def drawCaptureHealth(self, health, coords, player):
#Create and add settings to the text we want to draw. Background needs to be set so we don't have per pixel alpha.
label = self.captureFont.render(str(health), True, LIGHT_RED if player == PLAYER_ONE else LIGHT_BLUE, WHITE)
label.set_colorkey(WHITE)
label.set_alpha(100)
#Find where to place the text.
sizeDiff = subtractCoords(CELL_SIZE.size, subtractCoords(label.get_size(), (0, 10)))
halfDiff = (sizeDiff[0] / 2, sizeDiff[1] / 2)
#Draw the text.
self.screen.blit(label, addCoords(coords, halfDiff))
def drawCaptureHealth(self, health, coords, player):
#Create and add settings to the text we want to draw. Background needs to be set so we don't have per pixel alpha.
label = self.captureFont.render(str(health), True, LIGHT_RED if player == PLAYER_ONE else LIGHT_BLUE, WHITE)
label.set_colorkey(WHITE)
label.set_alpha(100)
#Find where to place the text.
sizeDiff = subtractCoords(CELL_SIZE.size, subtractCoords(label.get_size(), (0, 10)))
halfDiff = (sizeDiff[0] / 2, sizeDiff[1] / 2)
#Draw the text.
self.screen.blit(label, addCoords(coords, halfDiff))
def drawTextBox(self):
#Start by drawing the text box in the appropriate color.
pygame.draw.rect(self.screen, DARK_RED if self.textBoxContent == '' else LIGHT_GREEN, self.buttonRect.move(self.textPosition))
#Then draw the number in the text box.
label = self.gameFont.render(self.textBoxContent + ('|' if self.boxSelected else ''), True, BLACK)
offset = subtractCoords(self.buttonRect.center, label.get_rect().center)
self.screen.blit(label, addCoords(self.textPosition, offset))
#Finally, draw the text box title.
boxLabel = self.gameFont.render("Games to play:", True, BLACK)
boxLabelOffset = (0, - boxLabel.get_height() - FIELD_SPACING)
self.screen.blit(boxLabel, addCoords(self.textPosition, boxLabelOffset))
def drawTextBox(self):
#Start by drawing the text box in the appropriate color.
pygame.draw.rect(self.screen, DARK_RED if self.textBoxContent == '' else LIGHT_GREEN, self.buttonRect.move(self.textPosition))
#Then draw the number in the text box.
label = self.gameFont.render(self.textBoxContent + ('|' if self.boxSelected else ''), True, BLACK)
offset = subtractCoords(self.buttonRect.center, label.get_rect().center)
self.screen.blit(label, addCoords(self.textPosition, offset))
#Finally, draw the text box title.
boxLabel = self.gameFont.render("Games to play:", True, BLACK)
boxLabelOffset = (0, - boxLabel.get_height() - FIELD_SPACING)
self.screen.blit(boxLabel, addCoords(self.textPosition, boxLabelOffset))
def drawCaptureHealths(self, health):
label1 = self.monsterFont.render(str(health[0]), True, DARK_BLUE, WHITE)
label2 = self.monsterFont.render(str(health[1]), True, DARK_RED, WHITE)
#Find out where to put the text onscreen.
label1Size = label1.get_size()
label2Size = label2.get_size()
label1Center = (label1Size[0] / 2, label1Size[1] / 2)
label2Center = (label2Size[0] / 2, label2Size[1] / 2)
boardCenter = ((self.screen.get_width() - self.buttonArea.width) / 2, self.screen.get_height() / 2)
#Initialize destinations for the sake of scope.
destination1 = 0
destination2 = 0
#Change the settings of the text surface to look the way it should.
label1.set_colorkey(WHITE)
label2.set_colorkey(WHITE)
label1.set_alpha(50)
label2.set_alpha(50)
#Find out which case occured. Both players have anthills getting captured, or just one.
if health[0] != -1 and health[1] != -1:
#Make destinations offset for both units.
destination1 = subtractCoords(boardCenter, (label1Size[0], label1Center[1]))
destination2 = subtractCoords(boardCenter, (0, label2Center[1]))
#Draw the text surface.
self.screen.blit(label1, destination1)
self.screen.blit(label2, destination2)
elif health[0] != -1:
destination1 = subtractCoords(boardCenter, label1Center)
destination2 = 0
#Draw the text surface.
self.screen.blit(label1, destination1)
elif health[1] != -1:
destination1 = 0
destination2 = subtractCoords(boardCenter, label2Center)
#Draw the text surface.
self.screen.blit(label2, destination2)
else:
print "Oh my gawd my code broke in UserInterface.drawCaptureHealth"
def drawCaptureHealths(self, health):
label1 = self.monsterFont.render(str(health[0]), True, DARK_BLUE, WHITE)
label2 = self.monsterFont.render(str(health[1]), True, DARK_RED, WHITE)
#Find out where to put the text onscreen.
label1Size = label1.get_size()
label2Size = label2.get_size()
label1Center = (label1Size[0] / 2, label1Size[1] / 2)
label2Center = (label2Size[0] / 2, label2Size[1] / 2)
boardCenter = ((self.screen.get_width() - self.buttonArea.width) / 2, self.screen.get_height() / 2)
#Initialize destinations for the sake of scope.
destination1 = 0
destination2 = 0
#Change the settings of the text surface to look the way it should.
label1.set_colorkey(WHITE)
label2.set_colorkey(WHITE)
label1.set_alpha(50)
label2.set_alpha(50)
#Find out which case occured. Both players have anthills getting captured, or just one.
if health[0] != -1 and health[1] != -1:
#Make destinations offset for both units.
destination1 = subtractCoords(boardCenter, (label1Size[0], label1Center[1]))
destination2 = subtractCoords(boardCenter, (0, label2Center[1]))
#Draw the text surface.
self.screen.blit(label1, destination1)
self.screen.blit(label2, destination2)
elif health[0] != -1:
destination1 = subtractCoords(boardCenter, label1Center)
destination2 = 0
#Draw the text surface.
self.screen.blit(label1, destination1)
elif health[1] != -1:
destination1 = 0
destination2 = subtractCoords(boardCenter, label2Center)
#Draw the text surface.
self.screen.blit(label2, destination2)
else:
print "Oh my gawd my code broke in UserInterface.drawCaptureHealth"
def drawButton(self, key, buttons):
label = self.gameFont.render(key, True, BLACK)
offset = subtractCoords(self.buttonRect.center, label.get_rect().center)
self.screen.blit(self.buttonTextures[buttons[key][1]], buttons[key][0])
self.screen.blit(label, addCoords(buttons[key][0], offset))
def drawButton(self, key, buttons):
label = self.gameFont.render(key, True, BLACK)
offset = subtractCoords(self.buttonRect.center, label.get_rect().center)
self.screen.blit(self.buttonTextures[buttons[key][1]], buttons[key][0])
self.screen.blit(label, addCoords(buttons[key][0], offset))
