convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher (Operator)
Name
convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher
Signatur
Herror convert_point_3d_cart_to_spher (double X Y Z EquatPlaneNormal ZeroMeridian Longitude Latitude Radius
Herror T_convert_point_3d_cart_to_spher (const Htuple X Y Z EquatPlaneNormal ZeroMeridian Longitude Latitude Radius
void ConvertPoint3dCartToSpher (const HTuple& X Y Z EquatPlaneNormal ZeroMeridian Longitude Latitude Radius
static HTuple HMisc ::ConvertPoint3dCartToSpher (const HTuple& X Y Z EquatPlaneNormal ZeroMeridian Latitude Radius
static double HMisc ::ConvertPoint3dCartToSpher (double X Y Z EquatPlaneNormal ZeroMeridian Latitude Radius
static double HMisc ::ConvertPoint3dCartToSpher (double X Y Z EquatPlaneNormal ZeroMeridian Latitude Radius
static double HMisc ::ConvertPoint3dCartToSpher (double X Y Z EquatPlaneNormal ZeroMeridian Latitude Radius
(Nur Windows)
static void HOperatorSet .ConvertPoint3dCartToSpher (HTuple x HTuple y HTuple z HTuple equatPlaneNormal HTuple zeroMeridian HTuple longitude HTuple latitude HTuple radius
static HTuple HMisc .ConvertPoint3dCartToSpher (HTuple x HTuple y HTuple z equatPlaneNormal zeroMeridian HTuple latitude HTuple radius
static double HMisc .ConvertPoint3dCartToSpher (double x y z equatPlaneNormal zeroMeridian latitude radius
Beschreibung
Der Operator convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher X X X X x Y Y Y Y y Z Z Z Z z Longitude Longitude Longitude Longitude longitude Latitude Latitude Latitude Latitude latitude Radius Radius Radius Radius radius Longitude Longitude Longitude Longitude longitude
Latitude Latitude Latitude Latitude latitude
Die Lage des sphärischen Koordinatensystems bezüglich des
kartesischen Koordinatensystems kann mit den Parametern
EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian
EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal
'x' "x" "x" "x" "x"
Die Äquatorebene ist die yz-Ebene. Die positive x-Achse zeigt zum
Nordpol.
'-x' "-x" "-x" "-x" "-x"
Die Äquatorebene ist die yz-Ebene. Die positive x-Achse zeigt zum
Südpol.
'y' "y" "y" "y" "y"
Die Äquatorebene ist die xz-Ebene. Die positive y-Achse zeigt zum
Nordpol.
'-y' "-y" "-y" "-y" "-y"
Die Äquatorebene ist die xz-Ebene. Die positive y-Achse zeigt zum
Südpol.
'z' "z" "z" "z" "z"
Die Äquatorebene ist die xy-Ebene. Die positive z-Achse zeigt zum
Nordpol.
'-z' "-z" "-z" "-z" "-z"
Die Äquatorebene ist die xy-Ebene. Die positive z-Achse zeigt zum
Südpol.
Die Lage des Nullmeridians kann mit dem Parameter
ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian
'x' "x" "x" "x" "x"
Die positive x-Achse zeigt in Richtung des Nullmeridians.
'-x' "-x" "-x" "-x" "-x"
Die negative x-Achse zeigt in Richtung des Nullmeridians.
'y' "y" "y" "y" "y"
Die positive y-Achse zeigt in Richtung des Nullmeridians.
'-y' "-y" "-y" "-y" "-y"
Die negative y-Achse zeigt in Richtung des Nullmeridians.
'z' "z" "z" "z" "z"
Die positive z-Achse zeigt in Richtung des Nullmeridians.
'-z' "-z" "-z" "-z" "-z"
Die negative z-Achse zeigt in Richtung des Nullmeridians.
Es sind nur sinnvolle Kombinationen von EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal 'y' "y" "y" "y" "y" ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian '-y' "-y" "-y" "-y" "-y"
Beachte: Um eine konsistente Rückkonvertierung von sphärischen in
kartesische Koordinaten mit convert_point_3d_spher_to_cart convert_point_3d_spher_to_cart ConvertPoint3dSpherToCart ConvertPoint3dSpherToCart ConvertPoint3dSpherToCart EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher
Der Operator convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher create_shape_model_3d create_shape_model_3d CreateShapeModel3d CreateShapeModel3d CreateShapeModel3d
Ausführungsinformationen
Multithreading-Typ: reentrant (läuft parallel zu nicht-exklusiven Operatoren).
Multithreading-Bereich: global (kann von jedem Thread aufgerufen werden).
Wird ohne Parallelisierung verarbeitet.
Parameter
X X X X x real(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
X-Koordinate des 3D-Punktes.
Y Y Y Y y real(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
Y-Koordinate des 3D-Punktes.
Z Z Z Z z real(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
Z-Koordinate des 3D-Punktes.
EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal EquatPlaneNormal equatPlaneNormal string → HTuple HTuple Htuple (string) (string ) (HString ) (char* )
Normalenvektor der Äquatorebene (zeigt zum Nordpol).
Defaultwert:
'-y'
"-y"
"-y"
"-y"
"-y"
Werteliste: '-x' "-x" "-x" "-x" "-x" , '-y' "-y" "-y" "-y" "-y" , '-z' "-z" "-z" "-z" "-z" , 'x' "x" "x" "x" "x" , 'y' "y" "y" "y" "y" , 'z' "z" "z" "z" "z"
ZeroMeridian ZeroMeridian ZeroMeridian ZeroMeridian zeroMeridian string → HTuple HTuple Htuple (string) (string ) (HString ) (char* )
Koordinatenachse in der Äquatorebene, die zum
Nullmeridian zeigt.
Defaultwert:
'-z'
"-z"
"-z"
"-z"
"-z"
Werteliste: '-x' "-x" "-x" "-x" "-x" , '-y' "-y" "-y" "-y" "-y" , '-z' "-z" "-z" "-z" "-z" , 'x' "x" "x" "x" "x" , 'y' "y" "y" "y" "y" , 'z' "z" "z" "z" "z"
Longitude Longitude Longitude Longitude longitude angle.rad(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
Geographische Länge des 3D-Punktes.
Latitude Latitude Latitude Latitude latitude angle.rad(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
Geographische Breite des 3D-Punktes.
Radius Radius Radius Radius radius real(-array) → HTuple HTuple Htuple (real) (double ) (double ) (double )
Radius des 3D-Punktes.
Ergebnis
Sind die Parameterwerte korrekt, dann liefert
convert_point_3d_cart_to_spher convert_point_3d_cart_to_spher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher ConvertPoint3dCartToSpher
Nachfolger
create_shape_model_3d create_shape_model_3d CreateShapeModel3d CreateShapeModel3d CreateShapeModel3d find_shape_model_3d find_shape_model_3d FindShapeModel3d FindShapeModel3d FindShapeModel3d
Siehe auch
convert_point_3d_spher_to_cart convert_point_3d_spher_to_cart ConvertPoint3dSpherToCart ConvertPoint3dSpherToCart ConvertPoint3dSpherToCart
Modul
3D Metrology