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PyTILE.pyw
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PyTILE.pyw
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from Libs.utils import *
from Libs.setutils import *
from Libs.trace import setup_trace
from Libs import GRP, Tilesets, TBL
from Tkinter import *
from tkMessageBox import *
import tkFileDialog,tkColorChooser
from thread import start_new_thread
from math import ceil,floor
import optparse, os, webbrowser, sys
VERSION = (1,3)
LONG_VERSION = 'v%s.%s' % VERSION
TILE_CACHE = {}
def tip(o, t, h):
o.tooltip = Tooltip(o, t + ':\n ' + h, mouse=True)
PAL = [0]
class MegaEditor(PyMSDialog):
def __init__(self, parent, id):
self.tileset = parent.tileset
self.megatile = [id,0]
self.gettile = parent.gettile
self.select_file = parent.select_file
self.dosave = False
PyMSDialog.__init__(self, parent, 'MegaTile Editor [%s]' % id)
def widgetize(self):
self.minitile = IntegerVar(0,[0,len(self.tileset.vr4.images)-1],callback=lambda id: self.change(id))
self.flipped = IntVar()
self.heightdd = IntVar()
self.walkable = IntVar()
self.blockview = IntVar()
self.ramp = IntVar()
d = Frame(self)
self.minitiles = Canvas(d, width=101, height=101, background='#000000')
self.minitiles.pack(padx=2, pady=2)
self.minitiles.create_rectangle(0, 0, 0, 0, outline='#FFFFFF', tags='border')
e = Frame(d)
Label(e, text='MiniTile:').pack(side=LEFT)
Entry(e, textvariable=self.minitile, font=couriernew, width=5).pack(side=LEFT, padx=2)
i = PhotoImage(file=os.path.join(BASE_DIR,'Images','find.gif'))
b = Button(e, image=i, width=20, height=20, command=self.choose)
b.image = i
b.pack(side=LEFT, padx=2)
e.pack(fill=X)
e = Frame(d)
i = PhotoImage(file=os.path.join(BASE_DIR,'Images','edit.gif'))
b = Button(e, image=i, width=20, height=20, command=self.editor)
b.image = i
b.pack(side=RIGHT, padx=2)
Checkbutton(e, text='Flipped', variable=self.flipped).pack(side=RIGHT, padx=2)
e.pack(fill=X, pady=3)
d.pack(side=LEFT)
d = Frame(self)
c = Frame(d)
DropDown(c, self.heightdd, ['Low','Med','High'], width=4).pack(side=LEFT, padx=5)
c.pack(fill=X)
for t,v in [('Walkable',self.walkable),('Block View',self.blockview),('Ramp?',self.ramp)]:
c = Frame(d)
Checkbutton(c, text=t, variable=v).pack(side=LEFT)
c.pack(fill=X)
Button(d, text='Apply to all', width=10, command=lambda i=0: self.applyallminiflags(i)).pack(padx=3)
Button(d, text='Ok', width=10, command=self.ok).pack(side=BOTTOM, padx=3)
d.pack(side=LEFT, fill=Y, pady=5)
self.updateminis()
self.miniload()
self.minisel()
def editor(self):
MiniEditor(self, self.minitile)
def updateminis(self):
self.minitiles.images = []
for n,m in enumerate(self.tileset.vx4.graphics[self.megatile[0]]):
t = 'tile%s' % n
self.minitiles.delete(t)
self.minitiles.images.append(self.gettile(m))
self.minitiles.create_image(15 + 25 * (n % 4), 15 + 25 * (n / 4), image=self.minitiles.images[-1], tags=t)
self.minitiles.tag_bind(t, '<Button-1>', lambda e,n=n: self.miniload(n))
self.minitiles.tag_bind(t, '<Double-Button-1>', lambda e,i=2: self.parent.choose(i))
def minisel(self):
x,y = 2 + 25 * (self.megatile[1] % 4),2 + 25 * (self.megatile[1] / 4)
self.minitiles.coords('border', x, y, x + 25, y + 25)
def miniload(self, n=None):
if self.dosave:
self.minisave()
else:
self.dosave = True
if n == None:
n = self.megatile[1]
else:
self.megatile[1] = n
mega = self.megatile[0]
g = self.tileset.vx4.graphics[mega][n]
if self.minitile.get() != g[0]:
self.minitile.check = False
self.minitile.set(g[0])
self.flipped.set(g[1])
f = self.tileset.vf4.flags[mega][n]
if f & 4:
self.heightdd.set(2)
elif f & 2:
self.heightdd.set(1)
else:
self.heightdd.set(0)
self.walkable.set(f & 1)
self.blockview.set(f & 8 == 8)
self.ramp.set(f & 16 == 16)
self.minisel()
def minisave(self):
mega = self.megatile[0]
self.tileset.vx4.graphics[mega][self.megatile[1]][1] = self.flipped.get()
self.tileset.vf4.flags[mega][self.megatile[1]] = [0,2,4][self.heightdd.get()] + self.walkable.get() + 8 * self.blockview.get() + 16 * self.ramp.get()
def change(self, id):
self.tileset.vx4.graphics[self.megatile[0]][self.megatile[1]][0] = id
self.updateminis()
def applyallminiflags(self, i):
pass
def choose(self):
TilePalette(self, 2, self.tileset.vx4.graphics[self.megatile[0]][self.megatile[1]][0])
def ok(self):
self.minisave()
del TILE_CACHE[self.megatile[0]]
try:
self.parent.updategroup()
except:
self.parent.drawtiles()
PyMSDialog.ok(self)
class Placeability(PyMSDialog):
def __init__(self, parent, id=0):
self.id = id
self.canvass = []
self.groups = []
self.tileset = parent.tileset
self.gettile = parent.gettile
self.select_file = parent.select_file
self.selecting = None
self.width = 0
PyMSDialog.__init__(self, parent, 'Doodad Placeability [%s]' % id, resizable=(False,False))
def widgetize(self):
f = Frame(self)
ty = -1
for n,g in enumerate(self.tileset.cv5.groups[1024:]):
if g[9] == self.id and ty == -1:
self.width,h,ty = g[10],g[11],g[11]-1
if n + h > len(self.tileset.cv5.groups):
h = len(self.tileset.cv5.groups) - n - 1
ty = h-1
for y in range(h):
self.groups.append([])
self.canvass.append(Canvas(f, width=self.width * 33-1, height=32))
self.canvass[-1].grid(sticky=E+W, column=0, row=y*2, columnspan=self.width)
self.canvass[-1].images = []
for x in range(self.width):
c = self.tileset.dddata.doodads[self.id][x + y * self.width]
if not y:
t = 'tile%s,%s' % (x,y)
self.canvass[-1].images.append(Tilesets.megatile_to_photo(self.tileset, g[13][x]))
self.canvass[-1].create_image(x * 33 + 18, 18, image=self.canvass[-1].images[-1], tags=t)
self.canvass[-1].tag_bind(t, '<Double-Button-1>', lambda e,p=(x,y): self.select(p))
self.groups[-1].append(IntegerVar(c,[0,len(self.tileset.cv5.groups)]))
Entry(f, textvariable=self.groups[-1][-1], width=1, font=couriernew, bd=0).grid(sticky=E+W, column=x, row=y*2+1, padx=x%2)
elif ty > 0:
for x in range(self.width):
c = self.tileset.dddata.doodads[self.id][x + (h-ty) * self.width]
self.canvass[h-ty].images.append(Tilesets.megatile_to_photo(self.tileset, g[13][x]))
self.canvass[h-ty].create_image(x * 33 + 18, 18, image=self.canvass[h-ty].images[-1])
self.canvass[h-ty].tag_bind(t, '<Double-Button-1>', lambda e,p=(x,h-ty): self.select(p))
ty -= 1
if not ty:
break
f.pack(padx=5,pady=5)
def select(self, p):
self.selecting = p
TilePalette(self, 0, self.groups[p[1]][p[0]].get())
def change(self, t, id):
self.groups[self.selecting[1]][self.selecting[0]].set(id)
self.selecting = None
def cancel(self, e=None):
self.ok(self)
def ok(self, e=None):
self.tileset.dddata.doodads[self.id] = [0] * 256
for y,l in enumerate(self.groups):
for x,g in enumerate(l):
self.tileset.dddata.doodads[self.id][x + y * self.width] = g.get()
PyMSDialog.ok(self)
class MiniEditor(PyMSDialog):
def __init__(self, parent, colors=[0,255], id=None):
self.colors = colors
self.click = None
self.select = False
self.id = id
if id == None:
PyMSDialog.__init__(self, parent, 'MiniTile Editor [%s]' % parent.tileset.vx4.graphics[parent.megatile[0]][parent.megatile[1]][0], resizable=(False,False))
else:
PyMSDialog.__init__(self, parent, 'MiniTile Editor [%s]' % id, resizable=(False,False))
def widgetize(self):
self.canvas = Canvas(self, width=202, height=114)
self.canvas.pack(padx=3,pady=3)
self.canvas.bind('<ButtonRelease-1>', self.release)
self.canvas.bind('<Motion>', self.motion)
if self.id == None:
m = self.parent.tileset.vx4.graphics[self.parent.megatile[0]][self.parent.megatile[1]][0]
d = self.parent.tileset.vr4.images[m]
else:
d = self.parent.tileset.vr4.images[self.id]
self.indexs = []
for y,p in enumerate(d):
self.indexs.append(list(p))
for x,i in enumerate(p):
cx,cy,c = x * 10 + 2, y * 10 + 2, '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[i])
t = 'tile%s,%s' % (x,y)
self.canvas.create_rectangle(cx, cy, cx+10, cy+10, fill=c, outline=c, tags=t)
self.canvas.tag_bind(t, '<Button-1>', lambda e,p=(x,y),c=0: self.color(p,c))
self.canvas.tag_bind(t, '<Button-3>', lambda e,p=(x,y),c=1: self.color(p,c))
cx,cy = x + 32,y + 90
self.canvas.create_rectangle(cx, cy, cx+2, cy+2, fill=c, outline=c, tags='scale%s,%s' % (x,y))
self.canvas.create_rectangle(90, 2, 202, 114, fill='#000000', outline='#000000')
for n,i in enumerate(self.parent.tileset.wpe.palette):
cx,cy,c = (n % 16) * 7 + 91, (n / 16) * 7 + 3, '#%02x%02x%02x' % tuple(i)
t = 'pal%s' % n
self.canvas.create_rectangle(cx, cy, cx+5, cy+5, fill=c, outline=c, tags=t)
c = '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[self.colors[1]])
self.canvas.tag_bind(t, '<Button-1>', lambda e,p=n,c=0: self.pencolor(p,c))
self.canvas.tag_bind(t, '<Button-3>', lambda e,p=n,c=1: self.pencolor(p,c))
self.canvas.create_rectangle(10, 98, 26, 114, fill=c, outline=c, tags='bg')
c = '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[self.colors[0]])
self.canvas.create_rectangle(2, 90, 18, 106, fill=c, outline=c, tags='fg')
self.eyedropper = PhotoImage(file=os.path.join(BASE_DIR,'Images','eyedropper.gif'))
self.canvas.create_image(56, 101, image=self.eyedropper, tags='eyedropper')
self.canvas.tag_bind('eyedropper', '<Button-1>', self.dropper)
b = Frame(self)
ok = Button(b, text='Ok', width=10, command=self.ok)
ok.pack(side=LEFT, padx=2)
Button(b, text='Cancel', width=10, command=self.cancel).pack(side=LEFT)
b.pack(pady=3)
return ok
def dropper(self, e=None):
if self.select:
self.canvas.delete('dropbd')
else:
self.canvas.create_rectangle(45, 90, 66, 111, outline='#000000', tags='dropbd')
self.select = not self.select
def release(self, e):
self.click = None
def motion(self, e):
o = self.canvas.find_overlapping(e.x,e.y,e.x,e.y)
if self.click != None and o and len(o) == 1:
t = self.canvas.gettags(o[0])
if t and len(t) == 1 and t[0].startswith('tile'):
self.color(tuple(int(n) for n in t[0][4:].split(',')),self.click)
def color(self, p, c):
if self.select:
self.colors[c] = self.indexs[p[1]][p[0]]
r = '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[self.colors[c]])
self.canvas.itemconfig(['fg','bg'][c], fill=r, outline=r)
self.dropper()
else:
self.indexs[p[1]][p[0]] = self.colors[c]
r = '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[self.colors[c]])
self.canvas.itemconfig('tile%s,%s' % p, fill=r, outline=r)
self.canvas.itemconfig('scale%s,%s' % p, fill=r, outline=r)
self.click = c
def pencolor(self, p, c):
self.colors[c] = p
r = '#%02x%02x%02x' % tuple(self.parent.tileset.wpe.palette[p])
self.canvas.itemconfig(['fg','bg'][c], fill=r, outline=r)
def cancel(self):
PyMSDialog.cancel(self)
def ok(self):
m = self.parent.tileset.vx4.graphics[self.parent.megatile[0]][self.parent.megatile[1]][0]
self.parent.tileset.vr4.images[m] = self.indexs
if self.id == None:
self.parent.updategroup()
else:
del TILE_CACHE[-self.id]
self.parent.drawtiles()
PyMSDialog.ok(self)
class TilePalette(PyMSDialog):
def __init__(self, parent, type=0, sel=0):
PAL[0] += 1
self.ttext = '%s Palette [%%s]' % ['Group','MegaTile','MiniTile Image'][type]
self.type = type
self.sel = sel
self.top = 0
self.lasttop = -1
self.tileset = parent.tileset
self.megatile = parent.megatile
self.gettile = parent.gettile
self.select_file = parent.select_file
PyMSDialog.__init__(self, parent, self.ttext % self.sel, resizable=False,False))
def update_top(self):
if self.type == 0:
self.top = max(min(self.sel,len(self.parent.tileset.cv5.groups)-8),0)
elif self.type == 1:
self.top = max(min(int(floor(self.sel / 16.0)),int(ceil(len(self.parent.tileset.vf4.flags) / 16.0) - 8)),0)
else:
self.top = max(min(int(floor(self.sel / 16.0)),int(ceil(len(self.parent.tileset.vr4.images) / 16.0) - 8)),0)
def drawsel(self):
if self.type == 0 and self.top <= self.sel <= self.top+8:
y = 2 + 33 * (self.sel - self.top)
self.canvas.coords('border', 2, y, 515, y + 33)
return
elif self.type == 1 and self.top*16 <= self.sel <= (self.top+8)*16:
x,y = 2 + 33 * ((self.sel - self.top*16) % 16),2 + 33 * ((self.sel - self.top*16) / 16)
self.canvas.coords('border', x, y, x + 33, y + 33)
return
elif self.type == 2 and self.top*16 <= self.sel <= (self.top+8)*16:
x,y = 2 + 25 * ((self.sel - self.top*16) % 16),2 + 25 * ((self.sel - self.top*16) / 16)
self.canvas.coords('border', x, y, x + 25, y + 25)
return
self.canvas.coords('border', 0, 0, 0, 0)
def setsel(self, g):
self.sel = g
self.title(self.ttext % g)
self.drawsel()
def drawtiles(self):
if self.top != self.lasttop:
self.lasttop = self.top
self.canvas.delete(ALL)
self.canvas.create_rectangle(0, 0, 0, 0, outline='#FFFFFF', tags='border')
self.canvas.images = []
if self.type == 0:
for q,g in enumerate(range(self.top,min(len(self.tileset.cv5.groups),self.top+8))):
for n,m in enumerate(self.tileset.cv5.groups[g][13]):
t = 'tile%s' % (n+16*q)
self.canvas.images.append(self.gettile(m))
self.canvas.create_image(19 + 32 * n, 19 + 33 * q, image=self.canvas.images[-1], tags=t)
self.canvas.tag_bind(t, '<Button-1>', lambda e,g=g: self.setsel(g))
self.canvas.tag_bind(t, '<Double-Button-1>', lambda e,g=g: self.choose(g))
elif self.type == 1:
for n,m in enumerate(range(self.top*16,min(len(self.tileset.vx4.graphics),(self.top+8)*16))):
t = 'tile%s' % n
self.canvas.images.append(self.gettile(m))
self.canvas.create_image(19 + 33 * (n % 16), 19 + 33 * (n / 16), image=self.canvas.images[-1], tags=t)
self.canvas.tag_bind(t, '<Button-1>', lambda e,g=m: self.setsel(g))
self.canvas.tag_bind(t, '<Double-Button-1>', lambda e,g=m: self.choose(g))
elif self.type == 2:
for n,m in enumerate(range(self.top*16,min(len(self.tileset.vr4.images),(self.top+8)*16))):
t = 'tile%s' % n
self.canvas.images.append(self.gettile((m,0)))
self.canvas.create_image(15 + 25 * (n % 16), 15 + 25 * (n / 16), image=self.canvas.images[-1], tags=t)
self.canvas.tag_bind(t, '<Button-1>', lambda e,g=m: self.setsel(g))
self.canvas.tag_bind(t, '<Double-Button-1>', lambda e,g=m: self.choose(g))
self.drawsel()
def widgetize(self):
self.update_top()
buttons = [
('add', self.add, 'Add (Insert)', NORMAL, 'Insert'),
('remove', self.remove, 'Remove (Delete)', DISABLED, 'Delete'),
10,
('export', self.export, 'Export Group (Ctrl+E)', NORMAL, 'Ctrl+E'),
('import', self.iimport, 'Import Groups (Ctrl+I)', NORMAL, 'Ctrl+I'),
]
if self.type:
buttons.extend([10,('edit', self.edit, 'Edit %sTile (Enter)' % ['Mega','Mini'][self.type-1], [DISABLED,NORMAL][win_reg], 'Return')])
self.buttons = {}
toolbar = Frame(self)
for btn in buttons:
if isinstance(btn, tuple):
image = PhotoImage(file=os.path.join(BASE_DIR,'Images','%s.gif' % btn[0]))
button = Button(toolbar, image=image, width=20, height=20, command=btn[1], state=btn[3])
button.image = image
button.tooltip = Tooltip(button, btn[2])
button.pack(side=LEFT)
self.buttons[btn[0]] = button
a = btn[4]
if a:
if not a.startswith('F'):
self.bind('<%s%s>' % (a[:-1].replace('Ctrl','Control').replace('+','-'), a[-1].lower()), btn[1])
else:
self.bind('<%s>' % a, btn[1])
else:
Frame(toolbar, width=btn).pack(side=LEFT)
toolbar.pack(fill=X)
w = [32,33,25][self.type]
h = [w,33][not self.type]
c = Frame(self)
self.canvas = Canvas(c, width=1 + w * 16 + 1 * (not self.type), height=1 + h * 8, background='#000000')
self.canvas.create_rectangle(0, 0, 0, 0, outline='#FFFFFF', tags='border')
self.canvas.pack(side=LEFT)
self.scroll = Scrollbar(c, command=self.scrolling)
self.updatescroll()
self.scroll.pack(side=LEFT, fill=Y, expand=1)
c.pack()
self.drawtiles()
self.bind('<MouseWheel>', lambda e: self.scrolling('scroll',-1 if e.delta > 0 else 1,'units'))
self.bind('<Down>', lambda e: self.scrolling('scroll',1,'units'))
self.bind('<Up>', lambda e: self.scrolling('scroll',-1,'units'))
self.bind('<Next>', lambda e: self.scrolling('scroll',1,'page'))
self.bind('<Prior>', lambda e: self.scrolling('scroll',-1,'page'))
def add(self):
if self.type == 0:
self.tileset.cv5.groups.append([0] * 13 + [[0] * 16])
self.setsel(len(self.tileset.cv5.groups)-1)
self.top = max(min(self.sel,len(self.tileset.cv5.groups)-8),0)
elif self.type == 1:
self.tileset.vf4.flags.append([0]*32)
self.tileset.vx4.graphics.append([[0,0] for _ in range(16)])
self.setsel(len(self.tileset.vf4.flags)-1)
self.top = max(min(int(ceil(self.sel / 16.0)),int(ceil(len(self.tileset.vf4.flags) / 16.0) - 8)),0)
else:
self.tileset.vr4.images.append([[0] * 8 for _ in range(8)] )
self.setsel(len(self.tileset.vr4.images)-1)
self.top = max(min(int(ceil(self.sel / 16.0)),int(ceil(len(self.tileset.vr4.images) / 16.0) - 8)),0)
self.updatescroll()
self.drawtiles()
self.parent.update_ranges()
def export(self):
b = self.select_file('Export Group', False, '.bmp', [('256 Color BMP','*.bmp'),('All Files','*')], self)
if not b:
return
s = None
if self.type < 2:
s = self.select_file('Export Group Settings (Cancel to export only the BMP)', False, '.txt', [('Text File','*.txt'),('All Files','*')], self)
self.tileset.decompile(b,self.type,self.sel,s)
def iimport(self):
b = self.select_file('Import Group', True, '.bmp', [('256 Color BMP','*.bmp'),('All Files','*')], self)
if not b:
return
s = None
if self.type < 2:
s = self.select_file('Import Group Settings (Cancel to import only the BMP)', True, '.txt', [('Text File','*.txt'),('All Files','*')], self)
sel = self.sel
if self.type == 0:
start_size = len(self.parent.tileset.cv5.groups)
elif self.type == 1:
start_size = len(self.parent.tileset.vf4.flags)
else:
start_size = len(self.parent.tileset.vr4.images)
try:
self.tileset.interpret(b,self.type,s)
except PyMSError, e:
ErrorDialog(self, e)
else:
if self.type == 0:
end_size = len(self.parent.tileset.cv5.groups)
elif self.type == 1:
end_size = len(self.parent.tileset.vf4.flags)
else:
end_size = len(self.parent.tileset.vr4.images)
if end_size > start_size:
self.sel = start_size
self.update_top()
self.updatescroll()
self.drawtiles()
self.parent.update_ranges()
def remove(self):
pass
def edit(self, e=None):
if self.type == 1:
MegaEditor(self, id=self.sel)
elif self.type == 2:
MiniEditor(self, id=self.sel)
def updatescroll(self):
if self.type == 0:
groups = float(len(self.tileset.cv5.groups)-8)
elif self.type == 1:
groups = float(ceil(len(self.tileset.vx4.graphics) / 16.0) - 8)
elif self.type == 2:
groups = float(ceil(len(self.tileset.vr4.images) / 16.0) - 8)
if groups <= 8:
self.scroll.set(0,1)
else:
x = (1-8/groups)*(self.top / groups)
self.scroll.set(x,x+8/groups)
def scrolling(self, t, p, e=None):
a = {'page':8,'units':1}
if self.type == 0:
groups = len(self.tileset.cv5.groups)-8
elif self.type == 1:
groups = int(ceil(len(self.tileset.vx4.graphics) / 16.0) - 8)
elif self.type == 2:
groups = int(ceil(len(self.tileset.vr4.images) / 16.0) - 8)
p = min(1,float(p) / (1-8/float(groups)))
if t == 'moveto':
self.top = int(groups * float(p))
elif t == 'scroll':
self.top = min(groups,max(0,self.top + int(p) * a[e]))
self.updatescroll()
self.drawtiles()
return "break"
def choose(self, id):
self.parent.change(self.type, id)
self.ok()
def ok(self):
if hasattr(self.parent,'selecting'):
self.parent.selecting = None
else:
try:
self.parent.updategroup()
except:
try:
self.parent.updateminis()
except:
pass
PAL[0] -= 1
if not PAL[0]:
TILE_CACHE = {}
PyMSDialog.ok(self)
class PyTILE(Tk):
def __init__(self, guifile=None):
self.settings = loadsettings('PyTILE')
#Window
Tk.__init__(self)
self.title('PyTILE %s' % LONG_VERSION)
try:
self.icon = os.path.join(BASE_DIR,'Images','PyTILE.ico')
self.wm_iconbitmap(self.icon)
except:
self.icon = '@%s' % os.path.join(BASE_DIR, 'Images','PyTILE.xbm')
self.wm_iconbitmap(self.icon)
self.protocol('WM_DELETE_WINDOW', self.exit)
setup_trace(self, 'PyTILE')
self.resizable(False, False)
self.stat_txt = TBL.TBL()
self.stat_txt_file = ''
filen = self.settings.get('stat_txt',os.path.join(BASE_DIR, 'Libs', 'MPQ', 'rez', 'stat_txt.tbl'))
while True:
try:
self.stat_txt.load_file(filen)
break
except:
filen = self.select_file('Open stat_txt.tbl', True, '.tbl', [('StarCraft TBL files','*.tbl'),('All Files','*')])
if not filen:
sys.exit()
self.dosave = [False,False]
self.tileset = None
self.file = None
self.edited = False
self.group = [0,0]
self.megatile = None
#Toolbar
buttons = [
('open', self.open, 'Open (Ctrl+O)', NORMAL, 'Ctrl+O'),
('save', self.save, 'Save (Ctrl+S)', DISABLED, 'Ctrl+S'),
('saveas', self.saveas, 'Save As (Ctrl+Alt+A)', DISABLED, 'Ctrl+Alt+A'),
('close', self.close, 'Close (Ctrl+W)', DISABLED, 'Ctrl+W'),
10,
('register', self.register, 'Set as default *.cv5 editor (Windows Only)', [DISABLED,NORMAL][win_reg], ''),
('help', self.help, 'Help (F1)', NORMAL, 'F1'),
('about', self.about, 'About PyTILE', NORMAL, ''),
10,
('exit', self.exit, 'Exit (Alt+F4)', NORMAL, 'Alt+F4'),
]
self.buttons = {}
toolbar = Frame(self)
for btn in buttons:
if isinstance(btn, tuple):
image = PhotoImage(file=os.path.join(BASE_DIR,'Images','%s.gif' % btn[0]))
button = Button(toolbar, image=image, width=20, height=20, command=btn[1], state=btn[3])
button.image = image
button.tooltip = Tooltip(button, btn[2])
button.pack(side=LEFT)
self.buttons[btn[0]] = button
a = btn[4]
if a:
if not a.startswith('F'):
self.bind('<%s%s>' % (a[:-1].replace('Ctrl','Control').replace('+','-'), a[-1].lower()), btn[1])
else:
self.bind('<%s>' % a, btn[1])
else:
Frame(toolbar, width=btn).pack(side=LEFT)
toolbar.pack(side=TOP, padx=1, pady=1, fill=X)
self.disable = []
self.minitile = IntegerVar(0,[0,32767],callback=lambda id: self.change(2, id))
self.flipped = IntVar()
self.heightdd = IntVar()
self.walkable = IntVar()
self.blockview = IntVar()
self.ramp = IntVar()
self.megatilee = IntegerVar(0,[0,4095],callback=lambda id: self.change(1, id))
self.index = IntegerVar(0,[0,65535])
self.flags = IntegerVar(0,[0,15])
self.groundheight = IntegerVar(0,[0,15])
self.buildable = IntegerVar(0,[0,15])
self.buildable2 = IntegerVar(0,[0,15])
self.edgeleft = IntegerVar(0,[0,65535])
self.edgeright = IntegerVar(0,[0,65535])
self.edgeup = IntegerVar(0,[0,65535])
self.edgedown = IntegerVar(0,[0,65535])
self.hasup = IntegerVar(0,[0,65535])
self.hasdown = IntegerVar(0,[0,65535])
self.unknown9 = IntegerVar(0,[0,65535])
self.unknown11 = IntegerVar(0,[0,65535])
self.doodad = False
self.findimage = PhotoImage(file=os.path.join(BASE_DIR,'Images','find.gif'))
self.groupid = LabelFrame(self, text='MegaTile Group')
g = Frame(self.groupid)
c = Frame(g)
self.megatiles = Canvas(c, width=529, height=34, background='#000000')
self.megatiles.pack()
self.scroll = Scrollbar(c, orient=HORIZONTAL, command=self.scrolling)
self.scroll.set(0,1)
self.scroll.pack(fill=X, expand=1, padx=2)
c.pack(side=LEFT,padx=2)
self.megatiles.create_rectangle(0, 0, 0, 0, outline='#FFFFFF', tags='border')
self.disable.append(Button(g, image=self.findimage, width=20, height=20, command=lambda i=0: self.choose(i), state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=2)
g.pack(padx=5)
f = Frame(self.groupid)
left = Frame(f)
l = LabelFrame(left, text='MiniTiles')
d = Frame(l)
self.minitiles = Canvas(d, width=101, height=101, background='#000000')
self.minitiles.pack(padx=2, pady=2)
self.minitiles.create_rectangle(0, 0, 0, 0, outline='#FFFFFF', tags='border')
e = Frame(d)
Label(e, text='MiniTile:').pack(side=LEFT)
self.disable.append(Entry(e, textvariable=self.minitile, font=couriernew, width=5, state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=2)
self.disable.append(Button(e, image=self.findimage, width=20, height=20, command=lambda i=2: self.choose(i), state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=2)
e.pack(fill=X)
e = Frame(d)
i = PhotoImage(file=os.path.join(BASE_DIR,'Images','edit.gif'))
self.disable.append(Button(e, image=i, width=20, height=20, command=self.editor, state=DISABLED))
self.disable[-1].image = i
self.disable[-1].pack(side=RIGHT, padx=2)
self.disable.append(Checkbutton(e, text='Flipped', variable=self.flipped, state=DISABLED))
self.disable[-1].pack(side=RIGHT, padx=2)
e.pack(fill=X, pady=3)
d.pack(side=LEFT)
d = Frame(l)
c = Frame(d)
self.disable.append(DropDown(c, self.heightdd, ['Low','Med','High'], width=4, state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=5)
c.pack(fill=X)
for t,v in [('Walkable',self.walkable),('Block View',self.blockview),('Ramp?',self.ramp)]:
c = Frame(d)
self.disable.append(Checkbutton(c, text=t, variable=v, state=DISABLED))
self.disable[-1].pack(side=LEFT)
c.pack(fill=X)
a = LabelFrame(d, text='Apply to all')
self.disable.append(Button(a, text='MiniTiles', width=10, command=lambda i=0: self.applyallminiflags(i), state=DISABLED))
self.disable[-1].pack(padx=3, pady=2)
self.disable.append(Button(a, text='MegaTiles', width=10, command=lambda i=1: self.applyallminiflags(i), state=DISABLED))
self.disable[-1].pack(padx=3, pady=2)
a.pack(side=BOTTOM, padx=2, pady=2)
d.pack(side=LEFT, fill=Y)
l.pack(padx=5, pady=5)
left.pack(side=LEFT)
right = Frame(f)
self.tiles = Frame(right)
data = [
[
('Index',self.index,5,'Group Index? Seems to always be 1 for doodads. Not completely understood'),
('MegaTile',self.megatilee,4,'MegaTile ID for selected tile in the group. Either input a value,\n or hit the find button to browse for a MegaTile.')
],
[
('Flags',self.flags,2,'Unknown property:\n 0 = ?\n 1 = Edge?\n 4 = Cliff?'),
('Ground Height',self.groundheight,2,'Shows ground height. Does not seem to be completely valid.\n May be used by StarEdit/deprecated?'),
('Edge Left?',self.edgeleft,5,'Unknown. Seems to be related to surrounding tiles & ISOM. (Left?)'),
('Edge Right?',self.edgeright,5,'Unknown. Seems to be related to surrounding tiles & ISOM. (Right?)'),
('Edge Up?',self.edgeup,5,'Unknown. Seems to be related to surrounding tiles & ISOM. (Up?)'),
('Edge Down?',self.edgedown,5,'Unknown. Seems to be related to surrounding tiles & ISOM. (Down?)')
],
[
('Buildable',self.buildable,2,'Sets the default buildable property:\n 0 = Buildable\n 4 = Creep\n 8 = Unbuildable'),
('Buildable 2',self.buildable2,2,'Buildable Flag for Beacons/Start Location:\n 0 = Default\n 8 = Buildable'),
('Has Up',self.hasup,5,'Edge piece has rows above it. (Recently noticed; not fully understood.)\n 1 = Basic edge piece.\n 2 = Right edge piece.\n 3 = Left edge piece.'),
('Has Down',self.hasdown,5,'Edge piece has rows below it. (Recently noticed; not fully understood.)\n 1 = Basic edge piece.\n 2 = Right edge piece.\n 3 = Left edge piece.'),
('Unknown 9',self.unknown9,5,'Unknown'),
('Unknown 11',self.unknown11,5,'Unknown')
],
]
for c,a in enumerate(data):
for r,row in enumerate(a):
t,v,w,desc = row
l = Label(self.tiles, text=t + ':', anchor=E)
if t == 'MegaTile':
l.grid(sticky=W+E, column=c*2, row=5)
tip(l, t, desc)
e = Frame(self.tiles)
self.disable.append(Entry(e, textvariable=v, font=couriernew, width=w, state=DISABLED))
self.disable[-1].pack(side=LEFT)
self.disable.append(Button(e, image=self.findimage, width=20, height=20, command=lambda i=1: self.choose(i), state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=2)
e.grid(sticky=W, column=c*2+1, row=5)
tip(e, t, desc)
else:
l.grid(sticky=W+E, column=c*2, row=r)
tip(l, t, desc)
self.disable.append(Entry(self.tiles, textvariable=v, font=couriernew, width=w, state=DISABLED))
self.disable[-1].grid(sticky=W, column=c*2+1, row=r)
tip(self.disable[-1], t, desc)
self.tiles.pack(side=TOP)
self.doodads = Frame(right)
data = [
[
('Index',self.index,5,'Group Index? Seems to always be 1 for doodads. Not completely understood'),
('MegaTile',self.megatilee,4,'MegaTile ID for selected tile in the group. Either input a value,\n or hit the find button to browse for a MegaTile.')
],
[
('Unknown 1',self.flags,2,'Unknown:\n 0 = ?\n 1 = ?'),
('Ground Height',self.groundheight,2,'Shows ground height. Does not seem to be completely valid.\n May be used by StarEdit/deprecated?'),
(None,self.edgeleft,None,'Doodad group string from stat_txt.tbl'),
('Doodad #',self.edgeright,5,'Doodad ID used used for dddata.bi'),
('Doodad Width',self.edgeup,5,'Total width of the doodad in MegaTiles'),
('Doodad Height',self.edgedown,5,'Total height of the doodad in MegaTiles')
],
[
('Buildable',self.buildable,2,'Sets the default buildable property:\n 0 = Buildable\n 4 = Creep\n 8 = Unbuildable'),
('Has Overlay',self.buildable2,2,'Flag that determins if a doodad has a sprite overlay:\n 0 = None\n 1 = Sprites.dat Reference\n 2 = Units.dat Reference\n 4 = Overlay is Flipped'),
('Overlay ID',self.hasup,5,'Sprite or Unit ID (depending on the Has Overlay flag) of the doodad overlay.'),
('Unknown 6',self.hasdown,5,'Unknown'),
('Unknown 8',self.unknown9,5,'Unknown'),
('Unknown 12',self.unknown11,5,'Unknown')
],
]
for c,a in enumerate(data):
for r,row in enumerate(a):
t,v,w,desc = row
if t == None:
l = Label(self.doodads, text='Group:', anchor=E)
l.grid(sticky=W+E, column=0, row=2)
tip(l, 'Doodad Group', desc)
self.doodaddd = DropDown(self.doodads, v, [TBL.decompile_string(s) for s in self.stat_txt.strings])
self.doodaddd.grid(sticky=W+E, column=1, row=r, columnspan=3)
else:
l = Label(self.doodads, text=t + ':', anchor=E)
if t == 'MegaTile':
l.grid(sticky=W+E, column=c*2, row=5)
tip(l, t, desc)
e = Frame(self.doodads)
self.disable.append(Entry(e, textvariable=v, font=couriernew, width=w, state=DISABLED))
self.disable[-1].pack(side=LEFT)
self.disable.append(Button(e, image=self.findimage, width=20, height=20, command=lambda i=1: self.choose(i), state=DISABLED))
self.disable[-1].pack(side=LEFT, padx=2)
e.grid(sticky=W, column=c*2+1, row=5)
else:
l.grid(sticky=W+E, column=c*2, row=r)
tip(l, t, desc)
self.disable.append(Entry(self.doodads, textvariable=v, font=couriernew, width=w, state=DISABLED))
self.disable[-1].grid(sticky=W, column=c*2+1, row=r)
tip(self.disable[-1], t, desc)
self.disable.append(Button(self.doodads, text='Placeability', command=self.placeability))
self.disable[-1].grid(sticky=W+E, column=2, row=7, pady=5)
right.pack(side=LEFT, fill=Y, pady=8)
f.pack(fill=X)
self.groupid.pack(padx=5, pady=5)
#Statusbar
self.status = StringVar()
statusbar = Frame(self)
Label(statusbar, textvariable=self.status, bd=1, relief=SUNKEN, width=75, anchor=W).pack(side=LEFT, padx=1)
image = PhotoImage(file=os.path.join(BASE_DIR,'Images','save.gif'))
self.editstatus = Label(statusbar, image=image, bd=0, state=DISABLED)
self.editstatus.image = image
self.editstatus.pack(side=LEFT, padx=1, fill=Y)
Label(statusbar, bd=1, relief=SUNKEN, anchor=W).pack(side=LEFT, expand=1, padx=1, fill=X)
self.status.set('Load a Tileset.')
statusbar.pack(side=BOTTOM, fill=X)
if guifile:
self.open(file=guifile)
start_new_thread(check_update, (self,))
def unsaved(self):
if self.tileset and self.edited:
file = self.file
if not file:
file = 'Unnamed.cv5'
save = askquestion(parent=self, title='Save Changes?', message="Save changes to '%s'?" % file, default=YES, type=YESNOCANCEL)
if save != 'no':
if save == 'cancel':
return True
if self.file:
self.save()
else:
self.saveas()
def select_file(self, title, open=True, ext='.cv5', filetypes=[('Complete Tileset','*.cv5'),('All Files','*')], parent=None):
if parent == None:
parent = self
path = self.settings.get('lastpath', BASE_DIR)
file = [tkFileDialog.asksaveasfilename,tkFileDialog.askopenfilename][open](title=title, defaultextension=ext, filetypes=filetypes, initialdir=path, parent=parent)
if file:
self.settings['lastpath'] = os.path.dirname(file)
return file
def action_states(self):
file = [NORMAL,DISABLED][not self.tileset]
for btn in ['save','saveas','close']:
self.buttons[btn]['state'] = file
for w in self.disable:
w['state'] = file
def gettile(self, id, cache=False):
to_photo = [Tilesets.megatile_to_photo,Tilesets.minitile_to_photo][isinstance(id,tuple) or isinstance(id,list)]
if cache:
if not id in TILE_CACHE:
TILE_CACHE[id] = to_photo(self.tileset, id)
return TILE_CACHE[id]
return to_photo(self.tileset, id)
def applyallminiflags(self, i):
megas = self.tileset.cv5.groups[self.group[0]][13]
if i == 0:
megas = [megas[self.group[1]]]
for mega in megas:
for n in range(16):
self.tileset.vf4.flags[mega][n] = self.heightdd.get() * 2 + self.walkable.get() + 8 * self.blockview.get() + 16 * self.ramp.get()
def groupsel(self):
x = 2 + 33 * self.group[1]
self.megatiles.coords('border', x, 2, x + 33, 35)
def updategroup(self):
d = ['',' - Doodad'][self.group[0] >= 1024]
self.groupid['text'] = 'MegaTile Group [%s%s]' % (self.group[0],d)
self.megatiles.images = []
for n,m in enumerate(self.tileset.cv5.groups[self.group[0]][13]):
t = 'tile%s' % n
self.megatiles.delete(t)
self.megatiles.images.append(self.gettile(m))
self.megatiles.create_image(19 + 33 * n, 19, image=self.megatiles.images[-1], tags=t)
self.megatiles.tag_bind(t, '<Button-1>', lambda e,n=n: self.megaload(n))
self.megatiles.tag_bind(t, '<Double-Button-1>', lambda e,i=1: self.choose(i))
if self.megatile == None:
self.megatile = [self.tileset.cv5.groups[self.group[0]][13][0],0]
self.megaload()
def megaload(self, n=None):
if self.dosave[0]:
self.megasave()
else:
self.dosave[0] = True
if self.dosave[1]:
self.minisave()
self.dosave[1] = False
if n == None:
n = self.group[1]
else:
self.group[1] = n
group = self.tileset.cv5.groups[self.group[0]]
mega = group[13][n]
self.megatile[0] = mega
if self.megatilee.get() != mega:
self.megatilee.check = False
self.megatilee.set(mega)
self.index.set(group[0])
if self.group[0] >= 1024:
if not self.doodad:
self.tiles.pack_forget()
self.doodads.pack(side=TOP)
self.doodad = True
o = [self.buildable,self.flags,self.buildable2,self.groundheight,self.hasup,self.hasdown,self.edgeleft,self.unknown9,self.edgeright,self.edgeup,self.edgedown,self.unknown11]
else:
if self.doodad:
self.doodads.pack_forget()
self.tiles.pack(side=TOP)
self.doodad = False
o = [self.buildable,self.flags,self.buildable2,self.groundheight,self.edgeleft,self.edgeup,self.edgeright,self.edgedown,self.unknown9,self.hasup,self.unknown11,self.hasdown]
for n,v in enumerate(o):
if self.group[0] >= 1024 and n == 6:
v.set(group[n+1]-1)
else:
v.set(group[n+1])
self.groupsel()
self.updateminitiles()
self.miniload()
def megasave(self):
group = self.tileset.cv5.groups[self.group[0]]
group[0] = self.index.get()
if self.group[0] >= 1024:
o = [self.buildable,self.flags,self.buildable2,self.groundheight,self.hasup,self.hasdown,self.edgeleft,self.unknown9,self.edgeright,self.edgeup,self.edgedown,self.unknown11]
else:
o = [self.buildable,self.flags,self.buildable2,self.groundheight,self.edgeleft,self.edgeup,self.edgeright,self.edgedown,self.unknown9,self.hasup,self.unknown11,self.hasdown]
for n,v in enumerate(o):
if self.group[0] >= 1024 and n == 6:
group[n+1] = v.get()+1
else:
group[n+1] = v.get()
self.edited = True
self.editstatus['state'] = NORMAL
def minisel(self):
x,y = 2 + 25 * (self.megatile[1] % 4),2 + 25 * (self.megatile[1] / 4)
self.minitiles.coords('border', x, y, x + 25, y + 25)
def updateminitiles(self):
self.minitiles.images = []
for n,m in enumerate(self.tileset.vx4.graphics[self.megatile[0]]):
t = 'tile%s' % n
self.minitiles.delete(t)
self.minitiles.images.append(self.gettile(m))
self.minitiles.create_image(15 + 25 * (n % 4), 15 + 25 * (n / 4), image=self.minitiles.images[-1], tags=t)
self.minitiles.tag_bind(t, '<Button-1>', lambda e,n=n: self.miniload(n))
self.minitiles.tag_bind(t, '<Double-Button-1>', lambda e,i=2: self.choose(i))
def miniload(self, n=None):
if self.dosave[1]:
self.minisave()
else:
self.dosave[1] = True
if n == None:
n = self.megatile[1]
else:
self.megatile[1] = n
mega = self.tileset.cv5.groups[self.group[0]][13][self.group[1]]
g = self.tileset.vx4.graphics[mega][n]
if self.minitile.get() != g[0]:
self.minitile.check = False
self.minitile.set(g[0])
self.flipped.set(g[1])
f = self.tileset.vf4.flags[mega][n]
if f & 4:
self.heightdd.set(2)
elif f & 2:
self.heightdd.set(1)
else:
self.heightdd.set(0)
self.walkable.set(f & 1)
self.blockview.set(f & 8 == 8)
self.ramp.set(f & 16 == 16)
self.minisel()
def minisave(self):
mega = self.tileset.cv5.groups[self.group[0]][13][self.group[1]]
self.tileset.vx4.graphics[mega][self.megatile[1]][1] = self.flipped.get()
self.tileset.vf4.flags[mega][self.megatile[1]] = [0,2,4][self.heightdd.get()] + self.walkable.get() + 8 * self.blockview.get() + 16 * self.ramp.get()
self.edited = True
self.editstatus['state'] = NORMAL
def choose(self, i):
self.minisave()
self.megasave()
TilePalette(self, i, [
self.group[0],
self.tileset.cv5.groups[self.group[0]][13][self.group[1]],
self.tileset.vx4.graphics[self.tileset.cv5.groups[self.group[0]][13][self.group[1]]][self.megatile[1]][0]
][i])
def updatescroll(self):
groups = 0
if self.tileset:
groups = float(len(self.tileset.cv5.groups)-1)
if groups <= 1:
self.scroll.set(0,1)
else:
x = (1-8/groups)*(self.group[0] / groups)
self.scroll.set(x,x+(8/groups))
def scrolling(self, t, p, e=None):
if self.dosave[0]:
self.megasave()