/// <summary>
/// When the user presses the Move Plate Button, retrieves inputs from text boxes and runs Plate Movement.
/// </summary>
private void MovePlateButton_Click(object sender, EventArgs e)
{
errorDisplay.Text = "";
if (!Int32.TryParse(sizeInput.Text, out int size))
{
errorDisplay.Text += "Size is not an integer. ";
return;
}
List <double>[] genParams = new List <double> [3];
genParams = ProcessString(velocityInput.Text, 3);
if (genParams == null || genParams[0].Count != genParams[1].Count || genParams[1].Count != genParams[2].Count)
{
errorDisplay.Text += "Velocity is input incorrectly. Format is: 12.3,4.56,789; . ";
return;
}
double[] speeds = new double[genParams[0].Count];
double[,] directions = new double[2, genParams[1].Count];
for (int i = 0; i < genParams[2].Count; i++)
{
speeds[i] = genParams[0][i];
directions[0, i] = genParams[1][i];
directions[1, i] = genParams[2][i];
}
if (!Double.TryParse(timeStepInput.Text, out double timeStep))
{
errorDisplay.Text += "Time Step is not a number. ";
return;
}
PlateLayer PlateLayerI = new PlateLayer(size, speeds.Length);
if (!PlateLayerI.OpenFiles(directoryInput.Text, heightMapInput.Text, plateMapInput.Text))
{
errorDisplay.Text += "Bin Map input is unreadable. ";
return;
}
PlateLayerI.PlatesVelocityInputs(speeds, directions);
PlateLayerI.PlateMove(timeStep);
PointIO pointIO = new PointIO {
directory = directoryInput.Text
};
pointIO.SaveHeightImage(heightMapInput.Text, PlateLayerI.PastHeights);
pointIO.SaveMapData(heightMapInput.Text, PlateLayerI.PastHeights);
pointIO.SavePlateImage(plateMapInput.Text, PlateLayerI.PastPlates);
pointIO.SaveMapData(plateMapInput.Text, PlateLayerI.PastPlates);
pictureBox.ImageLocation = directoryInput.Text + "\\" + heightMapInput.Text + ".png";
errorDisplay.Text = "No errors yet. Errors will be displayed here.";
}
/// <summary>
/// When the user presses the Generation Button, retrieves inputs from text boxes and runs Plate Generation.
/// </summary>
private void GenerationButton_Click(object sender, EventArgs e)
{
errorDisplay.Text = "";
if (!Int32.TryParse(sizeInput.Text, out int size))
{
errorDisplay.Text += "Size is not an integer. ";
return;
}
if (!Int32.TryParse(numberOfPlatesInput.Text, out int numberOfPlates))
{
errorDisplay.Text += "Number of Plates is not an integer. ";
return;
}
List <double>[] genParams = new List <double> [3];
genParams = ProcessString(genParamsInput.Text, 3);
if (genParams == null || genParams[0].Count != genParams[1].Count || genParams[1].Count != genParams[2].Count)
{
errorDisplay.Text += "Magnitude is input incorrectly. Format is: 12.3,4.56,789; . ";
return;
}
double[] magnitude = new double[genParams[0].Count];
double[] radius = new double[genParams[1].Count];
double[] pointConcentration = new double[genParams[2].Count];
for (int i = 0; i < genParams[0].Count; i++)
{
magnitude[i] = genParams[0][i];
radius[i] = genParams[1][i];
pointConcentration[i] = genParams[2][i];
}
if (!Int32.TryParse(cutoffInput.Text, out int cutoff))
{
errorDisplay.Text += "Cutoff is not an integer. ";
return;
}
PlateLayer PlateLayerI = new PlateLayer(size, numberOfPlates);
PlateLayerI.PlateGeneration(magnitude, radius, pointConcentration, cutoff);
PointIO pointIO = new PointIO {
directory = directoryInput.Text
};
pointIO.SaveHeightImage(outNameInput.Text, PlateLayerI.PastHeights);
pointIO.SaveMapData(outNameInput.Text, PlateLayerI.PastHeights);
pictureBox.ImageLocation = directoryInput.Text + "\\" + outNameInput.Text + ".png";
errorDisplay.Text = "No errors yet. Errors will be displayed here.";
}