`ifcopenshell.alignment`¶

Module Contents¶

class ifcopenshell.alignment.circle¶

radius: numpy.ndarray¶

class ifcopenshell.alignment.line¶

direction_vector: numpy.ndarray¶

start_point: numpy.ndarray¶

class ifcopenshell.alignment.piecewise(fns)¶

fns¶

length¶

class ifcopenshell.alignment.trimmed_curve(fn, length)¶

fn¶

length¶

ifcopenshell.alignment.convert(inst)¶: Looks up one of the conversion functions below in the global namespace

ifcopenshell.alignment.convert_IfcAlignmentHorizontalSegment_LINE(data)¶

ifcopenshell.alignment.create_shape(settings, elem)¶

ifcopenshell.alignment.evaluate_segment(segment)¶

ifcopenshell.alignment.impl_IfcAxis2Placement2D(inst)¶

ifcopenshell.alignment.impl_IfcCircle(inst)¶

ifcopenshell.alignment.impl_IfcClothoid(inst)¶

ifcopenshell.alignment.impl_IfcLine(inst)¶

ifcopenshell.alignment.interpret_linear_element_geometry(settings, crv)¶

ifcopenshell.alignment.interpret_linear_element_semantics(settings, crv)¶

ifcopenshell.alignment.map_inst(inst)¶: Looks up one of the implementation functions below in the global namespace

ifcopenshell.alignment.normalized_curve(fn)¶

ifcopenshell.alignment.place(matrix, func)¶: Higher order function for application of a 3x3 matrix to a 2D point. Assumes a functor such as line or circle.

ifcopenshell.alignment.print_structure(alignment, indent=0)¶: Debugging function to print alignment decomposition

ifcopenshell.alignment.reparametrized_curve(fn, a, b)¶

ifcopenshell.alignment.interpret_linear_element¶

ifcopenshell.alignment.s¶