def draw(self, screen):
# Translate to position of camera
canv3d.setMatCameraPosition(MAT_T)
# Compile matrices into single matrix
canv3d.compileMats()
# Revert drawing color back to white if not already white
canv3d.setRGB(255, 255, 255)
# Draw top
canv3d.setTexture(self.upP, self.imgSize, self.imgSize)
canv3d.draw3dFloor(-self.boxSize, self.boxSize, self.boxSize,
-self.boxSize, self.boxSize)
# Draw front
canv3d.setTexture(self.ftP, self.imgSize, self.imgSize)
canv3d.draw3dWall(self.boxSize, -self.boxSize, self.boxSize,
self.boxSize, self.boxSize, -self.boxSize)
# Draw left
canv3d.setTexture(self.lfP, self.imgSize, self.imgSize)
canv3d.draw3dWall(self.boxSize, self.boxSize, self.boxSize,
-self.boxSize, self.boxSize, -self.boxSize)
# Draw right
canv3d.setTexture(self.rtP, self.imgSize, self.imgSize)
canv3d.draw3dWall(-self.boxSize, -self.boxSize, self.boxSize,
self.boxSize, -self.boxSize, -self.boxSize)
# Draw back
canv3d.setTexture(self.bkP, self.imgSize, self.imgSize)
canv3d.draw3dWall(-self.boxSize, self.boxSize, self.boxSize,
-self.boxSize, -self.boxSize, -self.boxSize)
# Draw bottom
canv3d.setTexture(self.dnP, self.imgSize, self.imgSize)
canv3d.draw3dFloor(-self.boxSize, -self.boxSize, self.boxSize,
self.boxSize, -self.boxSize)
def draw(self, screen): # Translate to position of camera canv3d.setMatCameraPosition(MAT_T) # Compile matrices into single matrix canv3d.compileMats() # Revert drawing color back to white if not already white canv3d.setRGB(255,255,255) # Draw top canv3d.setTexture(self.upP, self.imgSize,self.imgSize); canv3d.draw3dFloor(-self.boxSize,self.boxSize,self.boxSize,-self.boxSize, self.boxSize) # Draw front canv3d.setTexture(self.ftP, self.imgSize,self.imgSize); canv3d.draw3dWall(self.boxSize,-self.boxSize,self.boxSize, self.boxSize,self.boxSize, -self.boxSize) # Draw left canv3d.setTexture(self.lfP, self.imgSize,self.imgSize); canv3d.draw3dWall(self.boxSize,self.boxSize,self.boxSize, -self.boxSize,self.boxSize, -self.boxSize) # Draw right canv3d.setTexture(self.rtP, self.imgSize,self.imgSize); canv3d.draw3dWall(-self.boxSize,-self.boxSize,self.boxSize, self.boxSize,-self.boxSize, -self.boxSize) # Draw back canv3d.setTexture(self.bkP, self.imgSize,self.imgSize); canv3d.draw3dWall(-self.boxSize,self.boxSize,self.boxSize, -self.boxSize,-self.boxSize, -self.boxSize) # Draw bottom canv3d.setTexture(self.dnP, self.imgSize,self.imgSize); canv3d.draw3dFloor(-self.boxSize,-self.boxSize,self.boxSize,self.boxSize, -self.boxSize)
def draw(self, screen):
canv3d.setMatIdentity(MAT_T)
canv3d.addMatTranslation(MAT_T, self.ori[0], self.ori[1], self.ori[2])
spd = 8
for i in range(0, 3):
self.dpos[i] += (self.ori[i] - self.dpos[i]) / spd
self.dtoPos[i] += (self.ori[3 + i] - self.dtoPos[i]) / spd
self.dupNorm[i] += (self.ori[6 + i] - self.dupNorm[i]) / spd
nX = self.dtoPos[0] - self.dpos[0]
nY = self.dtoPos[1] - self.dpos[1]
nZ = self.dtoPos[2] - self.dpos[2]
canv3d.addMatAntiLook(MAT_T, 0, 0, 0, nX, nY, nZ, self.dupNorm[0],
self.dupNorm[1], self.dupNorm[2])
canv3d.addMatRotationX(MAT_T, self.drawPitch)
canv3d.addMatRotationY(MAT_T, self.drawYaw)
if self.hurtAnimation > -1:
cR = 255
cG = cB = int(255 * abs(cosd(720 * self.hurtAnimation)))
canv3d.addMatRotationY(MAT_T, -45)
canv3d.addMatRotationZ(
MAT_T, 45 * cosd(360 * 4 * self.hurtAnimation) *
(1 - self.hurtAnimation))
canv3d.addMatRotationY(MAT_T, 45)
else:
cR = cG = cB = 255
# Further transform model
canv3d.addMatRotationZ(MAT_T, self.drawRoll + self.barrelRoll)
canv3d.addMatTranslation(MAT_T, 0, -10, 0)
canv3d.addMatScale(MAT_T, .25, .25, .25)
# Compile matrices into completeMat before drawing
canv3d.compileMats()
# Draw Arwing, modifying color if damage animation is playing
canv3d.setRGB(cR, cG, cB)
canv3d.drawObj(Arwing.MOD_ARWING)
canv3d.setRGB(255, 255, 255)
# Draw exhaust behind ship
xs = 50 * (1 + .5 * rnd()) * (.25 + .75 * self.speed / Arwing.SPD_BASE)
ys = xs * .8
up = 10
back = -80
canv3d.setTexture(Arwing.TEX_JET, Arwing.TEX_JET_WIDTH,
Arwing.TEX_JET_HEIGHT)
canv3d.draw3dFloor(-xs, up - ys, xs, up + ys, back)
def draw(self, screen): canv3d.setMatIdentity(MAT_T) canv3d.addMatTranslation(MAT_T, self.ori[0],self.ori[1],self.ori[2]) spd = 8 for i in range(0,3): self.dpos[i] += (self.ori[i] - self.dpos[i])/spd; self.dtoPos[i] += (self.ori[3+i] - self.dtoPos[i])/spd; self.dupNorm[i] += (self.ori[6+i] - self.dupNorm[i])/spd; nX = self.dtoPos[0]-self.dpos[0] nY = self.dtoPos[1]-self.dpos[1] nZ = self.dtoPos[2]-self.dpos[2] canv3d.addMatAntiLook(MAT_T, 0,0,0, nX,nY,nZ, self.dupNorm[0],self.dupNorm[1],self.dupNorm[2]); canv3d.addMatRotationX(MAT_T, self.drawPitch) canv3d.addMatRotationY(MAT_T, self.drawYaw) if self.hurtAnimation > -1: cR = 255 cG = cB = int(255 * abs(cosd(720 * self.hurtAnimation))) canv3d.addMatRotationY(MAT_T, -45) canv3d.addMatRotationZ(MAT_T, 45 * cosd(360*4 * self.hurtAnimation) * (1 - self.hurtAnimation) ) canv3d.addMatRotationY(MAT_T, 45) else: cR = cG = cB = 255 # Further transform model canv3d.addMatRotationZ(MAT_T, self.drawRoll + self.barrelRoll) canv3d.addMatTranslation(MAT_T, 0,-10,0) canv3d.addMatScale(MAT_T,.25,.25,.25); # Compile matrices into completeMat before drawing canv3d.compileMats() # Draw Arwing, modifying color if damage animation is playing canv3d.setRGB(cR,cG,cB) canv3d.drawObj(Arwing.MOD_ARWING); canv3d.setRGB(255,255,255) # Draw exhaust behind ship xs = 50 * (1 + .5*rnd()) * (.25 + .75*self.speed / Arwing.SPD_BASE) ys = xs * .8 up = 10 back = -80 canv3d.setTexture(Arwing.TEX_JET, Arwing.TEX_JET_WIDTH, Arwing.TEX_JET_HEIGHT) canv3d.draw3dFloor(-xs,up-ys,xs,up+ys,back);
def draw(self, screen): # Play animation if self.spriteIndex < self.sprite.frameNum: # Transform matrix to position, and face towards camera canv3d.setMatTranslation(MAT_T, self.ori[0],self.ori[1],self.ori[2]) canv3d.addMatCameraAntiRotation(MAT_T) canv3d.compileMats() # Set texture to given frame, and draw s = 96 canv3d.setTexture(self.spritePixels[int(self.spriteIndex)], self.sprite.w, self.sprite.h) canv3d.draw3dFloor(-s,-s, s,s, 0) # Once done, destroy object else: self.destroy()
def draw(self, screen):
# Translate asteroid to position
canv3d.setMatTranslation(MAT_T, self.x, self.y, self.z)
# Rotate along axes
canv3d.addMatRotationX(MAT_T, self.rotX)
canv3d.addMatRotationX(MAT_T, self.rotY)
canv3d.addMatRotationX(MAT_T, self.rotZ)
# Scale
canv3d.addMatScale(MAT_T, self.scale, self.scale, self.scale)
# Compile into single matrix
canv3d.compileMats()
# Draw
canv3d.drawObj(Asteroid.MOD_ASTEROID)
def draw(self, screen):
# Play animation
if self.spriteIndex < self.sprite.frameNum:
# Transform matrix to position, and face towards camera
canv3d.setMatTranslation(MAT_T, self.ori[0], self.ori[1],
self.ori[2])
canv3d.addMatCameraAntiRotation(MAT_T)
canv3d.compileMats()
# Set texture to given frame, and draw
s = 96
canv3d.setTexture(self.spritePixels[int(self.spriteIndex)],
self.sprite.w, self.sprite.h)
canv3d.draw3dFloor(-s, -s, s, s, 0)
# Once done, destroy object
else:
self.destroy()
def draw(self, screen): canv3d.setMatTranslation(MAT_T, self.ori[0],self.ori[1],self.ori[2]) nX = self.ori[3]-self.ori[0] nY = self.ori[4]-self.ori[1] nZ = self.ori[5]-self.ori[2] # Rotate laser to direction canv3d.addMatAntiLook(MAT_T, 0,0,0, nX,nY,nZ, self.ori[6],self.ori[7],self.ori[8]); # Translate laser model into place canv3d.addMatTranslation(MAT_T, 0,-5,0) # Compile matrices into single matrix canv3d.compileMats() # Disable texture canv3d.unsetTexture() # Draw model canv3d.drawObj(Laser.MOD_LASER)