private void btnAddMotion_Click(object sender, EventArgs e)
{
double position, aceeleration, velocity, x_P, x_K, t_P, t_K;
if (GetSelectedMotionType() == MotionType.UniformLinearMotion)
{
if (VerifyVelocityAndPositionValues(out velocity, out position))
{
UniformLinearMotion motion = new UniformLinearMotion(Convert.ToDouble(tBoxX_0.Text), Convert.ToDouble(tBox_V_0.Text));
EquationListBox.Items.Add((EquationListBox.Items.Count + 1).ToString() + ". " + motion.ToString());
DrawMotion(motion);
}
}
else if (GetSelectedMotionType() == MotionType.UniformAcceleratedLinearMotion)
{
if (VerifyAccelerationVelocityAndPositionValues(out aceeleration, out velocity, out position))
{
UniformlyAcceleratedLinearMotion motion = new UniformlyAcceleratedLinearMotion(Convert.ToDouble(tBoxX_0.Text), Convert.ToDouble(tBox_V_0.Text), Convert.ToDouble(tBox_a.Text));
EquationListBox.Items.Add((EquationListBox.Items.Count + 1).ToString() + ". " + motion.ToString());
DrawMotion(motion);
}
}
ListBoxRefresh();
}
private void DrawMotion(UniformLinearMotion motion)
{
string index = EquationListBox.Items.Count.ToString();
chartMotions.Series.Add(index);
chartMotions.Series[index].ChartType = System.Windows.Forms.DataVisualization.Charting.SeriesChartType.Line;
chartMotions.Series[index].BorderWidth = 4;
for (int i = 0; i < 100; i++)
{
chartMotions.Series[index].Points.AddXY(i, motion.GetPosition(i));
}
}