def valueFromStr(self, strValue):
#
if not self.isArray():
value = parseGlobalVars(strValue)
else:
value = []
strValue = strValue.strip('[]')
s = strValue.split(',')
for i in range(len(s)):
value.append(parseGlobalVars(s[i].strip("\" ")))
return value
def valueFromStr(self, strValue):
#
if not self.isArray():
value = parseGlobalVars(strValue)
else:
value = []
strValue = strValue.strip("[]")
s = strValue.split(",")
for i in range(len(s)):
value.append(parseGlobalVars(s[i].strip('" ')))
return value
def getRangeValues ( self ) : # rangeList = [] if self.range != '' : # and self.subtype == 'selector': tmp_list = str ( self.range ).split ( ':' ) for s in tmp_list : pair = s.split ( '=' ) if len ( pair ) > 1 : label = pair [0] value = pair [1] else : label = s value = s rangeList.append ( ( parseGlobalVars ( label ), parseGlobalVars ( value ) ) ) return rangeList
def getRangeValues(self):
#
rangeList = []
i = 0
if self.range != "":
#
# get range for selector
#
if self.subtype == "selector":
tmp_list = str(self.range).split(":")
for s in tmp_list:
pair = s.split("=")
if len(pair) > 1:
label = pair[0]
value = int(pair[1])
else:
label = s
value = int(i)
i += 1
rangeList.append((parseGlobalVars(label), value))
#
# get range for slider
#
elif self.subtype == "slider" or self.subtype == "vslider":
tmp_list = str(self.range).split()
for i in range(0, 3):
value = 0
if i < len(tmp_list):
value = int(tmp_list[i])
rangeList.append(value)
return rangeList
def getRangeValues ( self ) : # rangeList = [] i = 0 if self.range != '' : # # get range for selector # if self.subtype == 'selector' : tmp_list = str ( self.range ).split ( ':' ) for s in tmp_list : pair = s.split ( '=' ) if len ( pair ) > 1 : label = pair [0] value = int ( pair [1] ) else : label = s value = int ( i ) i += 1 rangeList.append ( ( parseGlobalVars ( label ), value ) ) # # get range for slider # elif self.subtype == 'slider' or self.subtype == 'vslider' : tmp_list = str ( self.range ).split () for i in range ( 0, 3 ) : value = 0 if i < len ( tmp_list ) : value = int ( tmp_list [ i ] ) rangeList.append ( value ) return rangeList
def getRangeValues(self):
#
rangeList = []
if self.range != '': # and self.subtype == 'selector':
tmp_list = str(self.range).split(':')
for s in tmp_list:
pair = s.split('=')
if len(pair) > 1:
label = pair[0]
value = pair[1]
else:
label = s
value = s
rangeList.append(
(parseGlobalVars(label), parseGlobalVars(value)))
return rangeList
def valueToStr(self, value):
#
if not self.isArray():
strValue = parseGlobalVars(value)
if not self.isRibParam:
strValue = str('"' + value + '"')
else:
strValue = "{" + "".join('"%s"' % f + "," for f in value[:-1]) + '"%s"' % value[-1] + "}"
return strValue
def valueToStr(self, value):
#
if not self.isArray():
strValue = parseGlobalVars(value)
if not self.isRibParam:
strValue = str("\"" + value + "\"")
else:
strValue = '{' + ''.join(
'"%s"' % f + ','
for f in value[:-1]) + '"%s"' % value[-1] + '}'
return strValue
def __init__(self, shaderFileName=None):
#
self.fileName = parseGlobalVars(shaderFileName)
self.name = None
self.type = None
self.inputParams = []
self.outputParams = []
self.parseParamLineProc = self.parseParamLine
self.parseValueLineProc = self.parseValueLine_prman
parseParamLineProcTable = {
"prman": self.parseParamLine,
"renderdl": self.parseParamLine,
"air": self.parseParamLine_air,
"aqsis": self.parseParamLine,
"rndr": self.parseParamLine_pixie,
"renderdc": self.parseParamLine_pixie,
}
parseValueLineProcTable = {
"prman": self.parseValueLine_prman,
"renderdl": self.parseValueLine_delight,
"air": self.parseValueLine_air,
"aqsis": self.parseValueLine_aqsis,
"rndr": self.parseValueLine_pixie,
"renderdc": self.parseValueLine_prman,
}
self.renderer = app_global_vars["RendererName"]
if self.renderer in parseParamLineProcTable.keys():
self.parseParamLineProc = parseParamLineProcTable[self.renderer]
if self.renderer in parseValueLineProcTable.keys():
self.parseValueLineProc = parseValueLineProcTable[self.renderer]
if self.fileName is not None:
self.parseParamsInfo(self.getShaderInfo())
if self.renderer == "rndr":
# Pixie's sdrinfo outputs parameters in reverse order.
# Hence, lets reverse them again
self.inputParams.reverse()
self.outputParams.reverse()
def __init__(self, shaderFileName=None):
#
self.fileName = parseGlobalVars(shaderFileName)
self.name = None
self.type = None
self.inputParams = []
self.outputParams = []
self.parseParamLineProc = self.parseParamLine
self.parseValueLineProc = self.parseValueLine_prman
parseParamLineProcTable = {
'prman': self.parseParamLine,
'renderdl': self.parseParamLine,
'air': self.parseParamLine_air,
'aqsis': self.parseParamLine,
'rndr': self.parseParamLine_pixie,
'renderdc': self.parseParamLine_pixie
}
parseValueLineProcTable = {
'prman': self.parseValueLine_prman,
'renderdl': self.parseValueLine_delight,
'air': self.parseValueLine_air,
'aqsis': self.parseValueLine_aqsis,
'rndr': self.parseValueLine_pixie,
'renderdc': self.parseValueLine_prman
}
self.renderer = app_global_vars['RendererName']
if self.renderer in parseParamLineProcTable.keys():
self.parseParamLineProc = parseParamLineProcTable[self.renderer]
if self.renderer in parseValueLineProcTable.keys():
self.parseValueLineProc = parseValueLineProcTable[self.renderer]
if self.fileName is not None:
self.parseParamsInfo(self.getShaderInfo())
if self.renderer == 'rndr':
# Pixie's sdrinfo outputs parameters in reverse order.
# Hence, lets reverse them again
self.inputParams.reverse()
self.outputParams.reverse()
def __init__ ( self, shaderFileName = None ) :
#
self.fileName = parseGlobalVars ( shaderFileName )
self.name = None
self.type = None
self.inputParams = []
self.outputParams = []
self.parseParamLineProc = self.parseParamLine
self.parseValueLineProc = self.parseValueLine_prman
parseParamLineProcTable = {
'prman' : self.parseParamLine
,'renderdl' : self.parseParamLine
,'air' : self.parseParamLine_air
,'aqsis' : self.parseParamLine
,'rndr' : self.parseParamLine_pixie
,'renderdc' : self.parseParamLine_pixie
}
parseValueLineProcTable = {
'prman' : self.parseValueLine_prman
,'renderdl' : self.parseValueLine_delight
,'air' : self.parseValueLine_air
,'aqsis' : self.parseValueLine_aqsis
,'rndr' : self.parseValueLine_pixie
,'renderdc' : self.parseValueLine_prman
}
self.renderer = app_global_vars [ 'RendererName' ]
if self.renderer in parseParamLineProcTable.keys () : self.parseParamLineProc = parseParamLineProcTable [ self.renderer ]
if self.renderer in parseValueLineProcTable.keys () : self.parseValueLineProc = parseValueLineProcTable [ self.renderer ]
if self.fileName is not None :
self.parseParamsInfo ( self.getShaderInfo () )
if self.renderer == 'rndr' :
# Pixie's sdrinfo outputs parameters in reverse order.
# Hence, lets reverse them again
self.inputParams.reverse ()
self.outputParams.reverse ()
def getRangeValues ( self ) : # if subtype == selector then return list of (label,value) pairs # It's supposed, that range is defined as "value1:value2:value3" # or "label1=value1:label2=value2:label3=value3:" # # if subtype == slider then return list [min, max, step] from # space separated string range="min max step" # rangeList = [] i = 0 if self.range != '' : # # get range for selector # if self.subtype == 'selector' : tmp_list = str ( self.range ).split ( ':' ) for s in tmp_list : pair = s.split ( '=' ) if len ( pair ) > 1 : label = pair [0] value = float ( pair [1] ) else : label = s value = float ( i ) i += 1 rangeList.append ( ( parseGlobalVars ( label ), value ) ) # # get range for slider # elif self.subtype == 'slider' or self.subtype == 'vslider' : tmp_list = str ( self.range ).split () for i in range ( 0, 3 ) : value = 0.0 if i < len ( tmp_list ) : value = float ( tmp_list[ i ] ) rangeList.append ( value ) return rangeList
def getRangeValues(self):
# if subtype == selector then return list of (label,value) pairs
# It's supposed, that range is defined as "value1:value2:value3"
# or "label1=value1:label2=value2:label3=value3:"
#
# if subtype == slider then return list [min, max, step] from
# space separated string range="min max step"
#
rangeList = []
i = 0
if self.range != '':
#
# get range for selector
#
if self.subtype == 'selector':
tmp_list = str(self.range).split(':')
for s in tmp_list:
pair = s.split('=')
if len(pair) > 1:
label = pair[0]
value = float(pair[1])
else:
label = s
value = float(i)
i += 1
rangeList.append((parseGlobalVars(label), value))
#
# get range for slider
#
elif self.subtype == 'slider' or self.subtype == 'vslider':
tmp_list = str(self.range).split()
for i in range(0, 3):
value = 0.0
if i < len(tmp_list):
value = float(tmp_list[i])
rangeList.append(value)
return rangeList
def valueFromStr(self, strInput):
return parseGlobalVars(strInput)
def valueToStr(self, value):
#
ret_str = parseGlobalVars(value)
if not self.isRibParam:
ret_str = str("\"" + value + "\"")
return ret_str
def valueToStr ( self, value ) : # ret_str = parseGlobalVars ( value ) if not self.isRibParam : ret_str = str ( "\"" + value + "\"" ) return ret_str
def valueFromStr ( self, strInput ) : return parseGlobalVars ( strInput ) # # valueToStr # def valueToStr ( self, value ) :
