def addLine(self,v1,v2): """Adds line from v1 to v2 to domain. :param v1: Vertex object. :type v1: pyrw.geometry.vertex :param v2: Vertex object. :type v2: pyrw.geometry.vertex :returns: pyrw.geometry.line -- line object """ if len(self.lines)==0: new_Id=0 else: Ids=[] for e in self.lines: Ids.append(e.Id) new_Id=max(Ids)+1 e=RWgeo.line(self,v1,v2,new_Id) self.lines.append(e) self.edges.append(e) return e
def addArc(self,vstart,vcenter=None,vend=None,angle=None): """Adds arc from vstart to vend around vcenter to domain. :param vstart: Vertex object. :type vstart: pyrw.geometry.vertex :param vcenter: Vertex object. :type vcenter: pyrw.geometry.vertex :param vend: Vertex object. :type vend: pyrw.geometry.vertex :param angle: Angle. :type angle: float :returns: pyrw.geometry.arc -- arc object """ if len(self.arcs)==0: new_Id=0 else: Ids=[] for a in self.arcs: Ids.append(a.Id) new_Id=max(Ids)+1 a=RWgeo.arc(self,vstart,vcenter,new_Id,vend=vend,angle=angle) self.arcs.append(a) self.edges.append(a) return a
def addArc(self, vstart, vcenter=None, vend=None, angle=None):
"""Adds arc from vstart to vend around vcenter to domain.
:param vstart: Vertex object.
:type vstart: pyrw.geometry.vertex
:param vcenter: Vertex object.
:type vcenter: pyrw.geometry.vertex
:param vend: Vertex object.
:type vend: pyrw.geometry.vertex
:param angle: Angle.
:type angle: float
:returns: pyrw.geometry.arc -- arc object
"""
if len(self.arcs) == 0:
new_Id = 0
else:
Ids = []
for a in self.arcs:
Ids.append(a.Id)
new_Id = max(Ids) + 1
a = RWgeo.arc(self, vstart, vcenter, new_Id, vend=vend, angle=angle)
self.arcs.append(a)
self.edges.append(a)
return a
def addCircle(self, vcenter, radius, BC=""):
"""Adds circle around vcenter with r=radius to domain.
:param vcenter: Vertex object.
:type vcenter: pyrw.geometry.vertex
:param radius: Radius of circle.
:type radius: float
:returns: pyrw.geometry.circle -- circle object
"""
c = RWgeo.circle(self, vcenter, radius)
self.typ = 'circle'
return c
def addCircle(self,vcenter,radius,BC=""): """Adds circle around vcenter with r=radius to domain. :param vcenter: Vertex object. :type vcenter: pyrw.geometry.vertex :param radius: Radius of circle. :type radius: float :returns: pyrw.geometry.circle -- circle object """ c=RWgeo.circle(self,vcenter,radius) self.typ='circle' return c
def addRectangle(self, voffset, lenx, leny):
"""Adds rectangle with offset voffset and sidelengths lenx,leny to domain.
:param voffset: Vertex object.
:type voffset: pyrw.geometry.vertex
:param lenx: Sidelength in x direction.
:type lenx: float
:param leny: Sidelength in y direction.
:type leny: float
:returns: pyrw.geometry.rectangle -- rectangle object
"""
r = RWgeo.rectangle(self, voffset, lenx, leny)
self.typ = 'poly'
return r
def addRectangle(self,voffset,lenx,leny): """Adds rectangle with offset voffset and sidelengths lenx,leny to domain. :param voffset: Vertex object. :type voffset: pyrw.geometry.vertex :param lenx: Sidelength in x direction. :type lenx: float :param leny: Sidelength in y direction. :type leny: float :returns: pyrw.geometry.rectangle -- rectangle object """ r=RWgeo.rectangle(self,voffset,lenx,leny) self.typ='poly' return r
def addVertex(self, x):
"""Adds vertex to domain.
:param x: 2D coordinate.
:type x: pyrw.RWRW
:returns: pyrw.geometry.vertex -- vertex object
"""
if len(self.vertices) == 0:
new_Id = 0
else:
Ids = []
for v in self.vertices:
Ids.append(v.Id)
new_Id = max(Ids) + 1
v = RWgeo.vertex(self, x, new_Id)
self.vertices.append(v)
return v
def addVertex(self,x): """Adds vertex to domain. :param x: 2D coordinate. :type x: pyrw.RWRW :returns: pyrw.geometry.vertex -- vertex object """ if len(self.vertices)==0: new_Id=0 else: Ids=[] for v in self.vertices: Ids.append(v.Id) new_Id=max(Ids)+1 v=RWgeo.vertex(self,x,new_Id) self.vertices.append(v) return v
def addLine(self, v1, v2):
"""Adds line from v1 to v2 to domain.
:param v1: Vertex object.
:type v1: pyrw.geometry.vertex
:param v2: Vertex object.
:type v2: pyrw.geometry.vertex
:returns: pyrw.geometry.line -- line object
"""
if len(self.lines) == 0:
new_Id = 0
else:
Ids = []
for e in self.lines:
Ids.append(e.Id)
new_Id = max(Ids) + 1
e = RWgeo.line(self, v1, v2, new_Id)
self.lines.append(e)
self.edges.append(e)
return e
