PostViewData

Inherited from XViewData,

Inherited by NULL

Friend class NULL

Description

Members

• XRenderData m_SectionView
• XRenderData m_SectionFrameView
• ArrayGLObject m_VectorArray
• const float * m_pData
• int m_iCurStep
• int m_iCurSubstep
• int m_iRltType
• int m_iRltLoc
• int m_iRltComponent
• int m_iCurShellPos
• int m_iCurBeamPos
• int m_iCurCoordSys
• PitchAttribute m_PitchAttribute
• int m_iPitchIndex
• FArray m_PitchData[6]
• XResult * m_pDeformRlt
• float m_fAutoDeformScale
• bool m_bEnforceScale
• bool m_bShowOriginal
• bool bSectionDetail
• bool m_bSectionDeform
• bool bSectionPrepared
• bool m_bContour
• bool m_bMarkExtreme
• XArray<ResultAnimationFrame> m_pRltAniFrames
• vector<XArray<float>*> m_pGeomValueSet
• DataRange m_iDataRange
• AxisymmetricSetting m_ViewAxisymmetric
• XRenderData m_PickedElems
• XRenderData m_FragmentRD

Public interface

• PostViewData(XDocument * pDoc)
• ~PostViewData()
• void reset()
• void buildData()
• void updateData(ulong update_flag)
• void clear()
• void updateViewBox()
• XDocument * getDocument()
• void buildModelData()
• void buildResultData(TypeID rt,int comp)
• void releaseModelData()
• void buildDeformData()
• void buildContourData()
• void updateSectionEdge()
• void updateSectionData(bool bDetail = true)
• int getVertexBufferSize(TypeID bufType, bool bSecond = false)
• const XRenderData * getSectionViewData()
• const XRenderData * getSectionFrameViewData()
• const XRenderData * getFragmentViewData()
• void getVectorData(float ** vertex,int **index, int * v_cnt, int * index_cnt)
• void getSectionContourLineData(float**vertex,int**color,int * vertex_cnt)
• void prepareSectionContext()
• void allocSectionMem()
• void releaseSectionMem()
• void setComponent(int i)
• void setLocation(int i)
• void setCurrentStep(int step)
• void setCurrentSubstep(int sub)
• void setCurrentResultType(TypeID t)
• void setCurrentCoordSys(int t)
• int getCurrentStep() const
• int getCurrentSubstep() const
• TypeID getCurrentResultType() const
• int getComponent() const
• ResultLocType getLocation() const
• int getCurrentCoordSys()
• int getShellLayer()
• int getBeamLayer()
• void setShellLayer(int shellPos)
• void setBeamLayer(int beamPos)
• bool initFieldSetting()
• float * getNodePosition(ulong id)
• float * getNodeRltValue(ulong id)
• virtual char * getDataString(TypeID t, ulong id)
• ulong getExtremePosition(float * pos, bool bMax)
• bool getExtremeMarkMode()
• void setExtremeMarkMode(bool b)
• virtual const char * getContourLabel()
• void updateContourMaxMin()
• float getAutoDeformScale()
• void setVectorScaleEnforced(bool b)
• bool isDeformScaleEnforced()
• void updateDeformScale()
• void updateVectorScale()
• void onActiveResultChange()
• void onResultComponentChange()
• void onResultLocationChange()
• void setDeformEnabled(bool b)
• void setOriginalVisible(bool b)
• bool isOriginalVisible()
• void setViewAxisymmetric(const double * origin, const double * dir, double angle, int times)
• AxisymmetricSetting * getViewAxisymmetric()
• void setContourState(bool b)
• bool getContourState()
• void updateVectorData(float scale)
• void updateSolidElemData()
• void setDataRange(DataRange range)
• DataRange getDataRange()
• virtual bool prepareAnimationData(int mode)
• void prepareAnimationResult(XResult * rlt)
• void clearAnimationFrame()
• void updateAnimationFrame(VertexFrameFile * vff)
• virtual void nextAnimationFrame()
• virtual void prevAnimationFrame()
• ResultAnimationFrame * getCurrentFrame()
• int getAnimationFrameCount() const
• bool updateCurveData(int iRltType, int iComponent)
• int getColorValue(int width,int height,uint8 *color,ContourLineHash *clHash)
• const XRenderData * getDataForPickedElems()
• bool preparePitchData()
• const PitchAttribute & getPitchAttribute()
• void setPitchAttribute(int div, double theta)
• int getPitchIndex() const
• void setPitchIndex(int i)
• int getPitchComponent() const
• const FArray * getPitchData() const

Protected interface

• void buildElemSectionView(int n,SegmentPoint * sp, XRenderData * el_tri,XSolid *b = NULL, int clipIdx = 0)
• void buildElemView(ElemPtr el, XRenderData * el_tri, const XSolid * b = NULL)
• void buildElemContourLine(int n,SegmentPoint * sp,ArrayGLObject * c_line,float div_coef)

---

XRenderData m_SectionView

XRenderData m_SectionFrameView

ArrayGLObject m_VectorArray

const float * m_pData

int m_iCurStep

int m_iCurSubstep

int m_iRltType

int m_iRltLoc

int m_iRltComponent

int m_iCurShellPos

int m_iCurBeamPos

int m_iCurCoordSys

PitchAttribute m_PitchAttribute

int m_iPitchIndex

FArray m_PitchData[6]

XResult * m_pDeformRlt

float m_fAutoDeformScale

bool m_bEnforceScale

bool m_bShowOriginal

bool bSectionDetail

bool m_bSectionDeform

bool bSectionPrepared

bool m_bContour

bool m_bMarkExtreme

XArray<ResultAnimationFrame> m_pRltAniFrames

vector<XArray<float>*> m_pGeomValueSet

DataRange m_iDataRange

AxisymmetricSetting m_ViewAxisymmetric

XRenderData m_PickedElems

XRenderData m_FragmentRD

---

PostViewData(XDocument * pDoc)

• function:
• parameters:
  1. [i]XDocument * pDoc:
• return value:

~PostViewData()

• function:
• parameters: NULL
• return value:

void reset()

• function:
• parameters: NULL
• return value:

void buildData()

• function:
• parameters: NULL
• return value:

void updateData(ulong update_flag)

• function:
• parameters:
  1. [i]ulong update_flag:
• return value:

void clear()

• function:
• parameters: NULL
• return value:

void updateViewBox()

• function:
• parameters: NULL
• return value:

XDocument * getDocument()

• function:
• parameters: NULL
• return value:

void buildModelData()

• function:
• parameters: NULL
• return value:

void buildResultData(TypeID rt,int comp)

• function:
• parameters:
  1. [i]TypeID rt:
  2. [i]int comp:
• return value:

void releaseModelData()

• function:
• parameters: NULL
• return value:

void buildDeformData()

• function:
• parameters: NULL
• return value:

void buildContourData()

• function:
• parameters: NULL
• return value:

void updateSectionEdge()

• function:
• parameters: NULL
• return value:

void updateSectionData(bool bDetail = true)

• function:
• parameters:
  1. [i]bool bDetail = true:
• return value:

int getVertexBufferSize(TypeID bufType, bool bSecond = false)

• function:
• parameters:
  1. [i]TypeID bufType:
  2. [i] bool bSecond = false:
• return value:

const XRenderData * getSectionViewData()

• function:
• parameters: NULL
• return value:

const XRenderData * getSectionFrameViewData()

• function:
• parameters: NULL
• return value:

const XRenderData * getFragmentViewData()

• function:
• parameters: NULL
• return value:

void getVectorData(float ** vertex,int **index, int * v_cnt, int * index_cnt)

• function:
• parameters:
  1. [i]float ** vertex:
  2. [i]int **index:
  3. [i] int * v_cnt:
  4. [i] int * index_cnt:
• return value:

void getSectionContourLineData(float**vertex,int**color,int * vertex_cnt)

• function:
• parameters:
  1. [i]float**vertex:
  2. [i]int**color:
  3. [i]int * vertex_cnt:
• return value:

void prepareSectionContext()

• function:
• parameters: NULL
• return value:

void allocSectionMem()

• function:
• parameters: NULL
• return value:

void releaseSectionMem()

• function:
• parameters: NULL
• return value:

void setComponent(int i)

• function:
• parameters:
  1. [i]int i:
• return value:

void setLocation(int i)

• function:
• parameters:
  1. [i]int i:
• return value:

void setCurrentStep(int step)

• function:
• parameters:
  1. [i]int step:
• return value:

void setCurrentSubstep(int sub)

• function:
• parameters:
  1. [i]int sub:
• return value:

void setCurrentResultType(TypeID t)

• function:
• parameters:
  1. [i]TypeID t:
• return value:

void setCurrentCoordSys(int t)

• function:
• parameters:
  1. [i]int t:
• return value:

int getCurrentStep() const

• function:
• parameters: NULL
• return value:

int getCurrentSubstep() const

• function:
• parameters: NULL
• return value:

TypeID getCurrentResultType() const

• function:
• parameters: NULL
• return value:

int getComponent() const

• function:
• parameters: NULL
• return value:

ResultLocType getLocation() const

• function:
• parameters: NULL
• return value:

int getCurrentCoordSys()

• function:
• parameters: NULL
• return value:

int getShellLayer()

• function:
• parameters: NULL
• return value:

int getBeamLayer()

• function:
• parameters: NULL
• return value:

void setShellLayer(int shellPos)

• function:
• parameters:
  1. [i]int shellPos:
• return value:

void setBeamLayer(int beamPos)

• function:
• parameters:
  1. [i]int beamPos:
• return value:

bool initFieldSetting()

• function:
• parameters: NULL
• return value:

float * getNodePosition(ulong id)

• function:
• parameters:
  1. [i]ulong id:
• return value:

float * getNodeRltValue(ulong id)

• function:
• parameters:
  1. [i]ulong id:
• return value:

virtual char * getDataString(TypeID t, ulong id)

• function:
• parameters:
  1. [i]TypeID t:
  2. [i] ulong id:
• return value:

ulong getExtremePosition(float * pos, bool bMax)

• function:
• parameters:
  1. [i]float * pos:
  2. [i] bool bMax:
• return value:

bool getExtremeMarkMode()

• function:
• parameters: NULL
• return value:

void setExtremeMarkMode(bool b)

• function:
• parameters:
  1. [i]bool b:
• return value:

virtual const char * getContourLabel()

• function:
• parameters: NULL
• return value:

void updateContourMaxMin()

• function:
• parameters: NULL
• return value:

float getAutoDeformScale()

• function:
• parameters: NULL
• return value:

void setVectorScaleEnforced(bool b)

• function:
• parameters:
  1. [i]bool b:
• return value:

bool isDeformScaleEnforced()

• function:
• parameters: NULL
• return value:

void updateDeformScale()

• function:
• parameters: NULL
• return value:

void updateVectorScale()

• function:
• parameters: NULL
• return value:

void onActiveResultChange()

• function:
• parameters: NULL
• return value:

void onResultComponentChange()

• function:
• parameters: NULL
• return value:

void onResultLocationChange()

• function:
• parameters: NULL
• return value:

void setDeformEnabled(bool b)

• function:
• parameters:
  1. [i]bool b:
• return value:

void setOriginalVisible(bool b)

• function:
• parameters:
  1. [i]bool b:
• return value:

bool isOriginalVisible()

• function:
• parameters: NULL
• return value:

void setViewAxisymmetric(const double * origin, const double * dir, double angle, int times)

• function:
• parameters:
  1. [i]const double * origin:
  2. [i] const double * dir:
  3. [i] double angle:
  4. [i] int times:
• return value:

AxisymmetricSetting * getViewAxisymmetric()

• function:
• parameters: NULL
• return value:

void setContourState(bool b)

• function:
• parameters:
  1. [i]bool b:
• return value:

bool getContourState()

• function:
• parameters: NULL
• return value:

void updateVectorData(float scale)

• function:
• parameters:
  1. [i]float scale:
• return value:

void updateSolidElemData()

• function:
• parameters: NULL
• return value:

void setDataRange(DataRange range)

• function:
• parameters:
  1. [i]DataRange range:
• return value:

DataRange getDataRange()

• function:
• parameters: NULL
• return value:

virtual bool prepareAnimationData(int mode)

• function:
• parameters:
  1. [i]int mode:
• return value:

void prepareAnimationResult(XResult * rlt)

• function:
• parameters:
  1. [i]XResult * rlt:
• return value:

void clearAnimationFrame()

• function:
• parameters: NULL
• return value:

void updateAnimationFrame(VertexFrameFile * vff)

• function:
• parameters:
  1. [i]VertexFrameFile * vff:
• return value:

virtual void nextAnimationFrame()

• function:
• parameters: NULL
• return value:

virtual void prevAnimationFrame()

• function:
• parameters: NULL
• return value:

ResultAnimationFrame * getCurrentFrame()

• function:
• parameters: NULL
• return value:

int getAnimationFrameCount() const

• function:
• parameters: NULL
• return value:

bool updateCurveData(int iRltType, int iComponent)

• function:
• parameters:
  1. [i]int iRltType:
  2. [i] int iComponent:
• return value:

int getColorValue(int width,int height,uint8 *color,ContourLineHash *clHash)

• function:
• parameters:
  1. [i]int width:
  2. [i]int height:
  3. [i]uint8 *color:
  4. [i]ContourLineHash *clHash:
• return value:

const XRenderData * getDataForPickedElems()

• function:
• parameters: NULL
• return value:

bool preparePitchData()

• function:
• parameters: NULL
• return value:

const PitchAttribute & getPitchAttribute()

• function:
• parameters: NULL
• return value:

void setPitchAttribute(int div, double theta)

• function:
• parameters:
  1. [i]int div:
  2. [i] double theta:
• return value:

int getPitchIndex() const

• function:
• parameters: NULL
• return value:

void setPitchIndex(int i)

• function:
• parameters:
  1. [i]int i:
• return value:

int getPitchComponent() const

• function:
• parameters: NULL
• return value:

const FArray * getPitchData() const

• function:
• parameters: NULL
• return value:

---

void buildElemSectionView(int n,SegmentPoint * sp, XRenderData * el_tri,XSolid *b = NULL, int clipIdx = 0)

• function:
• parameters:
  1. [i]int n:
  2. [i]SegmentPoint * sp:
  3. [i] XRenderData * el_tri:
  4. [i]XSolid *b = NULL:
  5. [i] int clipIdx = 0:
• return value:

void buildElemView(ElemPtr el, XRenderData * el_tri, const XSolid * b = NULL)

• function:
• parameters:
  1. [i]ElemPtr el:
  2. [i] XRenderData * el_tri:
  3. [i] const XSolid * b = NULL:
• return value:

void buildElemContourLine(int n,SegmentPoint * sp,ArrayGLObject * c_line,float div_coef)

• function:
• parameters:
  1. [i]int n:
  2. [i]SegmentPoint * sp:
  3. [i]ArrayGLObject * c_line:
  4. [i]float div_coef:
• return value: