Create simulNDT.cpp

UTSR/simulNDT.cpp

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+#include <vector>
+#include <string>
+#include <cmath>
+#include <algorithm>
+#include <complex>
+#include <iostream>
+#include <random>
+#include <functional>
+
+struct ScanData {
+    std::vector<double> timeScale;
+    struct CscanData {
+        int AscanPoints;
+        double TsGate;
+        double TendGate;
+        std::vector<double> X;
+        int Rows;
+        double Cl;
+        double Cs;
+        double Density;
+        double Frequency;
+        double Bandwidth;
+        char WaveType;
+        double BeamAngle;
+        double ProbeDiameter;
+        std::string DefectType;
+        double PosX;
+        double PosY;
+        double DepthCentre;
+        double Diameter;
+        double Height;
+        double Tilt;
+        double MaxSignal;
+        double MaxSdtRef;
+        double Y;
+        int Cols;
+        std::vector<std::vector<double>> CscanValues;
+        double Wavelength;
+        double Nearfield;
+        double ProbeEllipX;
+        double ProbeEllipY;
+        double TrueAngle;
+        double CalValue;
+    } CscanData;
+    std::vector<std::vector<double>> AscanValues;
+};
+
+struct Setup {
+    // Define the setup structure here
+    // This is a placeholder and should be filled with actual fields
+};
+
+std::pair<ScanData, Setup> simulNDT(const std::map<std::string, std::variant<double, std::string, bool>>& args) {
+    ScanData scanData;
+    Setup setup;
+
+    // Parse input arguments
+    double TsGate = std::get<double>(args.at("TsGate"));
+    double TendGate = std::get<double>(args.at("TendGate"));
+    double deltaT = std::get<double>(args.at("deltaT"));
+    // ... Parse other arguments similarly
+
+    // Create timeScale element
+    for (double t = TsGate; t <= TendGate; t += deltaT) {
+        scanData.timeScale.push_back(t);
+    }
+
+    // Define the time window for simulation
+    std::vector<double> t;
+    for (double time = TsGate; time <= TendGate; time += deltaT) {
+        t.push_back(time);
+    }
+    int nt = t.size();
+    int idxTsGate = std::lower_bound(t.begin(), t.end(), TsGate) - t.begin() - 1;
+    int idxTendGate = std::lower_bound(t.begin(), t.end(), TendGate) - t.begin();
+
+    // Update scanData with arguments values
+    scanData.CscanData.AscanPoints = scanData.timeScale.size();
+    scanData.CscanData.TsGate = TsGate;
+    scanData.CscanData.TendGate = TendGate;
+
+    // ... Update other fields of scanData.CscanData
+
+    // Create AscanValues element
+    scanData.AscanValues.resize(scanData.CscanData.AscanPoints, std::vector<double>(scanData.CscanData.Rows, 0.0));
+
+    // Create default simulation setup
+    setup = setup_maker(); // Assuming this function is defined elsewhere
+
+    // Define the frequency window for simulation
+    std::vector<double> f;
+    for (int i = -nt/2; i < nt/2; ++i) {
+        f.push_back(i / (deltaT * nt));
+    }
+    setup.f = std::vector<double>(f.begin() + nt/2 + 1, f.end());
+
+    // Adjust material parameters
+    // ... Adjust setup parameters
+
+    // Perform the simulation
+    if (std::get<bool>(args.at("simul"))) {
+        // ... Perform simulation
+    }
+
+    return {scanData, setup};
+}
+/*
+
+This C++ code provides a basic structure for the `simulNDT` function. Note that some parts are left as placeholders or comments, as the full implementation would require additional context and supporting functions. The code uses C++ standard library containers and algorithms where appropriate.
+
+Key points:
+1. The `ScanData` and `Setup` structures are defined to hold the data.
+2. The function takes a map of string keys to variants (to allow different types of arguments) instead of using variable arguments.
+3. Standard C++ containers (`vector`, `map`) are used instead of Matlab arrays.
+4. C++ algorithms like `lower_bound` are used for operations like finding indices.
+5. The simulation loop is not fully implemented as it depends on functions not provided in the original code.
+
+To complete this implementation, you would need to define the missing functions (like `setup_maker`, `SDH_PE_MM`, `TG_PE_MM`, `IFourierT`) and fill in the details of the simulation loop.
+
+*/