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distance_ssdistance_ssDistanceSsdistance_ssDistanceSsDistanceSs (Operator)

Name

distance_ssdistance_ssDistanceSsdistance_ssDistanceSsDistanceSs — Berechnen der Abstände zwischen zwei Strecken.

Signatur

distance_ss( : : RowA1, ColumnA1, RowA2, ColumnA2, RowB1, ColumnB1, RowB2, ColumnB2 : DistanceMin, DistanceMax)

Herror distance_ss(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2, double* DistanceMin, double* DistanceMax)

Herror T_distance_ss(const Htuple RowA1, const Htuple ColumnA1, const Htuple RowA2, const Htuple ColumnA2, const Htuple RowB1, const Htuple ColumnB1, const Htuple RowB2, const Htuple ColumnB2, Htuple* DistanceMin, Htuple* DistanceMax)

Herror distance_ss(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, double* DistanceMin, double* DistanceMax)

Herror distance_ss(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* DistanceMin, HTuple* DistanceMax)

void DistanceSs(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* DistanceMin, HTuple* DistanceMax)

static void HMisc::DistanceSs(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* DistanceMin, HTuple* DistanceMax)

static void HMisc::DistanceSs(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2, double* DistanceMin, double* DistanceMax)

void HOperatorSetX.DistanceSs(
[in] VARIANT RowA1, [in] VARIANT ColumnA1, [in] VARIANT RowA2, [in] VARIANT ColumnA2, [in] VARIANT RowB1, [in] VARIANT ColumnB1, [in] VARIANT RowB2, [in] VARIANT ColumnB2, [out] VARIANT* DistanceMin, [out] VARIANT* DistanceMax)

VARIANT HMiscX.DistanceSs(
[in] VARIANT RowA1, [in] VARIANT ColumnA1, [in] VARIANT RowA2, [in] VARIANT ColumnA2, [in] VARIANT RowB1, [in] VARIANT ColumnB1, [in] VARIANT RowB2, [in] VARIANT ColumnB2, [out] VARIANT* DistanceMax)

static void HOperatorSet.DistanceSs(HTuple rowA1, HTuple columnA1, HTuple rowA2, HTuple columnA2, HTuple rowB1, HTuple columnB1, HTuple rowB2, HTuple columnB2, out HTuple distanceMin, out HTuple distanceMax)

static void HMisc.DistanceSs(HTuple rowA1, HTuple columnA1, HTuple rowA2, HTuple columnA2, HTuple rowB1, HTuple columnB1, HTuple rowB2, HTuple columnB2, out HTuple distanceMin, out HTuple distanceMax)

static void HMisc.DistanceSs(double rowA1, double columnA1, double rowA2, double columnA2, double rowB1, double columnB1, double rowB2, double columnB2, out double distanceMin, out double distanceMax)

Beschreibung

distance_ssdistance_ssDistanceSsdistance_ssDistanceSsDistanceSs berechnet den minimalen und den maximalen Abstand zwischen zwei Strecken. Als Eingabe werden die Koordinaten des Start- und Endpunktes der ersten Strecke (RowA1RowA1RowA1RowA1RowA1rowA1,ColumnA1ColumnA1ColumnA1ColumnA1ColumnA1columnA1, RowA2RowA2RowA2RowA2RowA2rowA2,ColumnA2ColumnA2ColumnA2ColumnA2ColumnA2columnA2) und der zweiten Strecke (RowB1RowB1RowB1RowB1RowB1rowB1,ColumnB1ColumnB1ColumnB1ColumnB1ColumnB1columnB1,RowB2RowB2RowB2RowB2RowB2rowB2,ColumnB2ColumnB2ColumnB2ColumnB2ColumnB2columnB2) erwartet. Das Ergebnis, d.h. minimaler und maximaler Abstand, wird dann im Parameter DistanceMinDistanceMinDistanceMinDistanceMinDistanceMindistanceMin und DistanceMaxDistanceMaxDistanceMaxDistanceMaxDistanceMaxdistanceMax übergeben. Falls sich die beiden Strecken schneiden, dann ist DistanceMinDistanceMinDistanceMinDistanceMinDistanceMindistanceMin gleich Null.

Parallelisierung

Parameter

RowA1RowA1RowA1RowA1RowA1rowA1 (input_control)  point.y(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Zeilenkoordinate des ersten Punktes der ersten Strecke.

ColumnA1ColumnA1ColumnA1ColumnA1ColumnA1columnA1 (input_control)  point.x(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Spaltenkoordinate des ersten Punktes der ersten Strecke.

RowA2RowA2RowA2RowA2RowA2rowA2 (input_control)  point.y(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Zeilenkoordinate des zweiten Punktes der ersten Strecke.

ColumnA2ColumnA2ColumnA2ColumnA2ColumnA2columnA2 (input_control)  point.x(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Spaltenkoordinate des zweiten Punktes der ersten Strecke.

RowB1RowB1RowB1RowB1RowB1rowB1 (input_control)  point.y(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Zeilenkoordinate des ersten Punktes der zweiten Strecke.

ColumnB1ColumnB1ColumnB1ColumnB1ColumnB1columnB1 (input_control)  point.x(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Spaltenkoordinate des ersten Punktes der zweiten Strecke.

RowB2RowB2RowB2RowB2RowB2rowB2 (input_control)  point.y(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Zeilenkoordinate des zweiten Punktes der zweiten Strecke.

ColumnB2ColumnB2ColumnB2ColumnB2ColumnB2columnB2 (input_control)  point.x(-array) → HTupleHTupleHTupleVARIANTHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong) (double / Hlong) (double / Hlong)

Spaltenkoordinate des zweiten Punktes der zweiten Strecke.

DistanceMinDistanceMinDistanceMinDistanceMinDistanceMindistanceMin (output_control)  real(-array) → HTupleHTupleHTupleVARIANTHtuple (real) (double) (double) (double) (double) (double)

Minimaler Abstand zwischen den Strecken.

DistanceMaxDistanceMaxDistanceMaxDistanceMaxDistanceMaxdistanceMax (output_control)  real(-array) → HTupleHTupleHTupleVARIANTHtuple (real) (double) (double) (double) (double) (double)

Maximaler Abstand zwischen den Strecken.

Beispiel (HDevelop)

dev_open_window (0, 0, 512, 512, 'black', WindowHandle)
Row1 := 300
Column1 := 200
Row2 := 100
Column2 := 300
gen_contour_polygon_xld (Line1, [Row1,Row2], [Column1,Column2])
Column := 100
Offset := 30
for Row := 40 to 100 by 20
  gen_contour_polygon_xld (Line2, [Row, Row+Offset], \
                           [Column, Column+Offset])
  distance_ss (Row, Column, Row+Offset, Column+Offset, Row1, Column1, \
               Row2, Column2, DistanceMin, DistanceMax)
  Offset := Offset+50
endfor

Beispiel (C)

create_tuple(&RowA1, 1);
set_i(RowA1, 8, 0);
create_tuple(&ColumnA1, 1);
set_i(ColumnA1, 7, 0);
create_tuple(&RowA2, 1);
set_i(RowA2, 15, 0);
create_tuple(&ColumnA2, 1);
set_i(ColumnA2, 11, 0);
create_tuple(&RowB1, 1);
set_i(RowB1, 2, 0);
create_tuple(&ColumnB1, 1);
set_i(ColumnB1, 4, 0);
create_tuple(&RowB2, 1);
set_i(RowB2, 6, 0);
create_tuple(&ColumnB2, 1);
set_i(ColumnB2, 10, 0);
T_distance_ss(RowA1,ColumnA1,RowA2,ColumnA2,RowB1,ColumnB1,RowB2,ColumnB2,
              &distance_min,&distance_max);
aa_min = get_d(distance_min,0);
aa_max = get_d(distance_max,0);

Beispiel (HDevelop)

dev_open_window (0, 0, 512, 512, 'black', WindowHandle)
Row1 := 300
Column1 := 200
Row2 := 100
Column2 := 300
gen_contour_polygon_xld (Line1, [Row1,Row2], [Column1,Column2])
Column := 100
Offset := 30
for Row := 40 to 100 by 20
  gen_contour_polygon_xld (Line2, [Row, Row+Offset], \
                           [Column, Column+Offset])
  distance_ss (Row, Column, Row+Offset, Column+Offset, Row1, Column1, \
               Row2, Column2, DistanceMin, DistanceMax)
  Offset := Offset+50
endfor

Beispiel (HDevelop)

dev_open_window (0, 0, 512, 512, 'black', WindowHandle)
Row1 := 300
Column1 := 200
Row2 := 100
Column2 := 300
gen_contour_polygon_xld (Line1, [Row1,Row2], [Column1,Column2])
Column := 100
Offset := 30
for Row := 40 to 100 by 20
  gen_contour_polygon_xld (Line2, [Row, Row+Offset], \
                           [Column, Column+Offset])
  distance_ss (Row, Column, Row+Offset, Column+Offset, Row1, Column1, \
               Row2, Column2, DistanceMin, DistanceMax)
  Offset := Offset+50
endfor

Beispiel (HDevelop)

dev_open_window (0, 0, 512, 512, 'black', WindowHandle)
Row1 := 300
Column1 := 200
Row2 := 100
Column2 := 300
gen_contour_polygon_xld (Line1, [Row1,Row2], [Column1,Column2])
Column := 100
Offset := 30
for Row := 40 to 100 by 20
  gen_contour_polygon_xld (Line2, [Row, Row+Offset], \
                           [Column, Column+Offset])
  distance_ss (Row, Column, Row+Offset, Column+Offset, Row1, Column1, \
               Row2, Column2, DistanceMin, DistanceMax)
  Offset := Offset+50
endfor

Beispiel (HDevelop)

dev_open_window (0, 0, 512, 512, 'black', WindowHandle)
Row1 := 300
Column1 := 200
Row2 := 100
Column2 := 300
gen_contour_polygon_xld (Line1, [Row1,Row2], [Column1,Column2])
Column := 100
Offset := 30
for Row := 40 to 100 by 20
  gen_contour_polygon_xld (Line2, [Row, Row+Offset], \
                           [Column, Column+Offset])
  distance_ss (Row, Column, Row+Offset, Column+Offset, Row1, Column1, \
               Row2, Column2, DistanceMin, DistanceMax)
  Offset := Offset+50
endfor

Ergebnis

distance_ssdistance_ssDistanceSsdistance_ssDistanceSsDistanceSs liefert den Wert 2 (H_MSG_TRUE).

Alternativen

distance_ppdistance_ppDistancePpdistance_ppDistancePpDistancePp

Siehe auch

distance_pldistance_plDistancePldistance_plDistancePlDistancePl, distance_psdistance_psDistancePsdistance_psDistancePsDistancePs

Modul

Foundation

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