Special purpose

These PREP7 commands are used for special-purpose operations.

Mapdl.aerocoeff([aeromodetype, ...])	Computes the aero-damping and stiffness coefficients and writes them to an APDL array.
Mapdl.cint([action, par1, par2, par3, par4, ...])	Defines parameters associated with fracture parameter calculations
Mapdl.cycexpand([wn, option, value1, value2])	Graphically expands displacements, stresses and strains of a cyclically symmetric model.
Mapdl.cycfreq([option, value1, value2, ...])	Specifies solution options for a cyclic symmetry mode-superposition
Mapdl.cyclic([nsector, angle, kcn, name, ...])	Specifies a cyclic symmetry analysis.
Mapdl.cycopt([option, value1, value2, ...])	Specifies solution options for a cyclic symmetry analysis.
Mapdl.emsym([nsect])	Specifies circular symmetry for electromagnetic sources.
Mapdl.mstole([method, namesurf, namefluid])	Adds two extra nodes from FLUID116 elements to SURF151 or SURF152
Mapdl.perbc2d([loc1, loc2, loctol, r1, r2, ...])	Generates periodic constraints for 2-D planar magnetic field analyses.
Mapdl.physics([option, title, fname, ext])	Writes, reads, or lists all element information
Mapdl.race([xc, yc, rad, tcur, dy, dz, cname])	Defines a "racetrack" current source.
Mapdl.sstate([action, cm_name, val1, val2, ...])	Defines a steady-state analysis.
Mapdl.xfdata([enrichmentid, lsm, elemnum, ...])	Defines a crack in the model by specifying nodal level set values
Mapdl.xfenrich([enrichmentid, compname, ...])	Defines parameters associated with crack propagation using XFEM
Mapdl.xflist([enrichmentid])	Lists enrichment details and associated crack information