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- Committer: me
- Date: 2009-03-27 07:36:55 UTC
- Revision ID: me@centurion-20090327073655-wmo1eirlzbnkhote
old code
- files added:
- _gui
- cfg
- data
- gui
- ui
added
removed
_gui/theme.py
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from pandac.PandaModules import *
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class Stretch:
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def __init__(self,xStart,yStart,xEnd,yEnd):
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self.xStart,self.yStart,self.xEnd,self.yEnd = xStart,yStart,xEnd,yEnd
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def draw(self,theme,pos,size):
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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u,v,us,vs = self.xStart,self.yStart,self.xEnd,self.yEnd
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theme.rectStreatch((x,y,xs,ys),(u,v,us,vs))
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class StretchBorder:
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def __init__(self,xStart,yStart,xEnd,yEnd,border):
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self.xStart,self.yStart,self.xEnd,self.yEnd,self.border = xStart,yStart,xEnd,yEnd,border
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def draw(self,theme,pos,size):
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u,v,us,vs,b = self.xStart,self.yStart,self.xEnd,self.yEnd,self.border
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self.drawBlock(theme,pos,size,u,v,us,vs) # center
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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self.drawBlock(theme,Vec2(x,y-b),Vec2(xs,b),u,v-b,us,b) # N
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self.drawBlock(theme,Vec2(x,y+ys),Vec2(xs,b),u,v+vs,us,b) # S
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self.drawBlock(theme,Vec2(x-b,y),Vec2(b,ys),u-b,v,b,vs) # W
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self.drawBlock(theme,Vec2(x+xs,y),Vec2(b,ys),u+us+b,v,b,vs) # E
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self.drawBlock(theme,Vec2(x-b,y-b),Vec2(b,b),u-b,v-b,b,b) # NW
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self.drawBlock(theme,Vec2(x+xs,y+ys),Vec2(b,b),u+us+b,v+vs,b,b) # SE
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self.drawBlock(theme,Vec2(x-b,y+ys),Vec2(b,b),u-b,v+vs,b,b) # SW
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self.drawBlock(theme,Vec2(x+xs,y-b),Vec2(b,b),u+us+b,v-b,b,b) # NW
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def drawBlock(self,theme,pos,size,u,v,us,vs):
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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#u,v,us,vs = self.xStart,self.yStart,self.xEnd,self.yEnd
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theme.rectStreatch((x,y,xs,ys),(u,v,us,vs))
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class Tiled:
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def __init__(self,xStart,yStart,xEnd,yEnd):
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self.xStart,self.yStart,self.xEnd,self.yEnd = xStart,yStart,xEnd,yEnd
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def draw(self,theme,pos,size):
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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z = 0
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u,v,us,vs = self.xStart,self.yStart,self.xEnd,self.yEnd
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xFit = xs/us
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yFit = ys/vs
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xPos = x
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while xFit > 0:
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yPos = y
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yFit = ys/vs
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while yFit > 0:
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fixed_us,fixed_vs = us,vs
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if xFit < 1: fixed_us = xs%us
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if yFit < 1: fixed_vs = ys%vs
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theme.rect((xPos,yPos,fixed_us,fixed_vs),(u,v))
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yPos += vs
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yFit -= 1
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xPos += us
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xFit -= 1
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class TileBorder:
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def __init__(self,xStart,yStart,xEnd,yEnd,border):
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self.xStart,self.yStart,self.xEnd,self.yEnd,self.border = xStart,yStart,xEnd,yEnd,border
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def draw(self,theme,pos,size):
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u,v,us,vs,b = self.xStart,self.yStart,self.xEnd,self.yEnd,self.border
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self.drawBlock(theme,pos,size,u,v,us,vs) # center
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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self.drawBlock(theme,Vec2(x,y-b),Vec2(xs,b),u,v-b,us,b) # N
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self.drawBlock(theme,Vec2(x,y+ys),Vec2(xs,b),u,v+vs,us,b) # S
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self.drawBlock(theme,Vec2(x-b,y),Vec2(b,ys),u-b,v,b,vs) # W
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self.drawBlock(theme,Vec2(x+xs,y),Vec2(b,ys),u+us+b,v,b,vs) # E
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self.drawBlock(theme,Vec2(x-b,y-b),Vec2(b,b),u-b,v-b,b,b) # NW
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self.drawBlock(theme,Vec2(x+xs,y+ys),Vec2(b,b),u+us+b,v+vs,b,b) # SE
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self.drawBlock(theme,Vec2(x-b,y+ys),Vec2(b,b),u-b,v+vs,b,b) # SW
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self.drawBlock(theme,Vec2(x+xs,y-b),Vec2(b,b),u+us+b,v-b,b,b) # NW
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def drawBlock(self,theme,pos,size,u,v,us,vs):
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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z = 0
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xFit = xs/us
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yFit = ys/vs
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xPos = x
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while xFit > 0:
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yPos = y
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yFit = ys/vs
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while yFit > 0:
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fixed_us,fixed_vs = us,vs
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if xFit < 1: fixed_us = xs%us
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if yFit < 1: fixed_vs = ys%vs
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theme.rect((xPos,yPos,fixed_us,fixed_vs),(u,v))
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yPos += vs
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yFit -= 1
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xPos += us
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xFit -= 1
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class TileBarX(TileBorder):
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def draw(self,theme,pos,size):
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u,v,us,vs,b = self.xStart,self.yStart,self.xEnd,self.yEnd,self.border
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self.drawBlock(theme,pos,size,u,v,us,vs) # center
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x,y = pos[0],pos[1]
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xs,ys = size[0],size[1]
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self.drawBlock(theme,Vec2(x-b,y),Vec2(b,ys),u-b,v,b,vs) # W
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self.drawBlock(theme,Vec2(x+xs,y),Vec2(b,ys),u+us+b,v,b,vs) # E
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class Theme:
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TEXTURE = "data/guipa2.png"
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CHECKON = Stretch(360,40,20,20)
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CHECKOFF = Stretch(400,40,20,20)
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RADIOON = Stretch(280,40,20,20)
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RADIOOFF = Stretch(320,40,20,20)
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PANDA = Tiled(280,80,20,20)
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INPUT = TileBorder(20,300,180,180,20)
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FRAME = StretchBorder(20,300,180,180,20)
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FORM = StretchBorder(20,20,202-20,182-20,20)
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FRAMEBAR = TileBarX(280,480,140,20,20)
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BUTTON = Tiled(320,420,20,20)
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BUTTON = TileBarX(280,480,140,20,20)
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BUTTON = TileBorder(288,170,490-288,190-170,5)
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#BUTTON = Tiled(280,80,20,20)
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#BUTTON = TileBorder(20,20,202-20,182-20,20)
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DOWN = Tiled(300,160,200,40)
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TEXTCOLOR = (1,1,1,1)
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LABLECOLOR = TEXTCOLOR
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INPUTCOLOR = TEXTCOLOR
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def __init__(self):
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import __builtin__
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__builtin__.theme = self
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self.texture = loader.loadTexture(self.TEXTURE)
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self.tx = float(self.texture.getXSize())
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self.ty = float(self.texture.getYSize())
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self.resetZ()
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self.first = True
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self.boxes = []
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def add(self,box):
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self.boxes.append(box)
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def rect(self,(x,y,xs,ys),(u,v)):
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us = xs
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vs = ys
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self.rectStreatch((x,y,xs,ys),(u,v,us,vs))
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def rectStreatch(self,(x,y,xs,ys),(u,v,us,vs)):
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z = 0
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color = Vec4(1,1,1,1)
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v1 = Vec3(x,z,y)
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v2 = Vec3(x+xs,z,y)
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v3 = Vec3(x+xs,z,y+ys)
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v4 = Vec3(x,z,y+ys)
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u,v,us,vs = u/self.tx,1-v/self.ty,(u+us)/self.tx,1-(v+vs)/self.ty,
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self.vertex.addData3f(v1); self.pigment.addData4f(color); self.uv.addData2f(u,v)
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self.vertex.addData3f(v2); self.pigment.addData4f(color); self.uv.addData2f(us,v)
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self.vertex.addData3f(v3); self.pigment.addData4f(color); self.uv.addData2f(us,vs)
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self.vertex.addData3f(v3); self.pigment.addData4f(color); self.uv.addData2f(us,vs)
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self.vertex.addData3f(v4); self.pigment.addData4f(color); self.uv.addData2f(u,vs)
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self.vertex.addData3f(v1); self.pigment.addData4f(color); self.uv.addData2f(u,v)
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self.number += 2
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def resetZ(self):
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self.z = 0
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def fixZ(self,thing):
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if thing.geom:
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thing.geom.setBin("fixed",self.z)
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self.z += 1
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if "textNode" in thing.__dict__:
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thing.textNode.setBin("fixed",self.z)
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self.z += 1
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def generate(self,box):
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vdata = GeomVertexData('shadow', GeomVertexFormat.getV3c4t2() , Geom.UHStatic)
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self.vertex = GeomVertexWriter(vdata, 'vertex')
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self.pigment = GeomVertexWriter(vdata, 'color')
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self.uv = GeomVertexWriter(vdata, 'texcoord')
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self.number = 0
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color = Vec4(1,1,1,1)
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name,pos,size,thing = box
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if not name in self.__class__.__dict__:
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return None
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drawer = self.__class__.__dict__[name]
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drawer.draw(self,pos,size)
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prim = GeomTriangles(Geom.UHStatic)
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for n in range(self.number):
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prim.addVertices(n*3,n*3+1,n*3+2)
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prim.closePrimitive()
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if self.number == 0 :
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return None
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geom = Geom(vdata)
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geom.addPrimitive(prim)
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geomnode = GeomNode('gnode')
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geomnode.addGeom(geom)
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guipart = NodePath("guisys%i"%id(self))
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guipart.setTexture(self.texture)
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guipart.attachNewNode(geomnode)
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guipart.setTransparency(True)
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guipart.setDepthWrite(False)
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guipart.setDepthTest(False)
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guipart.setTwoSided(True)
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guipart.setAttrib(LightAttrib.makeAllOff())
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guipart.setTexture(self.texture)
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guipart.setBin("fixed",0)
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return guipart
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def drawSet(self,boxes):
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vdata = GeomVertexData('shadow', GeomVertexFormat.getV3c4t2() , Geom.UHStatic)
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self.vertex = GeomVertexWriter(vdata, 'vertex')
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self.pigment = GeomVertexWriter(vdata, 'color')
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self.uv = GeomVertexWriter(vdata, 'texcoord')
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self.number = 0
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color = Vec4(1,1,1,1)
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for box in boxes:
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name,pos,size,thing = box
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if "textNode" in thing.__dict__:
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thing.textNode.setY(self.z-.001)
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if not name in self.__class__.__dict__:
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continue
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drawer = self.__class__.__dict__[name]
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drawer.draw(self,pos,size)
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#self.z -= .1
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prim = GeomTriangles(Geom.UHStatic)
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for n in range(self.number):
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prim.addVertices(n*3,n*3+1,n*3+2)
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prim.closePrimitive()
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geom = Geom(vdata)
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geom.addPrimitive(prim)
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geomnode = GeomNode('gnode')
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geomnode.addGeom(geom)
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return geomnode
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def draw(self):
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self.resetZ()
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