def __init__(self, block):
"""Constructor."""
GlslBlock.__init__(self)
# Assumed block is already within the tree.
if block.getParent():
block.removeFromParent()
self.addChildren(block)
def __init__(self, name, lst, terminator):
"""Constructor."""
GlslBlock.__init__(self)
self.__name = name
self.__terminator = terminator
# Hierarchy.
self.addNamesUsed(name)
self.addChildren(lst)
def __init__(self, definition_ld, filename, varname, output_name=None):
"""Constructor."""
GlslBlock.__init__(self)
self.__definition_ld = definition_ld
self.__filename = filename
self.__variable_name = varname
self.__output_name = output_name
self.__content = ""
self.detectType()
def __init__(self, lst, terminator=""):
"""Constructor."""
GlslBlock.__init__(self)
self.__content = lst
self.__terminator = terminator
if (not is_listing(self.__content)) or (None in self.__content):
raise RuntimeError("content must be a listing")
# Hierarchy.
self.addAccesses(lst)
self.addNamesUsed(lst)
def __init__(self, typeid, lst):
"""Constructor."""
GlslBlock.__init__(self)
self.__typeid = typeid
# Hierarchy.
for ii in lst:
name = ii.getName()
name.setType(typeid)
self.addNamesDeclared(name)
self.addChildren(lst)
def __init__(self, layout, typeid, size, name):
"""Constructor."""
GlslBlock.__init__(self)
self.__layout = layout
self.__typeid = typeid
self.__size = size
self.__name = name
# Hierarchy.
self.addNamesDeclared(name)
name.setType(typeid)
self.addNamesUsed(name)
def __init__(self, type_name, members, name=None, size=0):
"""Constructor."""
GlslBlock.__init__(self)
self.__type_name = type_name
self.__members = members
self.__name = name
self.__size = size
self.__member_accesses = []
# Hierarchy.
name.setType(type_name)
self.addNamesDeclared(name)
self.addNamesUsed(name)
def __init__(self, control, declaration, lst):
"""Constructor."""
GlslBlock.__init__(self)
self.__control = control
self.__declaration = declaration
self.__statements = lst
self.__target = None
# Hierarchy.
if declaration:
self.addChildren(declaration)
if lst:
self.addChildren(lst)
def __init__(self, name, lst, assign, statement):
"""Constructor."""
GlslBlock.__init__(self)
self.__name = name
self.__modifiers = lst
self.__assign = assign
if self.__assign and (not statement):
raise RuntimeError("if assigning, must have a statement")
# Hierarchy.
self.addNamesUsed(name)
self.addAccesses(lst)
if statement:
self.addChildren(statement)
def __init__(self, inout, typeid, assignment):
"""Constructor."""
GlslBlock.__init__(self)
self.__inout = inout
self.__typeid = typeid
self.__assignment = assignment
# Set type of name.
name = assignment.getName()
name.setType(typeid)
# Hierarchy.
self.addNamesDeclared(name)
# self.addNamesUsed(name)
self.addChildren(assignment)
def __init__(self, typeid, name, lst, scope):
"""Constructor."""
GlslBlock.__init__(self)
self.__typeid = typeid
self.__name = name
self.__parameters = lst
self.__scope = scope
if not is_listing(self.__parameters):
raise RuntimeError("parameters must be a listing")
# Hierarchy.
name.setType(typeid)
self.addNamesDeclared(name)
self.addNamesUsed(name)
self.addChildren(lst)
self.addChildren(scope)
def __init__(self, lst, explicit):
"""Constructor."""
GlslBlock.__init__(self)
self.__explicit = explicit
self.__squashable = False
self.__allow_squash = False
# Check for degenerate scope.
if (1 == len(lst)) and is_glsl_block_declaration(lst[0]):
raise RuntimeError("scope with only block '%s' is degenerate" %
(lst[0].format(True)))
# Check for empty scope (likely an error).
if 0 >= len(lst):
if is_verbose():
print("WARNING: empty scope")
# Hierarchy.
self.addChildren(lst)
def __init__(self, elements):
"""Constructor."""
GlslBlock.__init__(self)
self.__elements = elements
def __init__(self, lst):
"""Constructor."""
GlslBlock.__init__(self)
# Hierarchy.
self.addChildren(lst)
def __init__(self, content):
"""Constructor."""
GlslBlock.__init__(self)
self.__content = content
def __init__(self, layout, inout):
"""Constructor."""
GlslBlock.__init__(self)
self._layout = layout
self._inout = inout
def __init__(self, inout, lst):
"""Constructor."""
GlslBlock.__init__(self)
self.__inout = inout
self.__scope = lst