mphsolinfo

Get information about a solution object.

info = mphsolinfo(model,'solname',soltag,...)

info = mphsolinfo(model,...) returns information about the solution object.

The function mphsolinfo accepts the following property/value pairs:

Table 6-34: Property value pairs for the mphsolinfo command
property	value	default	description
soltag	String	Active solution object	Solution object tag
dataset	String	Active solution dataset	Dataset tag
NU	on \| off	off	Get info about number of solutions

The returned value info is a structure with the following content

Table 6-35: Fields in the info structure
field	CONTENT
soltag	Solution node tag
study	Study node tag
size	Size of the solution vector
nummesh	Number of meshes in the solution (for automatic remeshing)
sizes	Size of the solution vector for each mesh and number of time steps/parameters for each mesh
soltype	Solver type (Stationary, Parametric, Time or Eigenvalue)
solpar	Name of the parameter
sizesolvals	Length of the parameter list
solvals	Values of the parameters, eigenvalues, or time steps
paramsweepnames	Parametric sweep parameter names
paramsweepvals	Parametric sweep parameter values
label	Solution node label
batch	Information about solutions for parametric sweeps
dataset	List of datasets that directly use the solution
NUsol	Number of solution vectors stored
NUreacf	Number of reaction forces vectors stored
NUadj	Number of adjacency vectors stored
NUfsens	Number of functional sensitivity vectors stored
NUsens	Number of forward sensitivity vectors stored

You can use the function mphgetu to obtain the actual values of the solution vector. Note that these functions are low level functions and you most often would use functions such as mphinterp and mpheval to extract numerical data from a model.

Example

Get the information about the default solution object:

model = mphopen('model_tutorial_llmatlab');

std = model.study.create('std');

std.feature.create('stat','Stationary');

std.run;

solinfo = mphsolinfo(model)

Get information of multiple solver solution:

model = mphopen('model_tutorial_llmatlab');

std = model.study.create('std');

param = std.feature.create('param','Parametric');

time = std.feature.create('time','Transient');