Defines
#define	READY(x) (x & Ready)
#define	NOT_READY(x) (!(x & Ready))
#define	UNCHANGED(x) (x & Unchanged)
#define	CHANGED(x) (!(x & Unchanged))
#define	USER_OWNED(x) (!(x & Filter_Owned))
#define	FILTER_OWNED(x) (x & Filter_Owned)
#define	NOT(x) (!x)
#define	FILL(X1, Y1, X2, Y2, DST, FV)
#define	MASK_CONV(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	MASK_CONV_BOARDER(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	NORMAL_INTERMEDIATE
#define	HORIZ_CONV(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	HORIZ_CONV_BOARDER(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	VERTI_CONV(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	VERTI_CONV_BOARDER(X1, Y1, X2, Y2, DELTA_X, DELTA_Y, SRC, DST, KERN)
#define	IMB_LEFT(D, C) ((D).curr_sec_start(X_Axis()) == (C).image_start(X_Axis()))
#define	IMB_RIGHT(D, C) ((D).curr_sec_end(X_Axis()) == (C).image_end(X_Axis()))
#define	IMB_TOP(D, C) ((D).curr_sec_end(Y_Axis()) == (C).image_end(Y_Axis()))
#define	IMB_BOTTOM(D, C) ((D).curr_sec_start(Y_Axis()) == (C).image_start(Y_Axis()))
#define	CONVOL_PREAMBLE(CONTAINER, DESCRIPTOR)
#define	CALC_BORDER(B, D, C)
#define	IMB_L (1)
#define	IMB_T (2)
#define	IMB_R (4)
#define	IMB_B (8)
#define	CHECK_START_AND_END_FILL(CONTAINER)
#define	CHECK_START_AND_END_OPERATION(CONTAINER)
#define	DO_PREOP(OPERATION, DESCRIPTOR, CONTAINER, SRC, DST, KERN)
#define	DO_POSTOP(OPERATION, DESCRIPTOR, CONTAINER, SRC, DST, KERN)
Typedefs
typedef unsigned int	VIPL_FILTER_STATE

Define Documentation

#define CALC_BORDER	(	B,
		D,
		C
	)

Value:

(B) = 0; \
  if (IMB_LEFT((D), (C))) (B) |= 1;\
  if (IMB_TOP((D), (C))) (B) |= 2;\
  if (IMB_RIGHT((D), (C))) (B) |= 4;\
  if (IMB_BOTTOM((D), (C))) (B) |= 8;

Definition at line 221 of file vipl_filter_helper.h.

#define CHANGED ( x ) (!(x & Unchanged))

Definition at line 13 of file vipl_filter_helper.h.

#define CHECK_START_AND_END_FILL ( CONTAINER )

Value:

if ((CONTAINER).image_start(Y_Axis()) > ycs[tmpi]){ ycs[tmpi] = (CONTAINER).image_start(Y_Axis()); }\
    if ((CONTAINER).image_start(X_Axis()) > xcs[tmpi]){ xcs[tmpi] = (CONTAINER).image_start(X_Axis()); }\
    if ((CONTAINER).image_start(Y_Axis()) > yce[tmpi]){ yce[tmpi] = (CONTAINER).image_start(Y_Axis()); }\
    if ((CONTAINER).image_start(X_Axis()) > xce[tmpi]){ xce[tmpi] = (CONTAINER).image_start(X_Axis()); }\
    if ((CONTAINER).image_end(Y_Axis()) < ycs[tmpi]){ ycs[tmpi] = (CONTAINER).image_end(Y_Axis()); }\
    if ((CONTAINER).image_end(X_Axis()) < xcs[tmpi]){ xcs[tmpi] = (CONTAINER).image_end(X_Axis()); }\
    if ((CONTAINER).image_end(Y_Axis()) < yce[tmpi]){ yce[tmpi] = (CONTAINER).image_end(Y_Axis()); }\
    if ((CONTAINER).image_end(X_Axis()) < xce[tmpi]){ xce[tmpi] = (CONTAINER).image_end(X_Axis()); }

Definition at line 236 of file vipl_filter_helper.h.

#define CHECK_START_AND_END_OPERATION ( CONTAINER )

Value:

if ((CONTAINER).image_start(Y_Axis()) + ibs > ycs[tmpi]){ ycs[tmpi] = (CONTAINER).image_start(Y_Axis()) +ibs; }\
    if ((CONTAINER).image_start(X_Axis()) +ibs> xcs[tmpi]){ xcs[tmpi] = (CONTAINER).image_start(X_Axis())+ibs; }\
    if ((CONTAINER).image_start(Y_Axis()) +ibs > yce[tmpi]){ yce[tmpi] = (CONTAINER).image_start(Y_Axis()) +ibs; }\
    if ((CONTAINER).image_start(X_Axis()) +ibs > xce[tmpi]){ xce[tmpi] = (CONTAINER).image_start(X_Axis()) +ibs; }\
    if ((CONTAINER).image_end(Y_Axis()) -ibs < ycs[tmpi]){ ycs[tmpi] = (CONTAINER).image_end(Y_Axis()) -ibs; }\
    if ((CONTAINER).image_end(X_Axis())-ibs < xcs[tmpi]){ xcs[tmpi] = (CONTAINER).image_end(X_Axis()) -ibs; }\
    if ((CONTAINER).image_end(Y_Axis())-ibs < yce[tmpi]){ yce[tmpi] = (CONTAINER).image_end(Y_Axis()) -ibs; }\
    if ((CONTAINER).image_end(X_Axis())-ibs < xce[tmpi]){ xce[tmpi] = (CONTAINER).image_end(X_Axis()) -ibs; }

Definition at line 245 of file vipl_filter_helper.h.

#define CONVOL_PREAMBLE	(	CONTAINER,
		DESCRIPTOR
	)

Value:

const vipl_section_container<DataTypeOut> &C=(CONTAINER);\
  const vipl_section_descriptor<DataTypeOut> &D=(DESCRIPTOR);\
  int border = 0;\
  const int ibs = image_border_size();\
  const int d0 = ibs;\
  const int bdr = ibs;\
  const DataTypeOut fv = def_fill_value();\
  int xcs[4], ycs[4], xce[4], yce[4];\
  int do_fill[4]; \
  const int XS = D.curr_sec_start(X_Axis()), YS = D.curr_sec_start(Y_Axis());\
  const int XE = D.curr_sec_end(X_Axis()), YE = D.curr_sec_end(Y_Axis());\
  do_fill[0] = do_fill[1] = do_fill[2] = do_fill[3] = false

Definition at line 207 of file vipl_filter_helper.h.

#define DO_POSTOP	(	OPERATION,
		DESCRIPTOR,
		CONTAINER,
		SRC,
		DST,
		KERN
	)

Definition at line 309 of file vipl_filter_helper.h.

#define DO_PREOP	(	OPERATION,
		DESCRIPTOR,
		CONTAINER,
		SRC,
		DST,
		KERN
	)

Definition at line 260 of file vipl_filter_helper.h.

#define FILL	(	X1,
		Y1,
		X2,
		Y2,
		DST,
		FV
	)

Value:

do {\
  for (int y = (Y1); y < (Y2); ++y) {\
    for (int x = (X1); x < (X2); ++x) {\
      SET_PIXEL((DST),x, y, (FV));\
    }\
  }\
} while (false)

Definition at line 30 of file vipl_filter_helper.h.

#define FILTER_OWNED ( x ) (x & Filter_Owned)

Definition at line 15 of file vipl_filter_helper.h.

#define HORIZ_CONV	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  vcl_clock_t ct = clock();\
  KernType val;\
  for (int y = ((Y1) ); y < ((Y2) ); ++y) {\
    for (int x = ((X1) ); x < ((X2) ); ++x) {\
      val = 0.0;\
      for (int i = (KERN).kernel_start(0),j=i+x; i < (KERN).kernel_end(0); ++i) \
        val += ((KERN)(i) * FGET_PIXEL((SRC),j++, y));\
      FSET_PIXEL((DST),x, y, (CONVERT_TO_OUT(val)));\
    }\
  }\
  vcl_clock_t ct2= clock();\
} while (false)

Definition at line 78 of file vipl_filter_helper.h.

#define HORIZ_CONV_BOARDER	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  vcl_clock_t ct = clock();\
  KernType val;\
  for (int y = ((Y1) ); y < ((Y2) ); ++y) {\
    for (int x = ((X1) ); x < ((X2) ); ++x) {\
      val = 0.0;\
      for (int i = (KERN).kernel_start(0),j=i+x; i < (KERN).kernel_end(0); ++i) \
        val += ((KERN)(i) * GET_PIXEL((SRC),j++, y));\
      SET_PIXEL((DST),x, y, (CONVERT_TO_OUT(val)));\
    }\
  }\
  vcl_clock_t ct2= clock();\
} while (false)

Definition at line 92 of file vipl_filter_helper.h.

#define IMB_B (8)

Definition at line 232 of file vipl_filter_helper.h.

#define IMB_BOTTOM	(	D,
		C
	)	((D).curr_sec_start(Y_Axis()) == (C).image_start(Y_Axis()))

Definition at line 202 of file vipl_filter_helper.h.

#define IMB_L (1)

Definition at line 229 of file vipl_filter_helper.h.

#define IMB_LEFT	(	D,
		C
	)	((D).curr_sec_start(X_Axis()) == (C).image_start(X_Axis()))

Definition at line 199 of file vipl_filter_helper.h.

#define IMB_R (4)

Definition at line 231 of file vipl_filter_helper.h.

#define IMB_RIGHT	(	D,
		C
	)	((D).curr_sec_end(X_Axis()) == (C).image_end(X_Axis()))

Definition at line 200 of file vipl_filter_helper.h.

#define IMB_T (2)

Definition at line 230 of file vipl_filter_helper.h.

#define IMB_TOP	(	D,
		C
	)	((D).curr_sec_end(Y_Axis()) == (C).image_end(Y_Axis()))

Definition at line 201 of file vipl_filter_helper.h.

#define MASK_CONV	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  KernType val;\
  vcl_clock_t ct = clock(),ct1;\
  for (int y = (Y1); y < (Y2); ++y)\
    for (int x = (X1) ; x < (X2); ++x) {\
      val = 0.0;\
      int je = (KERN).y_end(); int ie = (KERN).x_end();\
      for (int j = (KERN).y_start(), jj=y+j; j < je; ++j) {\
        for (int i = (KERN).x_start(), ii=x+i; i < ie; ++i)\
        val += ((KERN) (i, j) * FGET_PIXEL((SRC), ii++, jj));\
        ++jj;\
        FSET_PIXEL((DST), x, y, (CONVERT_TO_OUT(val)));\
      }\
    }\
  ct1 = clock();\
} while (false)

Definition at line 38 of file vipl_filter_helper.h.

#define MASK_CONV_BOARDER	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  KernType val;\
  vcl_clock_t ct = clock(),ct1;\
  for (int y = (Y1); y < (Y2); ++y)\
    for (int x = (X1) ; x < (X2); ++x) {\
      val = 0.0;\
      int je = (KERN).y_end(); int ie = (KERN).x_end();\
      for (int j = (KERN).y_start(), jj=y+j; j < je; ++j) {\
        for (int i = (KERN).x_start(), ii=x+i; i < ie; ++i)\
        val += ((KERN) (i, j) * GET_PIXEL((SRC), ii++, jj));\
        ++jj;\
        SET_PIXEL((DST), x, y, (CONVERT_TO_OUT(val)));\
      }\
    }\
  ct1 = clock();\
} while (false)

Definition at line 55 of file vipl_filter_helper.h.

#define NORMAL_INTERMEDIATE

Definition at line 73 of file vipl_filter_helper.h.

#define NOT ( x ) (!x)

Definition at line 16 of file vipl_filter_helper.h.

#define NOT_READY ( x ) (!(x & Ready))

Definition at line 11 of file vipl_filter_helper.h.

#define READY ( x ) (x & Ready)

Definition at line 10 of file vipl_filter_helper.h.

#define UNCHANGED ( x ) (x & Unchanged)

Definition at line 12 of file vipl_filter_helper.h.

#define USER_OWNED ( x ) (!(x & Filter_Owned))

Definition at line 14 of file vipl_filter_helper.h.

#define VERTI_CONV	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  KernType val;\
  vcl_clock_t ct = clock();\
  for (int x = ((X1) ); x < ((X2) ); ++x) {\
    for (int y = ((Y1) ); y < ((Y2) ); ++y) {\
      val = 0;\
      for (int i = (KERN).kernel_start(0), j =y+i; i < (KERN).kernel_end(0); ++i)\
        val += ((KERN)(i) * FGET_PIXEL((SRC),x, j++));\
      FSET_PIXEL((DST),x, y, (CONVERT_TO_OUT(val)));\
    }\
  }\
  vcl_clock_t ct2= clock();\
} while (false)

Definition at line 106 of file vipl_filter_helper.h.

#define VERTI_CONV_BOARDER	(	X1,
		Y1,
		X2,
		Y2,
		DELTA_X,
		DELTA_Y,
		SRC,
		DST,
		KERN
	)

Value:

do {\
  KernType val;\
  vcl_clock_t ct = clock();\
  for (int x = ((X1) ); x < ((X2) ); ++x) {\
    for (int y = ((Y1) ); y < ((Y2) ); ++y) {\
      val = 0;\
      for (int i = (KERN).kernel_start(0), j =y+i; i < (KERN).kernel_end(0); ++i)\
        val += ((KERN)(i) * GET_PIXEL((SRC),x, j++));\
      SET_PIXEL((DST),x, y, (CONVERT_TO_OUT(val)));\
    }\
  }\
  vcl_clock_t ct2= clock();\
} while (false)

Definition at line 120 of file vipl_filter_helper.h.

Typedef Documentation

typedef unsigned int VIPL_FILTER_STATE

Definition at line 4 of file vipl_filter_helper.h.

Defines

Typedefs

Define Documentation

Typedef Documentation