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sprites_nsmbw.py
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#!/usr/bin/python
# -*- coding: latin-1 -*-
# Reggie Next - New Super Mario Bros. Wii / New Super Mario Bros 2 Level Editor
# Milestone 2 Alpha 4
# Copyright (C) 2009-2014 Treeki, Tempus, angelsl, JasonP27, Kamek64,
# MalStar1000, RoadrunnerWMC
# This file is part of Reggie Next.
# Reggie Next is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# Reggie Next is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with Reggie Next. If not, see <http://www.gnu.org/licenses/>.
# sprites_nsmbw.py
# Contains code to render sprite images from New Super Mario Bros. Wii
################################################################
################################################################
# Imports
import math
import random
from PyQt5 import QtCore, QtGui, QtWidgets
Qt = QtCore.Qt
import spritelib as SLib
ImageCache = SLib.ImageCache
import sprites_common
################################################################
################################################################
def LoadBasics():
"""
Loads basic images used in NSMBW
"""
# Load some coins, because coins are in almost every Mario level ever
ImageCache['Coin'] = SLib.GetImg('coin.png')
ImageCache['SpecialCoin'] = SLib.GetImg('special_coin.png')
ImageCache['PCoin'] = SLib.GetImg('p_coin.png')
ImageCache['RedCoin'] = SLib.GetImg('redcoin.png')
ImageCache['StarCoin'] = SLib.GetImg('starcoin.png')
# Load blocks
BlockImage = SLib.GetImg('blocks.png')
Blocks = []
count = BlockImage.width() // 24
for i in range(count):
Blocks.append(BlockImage.copy(i * 24, 0, 24, 24))
ImageCache['Blocks'] = Blocks
# Load the overrides
Overrides = QtGui.QPixmap('reggiedata/overrides.png')
Blocks = []
x = Overrides.width() // 24
y = Overrides.height() // 24
for i in range(y):
for j in range(x):
Blocks.append(Overrides.copy(j * 24, i * 24, 24, 24))
ImageCache['Overrides'] = Blocks
# Load the characters
for num in range(4):
for direction in 'lr':
ImageCache['Character%d%s' % (num + 1, direction.upper())] = \
SLib.GetImg('character_%d_%s.png' % (num + 1, direction))
# Load vines, because these are used by entrances
SLib.loadIfNotInImageCache('VineTop', 'vine_top.png')
SLib.loadIfNotInImageCache('VineMid', 'vine_mid.png')
SLib.loadIfNotInImageCache('VineBtm', 'vine_btm.png')
# ---- Low-Level Classes ----
class SpriteImage_WoodenPlatform(SLib.SpriteImage): # 23, 31, 50, 103, 106, 122
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
@staticmethod
def loadImages():
# Load the two batches separately because another sprite only
# loads the first three.
if 'WoodenPlatformL' not in ImageCache:
ImageCache['WoodenPlatformL'] = SLib.GetImg('wood_platform_left.png')
ImageCache['WoodenPlatformM'] = SLib.GetImg('wood_platform_middle.png')
ImageCache['WoodenPlatformR'] = SLib.GetImg('wood_platform_right.png')
if 'StonePlatformL' not in ImageCache:
ImageCache['StonePlatformL'] = SLib.GetImg('stone_platform_left.png')
ImageCache['StonePlatformM'] = SLib.GetImg('stone_platform_middle.png')
ImageCache['StonePlatformR'] = SLib.GetImg('stone_platform_right.png')
ImageCache['BonePlatformL'] = SLib.GetImg('bone_platform_left.png')
ImageCache['BonePlatformM'] = SLib.GetImg('bone_platform_middle.png')
ImageCache['BonePlatformR'] = SLib.GetImg('bone_platform_right.png')
def paint(self, painter):
super().paint(painter)
if self.color == 0:
color = 'Wooden'
elif self.color == 1:
color = 'Stone'
elif self.color == 2:
color = 'Bone'
if self.width > 32:
painter.drawTiledPixmap(27, 0, ((self.width * 1.5) - 51), 24, ImageCache[color + 'PlatformM'])
if self.width == 24:
# replicate glitch effect foRotControlled by sprite 50
painter.drawPixmap(0, 0, ImageCache[color + 'PlatformR'])
painter.drawPixmap(8, 0, ImageCache[color + 'PlatformL'])
else:
# normal rendering
painter.drawPixmap((self.width - 16) * 1.5, 0, ImageCache[color + 'PlatformR'])
painter.drawPixmap(0, 0, ImageCache[color + 'PlatformL'])
class SpriteImage_DSStoneBlock(SLib.SpriteImage): # 27, 28
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
@staticmethod
def loadImages():
if 'DSBlockTopLeft' in ImageCache: return
ImageCache['DSBlockTopLeft'] = SLib.GetImg('dsblock_topleft.png')
ImageCache['DSBlockTop'] = SLib.GetImg('dsblock_top.png')
ImageCache['DSBlockTopRight'] = SLib.GetImg('dsblock_topright.png')
ImageCache['DSBlockLeft'] = SLib.GetImg('dsblock_left.png')
ImageCache['DSBlockRight'] = SLib.GetImg('dsblock_right.png')
ImageCache['DSBlockBottomLeft'] = SLib.GetImg('dsblock_bottomleft.png')
ImageCache['DSBlockBottom'] = SLib.GetImg('dsblock_bottom.png')
ImageCache['DSBlockBottomRight'] = SLib.GetImg('dsblock_bottomright.png')
def dataChanged(self):
super().dataChanged()
# get size
width = self.parent.spritedata[5] & 7
if width == 0: width = 1
byte5 = self.parent.spritedata[4]
self.width = (16 + (width << 4))
self.height = (16 << ((byte5 & 0x30) >> 4)) - 4
def paint(self, painter):
super().paint(painter)
middle_width = (self.width - 32) * 1.5
middle_height = (self.height * 1.5) - 16
bottom_y = (self.height * 1.5) - 8
right_x = (self.width - 16) * 1.5
painter.drawPixmap(0, 0, ImageCache['DSBlockTopLeft'])
painter.drawTiledPixmap(24, 0, middle_width, 8, ImageCache['DSBlockTop'])
painter.drawPixmap(right_x, 0, ImageCache['DSBlockTopRight'])
painter.drawTiledPixmap(0, 8, 24, middle_height, ImageCache['DSBlockLeft'])
painter.drawTiledPixmap(right_x, 8, 24, middle_height, ImageCache['DSBlockRight'])
painter.drawPixmap(0, bottom_y, ImageCache['DSBlockBottomLeft'])
painter.drawTiledPixmap(24, bottom_y, middle_width, 8, ImageCache['DSBlockBottom'])
painter.drawPixmap(right_x, bottom_y, ImageCache['DSBlockBottomRight'])
class SpriteImage_StarCoin(SLib.SpriteImage_Static): # 32, 155, 389
def __init__(self, parent, scale=1.5):
super().__init__(
parent,
scale,
ImageCache['StarCoin'],
(0, 3),
)
class SpriteImage_Switch(SLib.SpriteImage_StaticMultiple): # 40, 41, 42, 153
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.switchType = ''
@staticmethod
def loadImages():
if 'QSwitch' not in ImageCache:
q = SLib.GetImg('q_switch.png', True)
ImageCache['QSwitch'] = QtGui.QPixmap.fromImage(q)
ImageCache['QSwitchU'] = QtGui.QPixmap.fromImage(q.mirrored(True, True))
if 'PSwitch' not in ImageCache:
p = SLib.GetImg('p_switch.png', True)
ImageCache['PSwitch'] = QtGui.QPixmap.fromImage(p)
ImageCache['PSwitchU'] = QtGui.QPixmap.fromImage(p.mirrored(True, True))
if 'ESwitch' not in ImageCache:
e = SLib.GetImg('e_switch.png', True)
ImageCache['ESwitch'] = QtGui.QPixmap.fromImage(e)
ImageCache['ESwitchU'] = QtGui.QPixmap.fromImage(e.mirrored(True, True))
def dataChanged(self):
upsideDown = self.parent.spritedata[5] & 1
if not upsideDown:
self.image = ImageCache[self.switchType + 'Switch']
else:
self.image = ImageCache[self.switchType + 'SwitchU']
super().dataChanged()
class SpriteImage_OldStoneBlock(SLib.SpriteImage): # 30, 81, 82, 83, 84, 85, 86
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.aux.append(SLib.AuxiliaryTrackObject(parent, 16, 16, SLib.AuxiliaryTrackObject.Horizontal))
self.spikesL = False
self.spikesR = False
self.spikesT = False
self.spikesB = False
self.hasMovementAux = True
@staticmethod
def loadImages():
if 'OldStoneTL' in ImageCache: return
ImageCache['OldStoneTL'] = SLib.GetImg('oldstone_tl.png')
ImageCache['OldStoneT'] = SLib.GetImg('oldstone_t.png')
ImageCache['OldStoneTR'] = SLib.GetImg('oldstone_tr.png')
ImageCache['OldStoneL'] = SLib.GetImg('oldstone_l.png')
ImageCache['OldStoneM'] = SLib.GetImg('oldstone_m.png')
ImageCache['OldStoneR'] = SLib.GetImg('oldstone_r.png')
ImageCache['OldStoneBL'] = SLib.GetImg('oldstone_bl.png')
ImageCache['OldStoneB'] = SLib.GetImg('oldstone_b.png')
ImageCache['OldStoneBR'] = SLib.GetImg('oldstone_br.png')
ImageCache['SpikeU'] = SLib.GetImg('spike_up.png')
ImageCache['SpikeL'] = SLib.GetImg('spike_left.png')
ImageCache['SpikeR'] = SLib.GetImg('spike_right.png')
ImageCache['SpikeD'] = SLib.GetImg('spike_down.png')
def dataChanged(self):
super().dataChanged()
size = self.parent.spritedata[5]
height = (size & 0xF0) >> 4
width = size & 0xF
if self.parent.type == 30:
height = 1 if height == 0 else height
width = 1 if width == 0 else width
self.width = width * 16 + 16
self.height = height * 16 + 16
if self.spikesL: # left spikes
self.xOffset = -16
self.width += 16
if self.spikesT: # top spikes
self.yOffset = -16
self.height += 16
if self.spikesR: # right spikes
self.width += 16
if self.spikesB: # bottom spikes
self.height += 16
# now set up the track
if self.hasMovementAux:
direction = self.parent.spritedata[2] & 3
distance = (self.parent.spritedata[4] & 0xF0) >> 4
if direction > 3: direction = 0
if direction <= 1: # horizontal
self.aux[0].direction = 1
self.aux[0].setSize(self.width + (distance * 16), self.height)
else: # vertical
self.aux[0].direction = 2
self.aux[0].setSize(self.width, self.height + (distance * 16))
if direction == 0 or direction == 3: # right, down
self.aux[0].setPos(0, 0)
elif direction == 1: # left
self.aux[0].setPos(-distance * 24, 0)
elif direction == 2: # up
self.aux[0].setPos(0, -distance * 24)
else:
self.aux[0].setSize(0, 0)
def paint(self, painter):
super().paint(painter)
blockX = 0
blockY = 0
type = self.parent.type
width = self.width * 1.5
height = self.height * 1.5
if self.spikesL: # left spikes
painter.drawTiledPixmap(0, 0, 24, height, ImageCache['SpikeL'])
blockX = 24
width -= 24
if self.spikesT: # top spikes
painter.drawTiledPixmap(0, 0, width, 24, ImageCache['SpikeU'])
blockY = 24
height -= 24
if self.spikesR: # right spikes
painter.drawTiledPixmap(blockX + width-24, 0, 24, height, ImageCache['SpikeR'])
width -= 24
if self.spikesB: # bottom spikes
painter.drawTiledPixmap(0, blockY + height-24, width, 24, ImageCache['SpikeD'])
height -= 24
column2x = blockX + 24
column3x = blockX + width - 24
row2y = blockY + 24
row3y = blockY + height - 24
painter.drawPixmap(blockX, blockY, ImageCache['OldStoneTL'])
painter.drawTiledPixmap(column2x, blockY, width - 48, 24, ImageCache['OldStoneT'])
painter.drawPixmap(column3x, blockY, ImageCache['OldStoneTR'])
painter.drawTiledPixmap(blockX, row2y, 24, height - 48, ImageCache['OldStoneL'])
painter.drawTiledPixmap(column2x, row2y, width - 48, height-48, ImageCache['OldStoneM'])
painter.drawTiledPixmap(column3x, row2y, 24, height - 48, ImageCache['OldStoneR'])
painter.drawPixmap(blockX, row3y, ImageCache['OldStoneBL'])
painter.drawTiledPixmap(column2x, row3y, width - 48, 24, ImageCache['OldStoneB'])
painter.drawPixmap(column3x, row3y, ImageCache['OldStoneBR'])
class SpriteImage_LiquidOrFog(SLib.SpriteImage): # 64, 138, 139, 216, 358, 374, 435
class FreeAuxiliaryItem_LiquidOrFog(QtWidgets.QGraphicsItem):
"""
An item that acts sort of like an auxiliary item, but isn't one. Biggest difference is that the sprite isn't its parent.
It paints liquid or fog in a zone or location.
"""
def __init__(self, imageObj):
super().__init__()
self.ImageObj = imageObj
self.OuterRect = None
self.BoundingRect = QtCore.QRectF(0, 0, 0, 0)
self.mode = 'z' # 'z' = zones, 'l' = locations
def boundingRect(self):
"""
Required by Qt
"""
return self.BoundingRect
def paint(self, painter, option, widget=None):
painter.setClipRect(option.rect)
y, h = self.y(), self.OuterRect.height()
# Get info
selfTop = self.OuterRect.y()
spriteTop = self.ImageObj.parent.y()
y = spriteTop
h -= spriteTop - selfTop
# Create the new bounding rect
print(h)
y = max(0, y)
h = max(0, h)
self.BoundingRect = QtCore.QRectF(self.OuterRect)
self.setY(y)
self.BoundingRect.setHeight(h)
# # Determine the rise and top to be drawn, if any
# riseToDraw = self.ImageObj.rise if self.ImageObj.drawCrest else self.ImageObj.riseCrestless
# Temp stuff: paint the bounding rect
painter.setBrush(QtGui.QBrush(Qt.red))
painter.save()
painter.setOpacity(0.2)
painter.drawRect(0, 0, self.BoundingRect.width(), self.BoundingRect.height())
painter.restore()
self.scene().update()
# # Paint the water top
# if self.waterTopUsesRise:
# wTNRPH = self.waterTopNonRisePartHeight
# crestToDraw = self.imageObj.crest if self.imageObj.drawCrest else self.imageObj.mid
# painter.drawTiledPixmap(0, self.waterTop, self.BoundingRect.width(), wTNRPH, crestToDraw)
# painter.drawTiledPixmap(0, self.waterTop + wTNRPH, self.BoundingRect.width(), riseToDraw.height() - wTNRPH, riseToDraw, 0, wTNRPH)
# else:
# drawCrest = self.imageObj.drawCrest
# if self.waterTopCrestOverride is not None:
# drawCrest = self.waterTopCrestOverride
# if drawCrest:
# painter.drawTiledPixmap(0, self.waterTop, self.BoundingRect.width(), min(self.waterDepth, self.imageObj.crest.height()), self.imageObj.crest)
# painter.drawTiledPixmap(0, self.waterTop + self.imageObj.crest.height(), self.BoundingRect.width(), max(0, self.waterDepth - self.imageObj.crest.height()), self.imageObj.mid)
# else:
# painter.drawTiledPixmap(0, self.waterTop, self.BoundingRect.width(), self.waterDepth, self.imageObj.mid)
# # Paint the rise, if going up
# if self.imageObj.risingHeight > 0:
# painter.drawTiledPixmap(0, 0, self.BoundingRect.width(), riseToDraw.height(), riseToDraw)
# # Paint the rise, if going down
# if self.imageObj.risingHeight < 0:
# painter.drawTiledPixmap(0, -self.imageObj.risingHeight, self.BoundingRect.width(), riseToDraw.height(), riseToDraw)
def updateSize(self):
"""
Updates the size and position of the aux
"""
if None in (self.OuterRect, self.ImageObj.rise, self.ImageObj.riseCrestless): return
# # Reset stuff
# self.waterTop = 0
# self.waterDepth = 0
# self.riseTop = 0
# self.waterTopUsesRise = False
# self.waterTopNonRisePartHeight = 0
# self.waterTopCrestOverride = None
# # Determine the rise to be drawn, if any
# riseToDraw = self.imageObj.rise if self.imageObj.drawCrest else self.imageObj.riseCrestless
# # Realign
# self.alignToZone()
# width = self.BoundingRect.width()
# # Keep track of the old position
# oldy, oldh = self.y(), self.BoundingRect.height()
# # First, calculate simple offsets
# self.waterTop = 0
# if self.imageObj.top < 0:
# self.waterTop = 0
# self.waterTopCrestOverride = False
# if self.imageObj.risingHeight > 0:
# self.waterTop += self.imageObj.risingHeight
# self.waterDepth = self.BoundingRect.height() - self.imageObj.top
# if self.waterDepth < riseToDraw.height():
# self.waterDepth = riseToDraw.height()
# if self.imageObj.risingHeight > 0:
# self.waterTop = self.imageObj.risingHeight
# if self.imageObj.top < 0:
# self.waterTop += self.imageObj.top
# elif self.imageObj.risingHeight < 0:
# self.riseTop = -self.imageObj.risingHeight
# if self.BoundingRect.height() - self.imageObj.top < riseToDraw.height():
# self.waterTopUsesRise = True
# self.waterTopNonRisePartHeight = self.BoundingRect.height() - self.imageObj.top
# self.waterTopNonRisePartHeight = max(0, self.waterTopNonRisePartHeight)
# print('------------------')
# print(self.waterTop)
# print(self.waterDepth)
# print(self.riseTop)
# print(self.waterTopUsesRise)
# print(self.waterTopNonRisePartHeight)
# print(self.waterTopCrestOverride)
# # Determine the top edge
# y = self.imageObj.top
# # Don't allow negative y
# y = max(0, y)
# # Determine the height
# h = self.BoundingRect.height() - y
# # Special case: if there is a rise going up
# if self.imageObj.risingHeight > 0:
# y = self.imageObj.top - self.imageObj.risingHeight
# h += self.imageObj.risingHeight
# # Don't allow negative height
# h = max(h, 0)
# # Special case: if the water to be drawn is smaller than the rise image
# if y + self.waterTop > self.BoundingRect.height() - riseToDraw.height():
# h = riseToDraw.height()
# if self.imageObj.risingHeight > 0:
# h += self.imageObj.risingHeight
# # Special case: if there is a rise going down
# if self.imageObj.risingHeight < 0:
# h = max(h, -self.imageObj.risingHeight + riseToDraw.height())
# # Set the settings
# self.setPos(0, y)
# self.BoundingRect.setHeight(h)
# # Update the old area
# self.parent.scene().update(self.parent.x(), self.parent.y() + oldy, width, oldh)
def paintLiquidInRect(self, painter, rect):
"""
Generic liquid-in-rect painter
"""
return
# rx, ry, rw, rh = rect.topLeft().x(), rect.topLeft().y(), rect.width(), rect.height()
# drawRise = self.risingHeight != 0
# drawCrest = self.drawCrest
# drawRiseCrest = drawCrest
# # Get positions
# offsetFromTop = self.top
# if offsetFromTop < 0:
# offsetFromTop = 0
# drawCrest = False # off the top of the rect; no crest
# if self.top > rh:
# # the sprite is below the rect; don't draw anything
# return
# # If all that fits in the rect is some of the crest, determine how much
# if drawCrest:
# crestSizeRemoval = (ry + offsetFromTop + self.crest.height()) - (ry + rh)
# if crestSizeRemoval < 0: crestSizeRemoval = 0
# crestHeight = self.crest.height() - crestSizeRemoval
# # Determine where to put the rise image
# offsetRise = offsetFromTop - self.risingHeight
# riseToDraw = self.rise
# if not drawRiseCrest:
# riseToDraw = self.riseCrestless
# # Draw everything!
# if drawCrest:
# painter.drawTiledPixmap(0, offsetFromTop, rw, crestHeight, self.crest)
# painter.drawTiledPixmap(0, offsetFromTop + crestHeight, rw, rh - crestHeight - offsetFromTop, self.mid)
# else:
# painter.drawTiledPixmap(0, offsetFromTop, rw, rh - offsetFromTop - 4, self.mid)
# if drawRise:
# painter.drawTiledPixmap(0, offsetRise, rw, riseToDraw.height(), riseToDraw)
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.updateSceneAfterZoneMoved = True
self.updateSceneAfterLocationMoved = True
self.crest = None
self.mid = None
self.rise = None
self.riseCrestless = None
self.top = 0
self.drawCrest = False
self.risingHeight = 0
self.paintZone = False
self.LiqOrFogAux = self.FreeAuxiliaryItem_LiquidOrFog(self)
self.parent.scene().addItem(self.LiqOrFogAux)
def dataChanged(self):
super().dataChanged()
z = SLib.getNearestZoneTo(self.parent.objx, self.parent.objy)
if z is not None:
self.LiqOrFogAux.OuterRect = QtCore.QRectF(z.BoundingRect)
self.LiqOrFogAux.setX(z.x() + 4)
self.LiqOrFogAux.setY(z.y())
self.LiqOrFogAux.OuterRect.setWidth(z.BoundingRect.width() - 8)
self.LiqOrFogAux.OuterRect.setHeight(z.BoundingRect.height())
self.LiqOrFogAux.updateSize()
def positionChanged(self):
super().positionChanged()
z = SLib.getNearestZoneTo(self.parent.objx, self.parent.objy)
if z is not None:
self.LiqOrFogAux.OuterRect = QtCore.QRectF(z.BoundingRect)
self.LiqOrFogAux.setX(z.x() + 4)
self.LiqOrFogAux.setY(z.y())
self.LiqOrFogAux.OuterRect.setWidth(z.BoundingRect.width() - 8)
self.LiqOrFogAux.OuterRect.setHeight(z.BoundingRect.height())
self.LiqOrFogAux.updateSize()
class SpriteImage_HammerBro(SLib.SpriteImage_Static): # 95, 308
def __init__(self, parent, scale=1.5):
super().__init__(
parent,
scale,
ImageCache['HammerBro'],
(-8, -24),
)
@staticmethod
def loadImages():
SLib.loadIfNotInImageCache('HammerBro', 'hammerbro.png')
class SpriteImage_UnusedBlockPlatform(SLib.SpriteImage): # 97, 107, 132, 160
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.size = (48, 48)
self.isDark = False
self.drawPlatformImage = True
@staticmethod
def loadImages():
SLib.loadIfNotInImageCache('UnusedPlatform', 'unused_platform.png')
SLib.loadIfNotInImageCache('UnusedPlatformDark', 'unused_platform_dark.png')
def paint(self, painter):
super().paint(painter)
if not self.drawPlatformImage: return
pixmap = ImageCache['UnusedPlatformDark'] if self.isDark else ImageCache['UnusedPlatform']
pixmap = pixmap.scaled(
self.width * 1.5, self.height * 1.5,
Qt.IgnoreAspectRatio, Qt.SmoothTransformation,
)
painter.drawPixmap(0, 0, pixmap)
class SpriteImage_Amp(SLib.SpriteImage_Static): # 104, 108
def __init__(self, parent, scale=1.5):
super().__init__(
parent,
scale,
ImageCache['Amp'],
(-8, -8),
)
@staticmethod
def loadImages():
SLib.loadIfNotInImageCache('Amp', 'amp.png')
class SpriteImage_SpikedStake(SLib.SpriteImage): # 137, 140, 141, 142
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.SpikeLength = ((37 * 16) + 41) / 1.5
# (16 mid sections + an end section), accounting for image/sprite size difference
self.dir = 'down'
@staticmethod
def loadImages():
if 'StakeM0up' not in ImageCache:
for dir in ['up', 'down', 'left', 'right']:
ImageCache['StakeM0' + dir] = SLib.GetImg('stake_%s_m_0.png' % dir)
ImageCache['StakeM1' + dir] = SLib.GetImg('stake_%s_m_1.png' % dir)
ImageCache['StakeE0' + dir] = SLib.GetImg('stake_%s_e_0.png' % dir)
ImageCache['StakeE1' + dir] = SLib.GetImg('stake_%s_e_1.png' % dir)
def dataChanged(self):
super().dataChanged()
distance = self.parent.spritedata[3] >> 4
if distance == 0:
x = 16
elif distance == 1:
x = 7
elif distance == 2:
x = 14
elif distance == 3:
x = 10
elif distance >= 8:
x = 20
else:
x = 0
distance = x + 1 # In order to hide one side of the track behind the image.
w = 66
L = ((37 * 16) + 41) / 1.5 # (16 mid sections + an end section), accounting for image/sprite size difference
if self.dir == 'up':
self.aux[0].setPos(36, 24 - (distance * 24))
self.aux[0].setSize(16, distance*16)
elif self.dir == 'down':
self.aux[0].setPos(36, (L * 1.5) - 24)
self.aux[0].setSize(16, distance*16)
elif self.dir == 'left':
self.aux[0].setPos(24 - (distance * 24), 36)
self.aux[0].setSize(distance * 16, 16)
elif self.dir == 'right':
self.aux[0].setPos((L * 1.5) - 24, 36)
self.aux[0].setSize(distance * 16, 16)
def paint(self, painter):
super().paint(painter)
color = self.parent.spritedata[3] & 15
if color == 2 or color == 3 or color == 7:
mid = ImageCache['StakeM1' + self.dir]
end = ImageCache['StakeE1' + self.dir]
else:
mid = ImageCache['StakeM0' + self.dir]
end = ImageCache['StakeE0' + self.dir]
tiles = 16
tilesize = 37
endsize = 41
width = 100
if self.dir == 'up':
painter.drawPixmap(0, 0, end)
painter.drawTiledPixmap(0, endsize, width, tilesize * tiles, mid)
elif self.dir == 'down':
painter.drawTiledPixmap(0, 0, width, tilesize * tiles, mid)
painter.drawPixmap(0, (self.height * 1.5) - endsize, end)
elif self.dir == 'left':
painter.drawPixmap(0, 0, end)
painter.drawTiledPixmap(endsize, 0, tilesize * tiles, width, mid)
elif self.dir == 'right':
painter.drawTiledPixmap(0, 0, tilesize * tiles, width, mid)
painter.drawPixmap((self.width * 1.5) - endsize, 0, end)
class SpriteImage_ScrewMushroom(SLib.SpriteImage): # 172, 382
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.hasBolt = False
self.size = (122, 190)
@staticmethod
def loadImages():
SLib.loadIfNotInImageCache('Bolt', 'bolt.png')
if 'ScrewShroomT' not in ImageCache:
ImageCache['ScrewShroomT'] = SLib.GetImg('screw_shroom_top.png')
ImageCache['ScrewShroomM'] = SLib.GetImg('screw_shroom_middle.png')
ImageCache['ScrewShroomB'] = SLib.GetImg('screw_shroom_bottom.png')
def dataChanged(self):
super().dataChanged()
# I wish I knew what this does
SomeOffset = self.parent.spritedata[3]
if SomeOffset == 0 or SomeOffset > 8: SomeOffset = 8
self.height = 206 if self.hasBolt else 190
self.yOffset = SomeOffset * -16
if self.hasBolt:
self.yOffset -= 16
def paint(self, painter):
super().paint(painter)
y = 0
if self.hasBolt:
painter.drawPixmap(70, 0, ImageCache['Bolt'])
y += 24
painter.drawPixmap(0, y, ImageCache['ScrewShroomT'])
painter.drawTiledPixmap(76, y + 93, 31, 172, ImageCache['ScrewShroomM'])
painter.drawPixmap(76, y + 253, ImageCache['ScrewShroomB'])
class SpriteImage_Door(SLib.SpriteImage): # 182, 259, 276, 277, 278, 421, 452
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.doorName = 'Door'
self.doorDimensions = (0, 0, 32, 48)
self.entranceOffset = (0, 48)
self.aux.append(SLib.AuxiliaryRectOutline(parent, 24, 24))
self.aux[0].setIsBehindSprite(False)
@staticmethod
def loadImages():
if 'DoorU' in ImageCache: return
doors = {'Door': 'door', 'GhostDoor': 'ghost_door', 'TowerDoor': 'tower_door', 'CastleDoor': 'castle_door', 'BowserDoor': 'bowser_door'}
transform90 = QtGui.QTransform()
transform180 = QtGui.QTransform()
transform270 = QtGui.QTransform()
transform90.rotate(90)
transform180.rotate(180)
transform270.rotate(270)
for door, filename in doors.items():
image = SLib.GetImg('%s.png' % filename, True)
ImageCache[door + 'U'] = QtGui.QPixmap.fromImage(image)
ImageCache[door + 'R'] = QtGui.QPixmap.fromImage(image.transformed(transform90))
ImageCache[door + 'D'] = QtGui.QPixmap.fromImage(image.transformed(transform180))
ImageCache[door + 'L'] = QtGui.QPixmap.fromImage(image.transformed(transform270))
def dataChanged(self):
super().dataChanged()
rotstatus = self.parent.spritedata[4]
if rotstatus & 1 == 0:
direction = 0
else:
direction = (rotstatus & 0x30) >> 4
if direction > 3: direction = 0
doorName = self.doorName
doorSize = self.doorDimensions
if direction == 0:
self.image = ImageCache[doorName + 'U']
self.dimensions = doorSize
paintEntrancePos = True
elif direction == 1:
self.image = ImageCache[doorName + 'L']
self.dimensions = (
(doorSize[2] / 2) + doorSize[0] - doorSize[3],
doorSize[1] + (doorSize[3] - (doorSize[2] / 2)),
doorSize[3],
doorSize[2],
)
paintEntrancePos = False
elif direction == 2:
self.image = ImageCache[doorName + 'D']
self.dimensions = (
doorSize[0],
doorSize[1] + doorSize[3],
doorSize[2],
doorSize[3],
)
paintEntrancePos = False
elif direction == 3:
self.image = ImageCache[doorName + 'R']
self.dimensions = (
doorSize[0] + (doorSize[2] / 2),
doorSize[1] + (doorSize[3] - (doorSize[2] / 2)),
doorSize[3],
doorSize[2],
)
paintEntrancePos = False
self.aux[0].setSize(
*(
(0, 0, 0, 0),
(24, 24) + self.entranceOffset,
)[1 if paintEntrancePos else 0]
)
def paint(self, painter):
super().paint(painter)
painter.setOpacity(self.alpha)
painter.drawPixmap(0, 0, self.image)
painter.setOpacity(1)
class SpriteImage_GiantBubble(SLib.SpriteImage): # 205, 226
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
@staticmethod
def loadImages():
if 'GiantBubble0' not in ImageCache:
for shape in range(4):
ImageCache['GiantBubble%d' % shape] = SLib.GetImg('giant_bubble_%d.png' % shape)
def dataChanged(self):
super().dataChanged()
self.shape = self.parent.spritedata[4] >> 4
self.direction = self.parent.spritedata[5] & 15
arrow = None
if self.shape == 0 or self.shape > 3:
self.size = (122, 137)
elif self.shape == 1:
self.size = (76, 170)
elif self.shape == 2:
self.size = (160, 81)
self.xOffset = -(self.width / 2) + 8
self.yOffset = -(self.height / 2) + 8
def paint(self, painter):
super().paint(painter)
painter.drawPixmap(0, 0, ImageCache['GiantBubble%d' % self.shape])
class SpriteImage_Block(SLib.SpriteImage): # 207, 208, 209, 221, 255, 256, 402, 403, 422, 423
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.tilenum = 1315
self.contentsNybble = 5
self.contentsOverride = None
self.eightIsMushroom = False
self.twelveIsMushroom = False
self.rotates = False
def dataChanged(self):
super().dataChanged()
# SET CONTENTS
# In the blocks.png file:
# 0 = Empty, 1 = Coin, 2 = Mushroom, 3 = Fire Flower, 4 = Propeller, 5 = Penguin Suit,
# 6 = Mini Shroom, 7 = Star, 8 = Continuous Star, 9 = Yoshi Egg, 10 = 10 Coins,
# 11 = 1-up, 12 = Vine, 13 = Spring, 14 = Shroom/Coin, 15 = Ice Flower, 16 = Toad
if self.contentsOverride is not None:
contents = self.contentsOverride
else:
contents = self.parent.spritedata[self.contentsNybble] & 0xF
if contents == 2: # 1 and 2 are always fire flowers
contents = 3
if contents == 12 and self.twelveIsMushroom:
contents = 2 # 12 is a mushroom on some types
if contents == 8 and self.eightIsMushroom:
contents = 2 # same as above, but for type 8
self.image = ImageCache['Blocks'][contents]
# SET UP ROTATION
if self.rotates:
transform = QtGui.QTransform()
transform.translate(12, 12)
angle = (self.parent.spritedata[4] & 0xF0) >> 4
leftTilt = self.parent.spritedata[3] & 1
angle *= (45.0 / 16.0)
if leftTilt == 0:
transform.rotate(angle)
else:
transform.rotate(360.0 - angle)
transform.translate(-12, -12)
self.parent.setTransform(transform)
def paint(self, painter):
super().paint(painter)
painter.setRenderHint(QtGui.QPainter.Antialiasing)
if self.tilenum < len(SLib.Tiles):
painter.drawPixmap(0, 0, SLib.Tiles[self.tilenum].main)
painter.drawPixmap(0, 0, self.image)
class SpriteImage_SpecialCoin(SLib.SpriteImage_Static): # 253, 371, 390
def __init__(self, parent, scale=1.5):
super().__init__(
parent,
scale,
ImageCache['SpecialCoin'],
)
class SpriteImage_Pipe(SLib.SpriteImage): # 254, 339, 353, 377, 378, 379, 380, 450
Top = 0
Bottom = 1
def __init__(self, parent, scale=1.5):
super().__init__(parent, scale)
self.spritebox.shown = False
self.parent.setZValue(24999)
self.direction = 'U'
self.color = 'Green'
self.length1 = 4
self.length2 = 4
@staticmethod
def loadImages():
if 'PipeTopGreen' not in ImageCache:
for color in ('Green', 'Red', 'Yellow', 'Blue'):
ImageCache['PipeTop%s' % color] = SLib.GetImg('pipe_%s_top.png' % color)
ImageCache['PipeMiddleV%s' % color] = SLib.GetImg('pipe_%s_middle.png' % color)
ImageCache['PipeBottom%s' % color] = SLib.GetImg('pipe_%s_bottom.png' % color)
ImageCache['PipeLeft%s' % color] = SLib.GetImg('pipe_%s_left.png' % color)
ImageCache['PipeMiddleH%s' % color] = SLib.GetImg('pipe_%s_center.png' % color)
ImageCache['PipeRight%s' % color] = SLib.GetImg('pipe_%s_right.png' % color)
def dataChanged(self):
super().dataChanged()
# sprite types: