private void InitRenderer()
{
// Create the Renderer 3D control.
//Renderer3D myRenderer3D = new Renderer3D();
// Add the Renderer control to the panel
// mainPanel.Controls.Clear();
//mainPanel.Controls.Add(myRenderer3D);
// Create a range for the graph generation
Range range = new Range(-150, 150);
int steps = 50;
// Build a nice surface to display with cool alpha colors
// (alpha 0.8 for surface color and 0.5 for wireframe)
Shape surface = Builder.buildOrthonomal(new OrthonormalGrid(range, steps, range, steps), new MyMapper());
surface.ColorMapper = new ColorMapper(new ColorMapRainbow(), surface.Bounds.zmin, surface.Bounds.zmax, new Color(1, 1, 1, 0.8));
surface.FaceDisplayed = true;
surface.WireframeDisplayed = true;
surface.WireframeColor = Color.CYAN;
surface.WireframeColor.mul(new Color(1, 1, 1, 0.5));
// Create the chart and embed the surface within
Chart chart = new Chart(myRenderer3D, Quality.Nicest);
chart.Scene.Graph.Add(surface);
axeLayout = chart.AxeLayout;
// All activated by default
DisplayXTicks = true;
DisplayXAxisLabel = true;
DisplayYTicks = true;
DisplayYAxisLabel = true;
DisplayZTicks = true;
DisplayZAxisLabel = true;
DisplayTickLines = true;
// Create a mouse control
nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController mouse = new nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController();
mouse.addControllerEventListener(myRenderer3D);
chart.addController(mouse);
// This is just to ensure code is reentrant (used when code is not called in Form_Load but another reentrant event)
DisposeBackgroundThread();
// Create a thread to control the camera based on mouse movements
t = new nzy3D.Chart.Controllers.Thread.Camera.CameraThreadController();
t.addControllerEventListener(myRenderer3D);
mouse.addSlaveThreadController(t);
chart.addController(t);
t.Start();
// Associate the chart with current control
myRenderer3D.setView(chart.View);
this.Refresh();
}
public void InitRenderer()
{
// Create the Renderer 3D control.
//Renderer3D myRenderer3D = new Renderer3D();
//// Add the Renderer control to the panel
//plotPanel.Controls.Clear();
//plotPanel.Controls.Add(myRenderer3D);
// Create a range for the graph generation
int x = Math.Max(globalN, globalK);
Range xRange = new Range(0, x * 10 - 1);
int xSteps = 30; //Math.Min(x * 2, 30);
Range yRange = new Range(0, globalM * 20 - 1);
int ySteps = 30; //Math.Min(globalM * 2, 30);
// Build a nice surface to display with cool alpha colors
// (alpha 0.8 for surface color and 0.5 for wireframe)
Shape surface = Builder.buildOrthonomal(new OrthonormalGrid(xRange, xSteps, yRange, ySteps), function);
surface.ColorMapper = new ColorMapper(new ColorMapRainbow(), surface.Bounds.zmin, surface.Bounds.zmax, new Color(1, 1, 1, 0.8));
surface.FaceDisplayed = true;
surface.WireframeDisplayed = true;
surface.WireframeColor = Color.GRAY;
surface.WireframeColor.mul(new Color(1, 1, 1, 0.5));
// Create the chart and embed the surface within
Chart chart = new Chart(renderer, Quality.Nicest);
chart.Scene.Graph.Add(surface);
axeLayout = chart.AxeLayout;
// Create a mouse control
nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController mouse = new nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController();
mouse.addControllerEventListener(renderer);
chart.addController(mouse);
// This is just to ensure code is reentrant (used when code is not in Form_Load but another reentrant event)
DisposeBackgroundThread();
// Create a thread to control the camera based on mouse movements
t = new CameraThreadController();
t.addControllerEventListener(renderer);
mouse.addSlaveThreadController(t);
chart.addController(t);
t.Start();
// Associate the chart with current control
renderer.setView(chart.View);
}
private void UserControl_Loaded(object sender, RoutedEventArgs e)
{
// MVVM made simple : DataContext is current object
this.DataContext = this;
// Create the interop host control.
System.Windows.Forms.Integration.WindowsFormsHost fromHost =
new System.Windows.Forms.Integration.WindowsFormsHost();
//// Create the Renderer 3D control.
Renderer3D renderer = new Renderer3D();
// Assign the Renderer 3D control as the host control's child.
fromHost.Child = renderer;
gridContent.Children.Add(fromHost);
// Create the chart and embed the surface within
dataChart = new nzy3D.Chart.Chart(renderer, Quality.Nicest);
axeLayout = dataChart.AxeLayout;
// Create a mouse control
nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController mouse = new nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController();
mouse.addControllerEventListener(renderer);
dataChart.addController(mouse);
// This is just to ensure code is reentrant (used when code is not in Form_Load but another reentrant event)
DisposeBackgroundThread();
// Create a thread to control the camera based on mouse movements
threadController = new nzy3D.Chart.Controllers.Thread.Camera.CameraThreadController();
threadController.addControllerEventListener(renderer);
mouse.addSlaveThreadController(threadController);
dataChart.addController(threadController);
//threadController.Start();
// Associate the chart with current control
renderer.setView(dataChart.View);
}
private void InitRenderer()
{
// Create the Renderer 3D control.
//Renderer3D myRenderer3D = new Renderer3D();
// Add the Renderer control to the panel
// mainPanel.Controls.Clear();
//mainPanel.Controls.Add(myRenderer3D);
// Create a range for the graph generation
Range xRange = new Range(workTimeArr.Min(), workTimeArr.Max());
Range yRange = new Range(wrArr.Min(), wrArr.Max());
int steps = 50;
// Build a nice surface to display with cool alpha colors
// (alpha 0.8 for surface color and 0.5 for wireframe)
MyMapper mapper = new MyMapper();
mapper.coeff = coeffs;
Shape surface = Builder.buildOrthonomal(new OrthonormalGrid(xRange, steps, yRange, steps), mapper);
surface.ColorMapper = new ColorMapper(new ColorMapRainbow(), surface.Bounds.zmin, surface.Bounds.zmax, new nzy3D.Colors.Color(1, 1, 1, 0.8));
surface.FaceDisplayed = true;
surface.WireframeDisplayed = true;
surface.WireframeColor = Color.CYAN;
surface.WireframeColor.mul(new Color(1, 1, 1, 0.5));
// Create the chart and embed the surface within
Chart chart = new Chart(myRenderer3D, Quality.Nicest);
chart.Scene.Graph.Add(surface);
Scatter scatter = new Scatter(coor.ToArray(), Color.RED, 10);
chart.Scene.Graph.Add(scatter);
IAxeLayout axeLayout = chart.AxeLayout;
axeLayout.TickLineDisplayed = true;
axeLayout.XTickLabelDisplayed = true;
axeLayout.YTickLabelDisplayed = true;
axeLayout.ZTickLabelDisplayed = true;
axeLayout.XAxeLabelDisplayed = true;
axeLayout.YAxeLabelDisplayed = true;
axeLayout.ZAxeLabelDisplayed = true;
axeLayout.XAxeLabel = "Work time (secs)";
axeLayout.YAxeLabel = "Work rest ratio";
axeLayout.ZAxeLabel = "Cal per min";
axeLayout = chart.AxeLayout;
// Create a mouse control
nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController mouse = new nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController();
mouse.addControllerEventListener(myRenderer3D);
chart.addController(mouse);
// This is just to ensure code is reentrant (used when code is not called in Form_Load but another reentrant event)
DisposeBackgroundThread();
// Create a thread to control the camera based on mouse movements
t = new nzy3D.Chart.Controllers.Thread.Camera.CameraThreadController();
t.addControllerEventListener(myRenderer3D);
mouse.addSlaveThreadController(t);
chart.addController(t);
t.Start();
// Associate the chart with current control
myRenderer3D.setView(chart.View);
this.Refresh();
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
// MVVM made simple : DataContext is current object
this.DataContext = this;
// Create the interop host control.
System.Windows.Forms.Integration.WindowsFormsHost host =
new System.Windows.Forms.Integration.WindowsFormsHost();
// Create the Renderer 3D control.
Renderer3D renderer = new Renderer3D();
// Assign the Renderer 3D control as the host control's child.
host.Child = renderer;
// Add the interop host control to the Grid
// control's collection of child controls.
this.MainGrid.Children.Add(host);
// Create a range for the graph generation
Range range = new Range(-150, 150);
int steps = 50;
// Build a nice surface to display with cool alpha colors
// (alpha 0.8 for surface color and 0.5 for wireframe)
Shape surface = Builder.buildOrthonomal(new OrthonormalGrid(range, steps, range, steps), new MyMapper());
surface.ColorMapper = new ColorMapper(new ColorMapRainbow(), surface.Bounds.zmin, surface.Bounds.zmax, new Color(1, 1, 1, 0.8));
surface.FaceDisplayed = true;
surface.WireframeDisplayed = true;
surface.WireframeColor = Color.CYAN;
surface.WireframeColor.mul(new Color(1, 1, 1, 0.5));
// Create the chart and embed the surface within
Chart chart = new Chart(renderer, Quality.Nicest);
chart.Scene.Graph.Add(surface);
axeLayout = chart.AxeLayout;
DisplayXTicks = true;
DisplayXAxisLabel = true;
DisplayYTicks = true;
DisplayYAxisLabel = true;
DisplayZTicks = true;
DisplayZAxisLabel = true;
DisplayTickLines = true;
// Create a mouse control
nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController mouse = new nzy3D.Chart.Controllers.Mouse.Camera.CameraMouseController();
mouse.addControllerEventListener(renderer);
chart.addController(mouse);
// This is just to ensure code is reentrant (used when code is not in Form_Load but another reentrant event)
DisposeBackgroundThread();
// Create a thread to control the camera based on mouse movements
t = new nzy3D.Chart.Controllers.Thread.Camera.CameraThreadController();
t.addControllerEventListener(renderer);
mouse.addSlaveThreadController(t);
chart.addController(t);
t.Start();
// Associate the chart with current control
renderer.setView(chart.View);
}