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//
// Non-Degree Granting Education License -- for use at non-degree
// granting, nonprofit, education, and research organizations only. Not
// for commercial or industrial use.
//
// calculate4.cpp
//
// Code generation for function 'calculate4'
//
// Include files
#include "calculate4.h"
#include "RATMain_internal_types.h"
#include "RATMain_types.h"
#include "parallelContrasts4.h"
#include "parallelPoints4.h"
#include "rt_nonfinite.h"
#include "single4.h"
#include "strcmp.h"
#include "sum.h"
#include "coder_array.h"
#include "coder_bounded_array.h"
// Function Definitions
namespace RAT
{
namespace domainsTF
{
namespace customLayers
{
void calculate(const c_struct_T *problemStruct, const cell_11
*problemCells, const struct2_T *controls, d_struct_T
*contrastParams, ::coder::array<cell_wrap_20, 1U>
&reflectivity, ::coder::array<cell_wrap_20, 1U> &simulation,
::coder::array<cell_wrap_8, 1U> &shiftedData, ::coder::
array<cell_wrap_8, 2U> &layerSlds, ::coder::array<
cell_wrap_8, 2U> &domainSldProfiles, ::coder::array<
cell_wrap_8, 2U> &allLayers)
{
::coder::array<cell_wrap_8, 2U> b_allLayers;
int32_T loop_ub_tmp;
// Custom layers reflectivity calculation for domainsTF
// This function decides on parallelisation options before calling the
// relevant version of the main custom layers calculation. It is more
// efficient to have multiple versions of the core calculation, each dealing
// with a different scheme for parallelisation. These are:
// single - single threaded reflectivity calculation
// points - parallelise over points in the reflectivity calculation
// contrasts - parallelise over contrasts.
// Pre-allocation - It's necessary to
// pre-allocate the memory for all the arrays
// for compilation, so do this in this block.
loop_ub_tmp = static_cast<int32_T>(problemStruct->numberOfContrasts);
contrastParams->ssubs.set_size(loop_ub_tmp);
contrastParams->backgroundParams.set_size(loop_ub_tmp);
contrastParams->qzshifts.set_size(loop_ub_tmp);
contrastParams->scalefactors.set_size(loop_ub_tmp);
contrastParams->bulkIn.set_size(loop_ub_tmp);
contrastParams->bulkOut.set_size(loop_ub_tmp);
contrastParams->calculations.allChis.set_size(loop_ub_tmp);
contrastParams->resolutionParams.set_size(loop_ub_tmp);
contrastParams->allSubRough.set_size(loop_ub_tmp);
reflectivity.set_size(loop_ub_tmp);
simulation.set_size(loop_ub_tmp);
shiftedData.set_size(loop_ub_tmp);
layerSlds.set_size(loop_ub_tmp, 2);
domainSldProfiles.set_size(loop_ub_tmp, 2);
allLayers.set_size(loop_ub_tmp, 2);
for (int32_T i{0}; i < loop_ub_tmp; i++) {
contrastParams->ssubs[i] = 0.0;
contrastParams->backgroundParams[i] = 0.0;
contrastParams->qzshifts[i] = 0.0;
contrastParams->scalefactors[i] = 0.0;
contrastParams->bulkIn[i] = 0.0;
contrastParams->bulkOut[i] = 0.0;
contrastParams->calculations.allChis[i] = 0.0;
contrastParams->resolutionParams[i] = 0.0;
contrastParams->allSubRough[i] = 0.0;
reflectivity[i].f1.set_size(2, 2);
reflectivity[i].f1[0] = 1.0;
reflectivity[i].f1[1] = 1.0;
reflectivity[i].f1[reflectivity[i].f1.size(0)] = 1.0;
reflectivity[i].f1[reflectivity[i].f1.size(0) + 1] = 1.0;
simulation[i].f1.set_size(2, 2);
simulation[i].f1[0] = 1.0;
simulation[i].f1[1] = 1.0;
simulation[i].f1[simulation[i].f1.size(0)] = 1.0;
simulation[i].f1[simulation[i].f1.size(0) + 1] = 1.0;
shiftedData[i].f1.set_size(2, 3);
layerSlds[i].f1.set_size(2, 3);
layerSlds[i + layerSlds.size(0)].f1.set_size(2, 3);
domainSldProfiles[i].f1.set_size(2, 2);
domainSldProfiles[i + domainSldProfiles.size(0)].f1.set_size(2, 2);
domainSldProfiles[i].f1[0] = 1.0;
domainSldProfiles[i + domainSldProfiles.size(0)].f1[0] = 1.0;
domainSldProfiles[i].f1[1] = 1.0;
domainSldProfiles[i + domainSldProfiles.size(0)].f1[1] = 1.0;
domainSldProfiles[i].f1[domainSldProfiles[i].f1.size(0)] = 1.0;
domainSldProfiles[i + domainSldProfiles.size(0)]
.f1[domainSldProfiles[i + domainSldProfiles.size(0)].f1.size(0)] =
1.0;
domainSldProfiles[i].f1[domainSldProfiles[i].f1.size(0) + 1] = 1.0;
domainSldProfiles[i + domainSldProfiles.size(0)]
.f1[domainSldProfiles[i + domainSldProfiles.size(0)].f1.size(0) + 1]
= 1.0;
allLayers[i].f1.set_size(2, 3);
allLayers[i + allLayers.size(0)].f1.set_size(2, 3);
for (int32_T b_i{0}; b_i < 3; b_i++) {
shiftedData[i].f1[shiftedData[i].f1.size(0) * b_i] = 1.0;
shiftedData[i].f1[shiftedData[i].f1.size(0) * b_i + 1] = 1.0;
layerSlds[i].f1[layerSlds[i].f1.size(0) * b_i] = 1.0;
layerSlds[i + layerSlds.size(0)].f1[layerSlds[i + layerSlds.size(0)]
.f1.size(0) * b_i] = 1.0;
layerSlds[i].f1[layerSlds[i].f1.size(0) * b_i + 1] = 1.0;
layerSlds[i + layerSlds.size(0)].f1[layerSlds[i + layerSlds.size(0)]
.f1.size(0) * b_i + 1] = 1.0;
allLayers[i].f1[allLayers[i].f1.size(0) * b_i] = 1.0;
allLayers[i + allLayers.size(0)].f1[allLayers[i + allLayers.size(0)]
.f1.size(0) * b_i] = 1.0;
allLayers[i].f1[allLayers[i].f1.size(0) * b_i + 1] = 1.0;
allLayers[i + allLayers.size(0)].f1[allLayers[i + allLayers.size(0)]
.f1.size(0) * b_i + 1] = 1.0;
}
}
// End pre-allocation
if (coder::internal::n_strcmp(controls->parallel.data,
controls->parallel.size)) {
loop_ub_tmp = 0;
} else if (coder::internal::o_strcmp(controls->parallel.data,
controls->parallel.size)) {
loop_ub_tmp = 1;
} else if (coder::internal::p_strcmp(controls->parallel.data,
controls->parallel.size)) {
loop_ub_tmp = 2;
} else {
loop_ub_tmp = -1;
}
switch (loop_ub_tmp) {
case 0:
b_single(problemStruct, problemCells, controls, contrastParams->ssubs,
contrastParams->backgroundParams, contrastParams->qzshifts,
contrastParams->scalefactors, contrastParams->bulkIn,
contrastParams->bulkOut, contrastParams->resolutionParams,
contrastParams->calculations.allChis, reflectivity,
simulation, shiftedData, layerSlds, domainSldProfiles,
b_allLayers, contrastParams->allSubRough);
allLayers.set_size(b_allLayers.size(0), 2);
loop_ub_tmp = b_allLayers.size(0);
for (int32_T b_i{0}; b_i < 2; b_i++) {
for (int32_T i1{0}; i1 < loop_ub_tmp; i1++) {
allLayers[i1 + allLayers.size(0) * b_i] = b_allLayers[i1 +
b_allLayers.size(0) * b_i];
}
}
break;
case 1:
parallelPoints(problemStruct, problemCells, controls,
contrastParams->ssubs, contrastParams->backgroundParams,
contrastParams->qzshifts, contrastParams->scalefactors,
contrastParams->bulkIn, contrastParams->bulkOut,
contrastParams->resolutionParams,
contrastParams->calculations.allChis, reflectivity,
simulation, shiftedData, layerSlds, domainSldProfiles,
b_allLayers, contrastParams->allSubRough);
allLayers.set_size(b_allLayers.size(0), 2);
loop_ub_tmp = b_allLayers.size(0);
for (int32_T b_i{0}; b_i < 2; b_i++) {
for (int32_T i1{0}; i1 < loop_ub_tmp; i1++) {
allLayers[i1 + allLayers.size(0) * b_i] = b_allLayers[i1 +
b_allLayers.size(0) * b_i];
}
}
break;
case 2:
c_parallelContrasts(problemStruct, problemCells, controls,
contrastParams->ssubs,
contrastParams->backgroundParams,
contrastParams->qzshifts,
contrastParams->scalefactors,
contrastParams->bulkIn, contrastParams->bulkOut,
contrastParams->resolutionParams,
contrastParams->calculations.allChis, reflectivity,
simulation, shiftedData, layerSlds,
domainSldProfiles, b_allLayers,
contrastParams->allSubRough);
allLayers.set_size(b_allLayers.size(0), 2);
loop_ub_tmp = b_allLayers.size(0);
for (int32_T b_i{0}; b_i < 2; b_i++) {
for (int32_T i1{0}; i1 < loop_ub_tmp; i1++) {
allLayers[i1 + allLayers.size(0) * b_i] = b_allLayers[i1 +
b_allLayers.size(0) * b_i];
}
}
break;
}
contrastParams->calculations.sumChi = coder::sum
(contrastParams->calculations.allChis);
contrastParams->resample.set_size(1, problemStruct->resample.size(1));
loop_ub_tmp = problemStruct->resample.size(1);
for (int32_T b_i{0}; b_i < loop_ub_tmp; b_i++) {
contrastParams->resample[b_i] = problemStruct->resample[b_i];
}
}
}
}
}
// End of code generation (calculate4.cpp)
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