def think(dt, mpos, mdown, mup, *args):
global pointed, tmessage, fade, fading
mx, my = mpos
for jlevel, (r, x, y) in level.layout.items():
if jlevel not in progress.unlocked:
continue
x, y = F((x, y))
if (x - mx) ** 2 + (y - my) ** 2 < F(r) ** 2:
pointed = jlevel
break
else:
pointed = None
if pointed == "credits" and mdown:
from . import creditscene
scene.push(creditscene)
elif pointed is not None and mdown:
progress.setchosen(pointed)
fading = False
if fading:
fade = math.clamp(fade + 1.5 * dt, 0, 1)
else:
fade = math.clamp(fade - 1.5 * dt, 0, 1)
if fade == 0:
scene.pop()
scene.push(playscene)
scene.push(cutscene.Start())
if tmessage:
if tmessage == 5:
sound.playsfx("3up")
tmessage = max(0, tmessage - dt)
def drawwaves(): from . import view drawn = set() for wave in wavespecs + donewaves: t, angle, etype, n = wave t = tlevel - t if t < -10: continue elif t < 0: text = "Wave\nincoming\nin:\n%d sec" % int(-t) alpha = math.clamp(t + 10, 0, 1) elif t < 10: text = "Wave\nincoming" alpha = math.clamp(10 - t, 0, 1) else: continue if angle in drawn: continue drawn.add(angle) fontsize = view.screenlength(20) x, y = outstep(angle, 20) x += 0.2 * (cell.x - x) y += 0.2 * (cell.y - y) ptext.draw(text, midtop = view.screenpos((x, y)), angle = -360 * angle, fontsize = fontsize, fontname = "Stint", lineheight = 0.85, color = "#FF4F4F", shadow = (0.5, 1), alpha = 0.4 * alpha)
def think(self, dt, mpos, mdown, *args): self.t += dt if self.fading: self.fade = math.clamp(self.fade + dt / self.tfade, 0, 1) else: self.fade = math.clamp(self.fade - dt / self.tfade, 0, 1) if self.fade <= self.fadeend and not self.fading: scene.pop() if mdown: self.fading = False
def draw():
window.screen.fill((0, 0, 0))
background.draw(hradius = 6)
a1 = math.clamp((t - 3.5) / 2, 0, 1)
a2 = math.clamp((t - 10) / 2, 0, 1)
ptext.draw(settings.gamename, fontsize = F(70), center = F(427, 140),
owidth = 2, color = "#44FF77", gcolor = "#AAFFCC", alpha = a1, fontname = "Audiowide")
ptext.draw("Thank you for playing", fontsize = F(26), midtop = F(427, 180),
owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
background.drawwash()
def draw():
window.screen.fill((0, 0, 0))
background.draw()
a1 = math.clamp((t - 4) / 2, 0, 1)
a2 = math.clamp((t - 5.5) / 2, 0, 1)
a3 = math.clamp((t - 6.5) / 2, 0, 1)
a4 = math.clamp((t - 8) / 2, 0, 1)
ptext.draw(settings.gamename, fontsize = F(70), center = F(427, 140),
owidth = 2, color = "#44FF77", gcolor = "#AAFFCC", alpha = a1, fontname = "Audiowide")
# ptext.draw("by Christopher Night", fontsize = F(26), midtop = F(427, 180),
# owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
background.drawwash()
def think(self, dt, mpos, mdown, *args):
self.t += dt
if self.fading:
self.fade = math.clamp(self.fade + dt / self.tfade, 0, 1)
else:
self.fade = math.clamp(self.fade - dt / self.tfade, 0, 1)
if self.fade <= self.fadeend and not self.fading:
from . import menuscene
menuscene.setmessage("Thank you for playing!")
scene.pop()
scene.push(menuscene)
dialog.think(dt)
if self.t > 1 and dialog.tquiet > 1:
self.fading = False
def draw(self):
parent = get(self.parentid)
if not parent:
return
p = px, py = window.screenpos(parent.X, parent.y)
color = tuple(int(a * (0.8 + 0.2 * math.sin(8 * self.t))) for a in (128, 255, 128))
pygame.draw.circle(window.screen, color, p, F(5), 0)
pygame.draw.circle(window.screen, color, p, F(10), F(1))
pygame.draw.circle(window.screen, color, p, F(15), F(1))
dx = F(90 * math.clamp(self.t * 0.6 - 0.2, 0, 1))
pygame.draw.line(window.screen, color, p, (px + dx, py), F(1))
ptext.draw("TELEPORT TO\nTHIS SHIP", fontsize = F(12), color = (128, 255, 128),
owidth = 1, fontname = "Exo", midleft = (px + F(20), py),
alpha = math.clamp(self.t - 1, 0, 1))
def draw(self):
ds = [-0.02 * j for j in range(8, -1, -1)]
ss = [2, 2, 2, 3.2, 3.2, 3.2, 4, 4, 4]
for d, s in zip(ds, ss):
f = math.clamp((self.flife + d) * 1.1, 0, 1)
if not 0 < f < 1:
continue
fp = math.clamp(f * 1.3 - 0.3, 0, 1)
f = (3 - 2 * f) * f ** 2
fp = (3 - 2 * fp) * fp ** 2
X = self.X + fp * (self.X1 - self.X)
y = self.y + fp * (self.y1 - self.y)
r = 10 * f * (1 - f)
a = 25 * self.t + 45 * d + j * math.tau / 6
image.worlddraw("slash-" + self.color, X + r/y * math.sin(a), y + r * math.cos(a), s, rotate = False)
def drawtitle():
a1 = math.clamp((t - 4) / 2, 0, 1)
a2 = math.clamp((t - 5.5) / 2, 0, 1)
a3 = math.clamp((t - 6.5) / 2, 0, 1)
a4 = math.clamp((t - 8) / 2, 0, 1)
ptext.draw(settings.gamename,
fontsize=F(70),
center=F(427, 140),
owidth=2,
color="#44FF77",
gcolor="#AAFFCC",
alpha=a1,
fontname="Audiowide")
ptext.draw("by Christopher Night",
fontsize=F(26),
midtop=F(427, 180),
owidth=2,
color="#7777FF",
gcolor="#AAAAFF",
alpha=a2,
fontname="Audiowide")
ptext.draw("MUSIC\nPRODUCTION\nTESTING\nARTWORK\nVOICE",
fontsize=F(24),
topright=F(427 - 10, 240),
lineheight=1.24,
owidth=2,
color="#7777FF",
gcolor="#AAAAFF",
alpha=a2,
fontname="Audiowide")
ptext.draw(
"Mary Bichner\nCharles McPillan\nLeo Stein\nMolly Zenobia\nRandy Parcel",
fontsize=F(24),
topleft=F(427 + 10, 240),
lineheight=1.24,
owidth=2,
color="#7777FF",
gcolor="#AAAAFF",
alpha=a2,
fontname="Audiowide")
ptext.draw("Press space to begin",
fontsize=F(24),
midtop=F(427, 440),
owidth=2,
color="#777777",
gcolor="#AAAAAA",
alpha=a3,
fontname="Audiowide")
def pdrawG(self): if self.pGlast == self.pG(): return self.ptileG() f = math.clamp(self.movet / self.tmove, 0, 1) xG, yG, zG = math.mix(self.ptileGlast, self.ptileG(), f) zG += 0.8 * f * (1 - f) return xG, yG, zG
def getbounce(objs, dt):
ds = [[0, 0] for _ in objs]
for i, j in getcollisions(objs):
x0, y0, r0, m0 = objs[i]
x1, y1, r1, m1 = objs[j]
if (x0 - x1)**2 + (y0 - y1)**2 < (r0 + r1)**2:
dx = x1 - x0
dy = y1 - y0
if dx == 0 and dy == 0:
a = random.angle()
dx = 1.0 * math.sin(a)
dy = 1.0 * math.cos(a)
d = math.sqrt(dx**2 + dy**2)
f = math.clamp(20 * (r0 + r1 - d), 50, 200)
dx *= dt / d * f
dy *= dt / d * f
da = math.sqrt(dx**2 + dy**2)
if d + da > 1.001 * (r0 + r1):
db = 1.001 * (r0 + r1) - d
dx *= db / da
dy *= db / da
f0, f1 = (1, 0) if m1 > 100 * m0 else (
0, 1) if m0 > 100 * m1 else (m1 / (m0 + m1), m0 / (m1 + m0))
# f0, f1 = (m1 / (m0 + m1), m0 / (m1 + m0))
ds[i][0] -= dx * f0
ds[i][1] -= dy * f0
ds[j][0] += dx * f1
ds[j][1] += dy * f1
return ds
def draw():
if self.dscene is None:
background.draw()
else:
self.dscene.draw()
alpha = int(math.clamp(self.a * 255, 0, 255))
pview.fill((255, 255, 255, alpha))
def draw(): if playing: filename, who, line = playing t = pygame.time.get_ticks() * 0.001 h, angle, fstretch = 390, 0, 1 if "bounce" in who: freq = float(who[7:]) h = 400 - 20 * abs(math.sin(freq * math.tau * t)) if "rock" in who: freq = float(who[5:]) angle = 10 * math.sin(freq * math.tau * t) if "sink" in who: h += 20 * math.sqrt(tplaying) if "Z" in who: imgname = "zume" center = F(100, h) align = "right" fontname = "SansitaOne" color = 100, 255, 255 else: imgname = "simon" center = F(854 - 100, h) align = "left" fontname = "PatrickHand" color = 255, 100, 255 alpha = math.clamp(4 * tplaying, 0, 1) ptext.draw(line, midbottom = F(854 / 2, 470), width = F(500), color = color, shadow = (1, 1), fontsize = F(36), fontname = fontname, lineheight = 0.8) img.draw(imgname, center, radius = F(80), fstretch = fstretch, angle = angle, tocache = False) if currenttip: ptext.draw(currenttip, center = F(854 / 2, 160), width = F(500), color = (255, 255, 100), shadow = (1, 1), fontname = "PermanentMarker", fontsize = F(28))
def falling(screenpos, scale, vy):
vy = math.clamp(vy, -30, 30)
x, y = screenpos
dystretch = vy / 70
drawfoot((x - 0.8 * scale, y + (-0.2 + dystretch) * scale), scale)
drawfoot((x + 0.8 * scale, y + (0.2 + dystretch) * scale), scale)
# back fist
drawfoot((x + (1.5 * math.cos(dystretch)) * scale, y +
(-2.5 + 3 * dystretch) * scale), scale)
# dress
x0, y0 = x - 0.3 * scale, y - 1 * scale
path = [(-1.4, 0), (-0.2, -0.5), (2, -0.5), (1.5, 1), (1, 3), (0, 3.2),
(-1, 1.5)]
ps = [(i(x0 + scale * dx * (1 - 0.6 * dystretch)),
i(y0 - scale * (dy / (1 - 0.3 * dystretch) - 1.3 * dystretch)))
for dx, dy in path]
pygame.draw.polygon(pview.screen, (0, 0, 0), ps, i(0.6 * scale))
pygame.draw.polygon(pview.screen, (100, 100, 250), ps, 0)
# front fist
drawfoot((x - (1.5 * math.cos(dystretch)) * scale, y +
(-2.5 + 3 * dystretch) * scale), scale)
# Tilt head to look up during upward motion and down during downward motion.
x0, y0 = x + 0.5 * scale, y - 5 * scale
drawnoggin((x0, y0), scale, angle=0.2 + 0.5 * dystretch)
if settings.DEBUG:
pygame.draw.circle(pview.screen, (255, 0, 255), screenpos,
i(0.3 * scale))
def getbounce(objs, dt): ds = [[0, 0] for _ in objs] for i, j in getcollisions(objs): x0, y0, r0, m0 = objs[i] x1, y1, r1, m1 = objs[j] if (x0 - x1) ** 2 + (y0 - y1) ** 2 < (r0 + r1) ** 2: dx = x1 - x0 dy = y1 - y0 if dx == 0 and dy == 0: a = random.angle() dx = 1.0 * math.sin(a) dy = 1.0 * math.cos(a) d = math.sqrt(dx ** 2 + dy ** 2) f = math.clamp(20 * (r0 + r1 - d), 50, 200) dx *= dt / d * f dy *= dt / d * f da = math.sqrt(dx ** 2 + dy ** 2) if d + da > 1.001 * (r0 + r1): db = 1.001 * (r0 + r1) - d dx *= db / da dy *= db / da f0, f1 = (1, 0) if m1 > 100 * m0 else (0, 1) if m0 > 100 * m1 else (m1 / (m0 + m1), m0 / (m1 + m0)) # f0, f1 = (m1 / (m0 + m1), m0 / (m1 + m0)) ds[i][0] -= dx * f0 ds[i][1] -= dy * f0 ds[j][0] += dx * f1 ds[j][1] += dy * f1 return ds
def think(dt, mpos, mdown, *args):
global t, fading, fade
t += dt
if mdown or t > 17.5:
fading = False
fade = math.clamp(fade + 2 * dt * (1 if fading else -1), 0, 1)
if not fading and fade == 0:
scene.pop()
def think(dt, mpos, mdown, *args): global t, fading, fade t += dt if mdown or t > 17.5: fading = False fade = math.clamp(fade + 2 * dt * (1 if fading else -1), 0, 1) if not fading and fade == 0: scene.pop()
def drawtitle():
a1 = math.clamp((t - 4) / 2, 0, 1)
a2 = math.clamp((t - 5.5) / 2, 0, 1)
a3 = math.clamp((t - 6.5) / 2, 0, 1)
a4 = math.clamp((t - 8) / 2, 0, 1)
ptext.draw(settings.gamename, fontsize = F(70), center = F(427, 140),
owidth = 2, color = "#44FF77", gcolor = "#AAFFCC", alpha = a1, fontname = "Audiowide")
ptext.draw("by Christopher Night", fontsize = F(26), midtop = F(427, 180),
owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
ptext.draw("MUSIC\nPRODUCTION\nTESTING\nARTWORK\nVOICE",
fontsize = F(24), topright = F(427 - 10, 240), lineheight = 1.24,
owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
ptext.draw("Mary Bichner\nCharles McPillan\nLeo Stein\nMolly Zenobia\nRandy Parcel",
fontsize = F(24), topleft = F(427 + 10, 240), lineheight = 1.24,
owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
ptext.draw("Press space to begin",
fontsize = F(24), midtop = F(427, 440),
owidth = 2, color = "#777777", gcolor = "#AAAAAA", alpha = a3, fontname = "Audiowide")
def think(self, dt): from . import recipe self.targetcolor = recipe.getcolor(self) if self.disabled: tr, tg, tb = self.targetcolor self.targetcolor = tr // 3, tg // 3, tb // 3 if self.targetcolor is not None and self.color != self.targetcolor: d = int(max(100 * dt, 1)) self.color = tuple(math.clamp(y, x - d, x + d) for x, y in zip(self.color, self.targetcolor))
def drawscene():
window.screen.fill((20, 0, 0))
R, X0, y0 = window.camera.R, window.camera.X0, window.camera.y0
window.camera.R = window.sy / 54 * math.clamp(3 * (tplay - 4), 0.3, 2)
window.camera.y0 = random.uniform(-1, 1)
window.camera.X0 = tplay * 0.1
background.draw(factor=8)
window.camera.R, window.camera.X0, window.camera.y0 = R, X0, y0
background.drawwash()
def think(self, dt, *args): self.t += dt if self.fading: self.fade = math.clamp(self.fade + dt / self.tfade, 0, 1) self.tview += dt if self.tview >= self.lifetime: self.fading = False else: self.fade = math.clamp(self.fade - dt / self.tfade, 0, 1) if self.fade <= self.fadeend and not self.fading: state.removesave() if self.tomenu: from . import menuscene scene.pop() scene.pop() scene.push(menuscene) else: scene.pop()
def drawscene(): window.screen.fill((20, 0, 0)) R, X0, y0 = window.camera.R, window.camera.X0, window.camera.y0 window.camera.R = window.sy / 54 * math.clamp(3 * (tplay - 4), 0.3, 2) window.camera.y0 = random.uniform(-1, 1) window.camera.X0 = tplay * 0.1 background.draw(factor = 8) window.camera.R, window.camera.X0, window.camera.y0 = R, X0, y0 background.drawwash()
def draw(self): target = get(self.targetid) if not target: return for d, s in [(-0.1, 3), (-0.05, 6), (0, 8), (0.05, 6), (0.1, 3)]: f = math.clamp(self.flife + d, 0, 1) X = self.X + f * (target.X - self.X) y = self.y + f * (target.y - self.y) pygame.draw.circle(window.screen, (255, 128, 255), window.screenpos(X, y), F(s), 0)
def getscene():
nscene = len(skycolors)
scenelength = 40
dlength = 4
score = currentscore()
jscene = int(score / scenelength) % nscene
lastscene = (jscene - 1) % nscene if score > scenelength else 0
f = math.clamp(score % scenelength / dlength, 0, 1)
return lastscene, jscene, f
def draw():
startprofile("draw")
pview.fill((100, 100, 255))
# objs = list(state.boards.values()) + list(state.blocks) + list(state.effects) + list(state.hazards)
objs = list(state.hills) + list(state.effects) + list(state.hazards)
objs.sort(key=lambda obj: (obj.z, -obj.y))
for obj in objs:
obj.draw()
state.you.draw()
if self.t < 1:
a = math.clamp(int(255 * (1 - math.smoothfade(self.t, 0, 1))), 0, 255)
pview.fill((255, 255, 255, a))
if self.tlose > 0:
a = math.clamp(int(255 * math.smoothfade(self.tlose, 0, 0.5)), 0, 255)
pview.fill((255, 255, 255, a))
stopprofile("draw")
if self.printprofile:
print(" ".join("%s=%d" % item
for item in sorted(self.profile.items())))
def draw(self):
ds = [-0.02 * j for j in range(8, -1, -1)]
ss = [2, 2, 2, 3.2, 3.2, 3.2, 4, 4, 4]
for j, (d, s) in enumerate(zip(ds, ss)):
f = math.clamp((self.flife + d) * 1.1, 0, 1)
if not 0 < f < 1:
continue
fp = math.clamp(f * 1.3 - 0.3, 0, 1)
f = (3 - 2 * f) * f**2
fp = (3 - 2 * fp) * fp**2
X = self.X + fp * (self.X1 - self.X)
y = self.y + fp * (self.y1 - self.y)
r = 10 * f * (1 - f)
a = 25 * self.t + 45 * d + j * math.tau / 6
image.worlddraw("slash-" + self.color,
X + r / y * math.sin(a),
y + r * math.cos(a),
s,
rotate=False)
def rangle(self): if self.draining: return math.clamp(40 * self.tdrain + 100 * self.drainsink, 0, 70) vz = (self.v + self.vwater).z if self.landed: p = 1 * self.pos dp = p + self.v + self.vwater p.z = 0 dp.z = 0 vz += self.section.dzwater(dp) - self.section.dzwater(p) return math.degrees(math.atan(vz / 20))
def dof(j0, j1, jc=None):
x0, y0 = ps[j0]
x1, y1 = ps[j1]
f = 1
if jc is not None:
xc, yc = ps[jc]
a = math.clamp(
math.dot(math.norm((xc - x0, yc - y0)),
math.norm((x1 - xc, y1 - yc))), -0.999, 0.999)
f = 1 / math.cos(math.acos(a) / 2)
return math.norm((x1 - x0, y1 - y0), w * f)
def draw():
window.screen.fill((0, 0, 0))
background.draw()
a1 = math.clamp((t - 4) / 2, 0, 1)
a2 = math.clamp((t - 5.5) / 2, 0, 1)
a3 = math.clamp((t - 6.5) / 2, 0, 1)
a4 = math.clamp((t - 8) / 2, 0, 1)
ptext.draw(settings.gamename,
fontsize=F(70),
center=F(427, 140),
owidth=2,
color="#44FF77",
gcolor="#AAFFCC",
alpha=a1,
fontname="Audiowide")
# ptext.draw("by Christopher Night", fontsize = F(26), midtop = F(427, 180),
# owidth = 2, color = "#7777FF", gcolor = "#AAAAFF", alpha = a2, fontname = "Audiowide")
background.drawwash()
def think(self, dt):
from . import recipe
self.targetcolor = recipe.getcolor(self)
if self.disabled:
tr, tg, tb = self.targetcolor
self.targetcolor = tr // 3, tg // 3, tb // 3
if self.targetcolor is not None and self.color != self.targetcolor:
d = int(max(100 * dt, 1))
self.color = tuple(
math.clamp(y, x - d, x + d)
for x, y in zip(self.color, self.targetcolor))
def draw(self):
parent = get(self.parentid)
if not parent:
return
p = px, py = window.screenpos(parent.X, parent.y)
color = tuple(
int(a * (0.8 + 0.2 * math.sin(8 * self.t)))
for a in (128, 255, 128))
pygame.draw.circle(window.screen, color, p, F(5), 0)
pygame.draw.circle(window.screen, color, p, F(10), F(1))
pygame.draw.circle(window.screen, color, p, F(15), F(1))
dx = F(90 * math.clamp(self.t * 0.6 - 0.2, 0, 1))
pygame.draw.line(window.screen, color, p, (px + dx, py), F(1))
ptext.draw("TELEPORT TO\nTHIS SHIP",
fontsize=F(12),
color=(128, 255, 128),
owidth=1,
fontname="Exo",
midleft=(px + F(20), py),
alpha=math.clamp(self.t - 1, 0, 1))
def draw():
s0, s1, fs = getscene()
skycolor = colormix(skycolors[s0], skycolors[s1], fs)
pview.fill(skycolor)
objs = list(state.hills) + list(state.effects) + list(state.hazards)
objs.sort(key=lambda obj: (obj.z, -obj.y))
for obj in objs:
obj.draw()
state.you.draw()
if self.t < 1:
a = math.clamp(int(255 * (1 - math.smoothfade(self.t, 0, 1))), 0, 255)
pview.fill((255, 255, 255, a))
if self.tlose > 0:
a = math.clamp(int(255 * math.smoothfade(self.tlose, 0, 0.5)), 0, 255)
pview.fill((255, 255, 255, a))
ptext.draw("Distance: %d m" % currentscore(),
topright=T(1000, 24),
fontsize=T(30),
color="black",
fontname="Acme")
def draw(self):
target = get(self.targetid)
if not target:
return
ds = [-0.02 * j for j in range(8, -1, -1)]
ss = [2, 2, 2, 3.2, 3.2, 3.2, 4, 4, 4]
for d, s in zip(ds, ss):
f = math.clamp((self.flife + d) * 1.1, 0, 1)
if not 0 < f < 1:
continue
fp = math.clamp(f * 1.3 - 0.3, 0, 1)
f = (3 - 2 * f) * f**2
fp = (3 - 2 * fp) * fp**2
X = self.X + fp * (target.X - self.X)
y = self.y + fp * (target.y - self.y)
r = 10 * f * (1 - f)
a = 25 * self.t + 45 * d + j * math.tau / 6
image.worlddraw("slash-white",
X + r / y * math.sin(a),
y + r * math.cos(a),
s,
rotate=False)
def draw():
if playing:
filename, who, line = playing
t = pygame.time.get_ticks() * 0.001
h, angle, fstretch = 390, 0, 1
if "bounce" in who:
freq = float(who[7:])
h = 400 - 20 * abs(math.sin(freq * math.tau * t))
if "rock" in who:
freq = float(who[5:])
angle = 10 * math.sin(freq * math.tau * t)
if "sink" in who:
h += 20 * math.sqrt(tplaying)
if "Z" in who:
imgname = "zume"
center = F(100, h)
align = "right"
fontname = "SansitaOne"
color = 100, 255, 255
else:
imgname = "simon"
center = F(854 - 100, h)
align = "left"
fontname = "PatrickHand"
color = 255, 100, 255
alpha = math.clamp(4 * tplaying, 0, 1)
ptext.draw(line,
midbottom=F(854 / 2, 470),
width=F(500),
color=color,
shadow=(1, 1),
fontsize=F(36),
fontname=fontname,
lineheight=0.8)
img.draw(imgname,
center,
radius=F(80),
fstretch=fstretch,
angle=angle,
tocache=False)
if currenttip:
ptext.draw(currenttip,
center=F(854 / 2, 160),
width=F(500),
color=(255, 255, 100),
shadow=(1, 1),
fontname="PermanentMarker",
fontsize=F(28))
def slerp(self, other, t):
angle = self.dot(other)
quat1 = self
if angle < 0.0:
quat1 = self.scale(-1.0)
angle = -angle
if 1.0 - angle > 0.001:
return self.lerp(other, t)
angle = math.clamp(angle, -1.0, 1.0)
theta = math.acos(angle) * t
co_quat = (other - self.scale(angle))
return self.scale(math.cos(theta)) + co_quat.scale(math.sin(theta))
def draw(self):
target = get(self.targetid)
if not target:
return
ds = [-0.02 * j for j in range(8, -1, -1)]
ss = [2, 2, 2, 3.2, 3.2, 3.2, 4, 4, 4]
for d, s in zip(ds, ss):
f = math.clamp((self.flife + d) * 1.2 - 0.1, 0, 1)
if not 0 < f < 1:
continue
f = (3 - 2 * f) * f ** 2
X = self.X + f * (target.X - self.X)
y = self.y + f * (target.y - self.y)
r = 10 * f * (1 - f)
a = -25 * self.t + 45 * d + j * math.tau / 6
image.worlddraw("slash-white", X + r/y * math.sin(a), y + r * math.cos(a), s, rotate = False)
def think(dt, kdowns, kpressed):
global youftarget, boards, blocks, hills, effects
kright = (1 if settings.ispressed(kpressed, "right") else
0) - (1 if settings.ispressed(kpressed, "left") else 0)
if kright:
dftarget = 2 * dt * kright
youftarget = math.clamp(youftarget + dftarget, -1, 1)
else:
youftarget = math.softapproach(youftarget, 0, 4 * dt)
view.X0 += settings.speed * dt
you.think(dt)
for hazard in hazards:
hazard.think(dt)
removegone()
for hazard in hazards:
if hazard.hitsyou():
you.gethit()
def draw():
background.draw()
for jspot, rFspotspec in enumerate(self.rFspotspecs):
if jspot == self.jload:
continue
Fspot = rFspot(*rFspotspec)
omega = 100 * (math.phi * jspot % 1 - 0.5)
theta = omega * pygame.time.get_ticks() * 0.001
self.designs[jspot % len(self.designs)].draw(Fspot, theta)
if self.jload is None:
for jbutton, button in enumerate(self.buttons):
button.draw(lit=(jbutton == self.jbutton))
if self.jload is not None:
alpha = math.clamp(200 * self.a, 0, 200)
pview.fill((0, 0, 60, alpha))
self.designs[self.jload % len(self.designs)].draw(self.Fload)
spec = self.specs[self.jload % len(self.designs)]
if spec["designname"]:
ptext.draw(spec["designname"],
midbottom=T(940, 300),
width=T(380),
color="#aabbff",
shade=1,
fontsize=T(80),
fontname="ChelaOne",
shadow=(1, 1),
alpha=self.a)
if spec["makername"]:
ptext.draw("by",
center=T(940, 360),
color="#ffffaa",
shade=1,
fontsize=T(54),
fontname="ChelaOne",
shadow=(1, 1),
alpha=self.a)
ptext.draw(spec["makername"],
midtop=T(940, 420),
width=T(380),
color="#aabbff",
shade=1,
fontsize=T(80),
fontname="ChelaOne",
shadow=(1, 1),
alpha=self.a)
def think(dt): from . import dialog, state, scene, menuscene, playscene channel = pygame.mixer.Channel(0) if music and not channel.get_queue(): channel.queue(music) if channel.get_busy(): volume = 0.8 if dialog.tquiet < 0.5: volume = 0.3 + dialog.tquiet if scene.top() is playscene: if state.twin or state.tlose: f = math.clamp(1 - 0.5 * max(state.twin, state.tlose), 0, 1) volume *= f elif scene.top() is menuscene: volume *= menuscene.fade channel.set_volume(volume) for sname, sfactor in sfxsuppression.items(): sfxsuppression[sname] *= math.exp(-2 * dt)
def makesurf(self):
self.w = pview.w
scale = 20 * view.scale(self.z)
w0, h0 = int(pview.w / scale) + 5, int(pview.h / scale) + 5
surf = pygame.Surface((w0, h0)).convert_alpha()
surf.fill((200, 200, 255, 0))
arr = pygame.surfarray.pixels_alpha(surf)
y0 = h0 / 2 + 5 * pview.f
for y in range(h0):
a0 = 100 + 600 * (y - y0) / h0
for x in range(w0):
arr[x, y] = math.clamp(a0 + random.randint(-20, 20), 0, 200)
del arr
surf = pygame.transform.smoothscale(surf,
(int(w0 * scale), int(h0 * scale)))
self.surf = pygame.Surface(pview.size).convert_alpha()
self.surf.fill((0, 0, 0, 0))
self.surf.blit(surf, surf.get_rect(center=self.surf.get_rect().center))
def think(dt):
from . import dialog, state, scene, menuscene, playscene
channel = pygame.mixer.Channel(0)
if music and not channel.get_queue():
channel.queue(music)
if channel.get_busy():
volume = 0.8
if dialog.tquiet < 0.5:
volume = 0.3 + dialog.tquiet
if scene.top() is playscene:
if state.twin or state.tlose:
f = math.clamp(1 - 0.5 * max(state.twin, state.tlose), 0, 1)
volume *= f
elif scene.top() is menuscene:
volume *= menuscene.fade
channel.set_volume(volume)
for sname, sfactor in sfxsuppression.items():
sfxsuppression[sname] *= math.exp(-2 * dt)
def draw(): t = pygame.time.get_ticks() * 0.001 vZ = math.sqrt(view.Z) nmote = min(int(math.ceil(len(motes) / vZ ** 2)), len(motes)) nmote = math.clamp(int(nmote * settings.background), 0, nmote) for x, y, vx, vy, z, r in motes[:nmote]: x += vx * t - view.x0 y += vy * t - view.y0 x *= z y *= z px, py = F([ 854 / 2 + vZ * (z * (x + vx * t + 2 * view.x0)), 480 / 2 - vZ * (z * (y + vy * t + 2 * view.y0)), ]) r = F(vZ * r) px = (px + 2 * r) % (view.sx + 4 * r) - 2 * r py = (py + 2 * r) % (view.sy + 4 * r) - 2 * r img = blob.mote(r, 0.01) view.screen.blit(img, (px, py), None, pygame.BLEND_SUB)
def draw():
t = pygame.time.get_ticks() * 0.001
vZ = math.sqrt(view.Z)
nmote = min(int(math.ceil(len(motes) / vZ**2)), len(motes))
nmote = math.clamp(int(nmote * settings.background), 0, nmote)
for x, y, vx, vy, z, r in motes[:nmote]:
x += vx * t - view.x0
y += vy * t - view.y0
x *= z
y *= z
px, py = F([
854 / 2 + vZ * (z * (x + vx * t + 2 * view.x0)),
480 / 2 - vZ * (z * (y + vy * t + 2 * view.y0)),
])
r = F(vZ * r)
px = (px + 2 * r) % (view.sx + 4 * r) - 2 * r
py = (py + 2 * r) % (view.sy + 4 * r) - 2 * r
img = blob.mote(r, 0.01)
view.screen.blit(img, (px, py), None, pygame.BLEND_SUB)
def think(dt): global epictarget if musicmode == "game": if epictarget == 0 and epicness > 0.75: epictarget = 1 elif epictarget == 1 and epicness < 0.25: epictarget = 0 elif epictarget == 1 and epicness > 1.75: epictarget = 2 elif epictarget == 2 and epicness < 1.25: epictarget = 1 musicvolume = settings.musicvolume[0] if lineplaying() else settings.musicvolume[1] dvmax = dt / settings.musiccrossfadetime for j in (0, 1, 2): goalvolume = musicvolume if j == epictarget else 0 if channel_volumes[j] != goalvolume: dv = math.clamp(goalvolume - channel_volumes[j], -dvmax, dvmax) channel_volumes[j] += dv channels[j].set_volume(channel_volumes[j])
def setstate(self, lifetime = 1, preserved = False, **kw): self.lifetime = lifetime self.flife = math.clamp(self.t / self.lifetime, 0, 1) self.preserved = preserved
def think(self, dt): if not self.alive: return self.flife = math.clamp(self.t / self.lifetime, 0, 1) if self.t > self.lifetime and not self.preserved: self.die()
def zoom(dz): global z, Z z = math.clamp(z + 0.25 * dz, -1, 3) Z = math.exp(0.5 * round(z)) constrain()
def think(self, dt): if self.t > self.lifetime: self.alive = False self.flife = math.clamp(self.t / self.lifetime, 0, 1)
def draw(self): for d, s in [(-0.1, 3), (-0.05, 6), (0, 8), (0.05, 6), (0.1, 3)]: f = math.clamp(self.flife + d, 0, 1) X = self.X + f * (self.X1 - self.X) y = self.y + f * (self.y1 - self.y) pygame.draw.circle(window.screen, (255, 128, 255), window.screenpos(X, y), F(s), 0)
def think(dt, events, kpressed):
global todraw
kx = kpressed["right"] - kpressed["left"]
ky = kpressed["up"] - kpressed["down"]
dt0 = dt
if kpressed["go"] and control:
dt *= 0.3
hud.think(dt0)
quest.think(dt)
dialog.think(dt0)
background.think(dt)
sound.epicness = 2 - (state.you.y - 100) / 160
sound.think(dt)
oldX, oldy = state.you.X, state.you.y
if 1e10 * random.random() < dt:
state.ships.append(thing.Skiff(
X = random.uniform(0, math.tau),
y = state.R,
vx = random.uniform(-6, 6)
))
state.ships.append(thing.Beacon(
X = random.uniform(0, math.tau),
y = state.R,
vx = random.uniform(-6, 6)
))
nbubble = int(dt * 30) + (random.random() < dt * 30 % 1)
for _ in range(nbubble):
X = random.gauss(state.you.X, 30 / state.you.y)
y = random.gauss(state.you.y, 30)
if y < state.R - 10:
state.effects.append(thing.Bubble(X = X, y = y))
if sum(isinstance(effect, thing.BubbleChain) for effect in state.effects) < 10:
for c in state.convergences:
N = math.clamp((100 / window.distance(state.you, c)) ** 2, 0.05, 1)
nbubble = int(dt * N) + (random.random() < dt * N % 1)
for _ in range(nbubble):
X = random.gauss(state.you.X, 30 / state.you.y)
y = random.gauss(state.you.y, 30)
if state.Rcore < y < state.R - 20:
state.effects.append(thing.BubbleChain(X = X, y = y, X0 = c.X, y0 = c.y))
for event in events:
if event.type == KEYDOWN and event.key == "go":
control.clear()
control["cursor"] = state.you
control["queue"] = {}
control["qtarget"] = [state.you.X, state.you.y]
control["t0"] = 0.001 * pygame.time.get_ticks()
if event.type == KEYDOWN and event.key == "abort":
if not state.you.significant:
state.you.die()
regenerate()
if event.type == KEYUP:
if not state.quickteleport and "queue" in control and event.key in ("up", "left", "right", "down"):
control["queue"][event.key] = 0
if event.type == KEYUP and event.key == "go" and "cursor" in control:
if control["cursor"] is not state.you:
state.effects.append(
thing.Teleport(X = state.you.X, y = state.you.y, targetid = control["cursor"].thingid)
)
sound.play("teleport")
state.you = control["cursor"]
elif 0.001 * pygame.time.get_ticks() - control["t0"] < settings.tactivate:
state.you.deploy()
control.clear()
if kpressed["go"] and control:
if any(kpressed[x] for x in ("left", "right", "up", "down")):
control["t0"] = -1000
if state.quickteleport:
control["qtarget"][0] += kx * dt0 * settings.vqteleport / control["qtarget"][1]
control["qtarget"][1] += ky * dt0 * settings.vqteleport
dx = math.Xmod(control["qtarget"][0] - state.you.X) * state.you.y
dy = control["qtarget"][1] - state.you.y
f = math.sqrt(dx ** 2 + dy ** 2) / settings.rqteleport
if f > 1:
dx /= f
dy /= f
control["qtarget"] = [state.you.X + dx / state.you.y, state.you.y + dy]
retarget()
else:
q = control["queue"]
for key in q:
q[key] += dt0
if q[key] >= settings.jumpcombotime:
dx = ("right" in q) - ("left" in q)
dy = ("up" in q) - ("down" in q)
jump(dx, dy)
q.clear()
break
else:
dvx = kx * dt * 20
dvy = ky * dt * 20
state.you.vx += dvx
state.you.vy = min(state.you.vy + dvy, 0)
todraw = []
scollide = []
hcollide = []
state.you.think(0) # Clear out any controls that should be overridden
for convergence in state.convergences:
if window.camera.near(convergence):
convergence.think(dt)
todraw.append(convergence)
repopulating = (dt + state.you.t % 1) // 1
if repopulating:
nships = []
for ship in state.ships:
if not window.camera.on(ship) and ship is not state.you and not ship.significant:
continue
ship.think(dt)
if ship.alive:
nships.append(ship)
todraw.append(ship)
else:
ship.die()
state.ships = nships
repopulateslice()
else:
nships = []
for ship in state.ships:
if not window.camera.near(ship):
nships.append(ship)
continue
ship.think(dt)
if ship.alive:
nships.append(ship)
if window.camera.on(ship):
todraw.append(ship)
else:
ship.die()
state.ships = nships
if not state.you.alive:
regenerate()
nobjs = []
for obj in state.objs:
if not window.camera.on(obj):
nobjs.append(obj)
continue
obj.think(dt)
if obj.alive:
nobjs.append(obj)
todraw.append(obj)
else:
obj.die()
state.obj = nobjs
for hazard in state.hazards:
if not window.camera.near(hazard):
continue
hazard.think(dt)
todraw.append(hazard)
if window.camera.on(hazard):
hcollide.append(hazard)
state.obj = nobjs
# for filament in state.filaments:
# filament.think(dt)
neffects = []
for effect in state.effects:
effect.think(dt)
if effect.alive:
todraw.append(effect)
neffects.append(effect)
else:
effect.die()
state.effects = neffects
scollide = [state.you]
for s in scollide:
if not s.vulnerable():
continue
for h in hcollide:
if window.distance(h, s) < h.hazardsize:
s.takedamage(h.dhp)
if window.dbycoord((oldX, oldy), (state.you.X, state.you.y)) > settings.rqteleport + 10:
clearfull()
populatefull()
if state.quickteleport and "qtarget" in control:
X, y = control["qtarget"]
dX = math.Xmod(X - state.you.X)
dy = y - state.you.y
window.camera.X0 = state.you.X + dX * 0.5
window.camera.y0 = state.you.y + dy * 0.5
window.camera.setlimits()
else:
window.camera.follow(state.you)
window.camera.think(dt)
def think(self, dt): self.vy = math.clamp(self.vy, -self.vymax, self.vymax)
def think(self, dt): self.vx = math.clamp(self.vx, -self.vxmax, self.vxmax)
def think(self, dt): if self is not state.you: self.driftax += dt * random.uniform(-0.3, 0.3) self.driftax = math.clamp(self.driftax, -0.5, 0.5) self.vx += dt * self.driftax