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static Real | radtoDeg (Real rad) |
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static Real | degToRad (Real deg) |
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static Real | phase (Complex value) |
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static Real | phaseDeg (Complex value) |
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static Real | abs (Complex value) |
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static Matrix | abs (const MatrixComp &mat) |
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static Matrix | phase (const MatrixComp &mat) |
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static Complex | polar (Real abs, Real phase) |
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static Complex | polarDeg (Real abs, Real phase) |
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static void | setVectorElement (Matrix &mat, Matrix::Index row, Complex value, Int maxFreq=1, Int freqIdx=0, Matrix::Index colOffset=0) |
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static void | addToVectorElement (Matrix &mat, Matrix::Index row, Complex value, Int maxFreq=1, Int freqIdx=0) |
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static Complex | complexFromVectorElement (const Matrix &mat, Matrix::Index row, Int maxFreq=1, Int freqIdx=0) |
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static void | addToVectorElement (Matrix &mat, Matrix::Index row, Real value) |
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static void | setVectorElement (Matrix &mat, Matrix::Index row, Real value) |
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static Real | realFromVectorElement (const Matrix &mat, Matrix::Index row) |
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static void | setMatrixElement (SparseMatrixRow &mat, Matrix::Index row, Matrix::Index column, Complex value, Int maxFreq=1, Int freqIdx=0) |
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static void | addToMatrixElement (SparseMatrixRow &mat, Matrix::Index row, Matrix::Index column, Complex value, Int maxFreq=1, Int freqIdx=0) |
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static void | addToMatrixElement (SparseMatrixRow &mat, Matrix::Index row, Matrix::Index column, Matrix value, Int maxFreq=1, Int freqIdx=0) |
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static void | setMatrixElement (SparseMatrixRow &mat, Matrix::Index row, Matrix::Index column, Real value) |
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static void | addToMatrixElement (SparseMatrixRow &mat, std::vector< UInt > rows, std::vector< UInt > columns, Complex value) |
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static void | addToMatrixElement (SparseMatrixRow &mat, Matrix::Index row, Matrix::Index column, Real value) |
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static void | addToMatrixElement (SparseMatrixRow &mat, std::vector< UInt > rows, std::vector< UInt > columns, Real value) |
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static void | invertMatrix (const Matrix &mat, Matrix &matInv) |
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static Matrix | StateSpaceTrapezoidal (Matrix states, Matrix A, Matrix B, Real dt, Matrix u_new, Matrix u_old) |
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static Matrix | StateSpaceTrapezoidal (Matrix states, Matrix A, Matrix B, Matrix C, Real dt, Matrix u_new, Matrix u_old) |
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static Matrix | StateSpaceTrapezoidal (Matrix states, Matrix A, Matrix B, Real dt, Matrix u) |
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static Matrix | StateSpaceTrapezoidal (Matrix states, Matrix A, Matrix B, Matrix C, Real dt, Matrix u) |
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static Matrix | StateSpaceTrapezoidal (Matrix states, Matrix A, Matrix input, Real dt) |
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static Real | StateSpaceTrapezoidal (Real states, Real A, Real B, Real C, Real dt, Real u) |
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static Real | StateSpaceTrapezoidal (Real states, Real A, Real B, Real dt, Real u) |
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static Matrix | StateSpaceEuler (Matrix states, Matrix A, Matrix B, Real dt, Matrix u) |
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static Matrix | StateSpaceEuler (Matrix states, Matrix A, Matrix B, Matrix C, Real dt, Matrix u) |
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static Matrix | StateSpaceEuler (Matrix states, Matrix A, Matrix input, Real dt) |
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static Real | StateSpaceEuler (Real states, Real A, Real B, Real dt, Real u) |
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static Real | StateSpaceEuler (Real states, Real A, Real B, Real C, Real dt, Real u) |
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static void | calculateStateSpaceTrapezoidalMatrices (const Matrix &A, const Matrix &B, const Matrix &C, const Real &dt, Matrix &Ad, Matrix &Bd, Matrix &Cd) |
| | Calculate the discretized state space matrices Ad, Bd, Cd using trapezoidal rule.
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static Matrix | applyStateSpaceTrapezoidalMatrices (const Matrix &Ad, const Matrix &Bd, const Matrix &Cd, const Matrix &statesPrevStep, const Matrix &inputCurrStep, const Matrix &inputPrevStep) |
| | Apply the trapezoidal based state space matrices Ad, Bd, Cd to get the states at the current time step.
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static void | FFT (std::vector< Complex > &samples) |
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static Complex | rotatingFrame2to1 (Complex f2, Real theta1, Real theta2) |
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static MatrixComp | singlePhaseVariableToThreePhase (Complex var_1ph) |
| | To convert single phase complex variables (voltages, currents) to symmetrical three phase ones.
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static Matrix | singlePhaseParameterToThreePhase (Real parameter) |
| | To convert single phase parameters to symmetrical three phase ones.
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static Matrix | singlePhasePowerToThreePhase (Real power) |
| | To convert single phase power to symmetrical three phase.
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