private void button1_Click(object sender, EventArgs e)
{
CFEM_CALC obj_Calc = new CFEM_CALC();
// MessageBox.Show("Calculation was successful!", "Solver Message" /*, MessageBoxButtons.OK, MessageBoxIcon.Exclamation*/);
// Auxialiary string - result data
int iDispDecPrecision = 3; // Precision of numerical values of displacement and rotations
string sDOFResults = null;
for (int i = 0; i < obj_Calc.m_V_Displ.FVectorItems.Length; i++)
{
int iNodeNumber = obj_Calc.m_fDisp_Vector_CN[i, 1]+1; // Incerase index (1st member "0" to "1"
int iNodeDOFNumber = obj_Calc.m_fDisp_Vector_CN[i, 2]+1;
sDOFResults += "Node No:" + "\t" + iNodeNumber + "\t" +
"Node DOF No:" + "\t" + iNodeDOFNumber + "\t" +
"Value:" + "\t" + String.Format("{0:0.000}" ,Math.Round(obj_Calc.m_V_Displ.FVectorItems[i], iDispDecPrecision))
+ "\n";
}
// Main String
string sMessageCalc=
"Calculation was successful!" +"\n\n"+
"Result - vector of calculated values of unrestraint DOF displacement or rotation" + "\n\n" + sDOFResults;
// Display Message
MessageBox.Show(sMessageCalc, "Solver Message", MessageBoxButtons.OK);
}
private void menuItemExample3D_50_Click(object sender, RoutedEventArgs e)
{
model = new sw_en_GUI.EXAMPLES._3D.CExample_3D_50();
Window2 win = new Window2(model, m_bDebugging);
list_trackports.Add(win._trackport);
Container.Children.Add(new MdiChild { Content = (UIElement)win.Content, Title = "Example 3D 50" + " - Window " + (Container.Children.Count + 1) });
FEM_CALC_1Din3D.CFEM_CALC obj_Calc = new FEM_CALC_1Din3D.CFEM_CALC(model, m_bDebugging); // Nove vypoctove jadro
win.Close();
}
// Calculation
private void menuItemCalculate_Click(object sender, RoutedEventArgs e)
{
/*
// Create calculation object and run calculation
FEM_CALC_BASE.CFEM_CALC obj_Calc = new FEM_CALC_BASE.CFEM_CALC(); // Nove vypoctove jadro
if (model.m_eSLN == ESLN.e2DD_1D)
{
FEM_CALC_1Din2D.CFEM_CALC obj_Calc_2D = new FEM_CALC_1Din2D.CFEM_CALC(model, m_bDebugging);
obj_Calc = (FEM_CALC_BASE.CFEM_CALC)(obj_Calc_2D); // Change to basic type
}
else if (model.m_eSLN == ESLN.e3DD_1D)
{
FEM_CALC_1Din3D.CFEM_CALC obj_Calc_3D = new FEM_CALC_1Din3D.CFEM_CALC(model, m_bDebugging);
obj_Calc = (FEM_CALC_BASE.CFEM_CALC)(obj_Calc_3D); // Change to basic type
}
else
{
// Not implemented
}
*/
FEM_CALC_1Din3D.CFEM_CALC obj_Calc = new FEM_CALC_1Din3D.CFEM_CALC(); // Povodny priklad - zadanie c 4
// Auxialiary string - result data
int iDispDecPrecision = 3; // Precision of numerical values of displacement and rotations
string sDOFResults = null;
for (int i = 0; i < obj_Calc.m_V_Displ.FVectorItems.Length; i++)
{
int iNodeNumber = obj_Calc.m_fDisp_Vector_CN[i, 1] + 1; // Incerase index (1st member "0" to "1"
int iNodeDOFNumber = obj_Calc.m_fDisp_Vector_CN[i, 2] + 1;
sDOFResults += "Node No:" + "\t" + iNodeNumber + "\t" +
"Node DOF No:" + "\t" + iNodeDOFNumber + "\t" +
"Value:" + "\t" + String.Format("{0:0.000}", Math.Round(obj_Calc.m_V_Displ.FVectorItems[i], iDispDecPrecision))
+ "\n";
}
// Main String
string sMessageCalc =
"Calculation was successful!" + "\n\n" +
"Result - vector of calculated values of unrestraint DOF displacement or rotation" + "\n\n" + sDOFResults;
// Display Message
MessageBox.Show(sMessageCalc, "Solver Message", MessageBoxButton.OK);
}