def SetRendererStyle(self, vstyle="default"):
self.chatMgr.AddChatLine(None, ">SetRendererStyle {}".format(vstyle), 3)
try:
xBotAge.SetRenderer(style=vstyle)
self.chatMgr.AddChatLine(None, "==> done.", 3)
return 1
except:
return 0
def SetRendererFogLinear(self, vstart=None, vend=None, vdensity=None):
self.chatMgr.AddChatLine(
None,
">SetRendererFogLinear {}, {}, {}".format(vstart, vend, vdensity), 3)
try:
xBotAge.SetRenderer(style=None,
start=vstart,
end=vend,
density=vdensity)
self.chatMgr.AddChatLine(None, "==> done.", 3)
return 1
except:
return 0
def DayTime():
#SetFog(style = "default")
xBotAge.SetRenderer(style="default")
# objets a remettre en fonction de l'age
ageFileName = PtGetAgeInfo().getAgeFilename()
#for objName in Objects.dicObjectsShowHide[ageFilename]["SingleShow"]:
# ToggleObject(objName, ageFileName, True)
#for objName in Objects.dicObjectsShowHide[ageFilename]["GroupShow"]:
# ToggleObjects(objName, True)
for objName in Objects.dicObjectsShowHide[ageFileName]["SingleShow"]:
print ">> DayTime: ToggleObject({}, {}, True)".format(
objName, ageFileName)
try:
ToggleObject(objName, ageFileName, True)
except NameError:
print ">> DayTime: SceneObject {} not found in {}".format(
objName, ageFileName)
for objName in Objects.dicObjectsShowHide[ageFileName]["GroupShow"]:
print ">> DayTime: ToggleObjects({}, True)".format(objName)
ToggleObjects(objName, True)
def SetRendererFogColor(self, vr=None, vg=None, vb=None):
self.chatMgr.AddChatLine(
None, ">SetRendererFogColor {}, {}, {}".format(vr, vg, vb), 3)
try:
vr = float(vr)
except:
pass
try:
vg = float(vg)
except:
pass
try:
vb = float(vb)
except:
pass
try:
xBotAge.SetRenderer(style=None, r=vr, g=vg, b=vb)
self.chatMgr.AddChatLine(None,
"==> done. {}, {}, {}".format(vr, vg, vb), 3)
return 1
except:
return 0
def DayTime(masterKey):
# arretons le fog a couleur changeante
Fog.Stop()
# arretons les rotations
if autoRotationTop is not None:
print "stop rot top"
autoRotationTop.Stop()
if autoRotationBottom is not None:
print "stop rot bottom"
autoRotationBottom.Stop()
CloneFactory.DechargerClones(masterKey)
# rendu normal de l'age
xBotAge.SetRenderer(style = "default")
# objets a remettre en fonction de l'age
ageFileName = PtGetAgeInfo().getAgeFilename()
# les objets a cacher
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleShow"]["Day"]:
print ">> DayTime: ToggleObject({}, {}, True)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, True)
except NameError:
print ">> DayTime: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupShow"]["Day"]:
print ">> DayTime: ToggleObjects({}, True)".format(objName)
ToggleObjects(objName, True)
# les objets a montrer
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleHide"]["Day"]:
print ">> DayTime: ToggleObject({}, {}, False)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, False)
except NameError:
print ">> DayTime: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupHide"]["Day"]:
print ">> DayTime: ToggleObjects({}, False)".format(objName)
ToggleObjects(objName, False)
def NightTime(params=[]):
print "NightTime begin"
global autoRotationTop
global autoRotationBottom
#Verifions les parametres
if len(params) > 1:
scale = params[1]
else:
scale = 7.5
if len(params) > 0:
masterKey = params[0]
if not isinstance(masterKey, ptKey):
print "NightTime: first paremeter must be a ptKey"
return 1
if len(params) == 0:
print "NightTime: needs 1 or 2 paremeters"
return 1
print "NightTime params ok"
soMaster = masterKey.getSceneObject()
print "NightTime({}, {})".format(soMaster.getName(), scale)
# Manipulons les clones
cloneKeys = PtFindClones(masterKey)
soTop = cloneKeys[0].getSceneObject()
soBottom = cloneKeys[1].getSceneObject()
pos = soMaster.getLocalToWorld()
mrot = ptMatrix44()
mrot.rotate(0, math.pi)
mscale = ptMatrix44()
mscale.makeScaleMat(ptVector3(scale, scale, scale))
mtransUp = ptMatrix44()
#TODO: ajouter eventuellement des decalages en X et/ou Y si on cree la nuit dans un autre age que le Relto
mtransUp.translate(ptVector3(.0, .0, 64*scale/15))
mtransDown = ptMatrix44()
mtransDown.translate(ptVector3(.0, .0, -64*scale/15))
soTop.netForce(1)
soBottom.netForce(1)
soTop.physics.warp(pos * mtransUp * mscale * mrot)
soBottom.physics.warp(pos * mtransDown * mscale)
soTop.draw.enable(1)
soBottom.draw.enable(1)
# Arrangeons l'age pour profiter de la nuit etoilee
ageFileName = PtGetAgeInfo().getAgeFilename()
print ">> NightTime: ageFileName = '{}'".format(ageFileName)
# le style de rendu
xBotAge.SetRenderer(style = "100000", start = 0, end = 0, density = 0, r = 0.2, g = 0.2, b = 0.4, cr = 0.4, cg = 0.4, cb = 0.5)
# les objets a cacher
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleHide"]["Night"]:
print ">> NightTime: ToggleObject({}, {}, False)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, False)
except NameError:
print ">> NightTime: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupHide"]["Night"]:
print ">> NightTime: ToggleObjects({}, False)".format(objName)
ToggleObjects(objName, False)
# les objets a montrer
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleShow"]["Night"]:
print ">> NightTime: ToggleObject({}, {}, True)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, True)
except NameError:
print ">> NightTime: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupShow"]["Night"]:
print ">> NightTime: ToggleObjects({}, True)".format(objName)
ToggleObjects(objName, True)
# Ajoutons le fog a couleur changeante
#Fog.Start()
Fog.Start(delay=2., start=None, end=None, density=None)
# rotation du ciel
posTop = soTop.getLocalToWorld()
posBottom = soBottom.getLocalToWorld()
m = ptMatrix44()
# rotation de 45 degres en x
m.rotate(0, (math.pi * float(45)) / 180)
soTop.netForce(1)
soBottom.netForce(1)
soTop.physics.warp(posTop * m)
soBottom.physics.warp(posBottom * m)
#init autoRotationTop and autoRotationBottom
if autoRotationTop is None:
print "autoRotationTop is None"
autoRotationTop = Rotation.AutoRotation(delay=1., so=soTop, stepZ=.05)
#autoRotationTop = Rotation.AutoRotation(delay=4., so=soTop, stepZ=.4)
if autoRotationBottom is None:
print "autoRotationBottom is None"
autoRotationBottom = Rotation.AutoRotation(delay=1., so=soBottom, stepZ=-.05)
#autoRotationBottom = Rotation.AutoRotation(delay=4., so=soBottom, stepZ=-.4)
# start rotations
if autoRotationTop is not None:
print "start rot top"
autoRotationTop.Start()
if autoRotationBottom is not None:
print "start rot bottom"
autoRotationBottom.Start()
print "NightTime done"
return 0
def NightTime2(params=[]):
print "NightTime2 begin"
#Verifions les parametres
#if len(params) > 3:
# duration = params[3]
#else:
# duration = 30
if len(params) > 2:
style = params[2]
else:
style = "default"
if len(params) > 1:
scale = params[1]
else:
scale = 7.5
if len(params) > 0:
masterKey = params[0]
if not isinstance(masterKey, ptKey):
print "NightTime2: first paremeter must be a ptKey"
return 1
if len(params) == 0:
print "NightTime2: needs 1 or 2 paremeters"
return 1
print "NightTime2 params ok"
soMaster = masterKey.getSceneObject()
print "NightTime2({}, {}, {})".format(soMaster.getName(), scale, style)
# Manipulons les clones
cloneKeys = PtFindClones(masterKey)
soTop = cloneKeys[0].getSceneObject()
soBottom = cloneKeys[1].getSceneObject()
pos = soMaster.getLocalToWorld()
mrot = ptMatrix44()
mrot.rotate(0, math.pi)
mscale = ptMatrix44()
mscale.makeScaleMat(ptVector3(scale, scale, scale))
mtransUp = ptMatrix44()
#TODO: ajouter eventuellement des decalages en X et/ou Y si on cree la nuit dans un autre age que le Relto
mtransUp.translate(ptVector3(.0, .0, 64*scale/15))
mtransDown = ptMatrix44()
mtransDown.translate(ptVector3(.0, .0, -64*scale/15))
soTop.netForce(1)
soBottom.netForce(1)
soTop.physics.warp(pos * mtransUp * mscale * mrot)
soBottom.physics.warp(pos * mtransDown * mscale)
soTop.draw.enable(1)
soBottom.draw.enable(1)
# Arrangeons l'age pour profiter de la nuit etoilee
ageFileName = PtGetAgeInfo().getAgeFilename()
print ">> NightTime2: ageFileName = '{}'".format(ageFileName)
# Changeons le fond ciel et le brouillard ici
print ">> NightTime2: style=\"{}\"".format(style)
dicParamsStyle = {"style":"100000", "start":0, "end":0, "density":0, "r":0.2, "g":0.2, "b":0.4, "cr":0.4, "cg":0.4, "cb":0.5}
if style in dicStyles:
dicParamsStyle = dicStyles[style]
#else:
# dicParamsStyle = dicStyles["default"]
xBotAge.SetRenderer(
style = dicParamsStyle["style"],
start = dicParamsStyle["start"],
end = dicParamsStyle["end"],
density = dicParamsStyle["density"],
r = dicParamsStyle["r"],
g = dicParamsStyle["g"],
b = dicParamsStyle["b"],
cr = dicParamsStyle["cr"],
cg = dicParamsStyle["cg"],
cb = dicParamsStyle["cb"]
)
# les objets a cacher
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleHide"]["Night"]:
print ">> NightTime2: ToggleObject({}, {}, False)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, False)
except NameError:
print ">> NightTime2: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupHide"]["Night"]:
print ">> NightTime2: ToggleObjects({}, False)".format(objName)
ToggleObjects(objName, False)
# les objets a montrer
for objName in Objects2.dicObjectsShowHide[ageFileName]["SingleShow"]["Night"]:
print ">> NightTime2: ToggleObject({}, {}, True)".format(objName, ageFileName)
try:
ToggleObject(objName, ageFileName, True)
except NameError:
print ">> NightTime2: SceneObject {} not found in {}".format(objName, ageFileName)
for objName in Objects2.dicObjectsShowHide[ageFileName]["GroupShow"]["Night"]:
print ">> NightTime2: ToggleObjects({}, True)".format(objName)
ToggleObjects(objName, True)
print "NightTime2 done"
#PtSetAlarm(duration, AlarmDayTime(masterKey), 1)
return 0
def SetRendererClearColor(self, vcr=None, vcg=None, vcb=None):
self.chatMgr.AddChatLine(
None, ">SetRendererClearColor {}, {}, {}".format(vcr, vcg, vcb), 3)
strCol = None
numero = None
dicColors = {
"white": [1, 1, 1],
"red": [1, 0, 0],
"orange": [1, .5, 0],
"brown": [1, .6, .15],
"yellow": [1, 1, 0],
"green": [0, 1, 0],
"blue": [0, 0, 1],
"violet": [1, 0, 1],
"black": [0, 0, 0],
"gold": [1, .84, 0],
}
if isinstance(vcr, float):
vcr = float(vcr)
self.chatMgr.AddChatLine(None,
">SetRendererClearColor vcr = {}".format(vcr),
3)
else:
strCol = str(vcr).lower()
numero = 1
match = re.match(r"([a-z]+)([1-5])", strCol, re.I)
if match:
items = match.groups()
strCol = items[0]
numero = int(items[1])
self.chatMgr.AddChatLine(
None, ">SetRendererClearColor match: strCol = {}, numero = {}".
format(strCol, numero), 3)
# nom de couleur connu?
if strCol in dicColors.keys():
#vcr = float(dicColors[strCol][0]) * (6. - float(numero)) / 5.
#vcg = float(dicColors[strCol][1]) * (6. - float(numero)) / 5.
#vcb = float(dicColors[strCol][2]) * (6. - float(numero)) / 5
vcr = float(dicColors[strCol][0]) * ((6. - float(numero)) / 5.)**2
vcg = float(dicColors[strCol][1]) * ((6. - float(numero)) / 5.)**2
vcb = float(dicColors[strCol][2]) * ((6. - float(numero)) / 5.)**2
self.chatMgr.AddChatLine(
None,
">SetRendererClearColor color found and converted: ({}, {}, {})."
.format(vcr, vcg, vcb), 3)
else:
vcr = None
vcg = None
vcb = None
self.chatMgr.AddChatLine(
None,
">SetRendererClearColor color not found, converted in: ({}, {}, {})."
.format(vcr, vcg, vcb), 3)
if strCol is None:
if isinstance(vcg, float):
vcg = float(vcg)
else:
vcg = None
if isinstance(vcb, float):
vcb = float(vcb)
else:
vcb = None
try:
xBotAge.SetRenderer(style=None, cr=vcr, cg=vcg, cb=vcb)
self.chatMgr.AddChatLine(
None,
"==> done. Back color changed to {} {} ==> ({}, {}, {}).".format(
strCol, numero, vcr, vcg, vcb), 3)
return 1
except:
return 0
def NightTime(params=[]):
print "NightTime begin"
#Verifions les parametres
if len(params) > 1:
scale = params[1]
else:
scale = 7.5
if len(params) > 0:
masterKey = params[0]
if not isinstance(masterKey, ptKey):
print "NightTime: first paremeter must be a ptKey"
return 1
if len(params) == 0:
print "NightTime: needs 1 or 2 paremeters"
return 1
print "NightTime params ok"
soMaster = masterKey.getSceneObject()
print "NightTime({}, {})".format(soMaster.getName(), scale)
# Manipulons les clones
cloneKeys = PtFindClones(masterKey)
soTop = cloneKeys[0].getSceneObject()
soBottom = cloneKeys[1].getSceneObject()
pos = soMaster.getLocalToWorld()
mrot = ptMatrix44()
mrot.rotate(0, math.pi)
mscale = ptMatrix44()
#TODO: peut-etre mettre des echelles differentes en X, Y ou Z si on cree la nuit dans un autre age que le Relto
mscale.makeScaleMat(ptVector3(scale, scale, scale))
mtransUp = ptMatrix44()
#TODO: ajouter eventuellement des decalages en X et/ou Y si on cree la nuit dans un autre age que le Relto
mtransUp.translate(ptVector3(.0, .0, 64 * scale / 15))
mtransDown = ptMatrix44()
mtransDown.translate(ptVector3(.0, .0, -64 * scale / 15))
soTop.netForce(1)
soBottom.netForce(1)
soTop.physics.warp(pos * mtransUp * mscale * mrot)
soBottom.physics.warp(pos * mtransDown * mscale)
soTop.draw.enable(1)
soBottom.draw.enable(1)
# Arrangeons le Relto pour profiter de la nuit etoilee
"""
SetFog(style = "10000", start = 0, end = 0, density = 0, r = 0.2, g = 0.2, b = 0.4, cr = 0.4, cg = 0.4, cb = 0.5)
ToggleObjects("Fog", False)
ToggleObjects("Surface", False)
ToggleObjects("Sky", False)
ToggleObjects("CameraClouds", False)
#En ville, enlever CityBackDrop et CloudLayer (dans harbor)
#Pour avoir avoir des etoiles bien visibles mettre du brouillard
#style Personal et fogshape 0 10000 2
"""
ageFileName = PtGetAgeInfo().getAgeFilename()
print ">> NightTime: ageFileName = '{}'".format(ageFileName)
#xBotAge.SetRenderer(style = "Personal")
xBotAge.SetRenderer(style="100000",
start=0,
end=0,
density=0,
r=0.2,
g=0.2,
b=0.4,
cr=0.4,
cg=0.4,
cb=0.5)
for objName in Objects.dicObjectsShowHide[ageFileName]["SingleHide"]:
print ">> NightTime: ToggleObject({}, {}, False)".format(
objName, ageFileName)
try:
ToggleObject(objName, ageFileName, False)
except NameError:
print ">> NightTime: SceneObject {} not found in {}".format(
objName, ageFileName)
for objName in Objects.dicObjectsShowHide[ageFileName]["GroupHide"]:
print ">> NightTime: ToggleObjects({}, False)".format(objName)
ToggleObjects(objName, False)
print "NightTime done"
return 0
def DayTime_v1():
#SetFog(style = "default")
xBotAge.SetRenderer(style="default")
# objets a remettre en fonction de l'age
ageFilename = PtGetAgeInfo().getAgeFilename()
if ageFilename == "Personal":
#TODO: jouer avec les SDL (page relto des iles) pour savoir laquelle des deux couches de brouillards remettre (FogLayer ou FogLayerBill)
#ToggleObject("FogLayerBill", True)
ToggleObject("FogLayer", ageFileName, True)
#Sol du Relto
ToggleObjects("Surface", True)
#Les ciels
ToggleObjects("Sky", True)
#Couche de brouillard superieure
ToggleObjects("CameraClouds", True)
print ">> DayTime: {} is restored.".format(ageFilename)
elif ageFilename == "Ahnonay":
print "{} is restored.".format(ageFilename)
elif ageFilename == "AhnonayCathedral":
print "{} is restored.".format(ageFilename)
elif ageFilename == "BahroCave":
print "{} is restored.".format(ageFilename)
elif ageFilename == "BaronCityOffice":
print "{} is restored.".format(ageFilename)
elif ageFilename == "city":
#CityBackDrop et CloudLayer
ToggleObject("CityBackDrop", ageFileName, True)
ToggleObject("CloudLayer", ageFileName, True)
print "{} is restored.".format(ageFilename)
elif ageFilename == "Cleft":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Dereno":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Descent":
print "{} is restored.".format(ageFilename)
elif ageFilename == "EderDelin":
print "{} is restored.".format(ageFilename)
elif ageFilename == "EderTsogal":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Ercana":
print "{} is restored.".format(ageFilename)
elif ageFilename == "ErcanaCitySilo":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Garden":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Garrison":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Gira":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GreatTreePub":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GreatZero":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GuildPub-Cartographers":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GuildPub-Greeters":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GuildPub-Maintainers":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GuildPub-Messengers":
print "{} is restored.".format(ageFilename)
elif ageFilename == "GuildPub-Writers":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Jalak":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Kadish":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Kveer":
print "{} is restored.".format(ageFilename)
elif ageFilename == "LiveBahroCaves":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Minkata":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Myst":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Negilahn":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Neighborhood":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Neighborhood02":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Payiferen":
print "{} is restored.".format(ageFilename)
elif ageFilename == "PelletBahroCave":
print "{} is restored.".format(ageFilename)
elif ageFilename == "philRelto":
print "{} is restored.".format(ageFilename)
elif ageFilename == "spyroom":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Teledahn":
print "{} is restored.".format(ageFilename)
elif ageFilename == "Tetsonot":
print "{} is restored.".format(ageFilename)
else:
print "Unknown age"
return 0