Solution

class ansys.mapdl.core.solution.Solution(mapdl)

Collection of parameters specific to the solution.

Useful for checking the status of a solve after running mapdl.solve() and determining if it converged, the number of iterations to converge, etc.

Examples

Check if a solution has converged.

>>> mapdl.solution.converged
True

Get the cumulative number of iterations.

>>> mapdl.solution.n_cmit
1.0

Methods

Attributes

Solution.converged	Convergence indicator.
Solution.current_cnv	Current convergence value.
Solution.current_segment_cnv	Current segment convergence value.
Solution.decent_parm	Descent parameter.
Solution.displacement_cnv	Displacement convergence value.
Solution.fluid_flow_cnv	Fluid flow convergence value.
Solution.force_cnv	Force convergence value.
Solution.heat_flow_cnv	Heat flow convergence value.
Solution.magnetic_flux_cnv	Magnetic flux convergence value.
Solution.moment_cnv	Moment convergence value.
Solution.mx_creep_rat	Maximum creep ratio.
Solution.mx_dof	Maximum degree of freedom value.
Solution.mx_plastic_inc	Maximum plastic strain increment.
Solution.n_cg_iter	Number of iterations in the PCG and symmetric JCG (non-complex version) solvers.
Solution.n_cmit	Cumulative number of iterations.
Solution.n_cmls	Cumulative number of load steps.
Solution.n_cmss	Number of substeps.
Solution.n_eqit	Number of equilibrium iterations.
Solution.pressure_conv	Pressure convergence value.
Solution.res_eig	Response eigenvalue for 1st order systems.
Solution.res_frq	Response frequency for 2nd order systems.
Solution.rotation_cnv	Rotation convergence value.
Solution.smcv	Scalar magnetic potential convergence value.
Solution.temperature_cnv	Temperature convergence value.
Solution.time_step_size	Time step size.
Solution.vector_cnv	Vector magnetic potential convergence value.
Solution.velocity_conv	Velocity convergence value.
Solution.voltage_conv	Voltage convergence value.