public void ShowPhysics()
{
PhysicsFormulary.PotentialEnergy potential = new PhysicsFormulary.PotentialEnergy();
PhysicsFormulary physicsFormulary = new PhysicsFormulary();
// loop through all formulas in the MathFormulary
foreach (BaseFormula formula in physicsFormulary.formulas)
{
// if the current formula is the one selected
if (formula.Name == funcList.SelectedNode.Text)
{
// set the current formula as the currentFormula or the selected formula
currentFormula = formula;
potential.Shared();
}
// get out of loop
break;
}
}
public void ShowMath()
{
SphereCircumference sphereCircumference = new SphereCircumference();
//sphereCircumference.Shared();
MathFormulary mathFormulary = new MathFormulary();
// loop through all formulas in the MathFormulary
foreach (BaseFormula formula in mathFormulary.formulas)
{
// if the current formula is the one selected
if (formula.Name == funcList.SelectedNode.Text)
{
// set the current formula as the currentFormula or the selected formula
currentFormula = formula;
sphereCircumference.Shared();
for (int i = 0; i < formula.VarCount; i++)
{
textBoxes.Add(new TextBox());
int usableSpace = 656 / (formula.VarCount + 1);
TextBox text = new TextBox();
//text.Location = new Point(100, 100);
Formelsamling form1 = new Formelsamling();
form1.Controls.Add(text);
text.Visible = true;
textBoxes[textBoxes.Count - 1].Location = new Point(usableSpace * (i + 1), 200);
}
foreach (TextBox txtBox in textBoxes)
{
Controls.Add(txtBox);
}
}
// get out of loop
break;
}
}
