def debugGui():
if _debug() == None:
db = Debug()
db.renderTarget = BigWorld.RenderTarget('debug post-processing', 1024, 1024)
_debug(db)
print 'created debug rT'
import GUI
w = GUI.Window('')
GUI.addRoot(w)
w.script = ChainView.ChainView(w)
w.script.createChildren()
w.size = (0.75, 3.0)
return w
def debugGui():
if _debug() == None:
db = Debug()
db.renderTarget = BigWorld.RenderTarget('debug post-processing', 1024,
1024)
_debug(db)
print 'created debug rT'
import GUI
w = GUI.Window('')
GUI.addRoot(w)
w.script = ChainView.ChainView(w)
w.script.createChildren()
w.size = (0.75, 3.0)
return w
def debug():
"""
This method hides the debug method in C++, and extends it
by automatically creating a render target for the debug object
, and showing a GUI component representing this texture
"""
import GUI
s = GUI.Simple('')
GUI.addRoot(s)
db = Debug()
db.renderTarget = BigWorld.RenderTarget('debug post-processing', 1024, 1024)
_debug(db)
s.texture = db.renderTarget.texture
s.materialFX = 'SOLID'
return s
def createChildren(self):
d = _debug()
if d is None or d.renderTarget is None:
return
else:
effects = chain()
if len(effects) == 0:
return
width = 2.0 / len(effects)
maxPhases = 0
for e in effects:
maxPhases = max(maxPhases, len(e.phases))
height = 2.0 / maxPhases
x = -1.0
eIdx = 0
for e in effects:
effectScript = EffectView(e, eIdx, maxPhases)
s = effectScript.window
s.height = 2.0
s.width = width
s.horizontalAnchor = 'LEFT'
s.verticalAnchor = 'CENTER'
s.position = (x, 0.0, 1.0)
self.component.addChild(s)
x += width
eIdx += 1
return
def createPhase(self, eIdx, pIdx, e, p, maxPhases):
d = _debug()
effects = chain()
s = GUI.Window('')
s.texture = d.renderTarget.texture
uvs = d.phaseUV(eIdx, pIdx, len(effects), len(e.phases))
bl = (uvs[0], 1.0 - uvs[1])
tl = (uvs[0], 1.0 - uvs[3])
tr = (uvs[2], 1.0 - uvs[3])
br = (uvs[2], 1.0 - uvs[1])
s.mapping = (tl,
bl,
br,
tr)
s.horizontalAnchor = 'CENTER'
s.verticalAnchor = 'TOP'
s.materialFX = 'SOLID'
self.setToClipMode(s)
s.filterType = 'LINEAR'
try:
label = '%s (%d x %d)' % (p.name, p.renderTarget.width, p.renderTarget.height)
except:
label = '%s' % (p.name,)
l = self.addLabel(s, label)
return s
def createChildren(self):
d = _debug()
if d is None or d.renderTarget is None:
return
else:
effects = chain()
if len(effects) == 0:
return
width = 2.0 / len(effects)
maxPhases = 0
for e in effects:
maxPhases = max(maxPhases, len(e.phases))
height = 2.0 / maxPhases
x = -1.0
eIdx = 0
for e in effects:
effectScript = EffectView(e, eIdx, maxPhases)
s = effectScript.window
s.height = 2.0
s.width = width
s.horizontalAnchor = 'LEFT'
s.verticalAnchor = 'CENTER'
s.position = (x, 0.0, 1.0)
self.component.addChild(s)
x += width
eIdx += 1
return
def debug():
"""
This method hides the debug method in C++, and extends it
by automatically creating a render target for the debug object
, and showing a GUI component representing this texture
"""
import GUI
s = GUI.Simple('')
GUI.addRoot(s)
db = Debug()
db.renderTarget = BigWorld.RenderTarget('debug post-processing', 1024,
1024)
_debug(db)
s.texture = db.renderTarget.texture
s.materialFX = 'SOLID'
return s
def createPhase(self, eIdx, pIdx, e, p, maxPhases):
d = _debug()
effects = chain()
s = GUI.Window('')
s.texture = d.renderTarget.texture
uvs = d.phaseUV(eIdx, pIdx, len(effects), len(e.phases))
bl = (uvs[0], 1.0 - uvs[1])
tl = (uvs[0], 1.0 - uvs[3])
tr = (uvs[2], 1.0 - uvs[3])
br = (uvs[2], 1.0 - uvs[1])
s.mapping = (tl, bl, br, tr)
s.horizontalAnchor = 'CENTER'
s.verticalAnchor = 'TOP'
s.materialFX = 'SOLID'
self.setToClipMode(s)
s.filterType = 'LINEAR'
try:
label = '%s (%d x %d)' % (p.name, p.renderTarget.width,
p.renderTarget.height)
except:
label = '%s' % (p.name, )
l = self.addLabel(s, label)
return s