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import com.cycling74.max.*;
import com.cycling74.msp.MSPBuffer;
public class pdj_test_class extends MaxObject implements Executable {
MaxClock clock;
float patate;
public pdj_test_class() {
clock = new MaxClock(this);
declareAttribute("patate");
}
public pdj_test_class(Atom args[]) {
for (int i=0;i<args.length;i++) {
post("arg[" + i +"]:" + args[i].toString());
}
clock = new MaxClock(this);
}
protected void bang() {
Atom[] atom = new Atom[1];
atom[0] = Atom.newAtom(10);
MaxSystem.sendMessageToBoundObject("allo", "float", atom);
outlet(0, 20);
outlet(0, new float[] { 0.5f, 0.1f, 1, 200 });
clock.delay(600);
}
void testle() {
post("array size: " + MSPBuffer.getSize("array_tester"));
float f[] = MSPBuffer.peek("array_tester");
for(int i=0;i<f.length;i++) {
f[i] = patate;
}
MSPBuffer.poke("array_tester", f);
MSPBuffer.poke("array_tester", 1, 11, 1f);
MSPBuffer.poke("array_tester", 1, 2, new float[] { 0.2f, -0.2f} );
f = MSPBuffer.peek("array_tester", 1, 2, 2);
post("array_tester[2:3]=" + f[0] + "," + f[1]);
MSPBuffer.poke("array_tester", 1, 9, -1f);
post("array_tester[9]=" + MSPBuffer.peek("array_tester", 1, 9));
post("path of this patch:" + MaxSystem.locateFile("pdj-test.pd"));
post("path of this patch(from patcher):" + getParentPatcher().getPath());
}
protected void inlet(float f) {
post("le float " + f);
}
void wer(Atom[] atom) {
post("atom len "+ atom.length);
post("calle " + atom[0].getString());
post("calle 2 " + atom[1].toString());
}
void sizeArray(Atom[] atom) {
MSPBuffer.setSize("array_tester", 0, atom[0].toInt());
}
protected void loadbang() {
post("hey!!!! this is loadbang");
}
public void execute() {
System.out.println("allo");
}
}
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