solids.append(plank)
movingPlank = MovingSolidX(color_palette.BROWN, startX, startY, plankLength,
plankThickness, xEnds, False)
solids.append(movingPlank)
goalWidth = 100
goalHeight = 150
goal = Goal(
color_palette.WHITE,
[(correctionTerm2 + plankThickness + 7 * plankLength + plankThickness * 2 +
plankThickness * 3 + plankLength,
waterLevel + plankThickness * 7 + goalHeight, goalWidth, goalHeight)])
solids.append(goal)
secretPlatform = Solid(
color_palette.BROWN,
[(STAGE_WIDTH - secretGapWidth, 110, secretGapWidth, 50)])
solids.append(secretPlatform)
solids.append(water)
startX = plankThickness + plankLength / 2
startY = int(HEIGHT / 2)
character = Character(screen, startX, startY, (255, 215, 0), 50)
isPeriodic = False
stage = Stage(screen, character, isPeriodic, STAGE_WIDTH, STAGE_HEIGHT, solids)
if __name__ == '__main__':
stage.DrawStage(1200)
input('press anything to exit')
platformSpacing * 5),
(STAGE_X_SHIFT + platformSpacing + 400 + 450 + 800 + 600 +
platformWidth * 4, groundLevel + platformSpacing * 4, platformWidth,
platformSpacing * 4),
(STAGE_X_SHIFT + platformSpacing + 400 + 450 + 800 + 600 +
platformWidth * 5, groundLevel + platformSpacing * 3, platformWidth,
platformSpacing * 3),
(STAGE_X_SHIFT + platformSpacing + 400 + 450 + 800 + 600 +
platformWidth * 6, groundLevel + platformSpacing * 2, platformWidth,
platformSpacing * 2),
(STAGE_X_SHIFT + platformSpacing + 400 + 450 + 800 + 600 +
platformWidth * 7, groundLevel + platformSpacing * 1, platformWidth,
platformSpacing * 1)])
solids.append(stairs)
secretPlatform = Solid(RED,
[(700, platformSpacing * 12, platformWidth * 5, 50)])
solids.append(secretPlatform)
goal = Goal(WHITE,
[(STAGE_WIDTH - platformWidth - 50, groundLevel + platformSpacing,
platformWidth, platformSpacing)])
solids.append(goal)
isPeriodic = False
stage = Stage(screen, character, isPeriodic, STAGE_WIDTH, STAGE_HEIGHT, solids)
if __name__ == '__main__':
stage.DrawStage(800)
input('press anything to exit')