public Egomotion2D() {
super();
this.allowed_input = ScreenOptions.tPLANARSET3D;
this.group = Function3DGroup.Egomotion;
transform = null;
error = null;
alpha = 0.025;
beta = 0.025;
ParamScrData p1 = new ParamScrData("Next Object");
ParamFloat p2 = new ParamFloat("Alpha");
p2.setValue(0.1025f);
ParamFloat p3 = new ParamFloat("Beta");
p3.setValue(0.015f);
ParamFloat p4 = new ParamFloat("Initial Variance");
p4.setValue(0.3f);
ParamFloat p5 = new ParamFloat("Final Variance");
p5.setValue(0.0035f);
ParamInt p6 = new ParamInt("Iterations");
p6.setValue(75);
addParam(p1);
addParam(p2);
addParam(p3);
addParam(p4);
addParam(p5);
addParam(p6);
}
public ConvolveAscii() {
super();
name = "ConvolveAscii";
description =
"Applies a convolution of an image using a mask defined in a text file. Applies to COLOR, BYTE, SHORT or FLOAT type.";
groupFunc = FunctionGroup.Convolution;
ParamFile p1 = new ParamFile("matrix", true, true);
p1.setDescription("Matrix for convolution (.txt extension)");
ParamFloat p2 = new ParamFloat("mult", false, true);
p2.setDefault(1.0f);
p2.setDescription("Multiplier");
ParamFloat p3 = new ParamFloat("div", false, true);
p3.setDefault(1.0f);
p3.setDescription("Divisor");
ParamList p4 = new ParamList("method", false, true);
String[] paux = new String[3];
paux[0] = "ZERO";
paux[1] = "WRAP";
paux[2] = "PAD";
p4.setDefault(paux);
p4.setDescription("Method to process the border");
addParam(p1);
addParam(p2);
addParam(p3);
addParam(p4);
}
