// WaterRenderView.cpp : implementation file // #include "stdafx.h" #include "EtWorldPainter.h" #include "WaterRenderView.h" #include "UserMessage.h" #include "RenderBase.h" #include "FileServer.h" #include "TEtWorld.h" #include "TEtWorldSector.h" #include "GlobalValue.h" #include "PaneDefine.h" #include "MainFrm.h" #include "EnviControl.h" #include "EnviLightBase.h" #include "SundriesFuncEx.h" #include "EtUIType.h" #include "EtSprite.h" #include "PointAxisRenderObject.h" #include "TEtWorldWater.h" #include "TEtWorldWaterRiver.h" // CWaterRenderView IMPLEMENT_DYNCREATE(CWaterRenderView, CFormView) CWaterRenderView::CWaterRenderView() : CFormView(CWaterRenderView::IDD) , CInputReceiver( true ) { m_nMouseFlag = 0; m_LocalTime = m_PrevLocalTime = m_LastClickTime = 0; m_PrevMousePos = m_MousePos = CPoint( 0, 0 ); m_bRefreshScene = true; m_bActivate = false; m_bDrawSelectLayer = false; m_bReadyAddRiver = false; m_GlobalWaterShowBackupValue = false; } CWaterRenderView::~CWaterRenderView() { } void CWaterRenderView::DoDataExchange(CDataExchange* pDX) { CFormView::DoDataExchange(pDX); } BEGIN_MESSAGE_MAP(CWaterRenderView, CFormView) ON_WM_PAINT() ON_WM_ERASEBKGND() ON_MESSAGE( UM_REFRESH_VIEW, OnRefresh ) ON_MESSAGE( UM_CUSTOM_RENDER, OnCustomRender ) ON_MESSAGE( UM_SELECT_CHANGE_OPEN_VIEW, OnOpenView ) ON_MESSAGE( UM_SELECT_CHANGE_CLOSE_VIEW, OnCloseView ) ON_WM_SIZE() END_MESSAGE_MAP() // CWaterRenderView diagnostics #ifdef _DEBUG void CWaterRenderView::AssertValid() const { CFormView::AssertValid(); } #ifndef _WIN32_WCE void CWaterRenderView::Dump(CDumpContext& dc) const { CFormView::Dump(dc); } #endif #endif //_DEBUG // CWaterRenderView message handlers void CWaterRenderView::OnInitialUpdate() { __super::OnInitialUpdate(); if( m_bActivate == true ) return; m_bActivate = true; } void CWaterRenderView::OnPaint() { CPaintDC dc(this); // device context for painting CRenderBase::GetInstance().Render( CGlobalValue::WATER ); } BOOL CWaterRenderView::OnEraseBkgnd(CDC* pDC) { if( CFileServer::GetInstance().IsConnect() == false ) return CFormView::OnEraseBkgnd(pDC); return FALSE; } LRESULT CWaterRenderView::OnRefresh( WPARAM wParam, LPARAM lParam ) { CRenderBase::GetInstance().Process( CGlobalValue::WATER ); if( wParam == 1 ) RefreshScene(); m_Camera = *CRenderBase::GetInstance().GetLastUpdateCamera(); if( CGlobalValue::GetInstance().IsActiveRenderView( this ) ) { LOCAL_TIME LocalTime = CRenderBase::GetInstance().GetLocalTime(); if( IsPushKey( DIK_W ) ) { m_Camera.m_vPosition += m_Camera.m_vZAxis * ( ( 1000.f * GetPushKeyDelta(DIK_W,LocalTime) ) * CGlobalValue::GetInstance().m_fCamSpeed ); RefreshScene(); } if( IsPushKey( DIK_S ) ) { m_Camera.m_vPosition -= m_Camera.m_vZAxis * ( ( 1000.f * GetPushKeyDelta(DIK_S,LocalTime) ) * CGlobalValue::GetInstance().m_fCamSpeed ); RefreshScene(); } if( IsPushKey( DIK_A ) && !IsPushKey( DIK_LCONTROL ) ) { m_Camera.m_vPosition -= m_Camera.m_vXAxis * ( ( 1000.f * GetPushKeyDelta(DIK_A,LocalTime) ) * CGlobalValue::GetInstance().m_fCamSpeed ); RefreshScene(); } if( IsPushKey( DIK_D ) ) { m_Camera.m_vPosition += m_Camera.m_vXAxis * ( ( 1000.f * GetPushKeyDelta(DIK_D,LocalTime) ) * CGlobalValue::GetInstance().m_fCamSpeed ); RefreshScene(); } CRenderBase::GetInstance().UpdateCamera( m_Camera ); } else if( CGlobalValue::GetInstance().m_bSimulation == true ) { m_bRefreshScene = true; } if( m_bRefreshScene == true ) { CRenderBase::GetInstance().UpdateCamera( m_Camera ); Invalidate(); } else Sleep(1); m_bRefreshScene = false; return S_OK; } LRESULT CWaterRenderView::OnCustomRender( WPARAM wParam, LPARAM lParam ) { if( CEnviLightBase::s_pFocus ) { CEnviLightBase::s_pFocus->OnCustomDraw(); } return S_OK; } void CWaterRenderView::RenderCustom( float fElapsedTime ) { if( m_bDrawSelectLayer ) { EtMatrix *pmat = CRenderBase::GetInstance().GetCameraHandle()->GetViewProjMat(); SAABox Box; SUICoord CoordRect; int nWidth = CEtDevice::GetInstance().Width(); int nHeight = CEtDevice::GetInstance().Height(); float fWidth = 1.f / nWidth; float fHeight = 1.f / nHeight; float fX1 = fWidth * (float)m_PrevMousePos.x; float fY1 = fHeight * (float)m_PrevMousePos.y; float fX2 = fWidth * (float)m_MousePos.x; float fY2 = fHeight * (float)m_MousePos.y; CoordRect.fX = min( fX1, fX2 ); CoordRect.fY = min( fY1, fY2 ); CoordRect.fWidth = fabs( fX1 - fX2 ); CoordRect.fHeight = fabs( fY1 - fY2 ); CEtSprite::GetInstance().DrawRect( CoordRect, 0x441010DD ); } } LRESULT CWaterRenderView::OnOpenView( WPARAM wParam, LPARAM lParam ) { m_GlobalWaterShowBackupValue = CGlobalValue::GetInstance().m_bShowWater; CGlobalValue::GetInstance().ShowWater(true); m_nMouseFlag = 0; m_LocalTime = m_PrevLocalTime = 0; m_PrevMousePos = m_MousePos = CPoint( 0, 0 ); m_bRefreshScene = true; CGlobalValue::GetInstance().m_bCanDragTile = true; CTEtWorld::GetInstance().SetCurrentGrid( CGlobalValue::GetInstance().m_szSelectGrid ); SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector != -1 ) { CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); if( pSector ) { pSector->ShowProp( true ); pSector->ShowWater( true ); } } ResetCamera(); CGlobalValue::GetInstance().ApplyRenderOption(); CWnd *pWnd = GetPaneWnd( WATER_PANE ); if( pWnd ) pWnd->SendMessage( UM_REFRESH_PANE_VIEW ); pWnd = GetPaneWnd( WATERPROP_PANE ); if( pWnd ) pWnd->SendMessage( UM_REFRESH_PANE_VIEW ); return S_OK; } LRESULT CWaterRenderView::OnCloseView( WPARAM wParam, LPARAM lParam ) { if( CGlobalValue::GetInstance().IsModify( CGlobalValue::GetInstance().m_nActiveView ) ) CGlobalValue::GetInstance().Save( CGlobalValue::GetInstance().m_nActiveView ); CGlobalValue::GetInstance().m_bCanDragTile = false; SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector != -1 ) { CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); pSector->Show( false ); pSector->ShowWater(false); //백업되어 있는 값으로 변경.. CGlobalValue::GetInstance().ShowWater(m_GlobalWaterShowBackupValue); } CTEtWorld::GetInstance().SetCurrentGrid( NULL ); CWnd *pWnd = GetPaneWnd( WATERPROP_PANE ); if( pWnd ) pWnd->SendMessage( UM_REFRESH_PANE_VIEW ); CGlobalValue::GetInstance().m_bMaintenanceCamera = true; CGlobalValue::GetInstance().m_pVecSelectPointList.clear(); CGlobalValue::GetInstance().m_pVecSelectRiverList.clear(); return S_OK; } void CWaterRenderView::OnSize(UINT nType, int cx, int cy) { __super::OnSize(nType, cx, cy); } void CWaterRenderView::OnInputReceive( int nReceiverState, LOCAL_TIME LocalTime ) { if( !CGlobalValue::GetInstance().IsActiveRenderView( this ) ) return; // Light Control if( CEnviLightBase::s_pFocus ) { if( CEnviLightBase::s_pFocus->OnInputReceive( nReceiverState, LocalTime, this ) == false ) return; } m_Camera = *CRenderBase::GetInstance().GetLastUpdateCamera(); if( nReceiverState & IR_KEY_DOWN ) { if( CGlobalValue::GetInstance().IsCheckOutMe() ) { if( IsPushKey( DIK_DELETE ) ) { DeletePoint(); RefreshScene(); } } } if( nReceiverState & IR_MOUSE_MOVE ) { if( m_nMouseFlag & RB_DOWN ) { m_Camera.RotateYAxis( GetMouseVariation().x / 4.f ); m_Camera.RotatePitch( GetMouseVariation().y / 4.f ); RefreshScene(); } else if( m_nMouseFlag & WB_DOWN ) { m_Camera.m_vPosition += m_Camera.m_vXAxis * ( -GetMouseVariation().x ) * CGlobalValue::GetInstance().m_fCamSpeed; m_Camera.m_vPosition += m_Camera.m_vYAxis * ( GetMouseVariation().y ) * CGlobalValue::GetInstance().m_fCamSpeed; RefreshScene(); } if( CGlobalValue::GetInstance().IsCheckOutMe() ) { if( IsInMouseRect( this ) ) { if( !( m_nMouseFlag & LB_DOWN ) ) { GetCursorPos( &m_MousePos ); ScreenToClient( &m_MousePos ); ControlPoint( m_MousePos.x, m_MousePos.y ); } else { GetCursorPos( &m_MousePos ); ScreenToClient( &m_MousePos ); if( m_bDrawSelectLayer ) { if( IsPushKey( DIK_LCONTROL ) ) CalcPointIndex( m_MousePos.x, m_MousePos.y, 1 ); else if( IsPushKey( DIK_LMENU ) ) CalcPointIndex( m_MousePos.x, m_MousePos.y, 2 ); else CalcPointIndex( m_MousePos.x, m_MousePos.y, 0 ); } else { if( CGlobalValue::GetInstance().m_bControlAxis == true ) { if( m_bReadyAddRiver == false && CGlobalValue::GetInstance().m_pVecSelectRiverList.size() == 1 && CGlobalValue::GetInstance().m_pVecSelectPointList.size() == 1 && GetAsyncKeyState( VK_LSHIFT ) & 0x8000 ) { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); CTEtWorldWaterRiver::RiverPoint *pPoint = pSector->AddRiverPoint( CGlobalValue::GetInstance().m_pVecSelectRiverList[0], CGlobalValue::GetInstance().m_pVecSelectPointList[0] ); CGlobalValue::GetInstance().m_pVecSelectPointList[0]->bSelect = false; CGlobalValue::GetInstance().m_pVecSelectPointList[0]->pAxis->Show( false ); CGlobalValue::GetInstance().m_pVecSelectPointList.clear(); CGlobalValue::GetInstance().m_pVecSelectPointList.push_back( pPoint ); CPointAxisRenderObject::m_nSelectAxis = CGlobalValue::GetInstance().m_nSelectAxis; m_bReadyAddRiver = true; } } ControlPoint( (int)GetMouseVariation().x, (int)GetMouseVariation().y ); } } RefreshScene(); } } if( m_nMouseFlag & LB_DOWN ) { GetCursorPos( &m_MousePos ); ScreenToClient( &m_MousePos ); } } if( nReceiverState & IR_MOUSE_WHEEL ) { if( IsInMouseRect( this ) == true ) { m_Camera.m_vPosition += ( m_Camera.m_vZAxis * 0.4f *( GetMouseVariation().z * CGlobalValue::GetInstance().m_fCamSpeed ) ); RefreshScene(); } } if( nReceiverState & IR_MOUSE_LB_DOWN ) { if( IsInMouseRect( this ) == true ) { m_nMouseFlag |= LB_DOWN; GetCursorPos( &m_MousePos ); ScreenToClient( &m_MousePos ); m_PrevMousePos = m_MousePos; SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); /* pSector->BeginRectBrush( m_MousePos.x, m_MousePos.y ); if( GetAKState( VK_LSHIFT ) < 0 ) { int nCount = (int)CGlobalValue::GetInstance().m_pVecSelectPropList.size(); if( (int)CGlobalValue::GetInstance().m_pVecSelectPropList.size() == nCount ) { m_bEnableCopy = true; } } if( GetAKState( VK_LCONTROL ) < 0 ) CalcPropIndex( m_MousePos.x, m_MousePos.y, 1, true ); else if( GetAKState( VK_MENU ) < 0 ) CalcPropIndex( m_MousePos.x, m_MousePos.y, 2, true ); else CalcPropIndex( m_MousePos.x, m_MousePos.y, 0, true ); RefreshScene(); */ if( !CGlobalValue::GetInstance().m_bControlAxis ) { if( IsPushKey( DIK_LSHIFT ) ) { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); CTEtWorldWaterRiver *pRiver = pSector->ApplyRiver( m_PrevMousePos.x, m_PrevMousePos.y ); if( pRiver ) { CWnd *pWnd = GetPaneWnd( WATER_PANE ); if( pWnd ) pWnd->SendMessage( UM_REFRESH_PANE_VIEW ); /* if( pWnd ) pWnd->SendMessage( UM_WATER_PANE_ADDRIVER, (WPARAM)pRiver ); */ pWnd->SendMessage( UM_WATER_PANE_SELECTRIVER ); m_bReadyAddRiver = true; } } else { m_bReadyAddRiver = false; if( IsPushKey( DIK_LCONTROL ) ) CalcPointIndex( m_MousePos.x, m_MousePos.y, 1, true ); else if( IsPushKey( DIK_LMENU ) ) CalcPointIndex( m_MousePos.x, m_MousePos.y, 2, true ); else CalcPointIndex( m_MousePos.x, m_MousePos.y, 0, true ); } if( !m_bReadyAddRiver && !CGlobalValue::GetInstance().m_bControlAxis ) { m_bDrawSelectLayer = true; } } RefreshScene(); } } if( nReceiverState & IR_MOUSE_LB_UP ) { m_nMouseFlag &= ~LB_DOWN; if( IsInMouseRect( this ) == true ) { if( CGlobalValue::GetInstance().IsCheckOutMe() ) { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector != -1 ) { RefreshScene(); } } } m_bDrawSelectLayer = false; m_bReadyAddRiver = false; } if( nReceiverState & IR_MOUSE_RB_DOWN ) { if( IsInMouseRect( this ) == true ) { m_nMouseFlag |= RB_DOWN; RefreshScene(); } } if( nReceiverState & IR_MOUSE_RB_UP ) { m_nMouseFlag &= ~RB_DOWN; } if( nReceiverState & IR_MOUSE_WB_DOWN ) { m_nMouseFlag |= WB_DOWN; } if( nReceiverState & IR_MOUSE_WB_UP ) { m_nMouseFlag &= ~WB_DOWN; } if( nReceiverState & IR_KEY_DOWN ) { if( CGlobalValue::GetInstance().IsCheckOutMe() ) { } } m_PrevLocalTime = LocalTime; CRenderBase::GetInstance().UpdateCamera( m_Camera ); if( nReceiverState & IR_KEY_DOWN ) CGlobalValue::GetInstance().CheckAccelerationKey( this ); } void CWaterRenderView::ResetCamera() { if( CGlobalValue::GetInstance().m_bMaintenanceCamera == true ) { m_Camera = *CRenderBase::GetInstance().GetLastUpdateCamera(); return; } SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector == -1 ) return; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); if( pSector ) { m_Camera.Identity(); m_Camera.m_vPosition = *pSector->GetOffset(); m_Camera.m_vPosition.y = pSector->GetHeightToWorld( m_Camera.m_vPosition.x, m_Camera.m_vPosition.z ) + 500.f; } CRenderBase::GetInstance().UpdateCamera( m_Camera ); } void CWaterRenderView::ControlPoint( int nX, int nY ) { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector == -1 ) return; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); if( CGlobalValue::GetInstance().m_bControlAxis == true && m_nMouseFlag & LB_DOWN ) { if( !CGlobalValue::GetInstance().m_pVecSelectPointList.empty() ) { EtVector3 vTempPos = CGlobalValue::GetInstance().m_pVecSelectPointList[0]->vPos; float fScale = EtVec3Length( &( vTempPos - CRenderBase::GetInstance().GetLastUpdateCamera()->m_vPosition ) ) / 1000.f; for( DWORD i=0; ipAxis->MoveAxis( nX, nY, fScale ); } for( DWORD i=0; iUpdatePoint(); } } if( nX != 0 || nY != 0 ) { RefreshProperties(); } CGlobalValue::GetInstance().SetModify(); /* if( !m_pCurAction ) { char cModifyType = 0; if( GetAKState( VK_LCONTROL ) < 0 ) cModifyType = 1; if( GetAKState( VK_LMENU ) < 0 ) cModifyType = 2; m_pCurAction = new CActionElementModifyProp( cModifyType ); for( DWORD i=0; iAddProp( CGlobalValue::GetInstance().m_pVecSelectPropList[i] ); } if( cModifyType == 0 ) m_pCurAction->SetDesc( "Modify Prop - Move" ); else if( cModifyType == 1 ) m_pCurAction->SetDesc( "Modify Prop - Rotate" ); else if( cModifyType == 2 ) m_pCurAction->SetDesc( "Modify Prop - Scale" ); } */ } else { EtVector3 vOrig, vDir; CRenderBase::GetInstance().GetCameraHandle()->CalcPositionAndDir( nX, nY, vOrig, vDir ); for( DWORD i=0; ipAxis->CheckAxis( vOrig, vDir ) != -1 ) break; } } } void CWaterRenderView::CalcPointIndex( int nX, int nY, char cFlag, bool bClick ) { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector == -1 ) return; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); EtVector2 vMin, vMax; float fX[2]; float fY[2]; fX[0] = ( 2.f / (float)CEtDevice::GetInstance().Width() ) * m_PrevMousePos.x; fY[0] = ( 2.f / (float)CEtDevice::GetInstance().Height() ) * -m_PrevMousePos.y; fX[1] = ( 2.f / (float)CEtDevice::GetInstance().Width() ) * m_MousePos.x; fY[1] = ( 2.f / (float)CEtDevice::GetInstance().Height() ) * -m_MousePos.y; if( fX[0] < fX[1] ) { vMin.x = fX[0]; vMax.x = fX[1]; } else { vMin.x = fX[1]; vMax.x = fX[0]; } if( fY[0] < fY[1] ) { vMin.y = fY[0]; vMax.y = fY[1]; } else { vMin.y = fY[1]; vMax.y = fY[0]; } vMin.x -= 1.f; vMax.x -= 1.f; vMin.y += 1.f; vMax.y += 1.f; if( bClick == true && vMin == vMax ) { vMin.x -= 0.01f; vMax.x += 0.01f; vMin.y -= 0.01f; vMax.y += 0.01f; if( cFlag == 0 ) { CGlobalValue::GetInstance().m_pVecSelectRiverList.clear(); for( DWORD i=0; ibSelect = false; CGlobalValue::GetInstance().m_pVecSelectPointList[i]->pAxis->Show( false ); } CGlobalValue::GetInstance().m_pVecSelectPointList.clear(); cFlag = -1; } } CTEtWorldWater *pWater = (CTEtWorldWater*)pSector->GetWater(); for( DWORD i=0; iGetRiverCount(); i++ ) { CTEtWorldWaterRiver *pRiver = (CTEtWorldWaterRiver *)pWater->GetRiverFromIndex(i); if( pRiver->CheckSelect( vMin, vMax, cFlag ) == true ) { if( cFlag == -1 ) break; } } CWnd *pWnd = GetPaneWnd( WATER_PANE ); pWnd->SendMessage( UM_WATER_PANE_SELECTRIVER ); } void CWaterRenderView::RefreshProperties() { } void CWaterRenderView::DeletePoint() { SectorIndex Sector = CGlobalValue::GetInstance().m_SelectGrid; if( Sector == -1 ) return; CTEtWorldSector *pSector = CTEtWorld::GetInstance().GetSector( Sector ); for( DWORD i=0; iDeleteRiverPoint( CGlobalValue::GetInstance().m_pVecSelectPointList[i] ); } CGlobalValue::GetInstance().m_pVecSelectRiverList.clear(); CGlobalValue::GetInstance().m_pVecSelectPointList.clear(); CWnd *pWnd = GetPaneWnd( WATER_PANE ); pWnd->SendMessage( UM_REFRESH_PANE_VIEW ); }