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typedef double(* | tIntegralABKernel )(double eps, int nOmega, double omega, std::complex< double > fomegaA, std::complex< double > fomegaB, void *parameters) |
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| IntegralAB (const IntegralAB &orig) |
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IntegralAB & | operator= (const IntegralAB &orig) |
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void | setBounds (int n,...) |
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void | setIntegralKernels (tIntegralABKernel real, tIntegralABKernel imag) |
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void | setAccuracy (double abs, double rel) |
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void | setParameterFunctions (const CFunction &pfA, const CFunction &pfB) |
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void | setIntegrationParameters (void *parameters) |
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void | setIntegrals (bool real, bool imag) |
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void | operator() (CFunction &result) |
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void | operator() (CFunction &result, mpi::OpenMPI &com) |
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static void | integrationErrorHandler (const char *x, const char *y, int a, int b) |
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static double | integrationHelper_real (double eps, void *integral) |
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static double | integrationHelper_imag (double eps, void *integral) |
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bool | m_real |
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bool | m_imag |
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double * | m_bounds |
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int | m_nBounds |
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tIntegralABKernel | m_kernelReal |
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tIntegralABKernel | m_kernelImag |
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const CFunction * | m_parameterFunctionA |
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const CFunction * | m_parameterFunctionB |
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gsl_function | m_gslIntegrationFunctionReal |
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gsl_function | m_gslIntegrationFunctionImag |
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Accuracy | m_accuracy |
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gsl_integration_workspace * | m_integrationWorkspace |
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int | m_n |
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void * | m_integrationParameters |
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The documentation for this class was generated from the following files:
- /home/chris/Development/Release/NanoStructures/math/integralAB.h
- /home/chris/Development/Release/NanoStructures/math/integralAB.cpp