def __init__(self, game):
self._game = game
self._starting_position = PVector(game.resolution.x / 2,
game.resolution.y / 4)
# Line spacing: a vertical vector, based on the resolution
self._line_spacing = PVector(0, game.resolution.y) / 20
# Font size based on resolution
self._fontsize = int(game.resolution.modulo / 40)
self._animate_glow = animator(math.pi * 2, .05)
self._options = {
'main menu': (
('play game', '_play'),
('help', '_help'),
('exit', '_exit_game'),
),
'in-game menu': (
('back to game', '_back_to_game'),
('exit', '_exit_game'),
),
'help': (
("Space - fire thruster\nRight click - Yaw control\n" +
"g - Toggle landing gears\nb - Beep\nMouse wheel - zoom\n" +
"Ctrl-mouse-wheel - faster zoom", None),
('back', '_back_to_main_menu'),
),
}
self._selected_option = 0
self._text = """StarOrbit Menu\n\n\n"""
self.mode = 'main menu'
def _set_fullscreen(self):
"""Set fullscreen mode"""
surf = self._display_s = pygame.display.set_mode(
(0, 0), pygame.FULLSCREEN | pygame.HWSURFACE | pygame.DOUBLEBUF
| pygame.OPENGL)
Gloss.full_screen = True
self.resolution = PVector(surf.get_size())
self._background = pygame.image.load('space_dim.jpg')
self._background = pygame.transform.smoothscale(
self._background, self.resolution)
self.changed_scale = True
self._presolution = PVector(self.resolution)
def parse_args():
"""Parse CLI args"""
parser = OptionParser()
parser.add_option("-f",
"--fullscreen",
dest="fullscreen",
action="store_true",
help="fullscreen",
default=False)
parser.add_option("-r",
"--framerate",
dest="framerate",
action="store_true",
help="display FPS",
default=False)
parser.add_option("--no-sound",
dest="sound",
action="store_false",
help="Disable sound",
default=True)
parser.add_option("-x",
"--x-resolution",
dest="resolution",
help="resolution",
default=800)
(options, args) = parser.parse_args()
rx = options.resolution
if rx:
options.resolution = PVector(int(rx), int(int(rx) / 4.0 * 3))
return options, args
def _draw_bottom_right_text(self, text, y):
"""Draw gray metrics"""
self._font.draw(text,
scale=1,
position=self._presolution - PVector(y, 15),
color=gloss.Color(1, 1, 1, .5),
letterspacing=0,
linespacing=-25)
def _rotate_ship(self):
"""Fire side thrusters to rotate ship"""
if self._ship.propellent:
mpos = pygame.mouse.get_pos()
thrust = self._ship.gcenter.on_screen - PVector(mpos)
self._ship.set_target_angle(thrust.normalized())
else:
pass #TODO: add error sound
def __init__(self, obj, attr, pos_f, color, len_f=.3, vmax=1):
res = game.resolution
self._attr = attr
self._maxlen = len_f * res.y
self._obj = obj
self._stopleft = PVector(res.x * pos_f, res.y - 10)
self._value_max = float(vmax)
self._value = 1
self._color = color
def _change_resolution(self, resolution):
"""Change screen resolution"""
self.resolution = resolution
Gloss.screen_resolution = resolution.tup
self._display_s = pygame.display.set_mode(
resolution, pygame.RESIZABLE | pygame.DOUBLEBUF | pygame.OPENGL)
self._background = pygame.image.load('space_dim.jpg')
self._background = pygame.transform.smoothscale(
self._background, resolution)
self.changed_scale = True #FIXME: remove changed_scale everywhere
self._presolution = PVector(self.resolution)
def __init__(self, gcenter, thrust):
self.gcenter = gcenter
tex = gloss.Texture("smoke.tga")
wind = PVector(game.zoom * 48, 0)
wind.angle_cw_degs = degrees(180) - thrust.angle_cw_degs
wind = wind.round_tup
self._ps = gloss.ParticleSystem(
tex,
onfinish = self._finished,
position = gcenter.on_screen.tup,
name = "smoke",
initialparticles = 20,
particlelifespan = 190,
growth = .8,
wind = wind,
minspeed = .1,
maxspeed = 10,
minscale = game.zoom * .05,
maxscale = game.zoom * .1,
startcolor = Color(1, 1, 1, 1),
endcolor = Color(1, 1, 1, 0),
)
def __init__(self, gcenter, thrust):
self.gcenter = gcenter
tex = gloss.Texture("smoke.tga")
wind = PVector(game.zoom * 48, 0)
wind.angle_cw_degs = degrees(180) - thrust.angle_cw_degs
wind = wind.round_tup
self._ps = gloss.ParticleSystem(
tex,
onfinish=self._finished,
position=gcenter.on_screen.tup,
name="smoke",
initialparticles=20,
particlelifespan=190,
growth=.8,
wind=wind,
minspeed=.1,
maxspeed=10,
minscale=game.zoom * .05,
maxscale=game.zoom * .1,
startcolor=Color(1, 1, 1, 1),
endcolor=Color(1, 1, 1, 0),
)
def draw(self):
gloss.Gloss.draw_box(
position=self._stopleft.tup,
width=self._value * self._maxlen,
height=5,
color=self._color,
)
gloss.Gloss.draw_box(
position=self._stopleft,
width=1,
height=5,
color=self._color,
)
gloss.Gloss.draw_box(
position=self._stopleft + PVector(self._maxlen, 0),
width=1,
height=5,
color=self._color,
)
def __init__(self, ship, cw=True):
self.gcenter = ship.gcenter
self._tex = gloss.Texture("smoke.tga")
self._ps = [] # Running particle systems
# Distance of the RCS thrusters from the ship center
gdelta_front = GVector(3.5, 0)
gdelta_front.angle_cw_degs = degrees(180) - ship._angle
gdelta_rear = GVector(4, 0)
gdelta_rear.angle_cw_degs = degrees(0) - ship._angle
wind_front = PVector(100, 0)
wind_rear = PVector(200, 0)
if cw:
wind_front.angle_cw_degs = degrees(270) - ship._angle
wind_rear.angle_cw_degs = degrees(90) - ship._angle
else:
wind_front.angle_cw_degs = degrees(90) - ship._angle
wind_rear.angle_cw_degs = degrees(270) - ship._angle
self._create_particles(ship.gcenter + gdelta_front, wind_front)
self._create_particles(ship.gcenter + gdelta_rear, wind_rear)
def __init__(self, ship, cw=True):
self.gcenter = ship.gcenter
self._tex = gloss.Texture("smoke.tga")
self._ps = [] # Running particle systems
# Distance of the RCS thrusters from the ship center
gdelta_front = GVector(3.5, 0)
gdelta_front.angle_cw_degs = degrees(180) - ship._angle
gdelta_rear = GVector(4, 0)
gdelta_rear.angle_cw_degs = degrees(0) - ship._angle
wind_front = PVector(100, 0)
wind_rear = PVector(200, 0)
if cw:
wind_front.angle_cw_degs = degrees(270) - ship._angle
wind_rear.angle_cw_degs = degrees(90) - ship._angle
else:
wind_front.angle_cw_degs = degrees(90) - ship._angle
wind_rear.angle_cw_degs = degrees(270) - ship._angle
self._create_particles(ship.gcenter + gdelta_front, wind_front)
self._create_particles(ship.gcenter + gdelta_rear, wind_rear)
def _center(self, line):
""" """
w = self._font.font.size(line)[0]
return PVector(w / 2, 0)
def gvector(self):
"""Equivalent GVector"""
pv = PVector(*self.tup) - game._screen_center + game.gcamera.pvector
gv = pv / game.zoom
return GVector(*gv.tup)
def in_pixels(self):
"""Equivalent vector measured in pixes"""
scaled = self * game.zoom
return PVector(scaled.tup)
