use of aima.gui.fx.views.FunctionPlotterCtrl in project aima-java by aimacode.
the class GeneticMaximumFinderApp method createRootPane.
/**
* Defines state view, parameters, and call-back functions and calls the
* simulation pane builder to create layout and controller objects.
*/
@Override
public Pane createRootPane() {
BorderPane root = new BorderPane();
Canvas canvas = new Canvas();
funcPlotterCtrl = new FunctionPlotterCtrl(canvas);
funcPlotterCtrl.setLimits(Functions.minX, Functions.maxX, Functions.minY, Functions.maxY);
List<Parameter> params = createParameters();
SimulationPaneBuilder builder = new SimulationPaneBuilder();
builder.defineParameters(params);
builder.defineStateView(canvas);
builder.defineInitMethod(this::initialize);
builder.defineSimMethod(this::simulate);
simPaneCtrl = builder.getResultFor(root);
return root;
}
use of aima.gui.fx.views.FunctionPlotterCtrl in project aima-java by aimacode.
the class SimulatedAnnealingMaximumFinderApp method createRootPane.
/**
* Defines state view, parameters, and call-back functions and calls the
* simulation pane builder to create layout and controller objects.
*/
@Override
public Pane createRootPane() {
BorderPane root = new BorderPane();
Canvas canvas = new Canvas();
funcPlotterCtrl = new FunctionPlotterCtrl(canvas);
funcPlotterCtrl.setLimits(Functions.minX, Functions.maxX, Functions.minY, Functions.maxY);
List<Parameter> params = createParameters();
SimulationPaneBuilder builder = new SimulationPaneBuilder();
builder.defineParameters(params);
builder.defineStateView(canvas);
builder.defineInitMethod(this::initialize);
builder.defineSimMethod(this::simulate);
simPaneCtrl = builder.getResultFor(root);
simPaneCtrl.setParam(SimulationPaneCtrl.PARAM_SIM_SPEED, 1);
return root;
}
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