3D IMPORT : *.RAW (BIENTOT *.3DS)

Global NmbRawObjet As Integer

Private Type VerticeV
    X As Single
    Y As Single
    Z As Single
End Type

Private Type FaceV
    Vertice(3) As VerticeV
End Type

Private Type RAWObjetV
    NmbFace As Integer
    Face() As FaceV
    Nom As String
    Ochar As Integer
End Type

Public RAWObjet() As RAWObjetV

Private Sub GetObjet()
On Error Resume Next

n = Split(F, vbCrLf & vbNewLine)

NmbRawObjet = UBound(n) + 1
ReDim Preserve RAWObjet(NmbRawObjet)

For I = 0 To UBound(n)
    T = 1: Q = 0
    If I = 0 Then T = 3: Q = 3
    J = InStr(T, F, n(I))
    K = InStr(2, n(I), vbCrLf)
    RAWObjet(I + 1).Nom = Mid(n(I), T, K - T)
    RAWObjet(I + 1).Ochar = J + Q
Next

End Sub

Private Sub GetVertex()
T = 4
For I = 1 To NmbRawObjet
    With RAWObjet(I)
        If NmbRawObjet <= 1 Or I = NmbRawObjet Then
            Fin = Len(F)
        Else
            Fin = RAWObjet(I + 1).Ochar + -.Ochar - Len(.Nom) - 2
        End If
        S = Mid(F, .Ochar + 2 + Len(.Nom), Fin)
        V = Split(S, vbCrLf)
        .NmbFace = UBound(V)
        For J = 0 To .NmbFace
            ReDim Preserve .Face(J)
            With .Face(J)
                U = Split(V(J), "  ")
                n = 0
                For K = 0 To UBound(U)
                n = n + 1
                    W = Split(U(K), " ")
                    With .Vertice(n)
                        .X = Val(W(0)) * T
                        .Y = Val(W(1)) * T
                        .Z = -Val(W(2)) * T
                    End With
                Next
            End With
        Next
    End With
Next

End Sub

Sub LoadRAW(Fichier As String)

'Loading "CHARGEMENT DE " & Fichier
Open Fichier For Input As 1
F = CStr(Input$(LOF(1), #1))
Close

'Loading "OBJET"
GetObjet
'Loading "VERTICES"
GetVertex
'Loading "FIN", False

End Sub