def drawminimap():
global minimap
w = F(120)
scale = window.f
if minimap is None or minimap.get_size() != (w, w):
minimap = pygame.Surface((w, w)).convert_alpha()
minimap.fill((255, 255, 255, 30))
p0 = window.windowpos(0, 0, w, w, window.camera.X0, window.camera.y0,
scale)
for r in range(25, state.R + 25, 25):
pygame.draw.circle(minimap, (255, 255, 255, 60), p0, int(scale * r),
F(1))
for j in range(48):
r0 = 25 * (8 if j % 2 else 4 if j % 4 else 2 if j % 8 else 1)
X = math.tau * j / 48
p1 = window.windowpos(X, r0, w, w, window.camera.X0, window.camera.y0,
scale)
p2 = window.windowpos(X, state.R, w, w, window.camera.X0,
window.camera.y0, scale)
pygame.draw.line(minimap, (255, 255, 255, 60), p1, p2, F(1))
objs = [(state.you, (200, 200, 200))]
objs += [(g, (200, 0, 200)) for g in state.goals]
for obj, color in objs:
p = window.windowpos(obj.X, obj.y, w, w, window.camera.X0,
window.camera.y0, scale)
pygame.draw.circle(minimap, color, p, F(2))
pygame.draw.rect(minimap, (255, 255, 255, 60), (0, 0, w, w), F(3))
window.screen.blit(minimap,
minimap.get_rect(right=window.sx - F(10), top=F(10)))
def drawminimap(): global minimap w = F(120) scale = window.f if minimap is None or minimap.get_size() != (w, w): minimap = pygame.Surface((w, w)).convert_alpha() minimap.fill((255, 255, 255, 30)) p0 = window.windowpos(0, 0, w, w, window.camera.X0, window.camera.y0, scale) for r in range(25, state.R + 25, 25): pygame.draw.circle(minimap, (255, 255, 255, 60), p0, int(scale * r), F(1)) for j in range(48): r0 = 25 * (8 if j % 2 else 4 if j % 4 else 2 if j % 8 else 1) X = math.tau * j / 48 p1 = window.windowpos(X, r0, w, w, window.camera.X0, window.camera.y0, scale) p2 = window.windowpos(X, state.R, w, w, window.camera.X0, window.camera.y0, scale) pygame.draw.line(minimap, (255, 255, 255, 60), p1, p2, F(1)) objs = [(state.you, (200, 200, 200))] objs += [(g, (200, 0, 200)) for g in state.goals] for obj, color in objs: p = window.windowpos(obj.X, obj.y, w, w, window.camera.X0, window.camera.y0, scale) pygame.draw.circle(minimap, color, p, F(2)) pygame.draw.rect(minimap, (255, 255, 255, 60), (0, 0, w, w), F(3)) window.screen.blit(minimap, minimap.get_rect(right = window.sx - F(10), top = F(10)))
def drawmap():
global fullmap, grid
w = F(420)
scale = F(200) / state.R
if fullmap is None or fullmap.get_size() != (w, w):
fullmap = pygame.Surface((w, w)).convert_alpha()
grid = pygame.Surface((w, w)).convert()
grid.fill((0, 0, 0))
p0 = w // 2, w // 2
for filament in state.worlddata["filaments"]:
ps = [
window.windowpos(X, y, w, w, 0, 0, scale) for X, y in filament
]
pygame.draw.lines(grid, (40, 40, 0), False, ps, F(6))
for r in range(25, state.R + 25, 25):
pygame.draw.circle(grid, (10, 40, 10), p0, int(scale * r), F(1))
pygame.draw.circle(grid, (200, 0, 0), p0, int(scale * state.R), F(1))
pygame.draw.circle(grid, (200, 0, 0), p0, int(scale * state.Rcore),
F(1))
for j in range(48):
r0 = 25 * (8 if j % 2 else 4 if j % 4 else 2 if j % 8 else 1)
X = math.tau * j / 48
p1 = window.windowpos(X, r0, w, w, 0, 0, scale)
p2 = window.windowpos(X, state.R, w, w, 0, 0, scale)
pygame.draw.line(grid, (10, 40, 10), p1, p2, F(1))
ptext.draw("The Charybdis\nAnomaly",
fontname="Exo",
fontsize=F(19),
bottomleft=F(10, 410),
owidth=2,
surf=grid)
ptext.draw("OUTER HORIZON",
fontname="Exo",
fontsize=F(14),
center=F(70, 70),
angle=45,
color=(200, 0, 0),
owidth=2,
surf=grid)
ptext.draw("OUTER HORIZON",
fontname="Exo",
fontsize=F(14),
center=F(420 - 70, 70),
angle=-45,
color=(200, 0, 0),
owidth=2,
surf=grid)
ptext.draw("OUTER HORIZON",
fontname="Exo",
fontsize=F(14),
center=F(420 - 70, 420 - 70),
angle=45,
color=(200, 0, 0),
owidth=2,
surf=grid)
ptext.draw("DATA\nHORIZON",
fontname="Exo",
fontsize=F(14),
center=F(210, 210),
color=(200, 0, 0),
owidth=2,
surf=grid)
ptext.draw("DANGER",
fontname="Exo",
fontsize=F(14),
center=F(160, 126),
angle=-5,
color=(100, 100, 0),
owidth=2,
surf=grid)
ptext.draw("DANGER",
fontname="Exo",
fontsize=F(14),
center=F(270, 244),
angle=6,
color=(100, 100, 0),
owidth=2,
surf=grid)
ptext.draw("DANGER",
fontname="Exo",
fontsize=F(14),
center=F(295, 70),
angle=-70,
color=(100, 100, 0),
owidth=2,
surf=grid)
grid.set_alpha(180)
window.screen.blit(grid,
grid.get_rect(center=window.screen.get_rect().center))
fullmap.fill((0, 0, 0, 0))
objs = []
if 0.001 * pygame.time.get_ticks() % 0.5 < 0.25:
objs += [(state.you, (200, 200, 200), False)]
objs += [(g, (200, 0, 200), g.isvisible()) for g in state.goals]
for obj, color, outline in objs:
p = window.windowpos(obj.X, obj.y, w, w, 0, 0, scale)
pygame.draw.circle(fullmap, color, p, F(2))
if outline:
pygame.draw.circle(fullmap, color, p, F(5), F(1))
pygame.draw.circle(fullmap, color, p, F(8), F(1))
name = "YOU" if obj is state.you else {
"Payload": "DATA CORE",
"BatesShip": "DISTRESS\nCALL",
"Convergence": "???",
}[obj.__class__.__name__]
ptext.draw(name,
fontname="Exo",
fontsize=F(12),
owidth=2,
surf=fullmap,
color=color,
centerx=p[0],
top=p[1] + F(1))
pygame.draw.rect(fullmap, (255, 255, 255, 120), (0, 0, w, w), F(3))
window.screen.blit(
fullmap, fullmap.get_rect(center=window.screen.get_rect().center))
def drawmap():
global fullmap, grid
w = F(420)
scale = F(200) / state.R
if fullmap is None or fullmap.get_size() != (w, w):
fullmap = pygame.Surface((w, w)).convert_alpha()
grid = pygame.Surface((w, w)).convert()
grid.fill((0, 0, 0))
p0 = w // 2, w // 2
for filament in state.worlddata["filaments"]:
ps = [window.windowpos(X, y, w, w, 0, 0, scale) for X, y in filament]
pygame.draw.lines(grid, (40, 40, 0), False, ps, F(6))
for r in range(25, state.R + 25, 25):
pygame.draw.circle(grid, (10, 40, 10), p0, int(scale * r), F(1))
pygame.draw.circle(grid, (200, 0, 0), p0, int(scale * state.R), F(1))
pygame.draw.circle(grid, (200, 0, 0), p0, int(scale * state.Rcore), F(1))
for j in range(48):
r0 = 25 * (8 if j % 2 else 4 if j % 4 else 2 if j % 8 else 1)
X = math.tau * j / 48
p1 = window.windowpos(X, r0, w, w, 0, 0, scale)
p2 = window.windowpos(X, state.R, w, w, 0, 0, scale)
pygame.draw.line(grid, (10, 40, 10), p1, p2, F(1))
ptext.draw("The Charybdis\nAnomaly", fontname = "Exo", fontsize = F(19),
bottomleft = F(10, 410), owidth = 2, surf = grid)
ptext.draw("OUTER HORIZON", fontname = "Exo", fontsize = F(14),
center = F(70, 70), angle = 45, color = (200, 0, 0), owidth = 2, surf = grid)
ptext.draw("OUTER HORIZON", fontname = "Exo", fontsize = F(14),
center = F(420-70, 70), angle = -45, color = (200, 0, 0), owidth = 2, surf = grid)
ptext.draw("OUTER HORIZON", fontname = "Exo", fontsize = F(14),
center = F(420-70, 420-70), angle = 45, color = (200, 0, 0), owidth = 2, surf = grid)
ptext.draw("DATA\nHORIZON", fontname = "Exo", fontsize = F(14),
center = F(210, 210), color = (200, 0, 0), owidth = 2, surf = grid)
ptext.draw("DANGER", fontname = "Exo", fontsize = F(14),
center = F(160, 126), angle = -5, color = (100, 100, 0), owidth = 2, surf = grid)
ptext.draw("DANGER", fontname = "Exo", fontsize = F(14),
center = F(270, 244), angle = 6, color = (100, 100, 0), owidth = 2, surf = grid)
ptext.draw("DANGER", fontname = "Exo", fontsize = F(14),
center = F(295, 70), angle = -70, color = (100, 100, 0), owidth = 2, surf = grid)
grid.set_alpha(180)
window.screen.blit(grid, grid.get_rect(center = window.screen.get_rect().center))
fullmap.fill((0, 0, 0, 0))
objs = []
if 0.001 * pygame.time.get_ticks() % 0.5 < 0.25:
objs += [(state.you, (200, 200, 200), False)]
objs += [(g, (200, 0, 200), g.isvisible()) for g in state.goals]
for obj, color, outline in objs:
p = window.windowpos(obj.X, obj.y, w, w, 0, 0, scale)
pygame.draw.circle(fullmap, color, p, F(2))
if outline:
pygame.draw.circle(fullmap, color, p, F(5), F(1))
pygame.draw.circle(fullmap, color, p, F(8), F(1))
name = "YOU" if obj is state.you else {
"Payload": "DATA CORE",
"BatesShip": "DISTRESS\nCALL",
"Convergence": "???",
}[obj.__class__.__name__]
ptext.draw(name, fontname = "Exo", fontsize = F(12), owidth = 2, surf = fullmap,
color = color, centerx = p[0], top = p[1] + F(1))
pygame.draw.rect(fullmap, (255, 255, 255, 120), (0, 0, w, w), F(3))
window.screen.blit(fullmap, fullmap.get_rect(center = window.screen.get_rect().center))