private void btnSave_Click(object sender, EventArgs e)
{
Gear g = new Gear();
g.Name = txtName.Text;
g.Alpha = Convert.ToDouble(numAlpha.Value);
g.GearModule = Convert.ToDouble(numGearModule.Value);
g.Torque = Convert.ToDouble(numTorque.Value);
g.WantedRadius = Convert.ToDouble(numWantedRadius.Value);
g.Shaft = shaft;
g.Material = material;
if (g.Name != "" && g.Material != null && g.Shaft != null)
{
Database1DataSet1TableAdapters.GearsTableAdapter gta = new Database1DataSet1TableAdapters.GearsTableAdapter();
gta.Insert(g.Name, g.Alpha, g.GearModule, g.Material.ID, g.Torque, g.Shaft.ID,g.WantedRadius, 0,0,0,0,0,0);
g.ID = (int)gta.getID(g.Name, g.Alpha, g.GearModule, g.Material.ID, g.Torque, g.Shaft.ID, 0, 0, 0, 0, 0, 0, 0);
Program.gearList.Add(g);
DialogResult = DialogResult.OK;
}
else
{
if (g.Name == "")
MessageBox.Show("You have to add a Name to your gear", "Impossible to save the gear", MessageBoxButtons.OK, MessageBoxIcon.Warning);
else if (g.Shaft == null)
MessageBox.Show("You have to add a Shaft to your gear", "Impossible to save the gear", MessageBoxButtons.OK, MessageBoxIcon.Warning);
else
MessageBox.Show("You have to add a Material to your gear", "Impossible to save the gear", MessageBoxButtons.OK, MessageBoxIcon.Warning);
}
}
private void btnRemove_Click(object sender, EventArgs e)
{
if (listGear.SelectedItems.Count > 0)
{
Gear gearToDelete = new Gear();
gearToDelete = (Gear)listGear.SelectedItems[0];
foreach (Gear g in Program.gearList)
{
if (g.Equals(gearToDelete))
{
gearToDelete = g;
}
}
Program.gearList.Remove(gearToDelete);
Database1DataSet1TableAdapters.GearsTableAdapter gta = new Database1DataSet1TableAdapters.GearsTableAdapter();
gta.Delete(gearToDelete.ID, gearToDelete.Name, gearToDelete.Alpha, gearToDelete.GearModule, gearToDelete.Material.ID, gearToDelete.Torque, gearToDelete.Shaft.ID, gearToDelete.WantedRadius, gearToDelete.Z, gearToDelete.Phi, gearToDelete.R_base, gearToDelete.R_foot, gearToDelete.R_pitch, gearToDelete.R_top);
}
refreshList();
treeViewGear.Nodes.Clear();
propertyGridGear.SelectedObject = null;
btnRemove.Enabled = false;
btnEdit.Enabled = false;
btnSelect.Enabled = false;
}
private void btnOutputGear_Click(object sender, EventArgs e)
{
GearEditorForm gearEditor = new GearEditorForm();
gearEditor.menuStripVisible(false);
if (gearEditor.ShowDialog() == DialogResult.OK)
{
// Ajouter le nom du gear
outputGear = gTemp;
//Changer le bouton Choose correspondant
txtOutputGear.Text = outputGear.Name;
txtOutputGear.Visible = true;
btnOutputGear.Text = "...";
btnOutputGear.Size = btnSize;
btnOutputGear.Location = new Point(188, 220);
}
}
private void btnGenerate_Click(object sender, EventArgs e)
{
btnValidate.Visible = false;
if (txtName.Text == "")
MessageBox.Show("You have to add a Name to your Gear Box", "Impossible to generate a GearBox ", MessageBoxButtons.OK, MessageBoxIcon.Warning);
else if (txtInputMaterial.Tag == null)
MessageBox.Show("You have to add a Material to your InputGear", "Impossible to generate a GearBox", MessageBoxButtons.OK, MessageBoxIcon.Warning);
else if (txtOutputMaterial.Tag == null)
MessageBox.Show("You have to add a Material to your OutputGear", "Impossible to generate a GearBox", MessageBoxButtons.OK, MessageBoxIcon.Warning);
else
{
tsStatusLabel.Text = "Starting the generation...";
numTorqueRatio.Value = numOutputTorque.Value / numInputTorque.Value;
double axesDistance = Convert.ToDouble(numAxesDistance.Value);
double torqueRatio = Convert.ToDouble(numTorqueRatio.Value);
gearBox = new GearBox();
inputGear = new Gear();
outputGear = new Gear();
double alpha = Convert.ToDouble(numAlpha.Value)*Math.PI/180;
/*
* Data extraction
*/
// Gear Box Creation
gearBox.Name = txtName.Text;
gearBox.Alpha = alpha;
gearBox.GearModule = Convert.ToDouble(numGearModule.Value);
gearBox.AxesDistance = axesDistance;
gearBox.TorqueRatio = torqueRatio;
gearBox.InputTorque = Convert.ToDouble(numInputTorque.Value);
gearBox.OutputTorque = Convert.ToDouble(numOutputTorque.Value);
gearBox.InputGear = inputGear;
gearBox.OutputGear = outputGear;
// Input Gear Creation
inputGear.Name = txtName.Text + " Input Gear";
inputGear.Alpha = alpha;
inputGear.GearModule = Convert.ToDouble(numGearModule.Value);
inputGear.WantedRadius = axesDistance * (1 / (1 + torqueRatio));
inputGear.Torque = Convert.ToDouble(numInputTorque.Value);
inputGear.Material = (Material)txtInputMaterial.Tag;
// Output Gear Creation
outputGear.Name = txtName.Text + " Output Gear";
outputGear.Alpha = alpha;
outputGear.GearModule = Convert.ToDouble(numGearModule.Value);
outputGear.WantedRadius = axesDistance * (1 - 1 / (1 + torqueRatio));
outputGear.Torque = Convert.ToDouble(numOutputTorque.Value);
outputGear.Material = (Material)txtOutputMaterial.Tag;
/*
* Data Calculation
*/
//Input Gear Calculation
gearCalculation(inputGear, true);
updateGearOnCatia(inputGear, true);
gearCalculation(outputGear, false);
updateGearOnCatia(outputGear, false);
showGearboxOnCatia(gearBox);
updateTreeView(gearBox);
this.btnValidate.Visible = true;
}
}
private void updateGearOnCatia(Gear g, Boolean isInput)
{
if (isInput)
tsStatusLabel.Text = "Updating the input Gear on Catia...";
else
tsStatusLabel.Text = "Updating the output Gear on Catia...";
INFITF.Application catiaApp = null;
try
{
catiaApp = System.Runtime.InteropServices.Marshal.GetActiveObject("CATIA.Application") as INFITF.Application;
}
catch (Exception ex)
{
catiaApp = System.Activator.CreateInstance(Type.GetTypeFromProgID("CATIA.Application")) as INFITF.Application;
}
finally
{
catiaApp.Visible = true;
if (isInput == true)
{
catiaApp.Documents.Open(path + "\\inputGear.CATPart");
}
else
catiaApp.Documents.Open(path + "\\outputGear.CATPart");
}
MECMOD.PartDocument partDocument = (MECMOD.PartDocument) catiaApp.ActiveDocument;
ProductStructureTypeLib.Product product = partDocument.Product;
KnowledgewareTypeLib.Parameter type = (KnowledgewareTypeLib.Parameter) product.Parameters.GetItem("Alpha");
type.ValuateFromString(g.Alpha + "rad");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("Module");
type.ValuateFromString(g.GearModule + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("Z");
type.ValuateFromString(g.Z.ToString());
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("Radius");
type.ValuateFromString(g.WantedRadius + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("r_top");
type.ValuateFromString(g.R_top+ "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("r_base");
type.ValuateFromString(g.R_pitch + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("r_foot");
type.ValuateFromString(g.R_foot + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("phi");
type.ValuateFromString(g.Phi + "rad");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("D_Shaft");
type.ValuateFromString(g.Shaft.Diameter + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("KeyWidth");
type.ValuateFromString(g.Shaft.KeyCutWidth + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("KeyLength");
type.ValuateFromString(g.Shaft.KeyCutLength + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("KeyWidth");
type.ValuateFromString(g.Shaft.KeyCutWidth + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("C1");
if (isInput == true)
type.ValuateFromString(inputC1 + "mm");
else
type.ValuateFromString(outputC1 + "mm");
type = (KnowledgewareTypeLib.Parameter)product.Parameters.GetItem("C2");
if (isInput == true)
type.ValuateFromString(inputC2 + "mm");
else
type.ValuateFromString(outputC2 + "mm");
product.Update();
partDocument.Save();
}
private void gearCalculation(Gear gear, bool isInput)
{
if (isInput)
tsStatusLabel.Text = "Calculation of the input Gear...";
else
tsStatusLabel.Text = "Calculation of the output Gear...";
Mathcad.Application mathCadApp=null;
try
{
mathCadApp = System.Runtime.InteropServices.Marshal.GetActiveObject("MathCAD.Application") as Mathcad.Application;
}
catch (Exception ex) {
mathCadApp = System.Activator.CreateInstance(Type.GetTypeFromProgID("MathCAD.Application")) as Mathcad.Application;
}
finally
{
mathCadApp.Worksheets.Open(path + "/gear calculation.xmcd");
}
mathCadApp.Visible = true;
Mathcad.Worksheet ws= mathCadApp.ActiveWorksheet;
ws.SetValue("module", gear.GearModule );
ws.SetValue("RD", gear.WantedRadius );
ws.SetValue("Alpha", gear.Alpha );
String value;
value = ws.GetValue("z_t").asString;
gear.Z = Convert.ToDouble(value);
value = ws.GetValue("phi").asString;
gear.Phi = Convert.ToDouble(value);
value = ws.GetValue("r_base").asString;
gear.R_base = Convert.ToDouble(value);
value = ws.GetValue("r_foot").asString;
gear.R_foot = Convert.ToDouble(value);
value = ws.GetValue("r_pitch").asString;
gear.R_pitch = Convert.ToDouble(value);
value = ws.GetValue("r_top").asString;
gear.R_top = Convert.ToDouble(value);
gear.Shaft = createShaft(gear.Material, gear.Torque, isInput );
}
private void GearBoxGenerator_Load(object sender, EventArgs e)
{
// Get the Materials
Database1DataSet1TableAdapters.MaterialsTableAdapter mta = new Database1DataSet1TableAdapters.MaterialsTableAdapter();
Database1DataSet1.MaterialsDataTable MaterialsFromDB = new Database1DataSet1.MaterialsDataTable();
mta.Fill(MaterialsFromDB);
foreach(Database1DataSet1.MaterialsRow row in MaterialsFromDB.Rows){
Material mat = new Material();
mat.ID = row.ID;
mat.Name = row.MaterialName;
mat.Density = row.Density;
mat.yieldStress = row.YieldStress;
mat.youngsModulus = row.YoungsModulus;
Program.materialList.Add(mat);
}
// Get the Shafts
Database1DataSet1TableAdapters.Shaft1TableAdapter sta = new Database1DataSet1TableAdapters.Shaft1TableAdapter();
Database1DataSet1.Shaft1DataTable ShaftsFromDB = new Database1DataSet1.Shaft1DataTable();
sta.Fill(ShaftsFromDB);
foreach (Database1DataSet1.Shaft1Row row in ShaftsFromDB.Rows) {
Shaft shaft = new Shaft();
shaft.ID = row.ID;
shaft.Name = row.ShaftName;
shaft.Diameter = row.Diameter;
shaft.KeyCutHeigth = row.KeyCutHeight;
shaft.KeyCutLength = row.KeyCutLenght;
shaft.KeyCutWidth = row.KeyCutWidth;
shaft.Material = Util.getMaterialById(row.MaterialID);
Program.shaftList.Add(shaft);
}
Database1DataSet1TableAdapters.GearsTableAdapter gta = new Database1DataSet1TableAdapters.GearsTableAdapter();
Database1DataSet1.GearsDataTable GearsFromDB = new Database1DataSet1.GearsDataTable();
gta.Fill(GearsFromDB);
foreach (Database1DataSet1.GearsRow row in GearsFromDB.Rows)
{
Gear gear = new Gear();
gear.ID = row.ID;
gear.Alpha = row.Alpha;
gear.GearModule = row.GearModule;
gear.Torque = row.Torque;
gear.WantedRadius = row.WantedRadius;
gear.Name = row.GearName;
gear.Z = row.Z;
gear.Phi = row.Phi;
gear.R_base = row.RBase;
gear.R_foot = row.RFoot;
gear.R_pitch = row.RPitch;
gear.R_top = row.RTop;
gear.Material = Util.getMaterialById(row.MaterialID);
gear.Shaft = Util.getShaftById(row.ShaftID);
Program.gearList.Add(gear);
}
Util.refreshGearBoxList();
}
private void btnRemove_Click_1(object sender, EventArgs e)
{
if (DialogResult.OK == MessageBox.Show("You may delete Gear Boxes associated. Do you want to continue ?", "Caution", MessageBoxButtons.OKCancel, MessageBoxIcon.Warning))
{
if (listGear.SelectedItems.Count > 0)
{
Gear gearToDelete = new Gear();
gearToDelete = (Gear)listGear.SelectedItems[0];
Program.gearList.Remove(gearToDelete);
Database1DataSet1TableAdapters.GearsTableAdapter gta = new Database1DataSet1TableAdapters.GearsTableAdapter();
Database1DataSet1TableAdapters.GearBoxTableAdapter gbta = new Database1DataSet1TableAdapters.GearBoxTableAdapter();
try
{
gbta.DeleteInputGearQuery(gearToDelete.ID);
gbta.DeleteOutputGearQuery(gearToDelete.ID);
gta.Delete(gearToDelete.ID, gearToDelete.Name, gearToDelete.Alpha, gearToDelete.GearModule, gearToDelete.Material.ID, gearToDelete.Torque, gearToDelete.Shaft.ID, gearToDelete.WantedRadius, gearToDelete.Z, gearToDelete.Phi, gearToDelete.R_base, gearToDelete.R_foot, gearToDelete.R_pitch, gearToDelete.R_top);
Util.refreshGearBoxList();
}
catch (Exception ex) { }
}
refreshList();
propertyGridGear.SelectedObject = null;
btnRemove.Enabled = false;
btnEdit.Enabled = false;
btnSelect.Enabled = false;
}
}