source: mauRepo/MolesManager/trunk/src/ea_model/iso_19107_2003_spatial_schema/geometry/geometric_primitive/gm_ring.py @ 8091

from ea_model.iso_19107_2003_spatial_schema.geometry.geometric_complex.gm_compositecurve import  GM_CompositeCurve 
from ascore.utils import has_value

'''
Created on 16-Feb-2012 16:18:07

@author: mnagni
'''

class GM_Ring(GM_CompositeCurve):
    '''
        Represents a data entity defined in a UML diagram and supposed to 
        be persisted in a relational database. 
 
        This class has been genererated automatically using the Apache Velocity project.
    '''
    '''
        Please note that any access to the inner attributes should be done using 
        the given get/set methods and NOT accessing them directly.
    '''
    def __init__(self):
        self._gm_compositecurve = GM_CompositeCurve()   

        self._containedPrimitive_gm_orientableprimitive = []
        self._containedPrimitive_gm_point = []
        self._containedPrimitive_gm_solid = []
        self._composite_gm_compositecurve = []
        self._composite_gm_compositesolid = []
        self._composite_gm_compositesurface = []
        self._composite_gm_compositepoint = []
        self.composite = []
        self.orientation = None
        self._containingPrimitive_gm_orientableprimitive = []
        self._containingPrimitive_gm_point = []
        self._containingPrimitive_gm_solid = []
        self._element_gm_orientableprimitive = []
        self._element_gm_point = []
        self._element_gm_solid = []
        self._generator_gm_compositecurve = []
        self._generator_gm_curve = []
        self.topology = None
        self._topology_tp_directedtopo = []
        self._topology_tp_edge = []
        self._topology_tp_node = []
        self._topology_tp_solid = []
        self._topology_tp_face = []
        self._CRS_sc_singlecrs = None
        self._CRS_sc_compoundcrs = None
        self.subComplex = []
        self.superComplex = []
        self._proxy_gm_orientablesurface = None
        self._proxy_gm_orientablecurve = None
        self._primitive_gm_orientableprimitive = None
        self._primitive_gm_point = None
        self._primitive_gm_solid = None
        self.complex = []
        super(GM_Ring, self).__init__()

    @property
    def containedPrimitive(self):       
        return self._gm_compositecurve.containedPrimitive

    @containedPrimitive.setter
    def containedPrimitive(self, value):        
            self._gm_compositecurve.containedPrimitive = value

    @property
    def composite(self):        
        return self._gm_compositecurve.composite

    @composite.setter
    def composite(self, value): 
            self._gm_compositecurve.composite = value

    @property
    def composite(self):        
        return self._gm_compositecurve.composite

    @composite.setter
    def composite(self, value): 
            self._gm_compositecurve.composite = value

    @property
    def orientation(self):      
        return self._gm_compositecurve.orientation

    @orientation.setter
    def orientation(self, value):       
            self._gm_compositecurve.orientation = value

    @property
    def containingPrimitive(self):      
        return self._gm_compositecurve.containingPrimitive

    @containingPrimitive.setter
    def containingPrimitive(self, value):       
            self._gm_compositecurve.containingPrimitive = value

    @property
    def element(self):  
        return self._gm_compositecurve.element

    @element.setter
    def element(self, value):   
            self._gm_compositecurve.element = value

    @property
    def generator(self):        
        return self._gm_compositecurve.generator

    @generator.setter
    def generator(self, value): 
            self._gm_compositecurve.generator = value

    @property
    def topology(self): 
        return self._gm_compositecurve.topology

    @topology.setter
    def topology(self, value):  
            self._gm_compositecurve.topology = value

    @property
    def topology(self): 
        return self._gm_compositecurve.topology

    @topology.setter
    def topology(self, value):  
            self._gm_compositecurve.topology = value

    @property
    def CRS(self):      
        return self._gm_compositecurve.CRS

    @CRS.setter
    def CRS(self, value):       
            self._gm_compositecurve.CRS = value

    @property
    def subComplex(self):       
        return self._gm_compositecurve.subComplex

    @subComplex.setter
    def subComplex(self, value):        
            self._gm_compositecurve.subComplex = value

    @property
    def superComplex(self):     
        return self._gm_compositecurve.superComplex

    @superComplex.setter
    def superComplex(self, value):      
            self._gm_compositecurve.superComplex = value

    @property
    def proxy(self):    
        return self._gm_compositecurve.proxy

    @proxy.setter
    def proxy(self, value):     
            self._gm_compositecurve.proxy = value

    @property
    def primitive(self):        
        return self._gm_compositecurve.primitive

    @primitive.setter
    def primitive(self, value): 
            self._gm_compositecurve.primitive = value

    @property
    def complex(self):  
        return self._gm_compositecurve.complex

    @complex.setter
    def complex(self, value):   
            self._gm_compositecurve.complex = value

    def __key(self):
        return (self.containedPrimitive, self.composite, self.composite, self.orientation, self.containingPrimitive, self.element, self.generator, self.topology, self.topology, self.CRS, self.subComplex, self.superComplex, self.proxy, self.primitive, self.complex)

    def __eq__(self, y):
        '''
        Cannot compare classes which do not define a "__key" attribute 
        '''
        if hasattr(self, '_%s__key' % (type(self).__name__)) and hasattr(y, '_%s__key' % (type(y).__name__)):
            return self.__key() == y.__key()
        return id(self) == id(y)

    def __hash__(self):
        return hash(self.__key())