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Octopus
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Octopus
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This data type contains information that is filled when the module is initialized ("controlfunction_mod_init"), and stored while the module is in use (until "controlfunction_mod_close" is called). It is information more or less common to all control functions. More...
This data type contains information that is filled when the module is initialized ("controlfunction_mod_init"), and stored while the module is in use (until "controlfunction_mod_close" is called). It is information more or less common to all control functions.
Definition at line 199 of file controlfunction.F90.
Private Attributes | |
| integer | representation = 0 |
| The "representation" may be any one of the {ctr_internal, ctr_rt, ctr_fourier_series_h, ctr_zero_fourier_series_h, ctr_fourier_series, ctr_zero_fourier_series} set. If it is zero, then it is not initialized. This is set by the OCTControlFunctionRepresentation. More... | |
| real(real64) | omegamax = M_ZERO |
| The representations based on Fourier expansions (all the "parametrized" ones) contain Fourier expansion coefficients corresponding to frequencies up to this cut-off frequency. More... | |
| real(real64) | targetfluence = M_ZERO |
| This is the fluence that should be conserved when doing optimization in fixed fluence mode. It is determined by the input variable OCTFixFluenceTo. More... | |
| logical | fix_initial_fluence = .false. |
| This determines whether or not to scale the initial guess field to have the fixed fluence given by targetfluence. More... | |
| integer | mode = controlfunction_mode_none |
| This may be one of {controlfunction_mode_epsilon, controlfunction_mode_f, controlfunction_mode_phi}, and is set by the OCTControlFunctionType input variable. It determines whether the full time-dependent function is to be controlled, or only the "envelope" or "phase" components. More... | |
| real(real64) | w0 = M_ZERO |
| The carrier frequency, in case the mode is set to control the "envelope" or the "phase". More... | |
| integer | no_controlfunctions = 0 |
| real(real64), dimension(:), allocatable | alpha |
| A factor that determines the "penalty", for each of the control functions. More... | |
| type(tdf_t), dimension(:), allocatable | td_penalty |
| The penalties, if these are time-dependent. More... | |
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The "representation" may be any one of the {ctr_internal, ctr_rt, ctr_fourier_series_h, ctr_zero_fourier_series_h, ctr_fourier_series, ctr_zero_fourier_series} set. If it is zero, then it is not initialized. This is set by the OCTControlFunctionRepresentation.
Definition at line 201 of file controlfunction.F90.
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The representations based on Fourier expansions (all the "parametrized" ones) contain Fourier expansion coefficients corresponding to frequencies up to this cut-off frequency.
Definition at line 206 of file controlfunction.F90.
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This is the fluence that should be conserved when doing optimization in fixed fluence mode. It is determined by the input variable OCTFixFluenceTo.
Definition at line 209 of file controlfunction.F90.
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This determines whether or not to scale the initial guess field to have the fixed fluence given by targetfluence.
Definition at line 212 of file controlfunction.F90.
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This may be one of {controlfunction_mode_epsilon, controlfunction_mode_f, controlfunction_mode_phi}, and is set by the OCTControlFunctionType input variable. It determines whether the full time-dependent function is to be controlled, or only the "envelope" or "phase" components.
Definition at line 214 of file controlfunction.F90.
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The carrier frequency, in case the mode is set to control the "envelope" or the "phase".
Definition at line 219 of file controlfunction.F90.
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Definition at line 221 of file controlfunction.F90.
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A factor that determines the "penalty", for each of the control functions.
Definition at line 222 of file controlfunction.F90.
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The penalties, if these are time-dependent.
Definition at line 224 of file controlfunction.F90.
1.9.4