = 25
m2 = 25
a1 = 50
a2 = 50
# name x, y, v, winkel, m, farbe, frametime, G
p1 = Planet("blau", -d1, -d1, v1, 90 + a1, m1, (17, 98, 156), frametime, G)
p2 = Planet("gelb", d1, -d1, v1, 180 + a1, m1, (235, 183, 52), frametime,
G)
p3 = Planet("rot", -d1, d1, v1, 0 + a1, m1, (168, 66, 50), frametime, G)
p4 = Planet("grün", d1, d1, v1, -90 + a1, m1, (17, 156, 105), frametime, G)
p5 = Planet("lila", -d2, -d2, v2, 90 + a2, m2, (85, 5, 156), frametime, G)
p6 = Planet("orange", d2, -d2, v2, 180 + a2, m2, (207, 110, 31), frametime,
G)
p7 = Planet("pink", -d2, d2, v2, 0 + a2, m2, (168, 29, 103), frametime, G)
p8 = Planet("türkis", d2, d2, v2, -90 + a2, m2, (20, 216, 219), frametime,
G)
all_planets.append(p1)
all_planets.append(p2)
all_planets.append(p3)
all_planets.append(p4)
all_planets.append(p5)
all_planets.append(p6)
all_planets.append(p7)
all_planets.append(p8)
snap_planet = None # "COM"
def constellation_4Planets():
global snap_planet, scale, all_planets, p1, p2, p3, p4
### Initialisiere Planeten (Vier Planeten)
# name x, y, v, winkel, m, farbe, frametime, G
p1 = Planet("blau", -200, -200, 2, 0, 15, (17, 98, 156), frametime, 1000)
p2 = Planet("gelb", 200, -200, 2, 90, 15, (235, 183, 52), frametime, 1000)
p3 = Planet("rot", -200, 200, 2, -90, 15, (168, 66, 50), frametime, 1000)
p4 = Planet("grün", 200, 200, 2, 180, 15, (17, 156, 105), frametime, 1000)
all_planets.append(p1)
all_planets.append(p2)
all_planets.append(p3)
all_planets.append(p4)
snap_planet = None # "COM"
scale = 1 / 2
def constellation_2x2Planets():
global snap_planet, scale, all_planets, blau, gelb, rot, grün, trail_width
x1 = -400
x2 = 400
v1 = -1
v2 = -1
vx = 0.29
### Initialisiere Planeten (Three Body Problem [Kreis mit Mittelpunkt])
# name x, y, v, winkel, m, farbe, frametime
blau = Planet("blau", x1 - 47, 0, v1 + vx, 90, 15, (5, 87, 230), frametime)
gelb = Planet("gelb", x1 + 47, 0, v1 - vx, -90, 15, (235, 183, 52),
frametime)
rot = Planet("rot", x2 - 47, 0, v2 - vx, 90, 15, (156, 50, 34), frametime)
grün = Planet("grün", x2 + 47, 0, v2 + vx, -90, 15, (34, 156, 63),
frametime)
all_planets.append(blau)
all_planets.append(gelb)
all_planets.append(rot)
all_planets.append(grün)
# snap_planet = "COM"
trail_width = 1
scale = 2 / 3
def constellation_random(n):
global snap_planet, scale, all_planets, planet
### Initialisiere Planeten (Zufällige Werte)
G = 700
for planetID in range(n):
planet = Planet(
("Planet", str(planetID)), # name
randint(-500, 500),
randint(-500, 500), # x, y
uniform(3, 6), # v
uniform(-180, 180), # winkel
uniform(10, 30), # m
(randint(30, 235), randint(30, 235), randint(30,
235)), # farbe
frametime, # frametime
G) # G
all_planets.append(planet)
snap_planet = "COM"