def setFromDict(self, dct):
''' Read member values from a dictionary.'''
self.N = dct['N']
self.offsetN = dct['offsetN']
self.B = dct['B']
self.offsetB = dct['offsetB']
self.t = dct['t']
steelClassName = dct['steelClassName'] + '()'
self.steel = eval(steelClassName)
self.steel.setFromDict(dct['steel'])
if dct['steelShapeClassName'] == "materials.astm_aisc.ASTM_materials.IShape":
shape = dct['steelShape']['shape']
bf = shape['b']
tf = shape['tf']
tw = shape['tw']
hw = shape['hi']
name = shape['name']
steelShapeClassName = f"{dct['steelShapeClassName']}({bf}, {tf}, {tw}, {hw}, steel=self.steel, name='{name}')"
else:
steelShapeClassName = dct['steelShapeClassName'] + '()'
self.steelShape = eval(steelShapeClassName)
self.steelShape.setFromDict(dct['steelShape'])
self.anchorGroup = ASTM_materials.AnchorGroup(steel=None,
diameter=0.0,
positions=[])
self.anchorGroup.setFromDict(dct['anchorGroup'])
xyz = dct['origin']
self.origin = geom.Pos3d(xyz[0], xyz[1], xyz[2])
self.fc = dct['fc']
self.nShearBolts = dct['nShearBolts']
def getAnchorGroup(steel, diameter, squareSide, xCenter=0.0, yCenter=0.0):
''' Return four anchors in the corners of the square.'''
delta = squareSide / 2.0
origin = geom.Pos3d(xCenter, yCenter, 0.0)
positions = list()
positions.append(origin + geom.Vector3d(delta, delta, 0.0))
positions.append(origin + geom.Vector3d(-delta, delta, 0.0))
positions.append(origin + geom.Vector3d(-delta, -delta, 0.0))
positions.append(origin + geom.Vector3d(delta, -delta, 0.0))
return ASTM_materials.AnchorGroup(steel, diameter, positions)
def setFromDict(self,dct):
''' Read member values from a dictionary.'''
self.N= dct['N']
self.offsetN= dct['offsetN']
self.B= dct['B']
self.offsetB= dct['offsetB']
self.t= dct['t']
steelShapeClassName= dct['steelShapeClassName']+'()'
self.steelShape= eval(steelShapeClassName)
self.steelShape.setFromDict(dct['steelShape'])
self.anchorGroup= ASTM_materials.AnchorGroup(steel= None, diameter= 0.0, positions= [])
self.anchorGroup.setFromDict(dct['anchorGroup'])
steelClassName= dct['steelClassName']+'()'
self.steel= eval(steelClassName)
self.steel.setFromDict(dct['steel'])
xyz= dct['origin']
self.origin= geom.Pos3d(xyz[0],xyz[1],xyz[2])
self.fc= dct['fc']
self.nShearBolts= dct['nShearBolts']
positions.append(geom.Pos3d(x1, -y1, 0.0))
positions.append(geom.Pos3d(-x1, -y1, 0.0))
positions.append(geom.Pos3d(-x1, y1, 0.0))
rodMaterial = ASTM_materials.F1554gr36
#rodMaterial= ASTM_materials.F1554gr55
## Bolt template
boltTemplate = ASTM_materials.AnchorBolt(name='template',
steel=rodMaterial,
diameter=boltDiameter)
## Plate washer
#plateWasher= ASTM_materials.SquarePlateWasher(boltTemplate)
plateWasher = None
anchorGroupLeft = ASTM_materials.AnchorGroup(steel=rodMaterial,
diameter=boltDiameter,
positions=positions,
plateWasher=plateWasher)
h_ef = .35
h_total = h_ef + 0.15 + 0.05 + 4.0 * boltDiameter # 150mm of concrete + 50mm grouting = total 200mm
print(h_total)
# Base plate
B = math.ceil((steelShape.get('b') + 0.06) / 0.05) * 0.05
N = math.ceil((steelShape.get('h') + 0.06) / 0.05) * 0.05
# B = .6
# N = .4
# N =.4
reactionsFileName = 'uls_reactions.csv'
basePlateGroup = bpd.getBasePlateGroupFromFile(B=B,
N=N,
