IStripAdjust Class Reference

Improves the geo-referencing of ALS data and aerial images in a rigorous way combining strip adjustment and aerial triangulation. More...

#include "IStripAdjust.hpp"

Inheritance diagram for IStripAdjust:

Static Public Member Functions
static IStripAdjust *	New ()
static IStripAdjust *	New (IControlObject &controlObject)
static IStripAdjust *	New (const IModuleBase &parent)
static IStripAdjust *	New (const IModuleBase &parent, IControlObject &controlObject)

Access to module-specific options.
typedef opts::StripAdjust::Options	Options
virtual Options &	opts ()=0
virtual const Options &	opts () const =0

Additional Inherited Members
Public Member Functions inherited from IModuleBase
virtual	~IModuleBase ()
	Make sure to delete instances after use with Delete()
virtual void	Delete ()=0
	Destroy modules allocated on the heap.
virtual ParamList	run (bool reset=false)=0
virtual void	reset ()=0
	Resets the module to the state after construction.
virtual opts::glob::Options &	globals ()=0
virtual const opts::glob::Options &	globals () const =0
virtual opts::comm::Options &	commons ()=0
virtual const opts::comm::Options &	commons () const =0
virtual opts::IBase &	optsBase ()=0
virtual const opts::IBase &	optsBase () const =0
virtual opals::String	name () const =0
	}@
virtual opals::String	version () const =0
	Returns the module version.
virtual opals::String	special_build () const =0
	Returns the special build version.
virtual opals::String	compilation_date_time () const =0
	Returns a string representing the compilation date and time.
virtual void	mapParams (const ParamList &paramList)=0
	Sets module parameters from paramList according to parameter "paramMapping".
virtual void	set_controlObject (IControlObject &obj)=0
	Sets control object for retrieving status information during processing.
virtual void	unset_controlObject ()=0
	remove control object from the message queue

Detailed Description

Improves the geo-referencing of ALS data and aerial images in a rigorous way combining strip adjustment and aerial triangulation.

This module performs a rigorous strip adjustment of ALS strips. The ALS multisensor system is recalibrated by estimating correction parameters for the original observations. Similar to the ICP algorithm, point-to-plane distances between corresponding points are iteratively minimized.

See Also

Module StripAdjust