1 #ifndef horizon3dextender_h 2 #define horizon3dextender_h 16 #include "mpeenginemod.h" 20 namespace EM {
class Horizon3D; }
37 int maxNrPosInExtArea()
const;
38 void preallocExtArea();
46 virtual float getDepth(
const TrcKey& src,
47 const TrcKey& target)
const;
od_int16 SectionID
Definition: emposid.h:25
#define mExpClass(module)
Definition: commondefs.h:160
Definition: trckeyvalue.h:27
SequentialTask to extend the section of an EM object with ID EM::SectionID.
Definition: sectionextender.h:39
MPE stands for Model, Predict, Edit. Contains tracking and editing functions.
Definition: autotracker.h:32
TrcKeyValue direction_
Definition: horizon3dextender.h:49
Sub class of SectionExtender. Use Horizon3DExtender instead.
Definition: horizon3dextender.h:29
Hor+Vert sampling in 3D surveys.
Definition: trckeyzsampling.h:35
const TrcKeyValue * getDirection() const
Definition: horizon3dextender.h:33
Used to extend EM::Horizon3D.
Definition: horizon3dextender.h:58
static uiHor3DInterpol * create(uiParent *)
Base class for all EarthModel objects.
Definition: emobject.h:158
Earth Model objects like horizons, faults, fault-sticks and bodies.
Definition: embody.h:25
Represents a unique trace position in one of the surveys that OpendTect is managing.
Definition: trckey.h:28
3D Horizon. A Horizon is made up of one or more grids (so they can overlap at faults). The grids are defined by knot-points in a matrix and fillstyle in between the knots.
Definition: emhorizon3d.h:96
EM::Horizon3D & horizon_
Definition: horizon3dextender.h:50