IImportWithTRJ Class Reference

Inheritance diagram for IImportWithTRJ:

Public Types
enum	StorageOption {   eBeamVector = 1, eBeamVectorSCS = 2, eRange = 4, eScanAngle = 8,   ePanAngle = 16, eDefault = eBeamVector }

Public Member Functions
virtual void	setPointsImport (ImportHandle importPts)=0
	explicitly set the points import object (useful for multiple imports with the same trajectory file)
Public Member Functions inherited from IImport
virtual unsigned	serialize (char *representation=0) const =0
virtual void	setControlObject (ControlObjectHandle control)=0
virtual ControlObjectHandle	getControlObject () const =0
virtual FileHeaderHandle	getHeader () const =0
virtual void	setFilter (FilterHandle filter)=0
virtual FilterHandle	getFilter () const =0
virtual void	setPolygonMerging (PolygonMerging mode)=0
virtual PolygonMerging	getPolygonMerging () const =0
virtual const char *	getFilename () const =0
	Returns the filename.
virtual DataFormat	getFileFormat () const =0
	Returns the file format.
virtual void	logTo (LogFn logFn)=0
	Set logging call back function.
virtual bool	readHeaderSeparately ()=0
	read the header in advance
virtual ImportError	readNext (GeometryHandle &obj)=0
	read next object from import object
virtual InvalidObjectStatistic	getInvalidGeometries () const =0
	get a statistic of invalid geometries (after import)
Public Member Functions inherited from ObjectBase
virtual void	Delete ()

Static Public Member Functions
static IImportWithTRJ *	New (ImportHandle importPts, ImportHandle importTrj, int storageOptions=eDefault, OGRSpatialReference *refsys=0, double *mntRot=(double *) 0, double *mntShift=(double *) 0, double timeOffest=0., FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool b_collectHdrContents=false, unsigned maxBulkPoints=1000)
static AddInfoLayoutHandle	createLayout (int beamInfoOptions)
Static Public Member Functions inherited from IImport
static IImport *	New (const char *file, DataFormat format, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000, AddInfoLayoutHandle defaultLayout=AddInfoLayoutHandle())
	creates new import object More...
static IImport *	New (void *instance, const char *file, DataFormat format, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000, AddInfoLayoutHandle defaultLayout=AddInfoLayoutHandle())
	creates new import object More...
static IImport *	NewODM (Handle< IDatamanager > manager, bool restoreOrder, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000)
	deprecated odm import creation functions (use IImportODM::New instead)
static IImport *	NewODM (IDatamanager &manager, bool restoreOrder, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000)
	deprecated odm import creation functions (use IImportODM::New instead)
static IImport *	NewGDAL (const char *file, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000, unsigned bandNumber=1, const char *driver=0)
static IImport *	NewWinput (const char *file, bool binary, ColumnSemantic structIdAddInfoCol=ColumnSemantic::null, ColumnSemantic wnpCodeAddInfoCol=ColumnSemantic::null, FilterHandle filter=FilterHandle(), ControlObjectHandle control=ControlObjectHandle(), bool collectHdrContents=false, unsigned maxBulkPoints=1000, AddInfoLayoutHandle layout=AddInfoLayoutHandle())
static IImport *	unserialize (const char *representation, unsigned repSize)
	Restore an import object from its string representation. Since the representation may contain null bytes, its size must also be specified.

Member Enumeration Documentation

StorageOption

enum StorageOption

Enumerator
eBeamVector	store beam vector in world coordinate system (default option)
eBeamVectorSCS	store beam vector in scanner's coordinate system
eRange	store range
eScanAngle	store scan angle as defined by LAS standard
ePanAngle	store the pan angle (Rotation of scanner head around primary axis of scanner. In case of a 1-D scanner, this is the varying angle around the only axis of the scanner)