#include <TiledGeom.h>

Inheritance diagram for vtTiledGeom:

Public Member Functions
bool	ReadTileList (const char dataset_fname_elev, const char dataset_fname_image, bool bThreading, bool bGradual)

void	SetVerticalExag (float fExag)

float	GetVerticalExag () const

void	SetVertexTarget (int iVertices)

int	GetVertexTarget ()

FPoint2	GetWorldSpacingAtPoint (const DPoint2 &p)

void	SetTexLODFactor (float factor)

void	DoRender ()

void	DoCalcBoundBox (FBox3 &box)

void	DoCull (const vtCamera *pCam)

bool	FindAltitudeOnEarth (const DPoint2 &p, float &fAltitude, bool bTrue=false) const

bool	FindAltitudeAtPoint (const FPoint3 &p3, float &fAltitude, bool bTrue=false, int iCultureFlags=0, FPoint3 *vNormal=NULL) const

bool	CastRayToSurface (const FPoint3 &point, const FPoint3 &dir, FPoint3 &result) const
	Find the intersection point of a ray with the heightfield.

databuf	FetchTile (const char *fname)

class miniload *	GetMiniLoad ()

class minitile *	GetMiniTile ()

class datacloud *	GetDataCloud ()

void	SetPagingRange (float val)

float	GetPagingRange ()

bool	CheckMapFile (const char *mapfile, bool bIsTexture)

void	SetProgressCallback (ProgFuncPtrType progress_callback)

void	SetBaseURL (const char *url)

Public Member Functions inherited from vtDynGeom
int	IsVisible (const FSphere &sphere) const

int	IsVisible (const FPoint3 &point0, const FPoint3 &point1, const FPoint3 &point2, const float fTolerance=0.0f) const

int	IsVisible (const FPoint3 &point, float radius)

bool	IsVisible (const FPoint3 &point) const

void	ApplyMaterial (vtMaterial *mat)

Public Member Functions inherited from vtGeode
vtGeode *	CloneGeode ()

void	CloneFromGeode (const vtGeode *rhs)

void	AddMesh (vtMesh *pMesh, int iMatIdx)

void	RemoveMesh (vtMesh *pMesh)

void	AddTextMesh (vtTextMesh *pMesh, int iMatIdx)

uint	GetNumMeshes () const

vtMesh *	GetMesh (int i) const

vtTextMesh *	GetTextMesh (int i) const

virtual void	SetMaterials (const class vtMaterialArray *mats)

const vtMaterialArray *	GetMaterials () const

vtMaterial *	GetMaterial (int idx)

void	SetMeshMatIndex (vtMesh *pMesh, int iMatIdx)

Public Member Functions inherited from NodeExtension
void	SetEnabled (bool bOn)

bool	GetEnabled () const

void	SetCastShadow (bool b)
	Set this node to cast a shadow, if it is under a vtShadow node. Default is false.

bool	GetCastShadow ()
	Get whether this node casts a shadow.

void	GetBoundSphere (FSphere &sphere, bool bGlobal=false)
	Get the Bounding Sphere of the node.

void	SetOsgNode (osg::Node *n)

Public Member Functions inherited from vtHeightField3d
void	Initialize (const LinearUnits units, const DRECT &earthextents, float fMinHeight, float fMaxHeight)

virtual void	SetEarthExtents (const DRECT &ext)

int	PointIsAboveTerrain (const FPoint3 &p) const

bool	ConvertEarthToSurfacePoint (const DPoint2 &epos, FPoint3 &p3, int iCultureFlags=0, bool bTrue=false)

bool	ContainsWorldPoint (float x, float z)

void	GetCenter (FPoint3 &center)

void	SetCulture (CultureExtension *ext)

Public Member Functions inherited from vtHeightField
void	Initialize (const DRECT &extents, float fMinHeight, float fMaxHeight)

bool	ContainsEarthPoint (const DPoint2 &p, bool bInclusive=false) const

DRECT &	GetEarthExtents ()

const DRECT &	GetEarthExtents () const

void	GetHeightExtents (float &fMinHeight, float &fMaxHeight) const

Public Attributes
vtProjection	m_proj

float	m_fResolution

float	m_fHResolution

float	m_fLResolution

int	m_iVertexTarget

int	m_iVertexCount

int	m_iFrame

int	m_iTileLoads

int	image_lod0size

int	cols

int	rows

float	coldim

float	rowdim

FPoint3	center

ucharptr *	hfields

ucharptr *	textures

float	prange

float	prange_min

float	prange_max

vtString	m_folder_elev

vtString	m_folder_image

TiledDatasetDescription	m_elev_info

TiledDatasetDescription	m_image_info

ProgFuncPtrType	m_progress_callback

vtString	m_strBaseURL

ReqContext *	m_pReqContext

Public Attributes inherited from vtDynGeom
FPlane	m_cullPlanes [6]

Public Attributes inherited from vtGeode
osg::ref_ptr< const vtMaterialArray >	m_pMaterialArray

Public Attributes inherited from NodeExtension
osg::Node *	m_pNode

bool	m_bCastShadow

Public Attributes inherited from vtHeightField3d
FRECT	m_WorldExtents

vtLocalConversion	m_Conversion

Protected Member Functions
void	SetupMiniLoad (bool bThreading, bool bGradual)

Protected Member Functions inherited from vtHeightField3d
void	UpdateWorldExtents ()

Protected Attributes
vtMaterial *	m_pPlainMaterial

IPoint2	m_window_size

FPoint3	m_eyepos_ogl

float	m_fFOVY

float	m_fAspect

float	m_fNear

float	m_fFar

FPoint3	eye_up

FPoint3	eye_forward

bool	m_bNeedResolutionAdjust

float	m_fMaximumScale

float	m_fHeightScale

float	m_fDrawScale

class miniload *	m_pMiniLoad

class minitile *	m_pMiniTile

class minicache *	m_pMiniCache

class datacloud *	m_pDataCloud

Protected Attributes inherited from vtDynGeom
OsgDynMesh *	m_pDynMesh

Protected Attributes inherited from vtHeightField3d
float	m_fDiagonalLength

CultureExtension *	m_pCulture

Protected Attributes inherited from vtHeightField
float	m_fMinHeight

float	m_fMaxHeight

DRECT	m_EarthExtents

Detailed Description

This class represents a tiled textured terrain heightfield, which is drawn using the tiled paging capabilities of Roettger's libMini. It is rendered directly using OpenGL, instead of going through OSG.

Member Function Documentation

bool vtTiledGeom::FindAltitudeAtPoint	(	const FPoint3 &	p3,
		float &	fAltitude,
		bool	bTrue = `false`,
		int	iCultureFlags = `0`,
		FPoint3 *	vNormal = `NULL`
	)		const

virtual

Given a point in world coordinates, determine the elevation at that point.

Parameters

p3	The point to test. Only the X and Z values are used.
fAltitude	The resulting elevation at that point, by reference.
bTrue	True to test true elevation. False to test the displayed elevation (possibly exaggerated.)
iCultureFlags	Pass 0 to test only the heightfield itself, non-zero to test any culture objects which may be sitting on the heightfield. Values include: CE_STRUCTURES Test structures on the ground. CE_ROADS Test roads on the ground. CE_ALL Test everything on the ground.
vNormal	If you supply a pointer to a vector, it will be set to the upward-pointing surface normal at the ground point.

Returns: true if successful, false if there was nothing found at that point.

Implements vtHeightField3d.

The documentation for this class was generated from the following files:

D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtlib/core/TiledGeom.h
D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtlib/core/TiledGeom.cpp

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Detailed Description

Member Function Documentation