Macros
#define	CWO_ANGULAR (0x01)
#define	CWO_HUYGENS (0x03)
#define	CWO_FRESNEL_CONV (0x04)
#define	CWO_FRESNEL_FOURIER (0x05)
#define	CWO_FRESNEL_ANALYSIS (0x06)
#define	CWO_FRESNEL_DBL (0x07)
#define	CWO_FRAUNHOFER (0x08)
#define	CWO_SHIFTED_ANGULAR (0x09)
#define	CWO_SCALED_ANGULAR (0x0a)
#define	CWO_SCALED_FRESNEL (0x0b)
#define	CWO_FRESNEL_ARBITRARY_DIRECT (0x0c)
#define	CWO_FRESNEL_ARBITRARY (0x0d)
#define	CWO_FRESNEL_ARBITRARY2 (0x0e)
#define	CWO_FRAUNHOFER_ARBITRARY (0x0f)
#define	CWO_LAPLACIAN_WAVE_RETV (0x10)
#define	CWO_NU_ANGULAR1 (0x11)
#define	CWO_NU_ANGULAR2 (0x12)
#define	CWO_NU_FRESNEL1 (0x13)
#define	CWO_NU_FRESNEL2 (0x14)
#define	CWO_ARSS_FRESNEL (0x14)
#define	CWO_DIRECT_SOMMER (0x15)
#define	CWO_FFT (0x16)
#define	CWO_IFFT (0x17)
#define	CWO_SCALED_FFT (0x18)
#define	CWO_SHIFTED_FRESNEL (0x19)
#define	CWO_SIMPLE_SASM (0x20)

Detailed Description

Macro Definition Documentation

#define CWO_ANGULAR (0x01)

When selecting CWO_ANGULAR, the CWO library calculates the angular spectrum method. The Angular spectrum method is expressed as:

$\begin{eqnarray*} u(x,y) = \int \!\!\int_{-\infty}^{+\infty} & & A(f_x, f_y, 0) \exp(i z \sqrt{k^2 - 4 \pi^2 (f_x^2 + f_y^2)}) \\ & & \exp(i \ 2 \pi (f_x x + f_y y)) d f_x d f_y \end{eqnarray*}$

The CWO library calculates this diffraction using the FFT algorithm,

$\begin{eqnarray*} u(m_2,n_2) = FFT[ u(m_1, n_1) ] \exp(i z \sqrt{k^2 - 4 \pi^2 (f_x^2 + f_y^2)}) \end{eqnarray*}$

Examples:: Amplitude CGH, Kinoform, simple_diffraction.cpp, and simple_diffraction_with_gpu.cpp.

#define CWO_HUYGENS (0x03)

When selecting CWO_HUYGENS, the CWO library calculates the Huygens-Fresnel diffraction (convolution form).

#define CWO_FRESNEL_CONV (0x04)

When selecting CWO_FRESNEL_CONV, the CWO library calculates the Fresnel diffraction (convolution form).

#define CWO_FRESNEL_FOURIER (0x05)

When selecting CWO_FRESNEL_ANALYSYS, the CWO library calculates the Fresnel diffraction (fourier form).

#define CWO_FRESNEL_DBL (0x07)

When selecting CWO_FRESNEL_DBL, the CWO library calculates the double-step Fresnel diffraction.

#define CWO_FRAUNHOFER (0x08)

When selecting CWO_FRAUNHOFER, the CWO library calculates the Fraunhofer diffraction.

#define CWO_SHIFTED_ANGULAR (0x09)

When selecting CWO_SHIFTFRESNEL, the CWO library calculates the Shfted-Fresnel diffraction.

#define CWO_ARSS_FRESNEL (0x14)

When selecting CWO_ARSS_FRESNEL, the CWO library calculates the aliasing-reduced scaled and shifted Fresnel diffraction.

#define CWO_FFT (0x16)

When selecting CWO_FFT, the function Diffract executes FFT operation.

#define CWO_IFFT (0x17)

When selecting CWO_IFFT, the function Diffract executes inverse FFT operation.

#define CWO_SCALED_FFT (0x18)

When selecting CWO_SCALED_FFT, the function Diffract executes scaled FFT operation.

#define CWO_SIMPLE_SASM (0x20)

When selecting CWO_SHIFTED_FRESNEL, the CWO library calculates the Shfted-Fresnel diffraction.

Macros

Detailed Description

Macro Definition Documentation