solve

Solves the forward model

Syntax

[phi, A, DC] = solve(fm, M, O, chi, f0)
[phi, A, DC] = solve(fm, M, O, chi, f0, X_probe)

Description

[phi, A, DC] = fm.solve(M, Theta, chi, f0, x_probe) solves the forward model and returns the surface thermal response characterized by:

• phi: phase
• A: amplitude
• DC: DC temperature change

These outputs correspond to the given inputs.

• If x_probe is not provided (i.e., only four input arguments), the method returns results at each discrete point used in the ifft2 transform.
  • This behavior is valid only when fm.iprops.ift_method = "ifft2".
• If x_probe is provided, the method:
  • Performs 2D linear interpolation of the ifft2 results if fm.iprops.ift_method = "ifft2".
  • Computes the results directly if fm.iprops.ift_method = "integral2".

Examples

Input Arguments

fm.in_structure

Output Arguments

See Also