class Player(Entity):
def __init__(self):
Entity.__init__(self, (0, 0), (0, 0), 25, True, GREEN)
self.line = Line(self.posXY)
self.health = 5
self.accXY = (0, 0)
self.invincibility = 0
self.invincible = False
self.colours = (RED, BLACK, self.colour)
self.colourTimer = 0
self.maxVelocity = 15
self.legImage = ImageLoader.IMAGES['KNIGHT']['FRONT']['WALK'][0]
self.bodyImage = ImageLoader.IMAGES['KNIGHT']['FRONT']['IDLE']
self.swordImage = ImageLoader.IMAGES['KNIGHT']['SWORD']
self.animationCounter = 0
self.animationFlags = [False, False]
return
def update(self, keyPressed, mouseXY, mousePressed, terrain):
self.updateAccXY(keyPressed)
self.updateVelXY()
self.velXY = self.checkPassable(terrain)
self.move()
self.updateLine(mouseXY, mousePressed)
if self.invincible:
self.invincibility -= 1
self.invincible = self.invincibility > 0 #this line can be commented out for god mode
return
def updateAccXY(self, keyPressed):
goLeft = (self.velXY[0] > 0 and
(keyPressed[pygame.K_d] == keyPressed[pygame.K_a])) or (
not keyPressed[pygame.K_d] and keyPressed[pygame.K_a])
goRight = (self.velXY[0] < 0 and
(keyPressed[pygame.K_a] == keyPressed[pygame.K_d])) or (
not keyPressed[pygame.K_a] and keyPressed[pygame.K_d])
goUp = (self.velXY[1] > 0 and
(keyPressed[pygame.K_w] == keyPressed[pygame.K_s])) or (
not keyPressed[pygame.K_s] and keyPressed[pygame.K_w])
goDown = (self.velXY[1] < 0 and
(keyPressed[pygame.K_s] == keyPressed[pygame.K_w])) or (
not keyPressed[pygame.K_w] and keyPressed[pygame.K_s])
self.accXY = ((goRight - goLeft) * 2, (goDown - goUp) * 2)
return
def updateVelXY(self):
if self.velXY[0] + self.accXY[0] < self.maxVelocity and self.velXY[
0] + self.accXY[0] > -self.maxVelocity:
self.velXY = (self.velXY[0] + self.accXY[0], self.velXY[1])
if self.velXY[1] + self.accXY[1] < self.maxVelocity and self.velXY[
1] + self.accXY[1] > -self.maxVelocity:
self.velXY = (self.velXY[0], self.velXY[1] + self.accXY[1])
return
def updateLine(self, mouseXY, mousePressed):
if self.line.active:
self.line.update(self.posXY)
else:
if mousePressed[0]:
self.line.activate(
int(
math.degrees(
math.atan2(mouseXY[1] - WINDOWDIMS[1] // 2,
mouseXY[0] - WINDOWDIMS[0] // 2))),
INVERTMOUSEBUTTONS * 1)
if mousePressed[2]:
self.line.activate(
int(
math.degrees(
math.atan2(mouseXY[1] - WINDOWDIMS[1] // 2,
mouseXY[0] - WINDOWDIMS[0] // 2))),
INVERTMOUSEBUTTONS * -1)
return
def damage(self):
self.health -= 1
self.invincibility = 2 * FRAMERATE
self.invincible = True
return
def draw(self, surface, cameraPos):
self.updateImages()
"""
if self.invincibility:
self.colourTimer += 1
if self.colourTimer == 15:
self.colourTimer = 0
elif self.colourTimer < 5:
self.colour = self.colours[0]
elif self.colourTimer < 10:
self.colour = self.colours[1]
else:
self.colour = self.colours[2]
"""
#super().draw(surface, cameraPos)
self.colourTimer += 1
if self.colourTimer == 8:
self.colourTimer = 0
if not (self.invincible and self.colourTimer >= 4):
if self.animationFlags[1] and self.line.active:
self.swordImage = pygame.transform.rotate(
ImageLoader.IMAGES['KNIGHT']['SWORD'],
-self.line.currentAngle)
surface.blit(
self.swordImage,
self.swordImage.get_rect(
center=(self.posXY[0] + cameraPos[0],
self.posXY[1] + cameraPos[1])))
#self.line.draw(surface, cameraPos)
surface.blit(self.legImage, (self.posXY[0] - 40 + cameraPos[0],
self.posXY[1] + 10 + cameraPos[1]))
surface.blit(self.bodyImage, (self.posXY[0] - 40 + cameraPos[0],
self.posXY[1] - 86 + cameraPos[1]))
if (not self.animationFlags[1]) and self.line.active:
self.swordImage = pygame.transform.rotate(
ImageLoader.IMAGES['KNIGHT']['SWORD'],
-self.line.currentAngle)
surface.blit(
self.swordImage,
self.swordImage.get_rect(
center=(self.posXY[0] + cameraPos[0],
self.posXY[1] + cameraPos[1])))
#self.line.draw(surface, cameraPos)
return
def updateImages(self):
if self.line.active:
pose = 'SWING'
else:
pose = 'IDLE'
if (self.line.currentAngle > 180
and self.line.active) or self.velXY[1] < 0:
self.animationFlags[1] = True
bodySide = 'BACK'
else:
self.animationFlags[1] = False
bodySide = 'FRONT'
self.bodyImage = ImageLoader.IMAGES['KNIGHT'][bodySide][pose]
flip = False
if self.velXY == (0, 0):
self.animationCounter = 0
self.legImage = ImageLoader.IMAGES['KNIGHT']['FRONT']['WALK'][0]
else:
if self.velXY[1] >= 0:
side = 'FRONT'
if self.velXY[0] < 0:
flip = True
else:
side = 'BACK'
if self.velXY[0] > 0:
flip = True
self.animationCounter += -2 * (not self.animationFlags[0]) + 1
if abs(self.animationCounter) >= 14:
self.animationFlags[0] = not self.animationFlags[0]
self.legImage = pygame.transform.flip(
ImageLoader.IMAGES['KNIGHT'][side]['WALK'][
abs(self.animationCounter) // 3 + 1], flip, False)
return
