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SimulationPlanar

The SimulationPlanar class can be initiated in python script by

from MESH import SimulationPlanar
s = SimulationPlanar()

Most of the function provided in base class can be used except for the following changes.

Failure

The following function are unavailable and cannot be called for a SimulationPlanar object.

OptPrintIntermediate()

Note

The following functions are added and specific to SimulationPlanar object.

SetKParallel(end)

• Arguments:

  1. end: [double], the end of the $k_{\parallel}$ integral. It is a normalized number with respect to $\omega/c$.

• Output: None

• Note: this function is essentially doing $$\int_{0}^{\text{end}\cdot\omega/c}dk_{\parallel}$$ where the integral is evaluated either using Gauss-legendre methdod or Gauss-kronrod adaptive method.

GetPhiAtKParallel(omega index, k parallel value)

• Arguments:

  1. omega index: [int], the index of omega where $\Phi(\omega[\text{index}], k_{\parallel})$ is evaluated. To be consistent with python, this index starts from $1$.
  2. k parallel: [double], the $k_{\parallel}$ value where $\Phi(\omega[\text{index}], k_{\parallel})$ is evaluated. It should be a normalized value with respect to $\omega[\text{index}]/c$.

• Output: [double], value of $\Phi(\omega[\text{index}], k_{\parallel})$.

IntegrateKParallel()

• Arguments: None

• Output: None

• Note: before using this function, make sure the flux integral can be reduced to a $k_{\parallel}$ integral. In principle, the cases when all the materials possess only scalar dielectric or diagonal forms $$\begin{pmatrix} \epsilon_{1} & 0 & 0\\ 0 & \epsilon_{1} & 0\\ 0 & 0 & \epsilon_{2} \end{pmatrix}$$ can use this function.

OptUseQuadgl(degree)

• Arguments:

  1. degree: [int, optional], using Gauss-legendre method in the integral and set the degree of legendre polynomial in IntegrateKParallel(). If degree is not given, it is set to be $1024$.

• Output: None

OptUseQuadgk()

• Arguments: None

• Output: None

• Note: this function uses Gauss-kronrod adaptive integral algorithm in IntegrateKParallel(). The simulation will use this function if the integral option is not specified.