def think(dt, controls):
background.update(dt)
if self.ending:
self.center = math.softapproach(self.center, self.box0.center, 30 * dt)
if self.center == self.box0.center and not self.done:
scene.pop()
self.done = True
ondone_(self.text)
settings.save()
else:
self.center = math.softapproach(self.center, self.box1.center, 16 * dt)
self.box.center = I(self.center)
if not self.ending and self.center == self.box1.center:
if pygame.K_BACKSPACE in controls.kdowns:
self.text = self.text[:-1]
if pygame.K_TAB in controls.kdowns:
self.text = ""
sound.play("no")
for char in acceptedchars:
if char in controls.kdowns:
self.text += char
self.text = self.text[:32]
if pygame.K_RETURN in controls.kdowns:
self.ending = True
sound.play("place")
def move(self, you, dt, dx, dy, turn):
if turn:
you.heading += self.toturn
self.toturn = math.tau / 2
vphi = view.getphi()
if vphi is None:
you.heading += 2 * dt * dx
if self.toturn:
toturn = math.softapproach(self.toturn, 0, 10 * dt, dymin=0.01)
you.heading += self.toturn - toturn
self.toturn = toturn
if vphi is None:
speed = 10 if dy > 0 else -3 if dy < 0 else 0
v = pygame.math.Vector3(0, speed,
0).rotate_z(math.degrees(-you.heading))
you.v = math.approach(you.v, v, 200 * dt)
else:
v = pygame.math.Vector3(dx, dy, 0)
if v.length():
v = 10 * v.normalize().rotate_z(vphi)
vnew = math.approach(you.v, v, 200 * dt)
# if you.v.length() and vnew.length():
# you.heading += math.degrees(math.asin(you.v.cross(vnew).z / (you.v.length() * vnew.length())))
you.v = vnew
if you.v.length():
you.heading = math.atan2(you.v.x, you.v.y)
if not you.draining and self.candropfrom(you):
you.startdrain()
if self.canfeed(you):
state.food = state.foodmax
sound.manager.PlaySound('food_got')
def think(self, dt): if self.jdelay > 0: self.Ajolt = 0 self.tjolt = 0 self.jdelay -= dt if self.jdelay <= 0: self.jdelay = 0 self.Ajolt = 40 self.tjolt = 0 else: self.tjolt += dt self.Ajolt = math.softapproach(self.Ajolt, 0, 10 * dt)
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 Fspotapproach(Fspot0, Fspot1, dlogx):
pos0, r0 = Fspot0
pos1, r1 = Fspot1
return math.softapproach(pos0, pos1,
dlogx), math.softapproach(r0, r1, dlogx)
def think(dt, dmx, dmy): self.tosnap = max(self.tosnap - dt, 0) if settings.manualcamera: self.mgamma = math.clamp(self.mgamma - 100 * dmy, 5, 85) self.mphi -= 100 * dmx camera = 1 * state.you.pos atilt = state.you.section.atilt(state.you) Rvantage = 20 gamma = 55 - state.you.drainangle() phi = -math.degrees(state.you.heading) if state.you.section.fmode is None: pass elif state.you.section.fmode: if not self.fmode: self.fmode = True self.tosnap = 1 else: if self.fmode: self.fmode = False self.tosnap = 1 if state.you.section.bmode is None: pass elif state.you.section.bmode: if not self.bmode: self.bmode = True self.tosnap = 1 else: if self.bmode: self.bmode = False self.tosnap = 0.5 if self.fmode: # if state.you.section.label == "pool": self.fcamera = state.you.section.pos * 1 camera = math.softapproach(self.camera, self.fcamera, 2 * dt) phi = 0 gamma = 40 Rvantage = math.softapproach(self.Rvantage, 28, 3 * dt) if self.bmode: camera = math.softapproach(self.camera, state.you.section.pos, 1 * dt) d = state.you.pos - state.you.section.pos d.z = 0 if d.x == 0 and d.y == 0: kappa = 0 else: kappa = math.degrees(math.atan2(d.y, d.x)) - 90 dphi = math.zmod(self.bphi - kappa, 360) if 0 < dphi < 70: self.bphi += 70 - dphi elif -70 < dphi < 0: self.bphi += -70 - dphi phi = self.bphi gamma = 55 Rvantage = math.softapproach(self.Rvantage, 45, 3 * dt) if state.you.section.rapid > 1: if not self.rapid: self.tosnap = 1 self.rapid = True Rvantage = 12 gamma = 68 else: if self.rapid: self.tosnap = 1 self.rapid = False # f is approximately dt / self.tosnap for large values of self.tosnap # rapidly approaches 1 as self.tosnap goes to 0 fsnap = 1 - math.exp(-dt / self.tosnap) if self.tosnap > 0 else 1 if settings.manualcamera: gamma = self.mgamma phi = self.mphi self.gamma = math.mix(self.gamma, gamma, fsnap) self.phi += fsnap * math.zmod(phi - self.phi, 360) if fsnap == 0: self.phi = phi self.Rvantage = math.mix(self.Rvantage, Rvantage, fsnap) self.atilt = math.mix(self.atilt, atilt, 2 * dt) if not settings.manualcamera: self.mgamma = self.gamma self.mphi = self.phi theta = self.gamma uvantage = Vector3(0, 0, 1).rotate_x(theta).rotate_z(self.phi) dtilt = self.atilt.length() utilt = self.atilt.normalize() if dtilt else Vector3(0, 0, 1) self.camera = camera self.vantage = self.camera + self.Rvantage * uvantage.rotate(dtilt, utilt) self.up = Vector3(0, 0, 1).rotate_z(self.phi).rotate(dtilt, utilt)