OmagVIEWPlus/MainWindow/Part.vb

Imports EgtUILib
Imports EgtWPFLib5
Imports System.IO

Public Class Part
   Inherits VMBase

#Region "PROPERTIES"

   ' posizione tavola rispetto ad origine macchina
   Private m_ptTable1 As New Point3d
   Public ReadOnly Property ptTable1 As Point3d
      Get
         Return m_ptTable1
      End Get
   End Property

   ' Dimensioni minime del rettangolo che circonda il pezzo
   Private m_MinRectY As Double
   Public Property MinRectY As Double
      Get
         Return m_MinRectY
      End Get
      Set(value As Double)
         m_MinRectY = value
      End Set
   End Property

   Private m_MinRectX As Double
   Public Property MinRectX As Double
      Get
         Return m_MinRectX
      End Get
      Set(value As Double)
         m_MinRectX = value
      End Set
   End Property

   ' numerazione del progetto
   Private m_IdProject As Integer
   Public ReadOnly Property IdProject As Integer
      Get
         Return m_IdProject
      End Get
   End Property

   ' Id gruppo: identificativo del pezzo
   Private m_IdPart As Integer
   Public ReadOnly Property IdPart As Integer
      Get
         Return m_IdPart
      End Get
   End Property

   ' Id del box che accohlierà il pezzo
   Private m_IdBox As Integer = -1
   Public Property IdBox As Integer
      Get
         Return m_IdBox
      End Get
      Set(value As Integer)
         m_IdBox = value
         PartWritePrivateProfileString(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "IdBox", m_IdBox.ToString)
         NotifyPropertyChanged("IdBox")
      End Set
   End Property

   ' Id Warehouse dei box
   Private m_enWarehouse As Warehouses = 0
   Public Property enWarehouse As Warehouses
      Get
         Return m_enWarehouse
      End Get
      Set(value As Warehouses)
         m_enWarehouse = value
         PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "IdWarehouse", CInt(m_enWarehouse))
         NotifyPropertyChanged("enWarehouse")
      End Set
   End Property

   ' definsce se il pezzo è l'ultimo del progetto
   Private m_IsLast As Boolean
   Public ReadOnly Property IsLast As Boolean
      Get
         Return m_IsLast
      End Get
   End Property

   ' indica il livello da occupare nel pallet (partendo da 0)
   Private m_nLayer As Integer = 0
   Public Property nLayer As Integer
      Get
         Return m_nLayer
      End Get
      Set(value As Integer)
         m_nLayer = value
         PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "IdLayer", CInt(m_nLayer))
         NotifyPropertyChanged("nLayer")
      End Set
   End Property

   ' indica la posizione occupata all'interno del Layer
   Private m_nPositionLayer As Integer = 1
   Public Property nPositionLayer As Integer
      Get
         Return m_nPositionLayer
      End Get
      Set(value As Integer)
         m_nPositionLayer = value
         'PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "PositionInLayer", CInt(m_nPositionLayer))
         NotifyPropertyChanged("nPositionLayer")
      End Set
   End Property

   ' se pezzo inserito nell'elenco dei pezzi da scaricare dopo il Nesting
   Private m_bInsert As Boolean = False
   Public Property bInsert As Boolean
      Get
         Return m_bInsert
      End Get
      Set(value As Boolean)
         m_bInsert = value
      End Set
   End Property

   ' offsetY rispetto allo zero del pallet
   Private m_OffsetPartY As Double = 0
   Public Property dOffestPartY As Double
      Get
         Return m_OffsetPartY
      End Get
      Set(value As Double)
         m_OffsetPartY = value
         PartWritePrivateProfileDouble(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "OffsetY", m_OffsetPartY)
      End Set
   End Property

   ' coordinate del pezzo ripsetto alla tavola
   Private m_CenterPartTable As New Point3d
   Public ReadOnly Property CeneterPartTable As Point3d
      Get
         Return m_CenterPartTable
      End Get
   End Property

   ' posizione angolare del pezzo
   Private m_DegAngOnTable As Double = 0
   Public ReadOnly Property DegAngOnTable As Double
      Get
         Return m_MoveTable1.m_dAngRotDeg
      End Get
   End Property

   ' altezza del pezzo
   Private m_Height As Double
   Public ReadOnly Property Height As Double
      Get
         Return m_Height
      End Get
   End Property

   ' salvo localmente le informazioni relative all'pezzo sulla tavola 1
   Private m_MoveTable1 As New RawMoveData
   Public ReadOnly Property MoveTable1 As RawMoveData
      Get
         Return m_MoveTable1
      End Get
   End Property

   ' salvo localmente le informazioni relative all'pezzo sulla tavola 2
   Private m_MoveTable2 As New RawMoveData
   Public ReadOnly Property MoveTable2 As RawMoveData
      Get
         Return m_MoveTable2
      End Get
   End Property


#End Region    ' PROPERIES

#Region "STATES"

   ' inidica la posizione attuale del pezzo-> di default ON_TABLE
   Private m_enPlace As Place
   Public Property enPlace As Place
      Get
         Return m_enPlace
      End Get
      Set(value As Place)
         m_enPlace = value
         PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_PLACE, CInt(m_enPlace))
         NotifyPropertyChanged("enPlace")
      End Set
   End Property

   ' indica lo stato attuale del pezzo-> di default GOOD
   Private m_enStatus As StatusPart
   Public Property enStatus As StatusPart
      Get
         Return m_enStatus
      End Get
      Set(value As StatusPart)
         m_enStatus = value
         PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_STATUS, CInt(m_enStatus))
         NotifyPropertyChanged("enStatus")
      End Set
   End Property

   ' indica il tipo di scarico previsto per il pezzo
   Private m_enUnloading As Unloading
   Public Property enUnloading As Unloading
      Get
         Return m_enUnloading
      End Get
      Set(value As Unloading)
         m_enUnloading = value
         PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_UNLOADING, CInt(m_enUnloading))
      End Set
   End Property

#End Region    ' STATES

#Region "CONSTUCTOR"

   Sub New(nIdPart As Integer, nProjId As Integer)
      SetIdPart(nIdPart)
      SetIdProject(nProjId)
      ' -> MyUpdateVacuumsForUnloading: tavolo
      m_enPlace = Place.ON_TABLE
      m_enStatus = StatusPart.GOOD
      m_enUnloading = Unloading.AUTOMATIC
      m_IsLast = False
   End Sub

#End Region    'CONSTUCTOR

#Region "METHODS"

   ' verifico che l'id del progetto sia un intero
   Public Sub SetIdProject(nIdProject As Integer)
      If IsNumeric(nIdProject) Then
         m_IdProject = nIdProject
      End If
   End Sub

   ' verifico che l'id del pezzo sia un un numero
   Public Sub SetIdPart(nIdPart As Integer)
      If IsNumeric(nIdPart) Then
         m_IdPart = nIdPart
      End If
   End Sub

   ' verifico che l'Id del box sia un numero
   Public Sub SetIdBox(nIdBox As Integer)
      If IsNumeric(nIdBox) Then
         m_IdBox = nIdBox
      End If
   End Sub

   Public Sub SetWareHouse(IdWarehouse As Integer)
      If IsNumeric(IdWarehouse) Then
         m_enWarehouse = CType(IdWarehouse, Warehouses)
      End If
   End Sub

   Public Sub SetIsLast(bIsLast As Boolean)
      m_IsLast = bIsLast
   End Sub

   Public Sub SetLayer(IdLayer As Integer)
      If IsNumeric(IdLayer) Then
         m_nLayer = IdLayer
      End If
   End Sub

   Public Sub SetOffsetY(dOffsetY As Double)
      m_OffsetPartY = dOffsetY
   End Sub

   ' cordinate del centro del pezzo rispetto alla tavola
   Public Sub SetCenterPartTable(ptCenter As Point3d)
      ' salvo le coordinate di riferimento della tavola
      m_CenterPartTable = GetPointInTableRef(ptCenter, m_ptTable1)
   End Sub

   Public Sub SetHeight(dHeight As Double)
      m_Height = dHeight
   End Sub

   ' coordinate del centro del rettangolo rispetto alla tavola
   Public Function GetPointOnTable1(ptCenter As Point3d) As Point3d
      Dim ptResult As New Point3d()
      ptResult.x = ptCenter.x - m_ptTable1.x
      ptResult.y = ptCenter.y - m_ptTable1.y
      ptResult.z = ptCenter.z - m_ptTable1.z
      Return ptResult
   End Function

   ' salvo le info del pezzo sulla tavola 1
   Public Sub SetInfoTable1(RawData As RawMoveData, dDimz As Double)
      m_MoveTable1 = RawData
      SetHeight(dDimz)
   End Sub

   ' salvo le info del pezzo sulla tavola 2
   Public Sub SetInfoTable2(RawData As RawMoveData)
      m_MoveTable2 = RawData
   End Sub

   ' restituisce la poszione della testa
   Public Function GetUnloadingPosTable1() As Point3d
      Dim ptResult As Point3d
      ptResult.x = GetPointOnTable1(m_MoveTable1.m_ptCenMinRect).x + m_MoveTable1.m_vtDelta.x
      ptResult.y = GetPointOnTable1(m_MoveTable1.m_ptCenMinRect).y + m_MoveTable1.m_vtDelta.y
      ptResult.z = m_Height
      Return ptResult
   End Function

   ' quando calcolo le posizioni delle ventose devo recuperare queste info
   Public Function GetloadingPosStrip(ByRef dAngC As Double) As Point3d
      Dim ptUnLoad As New Point3d
      Dim C_Ang As Double = 0
      If m_MoveTable1.m_bCupsSecondSel Then
         ' controruoto e mi porto in posizione posizione di scarico
         C_Ang = -m_MoveTable1.m_dAngRotDeg - 90
         m_MoveTable1.m_vtDelta.Rotate(Vector3d.Z_AX, -m_MoveTable1.m_dAngRotDeg - 90)
         ' verifico che le vetose siano sopra alla tavola
         If m_MoveTable1.m_vtDelta.y > 0 Then
            m_MoveTable1.m_vtDelta.Rotate(Vector3d.Z_AX, 180)
            dAngC = 180 + dAngC
         End If
      Else
         ' ruoto gli offset per allinearmi al tappeto di scarico
         C_Ang = -m_MoveTable1.m_dAngRotDeg
         m_MoveTable1.m_vtDelta.Rotate(Vector3d.Z_AX, -m_MoveTable1.m_dAngRotDeg)
         If m_MoveTable1.m_vtDelta.x > 0 Then
            m_MoveTable1.m_vtDelta.Rotate(Vector3d.Z_AX, 180)
            dAngC = 180 + dAngC
         End If
      End If

      Dim vtResult As Vector3d = m_MoveTable1.m_vtDelta - m_MoveTable1.m_vtRect

      ' se la distanza x è minore della larghezza della ventosa correggo
      If Not m_MoveTable1.m_bCupsSecondSel And vtResult.x + Map.refUnloadingAreaVM.VacuumDimX / 2 > 0 Then
         ptUnLoad.x = -Map.refUnloadingAreaVM.VacuumDimX / 2
      Else
         ptUnLoad.x = vtResult.x
      End If
      '  se la distanza y è minore della lunghezza della ventosa allo ra correggo
      'If vtResult.y + Map.refUnloadingAreaVM.VacuumDimY / 2 > 0 Then
      '   ptUnLoad.y = -Map.refUnloadingAreaVM.VacuumDimY / 2
      'Else
      ptUnLoad.y = vtResult.y
      'End If
      ptUnLoad.z = m_Height
      Return ptUnLoad
   End Function

   ' restuisce la poszione di prelievo dalla rulliera
   Public Function GetLoadingPosRuller() As Point3d
      Dim ptLoad As New Point3d
      ' assegno come punto di riferimento l'angolo in alto a sinistra del pezzo
      Dim vtRectTopLeft As New Vector3d(-m_MoveTable2.m_vtRect.x, m_MoveTable2.m_vtRect.y, 0)
      Dim vtResult As Vector3d = m_MoveTable2.m_vtDelta - vtRectTopLeft
      ptLoad.x = vtResult.x
      ptLoad.y = vtResult.y
      ptLoad.z = m_Height
      Return ptLoad
   End Function

   ' restituisce la posizione di deposito sul pallet (riceve l'offset attuale del pellet in funzione dei pezzi già caricati)
   Public Function GetUnloadingPosBox(vtCurrOffset As Vector3d, Optional ByVal bRotate As Boolean = False) As Point3d
      Dim ptUnload As New Point3d
      Dim vtCurrDelta As Vector3d = m_MoveTable2.m_vtDelta
      ' se sto per scaricare nei pallet dispari allora girare la testa
      If bRotate Then
         vtCurrDelta.Rotate(Vector3d.Z_AX, 180)
      End If
      'correggo il vettore Delta a causa di un pivot dell'asse di rotazione
      Dim vtResult As Vector3d = vtCurrDelta + vtCurrOffset
      ptUnload.x = vtResult.x
      ptUnload.y = vtResult.y
      ptUnload.z = vtCurrOffset.z
      Return ptUnload
   End Function

   ' restituisce la posizione di deposito sul pallet (riceve l'offset attuale del pellet in funzione dei pezzi già caricati)
   Public Function GetUnloadingPosRack(vtCurrOffset As Vector3d) As Point3d
      Dim ptUnload As New Point3d
      Dim OffsetX As Double = vtCurrOffset.z
      vtCurrOffset.z = m_Height
      Dim vtResult As Vector3d = vtCurrOffset
      vtResult.Rotate(Vector3d.Z_AX, +90)
      vtResult.Rotate(Vector3d.Y_AX, Map.refUnloadingAreaVM.AngRack)
      ptUnload.x = OffsetX + vtResult.x
      ptUnload.y = vtResult.y
      ptUnload.z = vtResult.z
      Return ptUnload
   End Function

   ' restituisce se la ventosa deve essere attivata
   Public Function GetVacuumLoadingStatus(sVacuum As String, Optional sTable As String = "Table1") As Integer
      If sTable = "Table1" Then
         If m_MoveTable1.m_sCups.Contains(sVacuum) Then
            Return 1
         End If
      Else
         If m_MoveTable2.m_sCups.Contains(sVacuum) Then
            Return 1
         End If
      End If
      Return 0
   End Function

   Public Function SavePart(nIdexPart As Integer) As Boolean
      ' scrivo l'elenco dei part presenti nel file
      'PartWritePrivateProfileString(m_IdProject, "PartList", "IdPart" & nIdexPart.ToString, m_IdPart.ToString)
      ' stato della piastrella
      PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_STATUS, CInt(m_enStatus))
      PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_PLACE, CInt(m_enPlace))
      PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, ConstIni.K_UNLOADING, CInt(m_enUnloading))
      ' IdWarehouse
      PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "IdWarehouse", CInt(m_enWarehouse))
      ' IdBox
      PartWritePrivateProfileInt(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "IdBox", m_IdBox)
      ' altezza della piastrella
      PartWritePrivateProfileDouble(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "Height", m_Height)
      ' posizione della tavola
      PartWritePrivateProfilePoint(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "Table1ref", m_ptTable1)
      ' posizione centro pezzo sulla tavola
      PartWritePrivateProfilePoint(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "CenterPartTable1", m_CenterPartTable)
      ' info Table 1
      For nIndex = 1 To 2
         Dim objRawMoveData As New RawMoveData
         If nIndex = 1 Then
            objRawMoveData = m_MoveTable1
         Else
            objRawMoveData = m_MoveTable2
         End If
         ' CenterMinRect
         PartWritePrivateProfilePoint(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "CenterMinRect" & nIndex.ToString, objRawMoveData.m_ptCenMinRect)
         ' RotAngDeg
         PartWritePrivateProfileDouble(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "RotAngDeg" & nIndex.ToString, objRawMoveData.m_dAngRotDeg)
         ' Delta
         PartWritePrivateProfileVector(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "Delta" & nIndex.ToString, objRawMoveData.m_vtDelta)
         ' Cups
         PartWritePrivateProfileString(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "Cups" & nIndex.ToString, objRawMoveData.m_sCups)
         ' Rect
         PartWritePrivateProfileVector(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "Rect" & nIndex.ToString, objRawMoveData.m_vtRect)
         ' DirX
         PartWritePrivateProfileVector(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "DirX" & nIndex.ToString, objRawMoveData.m_vtDirX)
         ' OrtoDirX
         PartWritePrivateProfileVector(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "OrtoDirX" & nIndex.ToString, objRawMoveData.m_vtOrtoDirX)
         ' RawAngRotDeg
         PartWritePrivateProfileDouble(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "RawAngRotDeg" & nIndex.ToString, objRawMoveData.m_dRawAngRotDeg)
         ' RawMove
         PartWritePrivateProfileVector(m_IdProject, ConstIni.S_PART & m_IdPart.ToString, "RawMove" & nIndex.ToString, objRawMoveData.m_vtRawMove)
      Next
      Return True
   End Function

   Shared Function GetListOfPart() As Boolean
      ' recupero l'elenco dei file da caricare dal file Warehouese.ini
      Dim sVal As String = String.Empty
      WarehauseGetPrivateProfileString("Warehouse", "IdProj", "", sVal)
      If String.IsNullOrEmpty(sVal) Then
         Return False
      End If
      ' provo a caricare il disegno del progetto corrente (in fase di scarico)
      If EgtOpenFile(Map.refMainWindowVM.MainWindowM.sTempDir & "\" & CURR_PROJ_NAME) Then
         ' imposto la macchina di lavoro
         EgtSetCurrMachGroup(EgtGetFirstMachGroup())
         ' Attivo ultima fase di lavorazione
         EgtSetCurrPhase(EgtGetPhaseCount())
         ' Nascondo lavorazioni
         HideAllMachinings()
      End If


      ' separo l'elenco di progetti
      Dim sItemIdProj As String() = sVal.Split(","c)
      For Each ItemId In sItemIdProj
         ' costruisco il nome del file
         Dim sFile As String = Map.refMainWindowVM.MainWindowM.sTempDir & "\PartList" & ItemId.Trim & ".ini"
         ' verifico che esista il file
         If Not My.Computer.FileSystem.FileExists(sFile) Then
            Continue For
         End If
         ' converto l'Id del progetto in un intero
         Dim nIdProj As Integer
         If Not IsNumeric(ItemId) Then
            Continue For
         End If
         nIdProj = CInt(ItemId)
         Dim objProj As New Proj(nIdProj)
         objProj.enStatus = StatusProj.LOADING
         If Map.refMainWindowVM.MainWindowM.nProjInd < 1 Then
            Map.refMainWindowVM.MainWindowM.SetProjInd(nIdProj)
            Map.refUnloadingAreaVM.IdProjTable2 = objProj
         End If
         Map.refMainWindowVM.MainWindowM.ProjIndList.Add(objProj)
         ' recupero l'elenco dei pezzi contenuti nel progetto
         Dim sParts As String = String.Empty
         Dim sValue As String = String.Empty
         Dim nInd As Integer = 1
         While PartGetPrivateProfileString(nIdProj, "PartList", "IdPart" & nInd.ToString, "0", sValue) > 1
            If nInd = 1 Then
               sParts = sValue
            Else
               sParts = sParts & "," & sValue
            End If
            nInd = nInd + 1
         End While
         Dim sItemIdPart As String() = sParts.Split(","c)
         Dim bIsWorking As Boolean = False
         ' leggo le info per ogni part del progetto
         For Each ItemPart In sItemIdPart
            ' converto l'Id del Part in un intero
            Dim nIdPart As Integer
            If Not IsNumeric(ItemPart) Then
               Continue For
            End If
            nIdPart = CInt(ItemPart)
            Dim sIpAppName As String = "Part" & Trim(ItemPart)
            ' inizio la lettura dei dati della piastrella
            Dim LocalPart As New Part(nIdPart, nIdProj)
            ' stato della piastrella
            Dim nValue As Integer = 0
            LocalPart.enStatus = CType(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, ConstIni.K_STATUS, nValue), StatusPart)
            LocalPart.enPlace = CType(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, ConstIni.K_PLACE, nValue), Place)
            LocalPart.enUnloading = CType(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, ConstIni.K_UNLOADING, nValue), Unloading)
            ' posizione della tavola
            PartGetPrivateProfilePoint(nIdProj, ConstIni.S_PART & nIdPart.ToString, "Table1ref", LocalPart.m_ptTable1)
            ' posizione del pezzo sulla tavola
            PartGetPrivateProfilePoint(nIdProj, ConstIni.S_PART & nIdPart.ToString, "CenterPartTable1", LocalPart.m_CenterPartTable)
            ' IdWarehouse
            Dim nIdWarehouse As Integer = 0
            LocalPart.SetWareHouse(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, "IdWarehouse", nIdWarehouse))
            ' IdBox
            Dim nIdBox As Integer = -1
            LocalPart.SetIdBox(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, "IdBox", nIdBox))
            ' altezza della piastrella
            Dim dHeight As Double = 0
            LocalPart.SetHeight(PartGetPrivateProfileDouble(nIdProj, ConstIni.S_PART & nIdPart.ToString, "Height", dHeight))
            ' IsLast
            Dim bIsLats As Boolean = sItemIdPart(nInd - 2) = ItemPart
            LocalPart.SetIsLast(bIsLats)
            ' nLayer
            Dim nIdLayer As Integer = 0
            LocalPart.SetLayer(PartGetPrivateProfileIntger(nIdProj, ConstIni.S_PART & nIdPart.ToString, "IdLayer", nIdLayer))
            ' OffsetPartY
            Dim dOffsetY As Double = 0
            LocalPart.SetOffsetY(PartGetPrivateProfileDouble(nIdProj, ConstIni.S_PART & nIdPart.ToString, "OffsetY", dOffsetY))

            ' info Table 1
            For nIndex As Integer = 1 To 2
               Dim objRawMoveData As New RawMoveData
               If nIndex = 1 Then
                  objRawMoveData = LocalPart.m_MoveTable1
               Else
                  objRawMoveData = LocalPart.m_MoveTable2
               End If
               ' RawMove
               PartGetPrivateProfileVector(nIdProj, ConstIni.S_PART & nIdPart.ToString, "RawMove" & nIndex.ToString, objRawMoveData.m_vtRawMove)
               ' Delta
               PartGetPrivateProfileVector(nIdProj, ConstIni.S_PART & nIdPart.ToString, "Delta" & nIndex.ToString, objRawMoveData.m_vtDelta)
               ' Rect
               PartGetPrivateProfileVector(nIdProj, ConstIni.S_PART & nIdPart.ToString, "Rect" & nIndex.ToString, objRawMoveData.m_vtRect)
               LocalPart.MinRectX = objRawMoveData.m_vtRect.x * 2
               LocalPart.MinRectY = objRawMoveData.m_vtRect.y * 2
               ' DirX
               PartGetPrivateProfileVector(nIdProj, ConstIni.S_PART & nIdPart.ToString, "DirX" & nIndex.ToString, objRawMoveData.m_vtDirX)
               ' OrtoDirX
               PartGetPrivateProfileVector(nIdProj, ConstIni.S_PART & nIdPart.ToString, "OrtoDirX" & nIndex.ToString, objRawMoveData.m_vtOrtoDirX)
               ' CenterMinRect
               PartGetPrivateProfilePoint(nIdProj, ConstIni.S_PART & nIdPart.ToString, "CenterMinRect" & nIndex.ToString, objRawMoveData.m_ptCenMinRect)
               ' Cups
               PartGetPrivateProfileString(nIdProj, ConstIni.S_PART & nIdPart.ToString, "Cups" & nIndex.ToString, "", objRawMoveData.m_sCups)
               ' RotAngDeg
               PartGetPrivateProfileDouble(nIdProj, ConstIni.S_PART & nIdPart.ToString, "RotAngDeg" & nIndex.ToString, objRawMoveData.m_dAngRotDeg)
               ' RawAngRotDeg
               PartGetPrivateProfileDouble(nIdProj, ConstIni.S_PART & nIdPart.ToString, "RawAngRotDeg" & nIndex.ToString, objRawMoveData.m_dRawAngRotDeg)
            Next
            If LocalPart.enPlace = Place.ON_MOTOR_RULLER Then
               EgtSetStatus(LocalPart.IdPart, GDB_ST.OFF)
            End If
            Map.refUnloadingAreaVM.ListPart.Add(LocalPart)

            ' terminata la costruzione della lista dei pezzi, genero la lista per i box del progetto corrente
            For Each ItemWarehouse In Map.refUnloadingAreaVM.WarehouseList
               ' ricavo il magazzino corrente
               If ItemWarehouse.Id = CType(nIdWarehouse, Warehouses) Then
                  For Each ItemBox In ItemWarehouse.Boxes
                     If ItemBox.Id = LocalPart.IdBox Then
                        ItemBox.MyListPart.Add(LocalPart)
                        ItemBox.State = States.LOADING
                     End If
                  Next
               End If
            Next
            ' verifico se almeno un pezzo del progetto è stato depositato nel magazzino
            If LocalPart.enPlace <> Place.ON_MOTOR_RULLER AndAlso LocalPart.enPlace <> Place.ON_TABLE Then
               bIsWorking = True
            End If
         Next
         If bIsWorking Then
            objProj.enStatus = StatusProj.WORKING
         Else
            objProj.enStatus = StatusProj.LOADING
         End If
      Next
      ' se esiste attivo il magazzino del primo progetto caricato
      If Map.refUnloadingAreaVM.ListPart.Count > 0 Then
         Dim CurrWarehouse As WarehouseVM = Map.refUnloadingAreaVM.GetWarehouse(Map.refUnloadingAreaVM.ListPart(0).enWarehouse)
         If Not IsNothing(CurrWarehouse) Then Map.refUnloadingAreaVM.SetActiveWarehouse(CurrWarehouse.Id)
         'CurrWarehouse.SetState(States.AVAILABLE)
         'CurrWarehouse.NotifyPropertyChanged("IsEnabled")
      End If
      OutLogProcess("GetListOfPart() -> Recuperato i progetti: PartList" & sVal & ".ini")
      Return True
   End Function

#End Region    ' METHODS

End Class