def __init__(self, inputs, nodes, elements, Cp):
Model.__init__(self)
self.centroids = {}
self.areas = {}
self.normals = {}
#Bref = 623.179569341
#Cref = 623.179569341
#Lref = 623.179569341
#Sref = 1582876.10613
#Xref = 268.217444245
self.Mach = inputs['Mach']
self.pInf = inputs['pInf']
self.qInf = inputs['qInf']
self.Sref = inputs['Sref']
self.Lref = inputs['Lref']
self.xref = inputs['xref']
self.force_scale = inputs['force_scale'] # 1 for lb -> lb
self.moment_scale = inputs['moment_scale'] # 1/12 for in-lb to ft-lb
self._nnodes = len(nodes)
self._nelements = len(elements)
self.nodes = nodes
self.elements = elements
Cp = self.prepare_Cps(Cp) # convert nodal Cp to centroidal Cp
self.prepare_centroid_area_normals()
self.get_moments(Cp) # centroidal Cp
def __init__(self, inputs, nodes, elements, Cp):
Model.__init__(self)
self.centroids = {}
self.areas = {}
self.normals = {}
#Bref = 623.179569341
#Cref = 623.179569341
#Lref = 623.179569341
#Sref = 1582876.10613
#Xref = 268.217444245
self.Mach = inputs['Mach']
self.pInf = inputs['pInf']
self.qInf = inputs['qInf']
self.Sref = inputs['Sref']
self.Lref = inputs['Lref']
self.xref = inputs['xref']
self.force_scale = inputs['force_scale'] # 1 for lb -> lb
self.moment_scale = inputs['moment_scale'] # 1/12 for in-lb to ft-lb
self._nnodes = len(nodes)
self._nelements = len(elements)
self.nodes = nodes
self.elements = elements
Cp = self.prepare_Cps(Cp) # convert nodal Cp to centroidal Cp
self.prepare_centroid_area_normals()
self.get_moments(Cp) # centroidal Cp
def __init__(self, fem, pids, debug=False):
Model.__init__(self)
self.log = get_logger(None, 'debug' if debug else 'info')
self.debug = debug
if self.debug:
print("*StructuralModel.init")
self.fem = fem
#nodes = fem.getNodes()
#elements = fem.getElements()
node_ids = fem.node_ids
element_ids = fem.element_ids
self.nnodes = len(node_ids)
self.nelements = len(element_ids)
self.pids = pids
#self.points = points
#self.elements = elements
if self.debug:
self.log.debug("***StructuralModel.init")
def __init__(self, fem, pids, debug=False):
Model.__init__(self)
self.log = get_logger(None, 'debug' if debug else 'info')
self.debug = debug
if self.debug:
print("*StructuralModel.init")
self.fem = fem
#nodes = fem.getNodes()
#elements = fem.getElements()
nodeIDs = fem.node_ids
elementIDs = fem.elementIDs()
self.nNodes = len(nodeIDs)
self.nElements = len(elementIDs)
self.pids = pids
#self.points = points
#self.elements = elements
if self.debug:
self.log.debug("***StructuralModel.init")
def __init__(self, inputs, nodes, elements, Cp):
Model.__init__(self)
#Bref = 623.179569341
#Cref = 623.179569341
#Lref = 623.179569341
#Sref = 1582876.10613
#Xref = 268.217444245
self.Mach = inputs['Mach']
self.pInf = inputs['pInf']
self.qInf = inputs['qInf']
self.Sref = inputs['Sref']
self.Lref = inputs['Lref']
self.xref = inputs['xref']
self._nNodes = len(nodes)
self._nElements = len(elements)
self.nodes = nodes
self.elements = elements
Cp = self.prepare_Cps(Cp) # convert nodal Cp to centroidal Cp
self.prepare_centroid_area_normals()
self.get_moments(Cp) # centroidal Cp