public void bang() {
sketch.send("reset");
sweep.update();
sweep.draw();
for (SeqNode n : nodes) {
n.update(mousecoord, sweep.getRad());
n.draw();
}
}
// recursively initialize nodeDests from start node
private void initNodeDests(SeqPhase phase, SeqNode n) throws Xcept {
if (nodeDests.get(n) != null) return;
if (stopAtFFTs && n.fft() != null) return;
LinkedHashSet<SeqNode> dests = new LinkedHashSet<SeqNode>();
nodeDests.put(n, dests);
Iterator<SeqEdge> es = graph.getEdgesFrom(n);
while (es.hasNext()) {
SeqEdge e = es.next();
SeqNode n1 = e.dest();
dests.add(n1);
if (phase != graph.getPhase(n1)) continue;
if (stopAtFFTs && n1.fft() != null) continue;
initNodeDests(phase, n1);
}
}
public void mouseup(Atom[] args) {
// do nothing as of yet.
if (dragging) {
dragging = false;
if (activeNode.stopdrag(mousecoord)) {
nodes.remove(activeNode);
}
;
}
}
public void drag(Atom[] args) {
// do nothing yet
// nodes.add(new SeqNode(args[0].toFloat(), args[1].toFloat(), args[2].toFloat(), 0.05f));
if (dragging == false) {
for (SeqNode n : nodes) {
if (n.dragselect(mousecoord)) {
dragging = true;
activeNode = n;
}
;
}
} else {
String mouseOption = args[3].toString();
if (mouseOption.equals("null")) {
activeNode.drag(mousecoord);
} else if (mouseOption.equals("option")) {
activeNode.resize(mousecoord);
}
}
}
