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#pragma once
#include "ofMain.h"
#include "ofxGui.h"
#include "ofxAChaoslib.h"
class AChaosplugin{
public:
AChaosBase* plugin;
vector <ofParameter <float>> params;
string name;
AChaosplugin(AChaosBase* _plugin,string _name,vector <REAL> _params={0,0,0,0,0,0}){
plugin=_plugin;
name=_name;
ofLog()<<"AChaosplugin creating "<<_name<<" with "<<_plugin->get_param_labels().size()<<" parameters";
//ofLog()<<"AChaosplugin copied "<<name<<" with "<<plugin->get_param_labels().size()<<" parameters";
plugin->setup();
load_defaults();
//ofLog()<<"AChaosplugin created "<<name<<" with "<<params.size()<<" parameters";
}
void load_defaults(){
params.clear();
for (int i=0;i<plugin->iv.size();i++){
if (plugin->get_param_labels()[i].size()){
params.push_back(ofParameter <float>().set(plugin->get_param_labels()[i],plugin->iv[i],0,plugin->iv[i]*5));
}
}
}
};
class Chaosplugin{
public:
Chaosplugin(){
}
vector <AChaosplugin*> plugins;
int whichplugin;
ofParameter <string> name;
};
class Chaoslib{
public:
vector <AChaosplugin*> plugins;
vector <vector <REAL>> params;
int whichplugin;
ofParameter <string> name;
Chaoslib(){
//can only use those that have 2 output params?
//or just make it 1 dimensional? only affect the x axis?
//plugins.push_back(new AChaosplugin(new AChaosBaker(),"Baker"));
plugins.push_back(new AChaosplugin(new AChaosClifford(),"Clifford"));
plugins.push_back(new AChaosplugin(new AChaosCollatz(),"Collatz"));
plugins.push_back(new AChaosplugin(new AChaosDuffing(),"Duffing"));
plugins.push_back(new AChaosplugin(new AChaosGinger(),"Ginger"));
plugins.push_back(new AChaosplugin(new AChaosHenon(),"Henon"));
whichplugin=0;
update_name();
}
AChaosbase* get_plugin(){
return plugins[whichplugin]->plugin;
}
AChaosbase* get_params(){
return plugins[whichplugin]->params;
}
void next(){
whichplugin=(whichplugin+1)%plugins.size();
update_name();
}
void previous(){
whichplugin=whichplugin-1;
if (whichplugin<0){
whichplugin=plugins.size()-1;
}
update_name();
}
void update_name(){
name=plugins[whichplugin]->name;
//save old params & load new
}
std::string &get_name(){
return plugins[whichplugin]->name;
}
};
class chaosPanel : public ofxPanel {
public:
chaosPanel(){
ofRegisterKeyEvents(this, defaultEventsPriority);
}
bool isSelected;
ofParameter<bool> active;
ofParameter<float> amount;
ofParameter<float> scale; //?per plugin??
bool mouseMoved(ofMouseEventArgs & args){
if (args.x>getPosition().x&&
args.x-getPosition().x<getWidth()&&
args.y>getPosition().y&&
args.y-getPosition().y<getHeight()){
if (!isSelected){
isSelected=true;
setBorderColor(ofColor(255,128,0));
//ofLog()<<"IN> "<<args.x<<","<<args.y;
}
}
else {
if (isSelected){
isSelected=false;
setBorderColor(ofColor(0,0,0));
//ofLog()<<"OUT> "<<args.x<<","<<args.y;
}
}
}
bool keyPressed(ofKeyEventArgs & args){
if (isSelected){
//ofLog()<<"KEY> "<<args.key;
switch(args.key){
case 3812:{
chaosloader.previous();
update_sliders();
break;
}
case 3814:{
chaosloader.next();
update_sliders();
break;
}
}
}
}
bool keyReleased(ofKeyEventArgs & args){
//required in order to call ofRegisterKeyEvents
}
//this is a bit tangled
/*
audioplotter stores drawings that it extracts from audio
chaosloader manages a set of plugins that affect polylines
audio plotter calls chaosloader a set of lines and it affects them
chaosloader should own it's own params (use,scale,amount)
should expose compute(vector polyline)
so we could have
audio source
<>
transformer
<>
chaos
<>
drawing
*/
int shown=0;
void update_sliders(){
clear();
add(plugin_label.setup(chaosloader.name));
add(active.set("use",false));
add(amount.set("amount", 0.0f, -0.1f, 0.1f));
for (int i=0;i<chaosloader.get_params().size();i++){
if (chaosloader.get_plugin()->get_param_labels()[i].size()){
add(chaosloader.get_params()[i]);
}
}
}
colourPolyline compute_chaos(colourPolyline& poly){
float chaosscale=1.0f;
colourPolyline tempPoly;
for (int i=0;i<poly.size();i++){
REAL iv[chaosloader.get_plugin()->iv.size()];
iv[0]=poly[i].x-(ofGetWidth()/2)/chaosscale;
iv[1]=poly[i].y-(ofGetHeight()/2)/chaosscale;
//chaos_a,chaos_b,chaos_k,chaos_p};
//ofLog() << i<<": calculating chaos with: "<<poly[i].x<<"->"<<((poly[i].x-(ofGetWidth()/2))/chaosscale)<<" "<<poly[i].y<<"->"<<((poly[i].y-(ofGetHeight()/2))/chaosscale)<<" "<<attractor.a<<" "<<attractor.b<<" "<<attractor.k<<" "<<attractor.p;
chaosloader.get_plugin()->set(iv);
chaosloader.get_plugin()->calc();
//ofLog() << i<<": got points: "<<attractor.nx<<" "<<attractor.ny;
tempPoly.addVertex(
ofPoint((chaosloader.get_plugin()->ov[0]*chaosscale)+(ofGetWidth()/2),
(chaosloader.get_plugin()->ov[1]*chaosscale)+(ofGetHeight()/2)),
poly.getColourAt(i));
}
return tempPoly;
}
private:
Chaoslib chaosloader;
ofxLabel plugin_label;
ofParameter<string> plugin_name;
};
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