Path3D.h

//
// Copyright (c) 2016, 2021 Daniel Moore, Madeline Gannon, and The Frank-Ratchye STUDIO for Creative Inquiry All rights reserved.
////
#pragma once
#include "ofMain.h"
#include "ParallelTransportFrames.h"
#include "Path.h"
namespace ofxRobotArm {
    class Path3D : public Path{
    public:
        /* Path Generator */
        void setup();
        //    void setup(ofPolyline &polyline, vector<ofMatrix4x4> &m44);
        void set(ofPolyline &polyline);
        ofVec3f getNextNormal();
        ofMatrix4x4 getNextPose();
        ofMatrix4x4 getPoseAt(int index);
        void draw();
        void keyPressed(int key);
        
        /// \brief returns the number of perp frames in path
        /// \note this is 2 less than the number of points in the path
        int size();
        
        ofPoint centroid;
        bool pause;
        
        int getPtIndex();
        void setPtIndex(int index);
        
        bool reverse;
        int direction;
        
        /// \brief Creates a periodic 3D path.
        /// Adapted from: <a href="http://openframeworks.cc/ofBook/chapters/lines.html">ofBook/chapters/lines.html</a>
        ofPolyline buildPath();
        
        /// \brief polyline path
        ofPolyline path;
        
        /// \brief Perpendicular Frame Generator
        ParallelTransportFrames ptf;
        
        /// \brief Make the z-axis of the perp frame the forward-facing axis
        ///
        /// Note: by default the X-Axis is the forward-facing axis
        ofMatrix4x4 zForward(ofMatrix4x4 originalMat);
        bool makeZForward;
        
        /// \brief Make the z-axis of the perp frame the outwards-facing axis.
        ///
        /// Note: by default the X-Axis is the forward-facing axis
        ofMatrix4x4 zOut(ofMatrix4x4 originalMat);
        bool makeZOut;
        
        ofMatrix4x4 flip(ofMatrix4x4 originalMat);
        
        /// \brief orientation of current perp frame
        ofMatrix4x4 orientation;
        
        /// \brief Creates the 2D polygon to loft along the path
        /// \param radius radius of polygon
        /// \param res resolution of polygon
        ofPolyline buildProfile(float radius, int res);
        
        /// \brief Creates perpendicular frames on a path
        /// \param polyline path to create frames on
        void buildPerpFrames(ofPolyline polyline);
        
        /// \brief polygonal profile to loft
        ofPolyline profile;
        
        float feedRate;
        
        void parsePts(string filename, ofPolyline &polyline);
    };
}