| begin() | TSLCoordinateSystem | static |
| clearDatumTransform() | TSLCoordinateSystem | |
| clearLinearTransform() | TSLCoordinateSystem | |
| clone(int id) const | TSLCoordinateSystem | |
| create(int id, const char *name, double semiMajorRadius, double eccentricity) | TSLCoordinateSystem | static |
| createByDatumID(int id, const char *name, int datumID) | TSLCoordinateSystem | static |
| createByDatumName(int id, const char *name, const char *datumName) | TSLCoordinateSystem | static |
| createFromWellKnownText(const char *wkt) | TSLCoordinateSystem | static |
| datumID() const | TSLCoordinateSystem | |
| datumName() const | TSLCoordinateSystem | |
| destroy() | TSLCoordinateSystem | |
| eccentricity(double inverseFlattening) | TSLCoordinateSystem | static |
| ellipsoidEccentricity() const | TSLCoordinateSystem | |
| ellipsoidMajorRadius() const | TSLCoordinateSystem | |
| ellipsoidMinorRadius() const | TSLCoordinateSystem | |
| ellipsoidName() const | TSLCoordinateSystem | |
| end() | TSLCoordinateSystem | static |
| epsgID() const | TSLCoordinateSystem | |
| erase() | TSLCoordinateSystem | |
| findByEPSG(int id) | TSLCoordinateSystem | static |
| findByEPSG(int id, const TSLCoordinateSystem **coordinateSystems, int sizeOfCoordinateSystemArray) | TSLCoordinateSystem | static |
| findByID(int id) | TSLCoordinateSystem | static |
| findByName(const char *name) | TSLCoordinateSystem | static |
| getAllLinearParameters() const | TSLCoordinateSystem | |
| getDatumSource(TSLSimpleString &source) const | TSLCoordinateSystem | |
| getEllipsoidSource(TSLSimpleString &source) const | TSLCoordinateSystem | |
| getLinearPostTranslation(double *dx, double *dy) const | TSLCoordinateSystem | |
| getLinearPostTranslationParameters() const | TSLCoordinateSystem | |
| getLinearPreTranslation(double *dx, double *dy) const | TSLCoordinateSystem | |
| getLinearPreTranslationParameters() const | TSLCoordinateSystem | |
| getLinearRotation() const | TSLCoordinateSystem | |
| getLinearRotationParameters() const | TSLCoordinateSystem | |
| getLinearScaleParameters() const | TSLCoordinateSystem | |
| getLinearScaling(double *scaleX, double *scaleY) const | TSLCoordinateSystem | |
| getMapOffsets(double *xOffset, double *yOffset) const | TSLCoordinateSystem | |
| getMapProjectionParameters() const | TSLCoordinateSystem | |
| getProjectionFalseEasting() const | TSLCoordinateSystem | |
| getProjectionFalseNorthing() const | TSLCoordinateSystem | |
| getProjectionOrigin(double &latitude, double &longitude) const | TSLCoordinateSystem | |
| getProjectionSource(TSLSimpleString &source) const | TSLCoordinateSystem | |
| getReferenceDatumSource(TSLSimpleString &source) const | TSLCoordinateSystem | |
| getSource(TSLSimpleString &source) const | TSLCoordinateSystem | |
| getTMCperMU() const | TSLCoordinateSystem | |
| id() const | TSLCoordinateSystem | |
| inverseFlattening(double eccentricity) | TSLCoordinateSystem | static |
| isLatLon() const | TSLCoordinateSystem | |
| isPolar() const | TSLCoordinateSystem | |
| latLongToMU(double latitude, double longitude, double *xMU, double *yMU, bool wrtReference=false) const | TSLCoordinateSystem | |
| latLongToMU(int N, double *const latitudes, double *const longitudes, double *xMUs, double *yMUs, bool wrtReference=false) const | TSLCoordinateSystem | |
| latLongToTMC(double latitude, double longitude, TSLTMC *xTMC, TSLTMC *yTMC, bool wrtReference=false) const | TSLCoordinateSystem | |
| latLongToTMC(int N, double *const latitudes, double *const longitudes, TSLTMC *xTMCs, TSLTMC *yTMCs, bool wrtReference=false) const | TSLCoordinateSystem | |
| loadCoordinateSystems(const char *csysFile=0) | TSLCoordinateSystem | static |
| MUToLatLong(double xMU, double yMU, double *latitude, double *longitude, bool wrtReference=false, bool boundCheck=true) const | TSLCoordinateSystem | |
| MUToLatLong(int N, double *const xMUs, double *const yMUs, double *latitudes, double *longitudes, bool wrtReference=false, bool boundCheck=true) const | TSLCoordinateSystem | |
| MUToTMC(double xMU, double yMU, TSLTMC *xTMC, TSLTMC *yTMC) const | TSLCoordinateSystem | |
| MUToTMC(int N, double *const xMUs, double *const yMUs, TSLTMC *xTMCs, TSLTMC *yTMCs) const | TSLCoordinateSystem | |
| name() const | TSLCoordinateSystem | |
| numberOfCoordinateSystems() | TSLCoordinateSystem | static |
| operator==(const TSLCoordinateSystem &otherCS) const | TSLCoordinateSystem | |
| projectionCentralLatitude() const | TSLCoordinateSystem | |
| projectionCentralMeridian() const | TSLCoordinateSystem | |
| projectionClassName() const | TSLCoordinateSystem | |
| projectionName() const | TSLCoordinateSystem | |
| referenceDatumID() const | TSLCoordinateSystem | |
| referenceDatumName() const | TSLCoordinateSystem | |
| save(bool overwrite=false) | TSLCoordinateSystem | |
| saveCoordinateSystems(const char *csysFile) | TSLCoordinateSystem | static |
| setDatumTransformCoordinateFrameRotation(double dX, double dY, double dZ, double rX, double rY, double rZ, double scaleFactor) | TSLCoordinateSystem | |
| setDatumTransformGeocentricTranslation(double dX, double dY, double dZ) | TSLCoordinateSystem | |
| setDatumTransformGeodeticOffset(double latitudeOffset, double longitudeOffset) | TSLCoordinateSystem | |
| setDatumTransformPositionVector(double dX, double dY, double dZ, double rX, double rY, double rZ, double scaleFactor) | TSLCoordinateSystem | |
| setLinearClientTransform(TSLClientLinearTransform *client) | TSLCoordinateSystem | |
| setLinearPostTranslationTransform(double dx, double dy) | TSLCoordinateSystem | |
| setLinearPreTranslationTransform(double dx, double dy) | TSLCoordinateSystem | |
| setLinearRotationTransform(double rotation) | TSLCoordinateSystem | |
| setLinearScalingTransform(double scaleX, double scaleY) | TSLCoordinateSystem | |
| setMapOffsets(double xOffset, double yOffset) | TSLCoordinateSystem | |
| setProjectionAlbersEqualAreaConic(double phiS1, double phiS2, double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionAzimuthalEquidistant(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionBonne(double phiS, double longitude) | TSLCoordinateSystem | |
| setProjectionCassini(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionCylindricalEqualArea(double phiS, double longitude) | TSLCoordinateSystem | |
| setProjectionDynamicARC(double longitude) | TSLCoordinateSystem | |
| setProjectionEckertIV(double longitude) | TSLCoordinateSystem | |
| setProjectionEckertVI(double longitude) | TSLCoordinateSystem | |
| setProjectionEquidistantConic(double phiS1, double phiS2, double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionEquidistantCylindrical(double phiS, double longitude) | TSLCoordinateSystem | |
| setProjectionFalseEasting(double falseEasting) | TSLCoordinateSystem | |
| setProjectionFalseNorthing(double falseNorthing) | TSLCoordinateSystem | |
| setProjectionGnomonic(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionLambertAzimuthalEqualArea(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionLambertConformalConic(double phiS1, double phiS2, double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionMercator(double longitude, double phiS=0.0) | TSLCoordinateSystem | |
| setProjectionMiller(double longitude) | TSLCoordinateSystem | |
| setProjectionMollweide(double longitude) | TSLCoordinateSystem | |
| setProjectionObliqueCylindricalEqualArea_CentralLine(double latitudePt1, double longitudePt1, double latitudePt2, double longitudePt2, double scale) | TSLCoordinateSystem | |
| setProjectionObliqueCylindricalEqualArea_CentralPoint(double latitude, double longitude, double azimuth, double scale) | TSLCoordinateSystem | |
| setProjectionObliqueMercator_CentralLine(double latitudePt1, double longitudePt1, double latitudePt2, double longitudePt2, double latitude, double scale) | TSLCoordinateSystem | |
| setProjectionObliqueMercator_CentralPoint(double latitude, double longitude, double azimuth, double scale, double rectifiedToSkewAngle) | TSLCoordinateSystem | |
| setProjectionObliqueMercator_Hotine(double latitude, double longitude, double azimuth, double scale, double rectifiedToSkewAngle) | TSLCoordinateSystem | |
| setProjectionOrigin(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionOrthographic(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionPolyconic(double latitude, double longitude) | TSLCoordinateSystem | |
| setProjectionSinusoidal(double longitude) | TSLCoordinateSystem | |
| setProjectionStereographic(double latitude, double longitude, double scale=1.0) | TSLCoordinateSystem | |
| setProjectionTransverseCylindricalEqualArea(double latitude, double longitude, double scale) | TSLCoordinateSystem | |
| setProjectionTransverseMercator(double latitude, double longitude, double scale, TSLTransverseMercatorFormula formula) | TSLCoordinateSystem | |
| setProjectionVanDerGrintenI(double longitude) | TSLCoordinateSystem | |
| setReferenceDatumByID(int referenceDatumID) | TSLCoordinateSystem | |
| setReferenceDatumByName(const char *referenceDatumName) | TSLCoordinateSystem | |
| setTMCperMU(double TMCperMU) | TSLCoordinateSystem | |
| TMCToLatLong(TSLTMC xTMC, TSLTMC yTMC, double *latitude, double *longitude, bool wrtReference=false, bool boundCheck=true) const | TSLCoordinateSystem | |
| TMCToLatLong(int N, TSLTMC *const xTMCs, TSLTMC *const yTMCs, double *latitudes, double *longitudes, bool wrtReference=false, bool boundCheck=true) const | TSLCoordinateSystem | |
| TMCToMU(TSLTMC xTMC, TSLTMC yTMC, double *xMU, double *yMU) const | TSLCoordinateSystem | |
| TMCToMU(int N, TSLTMC *const xTMCs, TSLTMC *const yTMCs, double *xMUs, double *yMUs) const | TSLCoordinateSystem | |
| toWellKnownText() const | TSLCoordinateSystem | |
| TSLTransverseMercatorFormula enum name | TSLCoordinateSystem | |
| TSLTransverseMercatorFormulaJHS enum value | TSLCoordinateSystem | |
| TSLTransverseMercatorFormulaUSGS enum value | TSLCoordinateSystem | |
