RX.h

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#ifndef RX_H
#define RX_H

#include "U3.h"
#include "matrix.h"
#include "matrix_real.h"
#include "matrix_real_float.h"
#include "matrix_float.h"
#include <math.h>

class RX : public U3 {
public:
    RX();
    RX(int qbit_num_in, int target_qbit_in);
    ~RX() override;
    virtual RX* clone() override;
    virtual std::vector<double> get_parameter_multipliers() const override;
    virtual Matrix       gate_kernel(const Matrix_real&       precomputed_sincos) override;
    virtual Matrix_float gate_kernel(const Matrix_real_float& precomputed_sincos) override;
    virtual Matrix       inverse_gate_kernel(const Matrix_real&       precomputed_sincos) override;
    virtual Matrix_float inverse_gate_kernel(const Matrix_real_float& precomputed_sincos) override;
    virtual Matrix       derivative_kernel(const Matrix_real&       precomputed_sincos, int param_idx) override;
    virtual Matrix_float derivative_kernel(const Matrix_real_float& precomputed_sincos, int param_idx) override;
    virtual void gate_kernel_to(const Matrix_real& precomputed_sincos, Matrix& output) override;
    virtual void gate_kernel_to(const Matrix_real_float& precomputed_sincos, Matrix_float& output) override;
    virtual void inverse_gate_kernel_to(const Matrix_real& precomputed_sincos, Matrix& output) override;
    virtual void inverse_gate_kernel_to(const Matrix_real_float& precomputed_sincos, Matrix_float& output) override;
    virtual void derivative_kernel_to(const Matrix_real& precomputed_sincos, int param_idx, Matrix& output) override;
    virtual void derivative_kernel_to(const Matrix_real_float& precomputed_sincos, int param_idx, Matrix_float& output) override;
};

#endif //RX_H