def create_geometry(self, build_ele):
'''
Create the element geometries
构建元素几何图形函数
Args:
build_ele: the building element
.pyp文件输入参数，build_ele代表整个.pyp文件信息
'''
length = build_ele['Length'] #长
width = build_ele['Width'] #宽
thick = build_ele['Thick'] #厚
#point
from_point = AllplanGeo.Point3D(0, 0, 0)
to_point = AllplanGeo.Point3D(length, width, thick)
rectangle = AllplanGeo.Polyhedron3D.CreateCuboid(from_point,
to_point) #矩形
return [
AllplanBasisElements.ModelElement3D(self.com_prop, self.surf,
rectangle)
]
def shape_bar(self, build_ele, bar_diameter, extend_length=0):
'''
纵筋建模函数
Args:
build_ele: build_ele.get_parameter_dict()
build_ele: .pyp文件内的 Name标签的参数字典
'''
bending_roller = 0
steel_grade = build_ele['BarSteelGrade']
concrete_grade = build_ele['BarConcreteGrade']
bending_shape_type = AllplanReinf.BendingShapeType.Freeform
concrete_cover = 0
concrete_props = ConcreteCoverProperties(top=0,
right=0,
left=0,
bottom=concrete_cover)
shape_props = ReinforcementShapeProperties.rebar(
bar_diameter, bending_roller, steel_grade, concrete_grade,
bending_shape_type)
shape_builder = AllplanReinf.ReinforcementShapeBuilder()
shape_builder.AddPoints([
(AllplanGeo.Point3D(0 - extend_length, 0, 0), 0),
(AllplanGeo.Point3D(self.length + extend_length, 0, 0), 0)
])
shape = shape_builder.CreateShape(shape_props)
return shape
def shape_waist_steel(self,
bar_diameter,
point_f,
point_t,
extend=0,
mirror=False):
point_list = []
if mirror:
point_list.append((AllplanGeo.Point3D(point_f - extend, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(point_t, 0, 0), 0))
else:
point_list.append((AllplanGeo.Point3D(point_f, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(point_t + extend, 0, 0), 0))
shape_type = AllplanReinf.BendingShapeType.Freeform
shape_build = AllplanReinf.ReinforcementShapeBuilder()
shape_build.AddPoints(point_list)
rebar_prop = {
'diameter': bar_diameter,
'bending_roller': 0,
'steel_grade': self.WaistBarGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': shape_type
}
shape_props = ReinforcementShapeProperties.rebar(**rebar_prop)
shape = shape_build.CreateShape(shape_props)
if shape.IsValid():
return shape
def create_waist_steel(self):
steel_list = []
waist_length = (self.Length - self.CutLength -
2 * self.WaistHeadCover) / 2
waist_shape = self.shape_waist_steel(self.WaistBarDia,
self.WaistHeadCover,
self.CutPosition,
self.CutBarExtend)
m_waist_shape = self.shape_waist_steel(
self.WaistBarDia, self.CutPosition + self.CutLength,
self.Length - self.WaistHeadCover, self.CutBarExtend, True)
cover = self.ConcreteCover + self.StirDiameter
distance = 0
for x in range(self.WaistNum):
point_f = AllplanGeo.Point3D(0, 0, self.WaistPosition + distance)
point_t = AllplanGeo.Point3D(0, self.Width,
self.WaistPosition + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, waist_shape, point_f, point_t, cover, cover, 2))
m_point_f = AllplanGeo.Point3D(0, 0, self.WaistPosition + distance)
m_point_t = AllplanGeo.Point3D(0, self.Width,
self.WaistPosition + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, m_waist_shape, m_point_f, m_point_t, cover, cover, 2))
distance += self.WaistDistance
return steel_list
def create_long_steel(self):
steel_list = []
if self.AnchorBend:
fst_shape = self.shape_longitudinal_steel(self.FirstDia,
self.Length,
self.AnchorBendLength,
self.AnchorBend)
else:
fst_shape = self.shape_longitudinal_steel(self.FirstDia,
self.Length,
self.AnchorLength)
cover = self.ConcreteCover + self.FirstDia / 2 + self.StirDiameter
fst_point_f = AllplanGeo.Point3D(0, 0, cover)
fst_point_t = AllplanGeo.Point3D(0, self.Width, cover)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, fst_shape, fst_point_f, fst_point_t, cover, cover,
self.FirstNum))
other_shape = self.shape_longitudinal_steel(
self.OtherDia, self.Length, -self.SlotLength - self.OtherHeadCover)
distance = 0
for num in range(self.LongBarLines - 1):
distance += self.BarDistance
oth_point_f = AllplanGeo.Point3D(0, 0, cover + distance)
oth_point_t = AllplanGeo.Point3D(0, self.Width, cover + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, other_shape, oth_point_f, oth_point_t, cover, cover,
self.FirstNum))
return steel_list
def __init__(self, coord_input, pyp_path, str_table_service):
"""
Initialization of class Line3DInteractor
Args:
coord_input: coordinate input
pyp_path: path of the pyp file
str_table_service: string table service
"""
self.coord_input = coord_input
self.pyp_path = pyp_path
self.str_table_service = str_table_service
self.first_point_input = True
self.first_point = AllplanGeo.Point3D()
self.model_ele_list = None
self.build_ele_service = BuildingElementService()
####
self.current_point = AllplanGeo.Point3D()
self.valid_input = False
self.b_use_input_pnt = True
self.polyline_lenght = 0.0
self.frist_run_transf = True
self.cont_polyline = AllplanGeo.Polyline3D()
#----------------- read the data and show the palette
print(pyp_path + "\\DryWall_3.pal")
result, self.build_ele_script, self.build_ele_list, self.control_props_list, \
self.build_ele_composite, part_name, self.file_name = \
self.build_ele_service.read_data_from_pyp(pyp_path + "\\DryWall_3.pal", self.str_table_service.str_table, False,
self.str_table_service.material_str_table)
if not result:
return
self.palette_service = BuildingElementPaletteService(
self.build_ele_list, self.build_ele_composite,
self.build_ele_script, self.control_props_list, self.file_name)
self.palette_service.show_palette(part_name)
self.points = []
#----------------- get the properties and start the input
self.com_prop = AllplanBaseElements.CommonProperties()
self.set_common_properties()
self.coord_input.InitFirstPointInput(
AllplanIFW.InputStringConvert("From point"))
def __transform_base_polygon__(self, path, polyline3D_contur):
"""
Transforms the base polygon3D
Args:
path: only the first segment is needed
polyline3D_contur: will be transformed to placed perpendicular on the first segment of the path
Returns:
transformed polyline3D_contur
"""
pnt1 = path.GetPoint(0)
pnt2 = path.GetPoint(1)
diff_x = pnt2.X - pnt1.X
diff_y = pnt2.Y - pnt1.Y
diff_z = pnt2.Z - pnt1.Z
tmp_plane = AllplanGeo.Plane3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Vector3D(diff_x, diff_y, diff_z))
matrix = AllplanGeo.Matrix3D()
matrix = tmp_plane.GetTransformationMatrix()
result = AllplanGeo.Transform(polyline3D_contur, matrix)
matrix2 = AllplanGeo.Matrix3D()
matrix2.SetTranslation(AllplanGeo.Vector3D(pnt1.X, pnt1.Y, pnt1.Z))
result = AllplanGeo.Transform(result, matrix2)
return result
def create_element(self):
"""
Create the element
Args:
point_list: Point list
"""
dmmy_pnt = AllplanGeo.Point3D()
self.b_use_input_pnt = False
self.__create_model_element__(dmmy_pnt)
AllplanBaseElements.CreateElements(
self.coord_input.GetInputViewDocument(), AllplanGeo.Matrix3D(),
self.model_ele_list, [], None)
self.polyline_lenght = 0.0 #reset value
def add_windows(self, build_ele, com_prop_stroke, wall_length, wall_width,
wall_thickness):
p_x = build_ele.win_x.value
p_y = 0
p_z = build_ele.win_z.value
void_length = build_ele.win_length.value
void_width = build_ele.win_width.value
void_thickness = wall_thickness
void = AllplanGeo.Polyhedron3D.CreateCuboid(void_length,
void_thickness, void_width)
trans_to_ref_point_2 = AllplanGeo.Matrix3D()
trans_to_ref_point_2.Translate(AllplanGeo.Vector3D(p_x, p_y, p_z))
void = AllplanGeo.Transform(void, trans_to_ref_point_2)
self.model_ele_list.append(
AllplanBasisElements.ModelElement3D(com_prop_stroke, void))
#--------------------------------------------------------------------------------------#
#----------------------------------Void Handle-----------------------------------------#
#--------------------------------------------------------------------------------------#
origin = AllplanGeo.Point3D(0, 0, 0)
originwin = AllplanGeo.Point3D(p_x, 0, p_z)
win_plength = AllplanGeo.Point3D(p_x + void_length, 0, p_z)
win_pwidth = AllplanGeo.Point3D(p_x, 0, p_z + void_width)
win_pointx = AllplanGeo.Point3D(p_x + void_length / 2, 0, p_z)
win_pointz = AllplanGeo.Point3D(p_x, 0, p_z + void_width / 2)
handle_winlength = HandleProperties(
"windowsMoveLength", win_plength, originwin,
[("win_length", HandleDirection.x_dir)], HandleDirection.x_dir,
True)
self.handle_list.append(handle_winlength)
handle_winwidth = HandleProperties(
"windowsMoveWidth", win_pwidth, originwin,
[("win_width", HandleDirection.z_dir)], HandleDirection.z_dir,
True)
self.handle_list.append(handle_winwidth)
handle_winx = HandleProperties("windowsMoveX", win_pointx, originwin,
[("win_x", HandleDirection.x_dir)],
HandleDirection.x_dir, False)
self.handle_list.append(handle_winx)
handle_winz = HandleProperties("windowsMoveZ", win_pointz, origin,
[("win_z", HandleDirection.z_dir)],
HandleDirection.z_dir, False)
self.handle_list.append(handle_winz)
return void
def create_longitudinal_steel(self):
steel_list = []
rebar_prop = {
'diameter': self.VertSteelDia,
'bending_roller': math.pi * 3 * self.VertSteelDia / 40,
'steel_grade': self.VertSteelGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': AllplanReinf.BendingShapeType.LongitudinalBar
}
cover = ConcreteCoverProperties(0, 0, 0, self.VertBottomCover)
longitudinal = LongitudinalSteel(cover, rebar_prop)
steel_shape = longitudinal.shape_extend_steel(
length=self.Height,
extend=self.VertExtendLength,
extend_side=2,
vertical=True)
point_f_1 = AllplanGeo.Point3D(
0, self.StirFrontCover + self.StirDiameter + self.VertSteelDia, 0)
point_t_1 = AllplanGeo.Point3D(
self.Length,
self.StirFrontCover + self.StirDiameter + self.VertSteelDia, 0)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, steel_shape, point_f_1, point_t_1,
self.StirSideCover + self.StirDiameter + self.VertSteelDia,
self.StirSideCover + self.StirDiameter + self.VertSteelDia,
self.VertDistance, 4))
point_f_2 = AllplanGeo.Point3D(
0, self.Width -
(self.StirFrontCover + self.StirDiameter + self.VertSteelDia), 0)
point_t_2 = AllplanGeo.Point3D(
self.Length, self.Width -
(self.StirFrontCover + self.StirDiameter + self.VertSteelDia), 0)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, steel_shape, point_f_2, point_t_2,
self.StirSideCover + self.StirDiameter + self.VertSteelDia,
self.StirSideCover + self.StirDiameter + self.VertSteelDia,
self.VertDistance, 4))
return steel_list
def create_geometry(self):
'''
Create the element geometries
构建元素几何图形函数
Args:
build_ele: the building element
.pyp文件输入参数，build_ele代表整个.pyp文件信息
'''
#point
from_point = AllplanGeo.Point3D(0, 0, 0)
to_point = AllplanGeo.Point3D(self.Length, self.Width, self.Height)
rectangle = AllplanGeo.Polyhedron3D.CreateCuboid(from_point,
to_point) #矩形
return [
AllplanBasisElements.ModelElement3D(self.com_prop, self.texturedef,
rectangle)
]
def create_handle(self, build_ele):
'''
Create handle
创建可拉动游标句柄
Args:
build_ele: the building element dict
.pyp文件的变量参数字典
Return:
'''
length = build_ele['Length'] #长
width = build_ele['Width'] #宽
thick = build_ele['Thick'] #厚
self.handle_list.append(
HandleProperties("Thick", AllplanGeo.Point3D(0, 0, thick),
AllplanGeo.Point3D(0, 0, 0),
[("Thick", HandleDirection.z_dir)],
HandleDirection.z_dir, True))
self.handle_list.append(
HandleProperties("Width", AllplanGeo.Point3D(0, width, 0),
AllplanGeo.Point3D(0, 0, 0),
[("Width", HandleDirection.y_dir)],
HandleDirection.y_dir, True))
self.handle_list.append(
HandleProperties("Length", AllplanGeo.Point3D(length, 0, 0),
AllplanGeo.Point3D(0, 0, 0),
[("Length", HandleDirection.x_dir)],
HandleDirection.x_dir, True))
def shape_steel(self, length, vertical=False):
self._shape_props.prop_bending_shape_type = AllplanReinf.BendingShapeType.LongitudinalBar
point_list = []
if vertical:
point_list.append((AllplanGeo.Point3D(self._cover.bottom, 0,
0), 0))
point_list.append((AllplanGeo.Point3D(length - self._cover.top, 0,
0), 0))
else:
point_list.append((AllplanGeo.Point3D(self._cover.left, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length - self._cover.right,
0, 0), 0))
shape_build = AllplanReinf.ReinforcementShapeBuilder()
shape_build.AddPoints(point_list)
shape = shape_build.CreateShape(self._shape_props)
if vertical:
angle = RotationAngles(0, -90, 0)
shape.Rotate(angle)
if shape.IsValid():
return shape
def create_geometry(self, build_ele):
'''
Create the element geometries
构建元素几何图形函数
Args:
build_ele: build_ele.get_parameter_dict()
build_ele: .pyp文件内的 Name标签的参数字典
'''
self.length = build_ele['Length'] #长
self.width = build_ele['Width'] #宽
self.height = build_ele['Height'] #高
#point
from_point = AllplanGeo.Point3D(0, 0, 0)
to_point = AllplanGeo.Point3D(self.length, self.width, self.height)
rectangle = AllplanGeo.Polyhedron3D.CreateCuboid(from_point,
to_point) #矩形
return rectangle
def create_element(build_ele, doc):
"""
Creation of element (only necessary for the library preview)
Args:
build_ele: the building element.
doc: input document
"""
del build_ele
del doc
com_prop = AllplanBaseElements.CommonProperties()
com_prop.GetGlobalProperties()
poly = AllplanGeo.Polyline3D()
poly += AllplanGeo.Point3D(0, 0, 0)
poly += AllplanGeo.Point3D(0, 0, 1000)
poly += AllplanGeo.Point3D(500, 0, 1000)
poly += AllplanGeo.Point3D(500, 500, 2000)
model_ele_list = [AllplanBasisElements.ModelElement3D(com_prop, poly)]
return (model_ele_list, None, None)
def shape_cuboid(self,
length,
width,
height,
sX=0,
sY=0,
sZ=0,
rX=0,
rY=0,
rZ=0):
axis = AllplanGeo.AxisPlacement3D(
AllplanGeo.Point3D(rX + sX, rY + sY, rZ + sZ),
AllplanGeo.Vector3D(1, 0, 0), AllplanGeo.Vector3D(0, 0, 1))
args = {
'placement': axis,
'length': length,
'width': width,
'height': height
}
shape = AllplanGeo.BRep3D.CreateCuboid(**args)
return shape
def add_door(self, build_ele, com_prop_stroke, wall_length, wall_width,
wall_thickness):
d_x = build_ele.door_x.value
d_y = 0
d_z = 0
door_length = build_ele.door_length.value
door_width = build_ele.door_width.value
door_thickness = wall_thickness
door = AllplanGeo.Polyhedron3D.CreateCuboid(door_length,
door_thickness, door_width)
trans_to_ref_point_3 = AllplanGeo.Matrix3D()
trans_to_ref_point_3.Translate(AllplanGeo.Vector3D(d_x, d_y, d_z))
door = AllplanGeo.Transform(door, trans_to_ref_point_3)
self.model_ele_list.append(
AllplanBasisElements.ModelElement3D(com_prop_stroke, door))
#--------------------------------------------------------------------------------------#
#----------------------------------Door Handle-----------------------------------------#
#--------------------------------------------------------------------------------------#
origin = AllplanGeo.Point3D(0, 0, 0)
door_plength = AllplanGeo.Point3D(d_x + door_length, 0, 0)
door_pwidth = AllplanGeo.Point3D(d_x, 0, door_width)
door_pointx = AllplanGeo.Point3D(d_x, 0, 0)
handle_doorlength = HandleProperties(
"DoorMoveLength", door_plength, door_pointx,
[("door_length", HandleDirection.x_dir)], HandleDirection.x_dir,
True)
self.handle_list.append(handle_doorlength)
handle_doorwidth = HandleProperties(
"DoorMoveWidth", door_pwidth, door_pointx,
[("door_width", HandleDirection.z_dir)], HandleDirection.z_dir,
True)
self.handle_list.append(handle_doorwidth)
handle_doorx = HandleProperties("doorMoveX", door_pointx, origin,
[("door_x", HandleDirection.x_dir)],
HandleDirection.x_dir, False)
self.handle_list.append(handle_doorx)
return door
def draw_preview(self, input_pnt, b_use_input_pnt):
"""
Draw the preview
Args:
input_pnt: Input point
"""
if len(self.points) < 1:
return
if b_use_input_pnt == True:
self.b_use_input_pnt = True
else:
self.b_use_input_pnt = False
self.__create_model_element__(input_pnt)
if not self.model_ele_list:
return
AllplanBaseElements.DrawElementPreview(
self.coord_input.GetInputViewDocument(), AllplanGeo.Matrix3D(),
self.model_ele_list, False, None)
def shape_stiff(self,
stiff_length,
stiff_width,
stiff_height,
rX=0,
rY=0,
rZ=0,
sX=0,
sY=0,
sZ=0):
'''
shape_stiff
筋板构形
Args:
stiff_length:
stiff_width:
stiff_height:
rX:
rY:
rZ:
sX:
sY:
sZ:
Return:
A stiff object
筋板对象
'''
args = {
'refPoint': AllplanGeo.Point3D(rX, rY, rZ),
'startPoint': AllplanGeo.Point3D(sX, sY, sZ),
'vec1': AllplanGeo.Vector3D(stiff_length, 0, 0),
'vec2': AllplanGeo.Vector3D(0, stiff_width, 0),
'vec3': AllplanGeo.Vector3D(0, 0, stiff_height)
}
gen_stiff = AllplanGeo.Cuboid3D(**args)
return gen_stiff
def create_handle(self):
'''
Create handle
创建可拉动游标句柄
'''
self.handle_list.append(
HandleProperties("Height", AllplanGeo.Point3D(0, 0, self.height),
AllplanGeo.Point3D(0, 0, 0),
[("Height", HandleDirection.z_dir)],
HandleDirection.z_dir, True))
self.handle_list.append(
HandleProperties("Width", AllplanGeo.Point3D(0, self.width, 0),
AllplanGeo.Point3D(0, 0, 0),
[("Width", HandleDirection.y_dir)],
HandleDirection.y_dir, True))
self.handle_list.append(
HandleProperties("Length", AllplanGeo.Point3D(self.length, 0, 0),
AllplanGeo.Point3D(0, 0, 0),
[("Length", HandleDirection.x_dir)],
HandleDirection.x_dir, True))
def shape_longitudinal_steel(self,
bar_diameter,
length,
extend=0,
bend_flag=False):
'''
纵筋建模函数
Args:
'''
point_list = []
if bend_flag:
shape_type = AllplanReinf.BendingShapeType.Freeform
if self.AnchorHeadBend:
point_list.append(
(AllplanGeo.Point3D(-extend, self.B_VertAnchor, 0), 0))
point_list.append(
(AllplanGeo.Point3D(-self.A_Anchor - self.B_HoriAnchor,
self.B_VertAnchor, 0), 0))
point_list.append((AllplanGeo.Point3D(-self.A_Anchor, 0,
0), 0))
point_list.append((AllplanGeo.Point3D(0, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length + extend, 0,
0), 0))
if self.AnchorTailBend:
point_list.append((AllplanGeo.Point3D(-extend, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length + self.A_Anchor,
0, 0), 0))
point_list.append((AllplanGeo.Point3D(
length + self.A_Anchor + self.B_HoriAnchor,
self.B_VertAnchor, 0), 0))
point_list.append(
(AllplanGeo.Point3D(length + extend, self.B_VertAnchor,
0), 0))
else:
shape_type = AllplanReinf.BendingShapeType.LongitudinalBar
point_list.append((AllplanGeo.Point3D(-extend, 0, 0), 0))
point_list.append((AllplanGeo.Point3D(length + extend, 0, 0), 0))
shape_build = AllplanReinf.ReinforcementShapeBuilder()
shape_build.AddPoints(point_list)
rebar_prop = {
'diameter': bar_diameter,
'bending_roller': 0,
'steel_grade': self.BarSteelGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': shape_type
}
shape_props = ReinforcementShapeProperties.rebar(**rebar_prop)
shape = shape_build.CreateShape(shape_props)
angle = RotationAngles(90, 0, 0)
shape.Rotate(angle)
if shape.IsValid():
return shape
def create_reinforcement(self, build_ele):
'''
Create the reinforcement element
构造并添加增强构建函数
Args:
build_ele: build_ele.get_parameter_dict()
build_ele: .pyp文件内的 Name标签的参数字典
'''
reinforcement = []
#参数
#-箍筋参数
high_den_distance = build_ele['HighDensityDistance'] #加密区间距
low_den_distance = build_ele['LowDensityDistance'] #非加密区间距
#-箍筋坐标
head_high_den_point_f = AllplanGeo.Point3D(0, 0, 0) #加密区头部起点
head_high_den_point_t = AllplanGeo.Point3D(self.height * 2, 0,
0) #加密区头部终点
tail_high_den_point_f = AllplanGeo.Point3D(
self.length - self.height * 2, 0, 0) #加密区尾部起点
tail_high_den_point_t = AllplanGeo.Point3D(self.length, 0, 0) #加密区尾部终点
low_den_point_f = AllplanGeo.Point3D(self.height * 2, 0, 0) #非加密区起点
low_den_point_t = AllplanGeo.Point3D(self.length - self.height * 2, 0,
0) #非加密区终点
#-底筋参数
bottom_bar_extend = build_ele['BottomBarExtendLength'] #底筋伸出长度
bottom_bar_diameter = build_ele['BottomBarDiameter'] #底筋直径
bottom_bar_cnt = build_ele['BottomBarCount'] #底筋数量
bottom_bar_distance = build_ele['BottomBarDistance'] #底筋间距
stir_concrete_cover = build_ele['StirrupConcreteCover'] #箍筋保护层厚度
stir_diameter = build_ele['StirrupDiameter'] #箍筋直径
#-底筋坐标
bottom_bar_point_f = AllplanGeo.Point3D(
0, stir_concrete_cover + stir_diameter + bottom_bar_diameter / 2,
stir_concrete_cover + stir_diameter +
bottom_bar_diameter / 2) #底筋起点
bottom_bar_point_t = AllplanGeo.Point3D(
0, self.width - stir_concrete_cover - stir_diameter -
bottom_bar_diameter / 2, stir_concrete_cover + stir_diameter +
bottom_bar_diameter / 2) #底筋终点
#-顶筋参数
top_bar_extend = build_ele['TopBarExtendLength'] #顶筋伸出长度
top_bar_diameter = build_ele['TopBarDiameter'] #顶筋直径
top_bar_cnt = build_ele['TopBarCount'] #顶筋数量
top_bar_distance = build_ele['TopBarDistance'] #顶筋间距
#-顶筋坐标
f_top_bar_point_f = AllplanGeo.Point3D(
0, stir_concrete_cover + stir_diameter + bottom_bar_diameter / 2,
stir_concrete_cover + stir_diameter + bottom_bar_diameter / 2 +
200)
f_top_bar_point_t = AllplanGeo.Point3D(
0, stir_concrete_cover + stir_diameter + bottom_bar_diameter / 2,
self.height)
b_top_bar_point_f = AllplanGeo.Point3D(
0, self.width - stir_concrete_cover - stir_diameter -
bottom_bar_diameter / 2, stir_concrete_cover + stir_diameter +
bottom_bar_diameter / 2 + 200)
b_top_bar_point_t = AllplanGeo.Point3D(
0, self.width - stir_concrete_cover - stir_diameter -
bottom_bar_diameter / 2, self.height)
#构模
shape_stirrup = self.shape_stirrup(build_ele) #箍筋
shape_bottom_bar = self.shape_bar(build_ele, bottom_bar_diameter,
bottom_bar_extend) #底筋
shape_top_bar = self.shape_bar(build_ele, top_bar_diameter,
top_bar_extend) #顶筋
#添加箍筋到加密区头部
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, shape_stirrup, head_high_den_point_f, head_high_den_point_t,
0, 0, high_den_distance))
#添加箍筋到加密区尾部
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
1, shape_stirrup, tail_high_den_point_f, tail_high_den_point_t,
0, 0, high_den_distance))
#添加箍筋到非加密区
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
2, shape_stirrup, low_den_point_f, low_den_point_t, 0, 0,
low_den_distance))
#添加底筋到梁底部
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_by_dist_count(
3, shape_bottom_bar, bottom_bar_point_f, bottom_bar_point_t, 0,
bottom_bar_distance, bottom_bar_cnt))
#添加前侧顶筋
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_by_dist_count(
4, shape_top_bar, f_top_bar_point_f, f_top_bar_point_t, 0,
top_bar_distance, top_bar_cnt))
#添加后侧顶筋
reinforcement.append(
LinearBarBuilder.create_linear_bar_placement_from_by_dist_count(
5, shape_top_bar, b_top_bar_point_f, b_top_bar_point_t, 0,
top_bar_distance, top_bar_cnt))
return reinforcement
def create_geometry(self):
'''
Create the element geometries
构建元素几何图形函数
return 图形list
'''
#point
rectangle = self.shape_cuboid(self.Length, self.Width, self.Height)
cutter = self.shape_cuboid(self.CutLength,
self.Width,
self.Height,
sX=self.CutPosition)
slot_head = self.shape_cuboid(self.SlotLength,
self.Width - 2 * self.SlotSide,
self.Height - self.SlotBottom,
sY=self.SlotSide,
sZ=self.SlotBottom)
slot_tail = self.shape_cuboid(self.SlotLength,
self.Width - 2 * self.SlotSide,
self.Height - self.SlotBottom,
sX=self.Length - self.SlotLength,
sY=self.SlotSide,
sZ=self.SlotBottom)
key_slot_1 = self.shape_keyslot(self.KeyslotThick,
self.Width - 2 * self.KeyslotSide,
self.KeyslotHeight, self.KeyslotEdge,
False, self.SlotLength,
self.KeyslotSide, self.KeyslotBottom)
key_slot_2 = self.shape_keyslot(self.KeyslotThick,
self.Width - 2 * self.KeyslotSide,
self.KeyslotHeight, self.KeyslotEdge,
True,
self.CutPosition - self.KeyslotThick,
self.KeyslotSide, self.KeyslotBottom)
key_slot_3 = self.shape_keyslot(self.KeyslotThick,
self.Width - 2 * self.KeyslotSide,
self.KeyslotHeight, self.KeyslotEdge,
False,
self.CutPosition + self.CutLength,
self.KeyslotSide, self.KeyslotBottom)
key_slot_4 = self.shape_keyslot(
self.KeyslotThick, self.Width - 2 * self.KeyslotSide,
self.KeyslotHeight, self.KeyslotEdge, True,
self.Length - self.SlotLength - self.KeyslotThick,
self.KeyslotSide, self.KeyslotBottom)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, cutter)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, slot_head)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, slot_tail)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, key_slot_1)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, key_slot_2)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, key_slot_3)
err, rectangle = AllplanGeo.MakeSubtraction(rectangle, key_slot_4)
approximation = AllplanGeo.ApproximationSettings(
AllplanGeo.eApproximationSettingsType.ASET_BREP_TESSELATION, 1)
err, rectangle = AllplanGeo.CreatePolyhedron(rectangle, approximation)
return [
AllplanBasisElements.ModelElement3D(self.com_prop, self.texturedef,
rectangle)
]
def create_tie_steel(self):
steel_list = []
cover = ConcreteCoverProperties(self.StirSideCover + self.StirDiameter,
self.StirSideCover + self.StirDiameter,
0, 0)
rebar_prop = {
'diameter': self.TieBarDia,
'bending_roller': 0,
'steel_grade': self.TieBarGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': AllplanReinf.BendingShapeType.LongitudinalBar
}
tie = Stirrup(cover, rebar_prop)
tie_shape = tie.shape_tie_steel(self.Width + 3 * self.StirDiameter +
2 * self.TieBarDia,
4 * self.TieBarDia,
RotationAngles(225, 0, 90),
hook=self.TieBendingLength,
degrees=self.TieBarAngle)
distance = 0
for x in range(self.WaistRows):
point_f_1 = AllplanGeo.Point3D(
-self.StirDiameter, -1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
point_t_1 = AllplanGeo.Point3D(
self.StirDenseRegionLength - self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, tie_shape, point_f_1, point_t_1, self.StirBothEndLength,
0, self.StirDenseRegionDistance, 3))
point_f_2 = AllplanGeo.Point3D(
self.Length - self.StirDenseRegionLength - self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
point_t_2 = AllplanGeo.Point3D(
self.Length - self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, tie_shape, point_f_2, point_t_2, 0,
self.StirBothEndLength, self.StirDenseRegionDistance, 2))
point_f = AllplanGeo.Point3D(
self.StirDenseRegionLength - self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
point_t = AllplanGeo.Point3D(
self.Length - self.StirDenseRegionLength - self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, tie_shape, point_f, point_t,
self.StirDenseRegionDistance / 2,
self.StirDenseRegionDistance / 2,
self.StirrupSparseRegionDistance, 3))
if steel_modify(self.Length - 2 * self.StirDenseRegionLength,
self.StirDiameter,
self.StirrupSparseRegionDistance,
self.StirDenseRegionDistance / 2,
self.StirDenseRegionDistance / 2):
point_cnt_1 = AllplanGeo.Point3D(self.StirDenseRegionLength, 0,
0)
point_cnt_2 = AllplanGeo.Point3D(self.Length, 0, 0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirrupSparseRegionDistance / 2, 0,
0))
s_shape = AllplanReinf.BendingShape(tie_shape)
s_shape.Move(
AllplanGeo.Vector3D(
AllplanGeo.Point3D(
self.Length - self.StirDenseRegionLength -
self.StirDiameter,
-1.5 * self.StirDiameter - self.TieBarDia,
self.WaistPosition + self.WaistBarDiameter +
distance)))
steel_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_1,
point_cnt_2, s_shape))
distance += self.WaistDistance
return steel_list
def shape_keyslot(self,
length,
width,
height,
edge,
mirror=False,
rX=0,
rY=0,
rZ=0,
sX=0,
sY=0,
sZ=0):
#bevel_edge = math.sqrt(self.KeyslotEdge^2 + self.KeyslotThick^2) #斜边
if mirror:
base_pol1 = AllplanGeo.Polygon3D()
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + edge,
rZ + sZ + edge)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + width - edge,
rZ + sZ + edge)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + width - edge,
rZ + sZ + height - edge)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + edge,
rZ + sZ + height - edge)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + edge,
rZ + sZ + edge)
base_pol2 = AllplanGeo.Polygon3D()
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY, rZ + sZ)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY + width,
rZ + sZ)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY + width,
rZ + sZ + height)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY,
rZ + sZ + height)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY, rZ + sZ)
else:
base_pol1 = AllplanGeo.Polygon3D()
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY, rZ + sZ)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + width, rZ + sZ)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY + width,
rZ + sZ + height)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY, rZ + sZ + height)
base_pol1 += AllplanGeo.Point3D(rX + sX, rY + sY, rZ + sZ)
#----------------------------------
base_pol2 = AllplanGeo.Polygon3D()
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY + edge,
rZ + sZ + edge)
base_pol2 += AllplanGeo.Point3D(rX + sX + length,
rY + sY + width - edge,
rZ + sZ + edge)
base_pol2 += AllplanGeo.Point3D(rX + sX + length,
rY + sY + width - edge,
rZ + sZ + height - edge)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY + edge,
rZ + sZ + height - edge)
base_pol2 += AllplanGeo.Point3D(rX + sX + length, rY + sY + edge,
rZ + sZ + edge)
if not GeometryValidate.is_valid(base_pol1):
return
if not GeometryValidate.is_valid(base_pol2):
return
err, shape = AllplanGeo.CreatePolyhedron(base_pol1, base_pol2)
err, shape = AllplanGeo.CreateBRep3D(shape)
return shape
def create_waist_steel(self):
steel_list = []
cover = ConcreteCoverProperties(self.StirSideCover + self.StirDiameter,
self.StirSideCover + self.StirDiameter,
0, 0)
rebar_prop = {
'diameter': self.WaistBarDiameter,
'bending_roller': 0,
'steel_grade': self.WaistBarSteelGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': AllplanReinf.BendingShapeType.LongitudinalBar
}
waist = LongitudinalSteel(cover, rebar_prop)
if self.AnchorHead90_W and not self.AnchorTail90_W:
waist_shape = waist.shape_hook_steel(length=self.Length,
hook=15 *
self.WaistBarDiameter,
left=self.AnchorHead_W,
right=self.AnchorTail_W,
rotate=90,
hook_side=4)
elif not self.AnchorHead90_W and self.AnchorTail90_W:
waist_shape = waist.shape_hook_steel(length=self.Length,
hook=15 *
self.WaistBarDiameter,
left=self.AnchorHead_W,
right=self.AnchorTail_W,
rotate=90,
hook_side=5)
elif self.AnchorHead90_W and self.AnchorTail90_W:
waist_shape = waist.shape_hook_steel(length=self.Length,
hook=15 *
self.WaistBarDiameter,
left=self.AnchorHead_W,
right=self.AnchorTail_W,
rotate=90,
hook_side=3)
else:
waist_shape = waist.shape_extend_steel(length=self.Length,
left=self.AnchorHead_W,
right=self.AnchorTail_W,
extend_side=3)
distance = 0
for x in range(self.WaistRows):
W_point_f = AllplanGeo.Point3D(
0, self.StirDiameter + self.StirSideCover,
self.WaistPosition + distance)
W_point_t = AllplanGeo.Point3D(
0, self.Width - self.StirSideCover - self.StirDiameter,
self.WaistPosition + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, waist_shape, W_point_f, W_point_t, 0, 0, 2))
distance += self.WaistDistance
return steel_list
def create_longitudinal_steel(self):
steel_list = []
cover = ConcreteCoverProperties(self.StirSideCover + self.StirDiameter,
self.StirSideCover + self.StirDiameter,
self.StirUpsCover + self.StirDiameter,
self.StirUpsCover + self.StirDiameter)
rebar_prop = {
'bending_roller': 0,
'steel_grade': self.SteelGrade,
'concrete_grade': self.ConcreteGrade,
'bending_shape_type': AllplanReinf.BendingShapeType.LongitudinalBar
}
rebar_prop.update({'diameter': self.BarDiameter_B1})
longit_B1 = LongitudinalSteel(cover, rebar_prop)
rebar_prop.update({'diameter': self.BarDiameter_BO})
longit_BO = LongitudinalSteel(cover, rebar_prop)
rebar_prop.update({'diameter': self.BarDiameter_T1})
longit_T1 = LongitudinalSteel(cover, rebar_prop)
rebar_prop.update({'diameter': self.BarDiameter_TO})
longit_TO = LongitudinalSteel(cover, rebar_prop)
if self.AnchorHead90_T1 and not self.AnchorTail90_T1:
T1_steel_shape = longit_T1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_T1,
left=self.AnchorHead_T1,
right=self.AnchorTail_T1,
hook_side=4,
rotate=90,
mirror=True)
elif not self.AnchorHead90_T1 and self.AnchorTail90_T1:
T1_steel_shape = longit_T1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_T1,
left=self.AnchorHead_T1,
right=self.AnchorTail_T1,
hook_side=5,
rotate=90,
mirror=True)
elif self.AnchorHead90_T1 and self.AnchorTail90_T1:
T1_steel_shape = longit_T1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_T1,
left=self.AnchorHead_T1,
right=self.AnchorTail_T1,
hook_side=3,
rotate=90,
mirror=True)
else:
T1_steel_shape = longit_B1.shape_extend_steel(
self.Length,
left=self.AnchorHead_T1,
right=self.AnchorTail_T1,
extend_side=3)
T1_point_f = AllplanGeo.Point3D(
0, self.StirDiameter + self.StirSideCover,
self.Height - (self.StirUpsCover + self.StirDiameter))
T1_point_t = AllplanGeo.Point3D(
0, self.Width - self.StirSideCover - self.StirDiameter,
self.Height - (self.StirUpsCover + self.StirDiameter))
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, T1_steel_shape, T1_point_f, T1_point_t, 0, 0,
self.BarNumber_T1))
if self.TopSecondRowLongBar:
if self.AnchorHead90_TO and not self.AnchorTail90_TO:
TO_steel_shape = longit_TO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_TO,
left=self.AnchorHead_TO,
right=self.AnchorTail_TO,
hook_side=4,
rotate=90,
mirror=True)
elif self.AnchorTail90_TO and not self.AnchorHead90_TO:
TO_steel_shape = longit_TO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_TO,
left=self.AnchorHead_TO,
right=self.AnchorTail_TO,
hook_side=5,
rotate=90,
mirror=True)
elif self.AnchorHead90_TO and self.AnchorTail90_TO:
TO_steel_shape = longit_TO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_TO,
left=self.AnchorHead_TO,
right=self.AnchorTail_TO,
hook_side=3,
rotate=90,
mirror=True)
else:
TO_steel_shape = longit_TO.shape_extend_steel(
self.Length,
left=self.AnchorHead_TO,
right=self.AnchorTail_TO,
extend_side=3)
TO_point_f = AllplanGeo.Point3D(
0, self.StirDiameter + self.StirSideCover, self.Height -
(self.StirUpsCover + self.StirDiameter + self.TopBarDistance))
TO_point_t = AllplanGeo.Point3D(
0, self.Width - self.StirSideCover - self.StirDiameter,
self.Height -
(self.StirUpsCover + self.StirDiameter + self.TopBarDistance))
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, TO_steel_shape, TO_point_f, TO_point_t, 0, 0,
self.BarNumber_TO))
if self.AnchorHead90_B1 and not self.AnchorTail90_B1:
B1_steel_shape = longit_B1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_B1,
left=self.AnchorHead_B1,
right=self.AnchorTail_B1,
hook_side=4,
rotate=90)
elif self.AnchorTail90_B1 and not self.AnchorHead90_B1:
B1_steel_shape = longit_B1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_B1,
left=self.AnchorHead_B1,
right=self.AnchorTail_B1,
hook_side=5,
rotate=90)
elif self.AnchorHead90_B1 and self.AnchorTail90_B1:
B1_steel_shape = longit_B1.shape_hook_steel(
self.Length,
15 * self.BarDiameter_B1,
left=self.AnchorHead_B1,
right=self.AnchorTail_B1,
hook_side=3,
rotate=90)
else:
B1_steel_shape = longit_B1.shape_extend_steel(
self.Length,
left=self.AnchorHead_B1,
right=self.AnchorTail_B1,
extend_side=3)
B1_point_f = AllplanGeo.Point3D(0,
self.StirDiameter + self.StirSideCover,
self.StirUpsCover + self.StirDiameter)
B1_point_t = AllplanGeo.Point3D(
0, self.Width - self.StirSideCover - self.StirDiameter,
self.StirUpsCover + self.StirDiameter)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, B1_steel_shape, B1_point_f, B1_point_t, 0, 0,
self.BarNumber_B1))
if self.BottomSecondRowLongBar:
if self.AnchorHead90_BO and not self.AnchorTail90_BO:
BO_steel_shape = longit_BO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_BO,
left=self.AnchorHead_BO,
right=self.AnchorTail_BO,
hook_side=4,
rotate=90)
elif self.AnchorTail90_BO and not self.AnchorHead90_BO:
BO_steel_shape = longit_BO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_BO,
left=self.AnchorHead_BO,
right=self.AnchorTail_BO,
hook_side=5,
rotate=90)
elif self.AnchorHead90_BO and self.AnchorTail90_BO:
BO_steel_shape = longit_BO.shape_hook_steel(
self.Length,
15 * self.BarDiameter_BO,
left=self.AnchorHead_BO,
right=self.AnchorTail_BO,
hook_side=3,
rotate=90)
else:
BO_steel_shape = longit_BO.shape_extend_steel(
self.Length,
left=self.AnchorHead_BO,
right=self.AnchorTail_BO,
extend_side=3)
BO_point_f = AllplanGeo.Point3D(
0, self.StirDiameter + self.StirSideCover,
self.StirUpsCover + self.StirDiameter + self.BottomBarDistance)
BO_point_t = AllplanGeo.Point3D(
0, self.Width - self.StirSideCover - self.StirDiameter,
self.StirUpsCover + self.StirDiameter + self.BottomBarDistance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_count(
0, BO_steel_shape, BO_point_f, BO_point_t, 0, 0,
self.BarNumber_BO))
return steel_list
def create_stirrup(self):
stirrup_list = []
#构模
shape_stirrup = self.shape_stirrup(self.StirrupType)
point_f_1 = AllplanGeo.Point3D(0, 0, 0)
point_t_1 = AllplanGeo.Point3D(self.StirDenseRegionLength, 0, 0)
stirrup_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, shape_stirrup, point_f_1, point_t_1, self.StirBothEndLength,
0, self.StirDenseRegionDistance, 3))
point_f_2 = AllplanGeo.Point3D(
self.Length - self.StirDenseRegionLength, 0, 0)
point_t_2 = AllplanGeo.Point3D(self.Length, 0, 0)
stirrup_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, shape_stirrup, point_f_2, point_t_2, 0,
self.StirBothEndLength, self.StirDenseRegionDistance, 2))
point_f = AllplanGeo.Point3D(self.StirDenseRegionLength, 0, 0)
point_t = AllplanGeo.Point3D(self.Length - self.StirDenseRegionLength,
0, 0)
stirrup_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, shape_stirrup, point_f, point_t,
self.StirDenseRegionDistance / 2,
self.StirDenseRegionDistance / 2,
self.StirrupSparseRegionDistance, 3))
if steel_modify(self.Length - 2 * self.StirDenseRegionLength,
self.StirDiameter, self.StirrupSparseRegionDistance,
self.StirDenseRegionDistance / 2,
self.StirDenseRegionDistance / 2):
point_cnt_1 = AllplanGeo.Point3D(self.StirDenseRegionLength, 0, 0)
point_cnt_2 = AllplanGeo.Point3D(self.Length, 0, 0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirrupSparseRegionDistance / 2, 0, 0))
s_shape = AllplanReinf.BendingShape(shape_stirrup)
s_shape.Move(
AllplanGeo.Vector3D(
AllplanGeo.Point3D(
self.Length - self.StirDenseRegionLength, 0, 0)))
stirrup_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_1, point_cnt_2,
s_shape))
return stirrup_list
def create_stirrup(self):
stirrup_list = []
point_f_1 = AllplanGeo.Point3D(self.SlotLength, 0, 0)
point_t_1 = AllplanGeo.Point3D(self.CutPosition, 0, 0)
#构模
shape_stirrup = self.shape_stirrup() #箍筋
stirrup_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, shape_stirrup, point_f_1, point_t_1, self.HeadCover,
self.EndCover, self.StirDistance, 3))
#判断间距添加箍筋
if self.cut_pos_1 - self.last_pos_1 > self.StirDistance / 2 \
and self.cut_pos_1 - self.last_pos_1 < self.StirDistance + self.StirDiameter:
point_cnt_1 = AllplanGeo.Point3D(
self.last_pos_1 + self.StirDistance / 2, 0, 0)
point_cnt_2 = AllplanGeo.Point3D(self.cut_pos_1, 0, 0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirDistance / 2, 0, 0))
s_shape = AllplanReinf.BendingShape(shape_stirrup)
s_shape.Move(
AllplanGeo.Vector3D(AllplanGeo.Point3D(self.cut_pos_1, 0, 0)))
stirrup_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_1, point_cnt_2,
s_shape))
point_f_2 = AllplanGeo.Point3D(self.CutPosition + self.CutLength, 0, 0)
point_t_2 = AllplanGeo.Point3D(self.Length - self.SlotLength, 0, 0)
stirrup_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
1, shape_stirrup, point_t_2, point_f_2, self.HeadCover,
self.EndCover, self.StirDistance, 3))
if self.cut_pos_2 - self.last_pos_2 > self.StirDistance / 2 \
and self.cut_pos_2 - self.last_pos_2 < self.StirDistance + self.StirDiameter:
point_cnt_3 = AllplanGeo.Point3D(self.CutPosition + self.CutLength,
0, 0)
point_cnt_4 = AllplanGeo.Point3D(self.Length - self.SlotLength, 0,
0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirDistance / 2, 0, 0))
s_shape = AllplanReinf.BendingShape(shape_stirrup)
s_shape.Move(
AllplanGeo.Vector3D(
AllplanGeo.Point3D(
self.CutPosition + self.CutLength + self.EndCover, 0,
0)))
stirrup_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_3, point_cnt_4,
s_shape))
return stirrup_list
def create_tie_steel(self):
steel_list = []
tie_shape = self.shape_tie_steel(self.Width, 4 * self.TieBarDia)
distance = 0
for x in range(self.WaistNum):
point_f_x = AllplanGeo.Point3D(
self.SlotLength + self.StirDiameter, 0,
self.WaistPosition - 2 * self.TieBarDia + distance)
point_t_x = AllplanGeo.Point3D(
self.CutPosition + self.StirDiameter, 0,
self.WaistPosition - 2 * self.TieBarDia + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, tie_shape, point_f_x, point_t_x, self.HeadCover,
self.EndCover, self.TieBarRatio * self.StirDistance, 3))
if self.cut_pos_1 - self.last_pos_1 > self.StirDistance / 2 \
and self.cut_pos_1 - self.last_pos_1 < self.StirDistance + self.StirDiameter:
point_cnt_1 = AllplanGeo.Point3D(
self.last_pos_1 + self.StirDistance / 2, 0, 0)
point_cnt_2 = AllplanGeo.Point3D(self.cut_pos_1, 0, 0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirDistance / 2, 0, 0))
s_shape = AllplanReinf.BendingShape(tie_shape)
s_shape.Move(
AllplanGeo.Vector3D(
AllplanGeo.Point3D(
self.cut_pos_1 + self.StirDiameter, 0,
self.WaistPosition - 2 * self.TieBarDia +
distance)))
steel_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_1,
point_cnt_2, s_shape))
distance += self.WaistDistance
distance = 0
for y in range(self.WaistNum):
point_f_y = AllplanGeo.Point3D(
self.CutPosition + self.CutLength + self.StirDiameter, 0,
self.WaistPosition - 2 * self.TieBarDia + distance)
point_t_y = AllplanGeo.Point3D(
self.Length - self.SlotLength + self.StirDiameter, 0,
self.WaistPosition - 2 * self.TieBarDia + distance)
steel_list.append(
LinearBarBuilder.create_linear_bar_placement_from_to_by_dist(
0, tie_shape, point_t_y, point_f_y, self.HeadCover,
self.EndCover, self.TieBarRatio * self.StirDistance, 3))
if self.cut_pos_2 - self.last_pos_2 > self.StirDistance / 2 \
and self.cut_pos_2 - self.last_pos_2 < self.StirDistance + self.StirDiameter:
point_cnt_3 = AllplanGeo.Point3D(
self.CutPosition + self.CutLength, 0, 0)
point_cnt_4 = AllplanGeo.Point3D(self.Length - self.SlotLength,
0, 0)
vec = AllplanGeo.Vector3D(
AllplanGeo.Point3D(0, 0, 0),
AllplanGeo.Point3D(self.StirDistance / 2, 0, 0))
s_shape = AllplanReinf.BendingShape(tie_shape)
s_shape.Move(
AllplanGeo.Vector3D(
AllplanGeo.Point3D(
self.CutPosition + self.CutLength + self.EndCover +
self.StirDiameter, 0, self.WaistPosition -
2 * self.TieBarDia + distance)))
steel_list.append(
AllplanReinf.BarPlacement(0, 1, vec, point_cnt_3,
point_cnt_4, s_shape))
distance += self.WaistDistance
return steel_list