class _DisjunctData(_BlockData):
_Block_reserved_words = set()
@property
def transformation_block(self):
return self._transformation_block
def __init__(self, component):
_BlockData.__init__(self, component)
self.indicator_var = Var(within=Binary)
# pointer to transformation block if this disjunct has been
# transformed. None indicates it hasn't been transformed.
self._transformation_block = None
def activate(self):
super(_DisjunctData, self).activate()
self.indicator_var.unfix()
def deactivate(self):
super(_DisjunctData, self).deactivate()
self.indicator_var.fix(0)
def _deactivate_without_fixing_indicator(self):
super(_DisjunctData, self).deactivate()
def _activate_without_unfixing_indicator(self):
super(_DisjunctData, self).activate()
class _DisjunctData(_BlockData):
def __init__(self, component):
_BlockData.__init__(self, component)
self.indicator_var = Var(within=Binary)
def pprint(self, ostream=None, verbose=False, prefix=""):
_BlockData.pprint(self,
ostream=ostream,
verbose=verbose,
prefix=prefix)
def set_value(self, val):
_indicator_var = self.indicator_var
# Remove everything
for k in list(getattr(self, '_decl', {})):
self.del_component(k)
self._ctypes = {}
self._decl = {}
self._decl_order = []
# Now copy over everything from the other block. If the other
# block has an indicator_var, it should override this block's.
# Otherwise restore this block's indicator_var.
if val:
if 'indicator_var' not in val:
self.add_component('indicator_var', _indicator_var)
for k in sorted(iterkeys(val)):
self.add_component(k, val[k])
else:
self.add_component('indicator_var', _indicator_var)
def activate(self):
super(_DisjunctData, self).activate()
self.indicator_var.unfix()
def deactivate(self):
super(_DisjunctData, self).deactivate()
self.indicator_var.fix(0)
def _deactivate_without_fixing_indicator(self):
super(_DisjunctData, self).deactivate()
def _activate_without_unfixing_indicator(self):
super(_DisjunctData, self).activate()
class _DisjunctData(_BlockData):
def __init__(self, component):
_BlockData.__init__(self, component)
self.indicator_var = Var(within=Binary)
def pprint(self, ostream=None, verbose=False, prefix=""):
_BlockData.pprint(self, ostream=ostream, verbose=verbose, prefix=prefix)
def set_value(self, val):
_indicator_var = self.indicator_var
# Remove everything
for k in list(getattr(self, '_decl', {})):
self.del_component(k)
self._ctypes = {}
self._decl = {}
self._decl_order = []
# Now copy over everything from the other block. If the other
# block has an indicator_var, it should override this block's.
# Otherwise restore this block's indicator_var.
if val:
if 'indicator_var' not in val:
self.add_component('indicator_var', _indicator_var)
for k in sorted(iterkeys(val)):
self.add_component(k,val[k])
else:
self.add_component('indicator_var', _indicator_var)
def activate(self):
super(_DisjunctData, self).activate()
self.indicator_var.unfix()
def deactivate(self):
super(_DisjunctData, self).deactivate()
self.indicator_var.fix(0)
def _deactivate_without_fixing_indicator(self):
super(_DisjunctData, self).deactivate()
def _activate_without_unfixing_indicator(self):
super(_DisjunctData, self).activate()
class _DisjunctData(_BlockData):
_Block_reserved_words = set()
def __init__(self, component):
_BlockData.__init__(self, component)
self.indicator_var = Var(within=Binary)
def activate(self):
super(_DisjunctData, self).activate()
self.indicator_var.unfix()
def deactivate(self):
super(_DisjunctData, self).deactivate()
self.indicator_var.fix(0)
def _deactivate_without_fixing_indicator(self):
super(_DisjunctData, self).deactivate()
def _activate_without_unfixing_indicator(self):
super(_DisjunctData, self).activate()
