Alvaro Cassinelli
/
skinGames_forktest
just a test
Fork of scoreLight_Advanced by
classLaserSensingTrajectory.h
- Committer:
- mbedalvaro
- Date:
- 2012-11-07
- Revision:
- 34:1244fa3f2559
- Parent:
- 33:43e8bc451ef0
- Child:
- 36:233b12d0b1f0
File content as of revision 34:1244fa3f2559:
#ifndef LSDTRAJECTORY_H #define LSDTRAJECTORY_H #include <vector> using namespace std; // Thresholding mode: enum thresholdingMode {FIXED, AUTO}; //(1) fixed threshold: #define FIXED_THRESHOLD 35 //(1) Autothreshold: // CONTRAST RATIO to compute autoThreshold: // MIN_CONTRAST_RATIO is the minimum contrast between max and min intensity necessary to "accept" a black and white zone: #define MIN_CONTRAST_RATIO 1.8//1.7 // 3 seems good when lookup table does not work // THRESHOLD_FACTOR is where the threshold is actually placed between the min and max detected (with good contrast): #define THRESHOLD_FACTOR 0.5 //0.75 // 2/3 or 1/2 are good values #define MIN_ACCEPTABLE_INTENSITY 16 // if maxI< this then we consider all the saccade on something black struct laserSensingPoint { // Position and color (after rendering) unsigned short x, y; // position of the point (after rendering - its integer, because it is in "laser projector pixels") // char color; // per point laser color (not used yet) // Detection: unsigned char intensity; // detected intensity (in fact, this will be the REFLECTIVITY RATIO if using LUT table, and it's between 0 and 1, but we will multiply by 255 to avoid using a float. signed char lightZone; // the thresholded light zone (allow for negative values for simply computing "negative" forces - although this is not necessarily the best option) }; class LaserSensingTrajectory { public: LaserSensingTrajectory(); ~LaserSensingTrajectory(); // METHODS: void processSensedData(); void setDelayMirrors(int); // in general, the delay will depend on the number of points being DISPLAYED (in other terms, on the size of lsdTrajectory). void addDelayMirrors(int add_delay); void setThresholdMode(unsigned char value) {modeThreshold=(value>0? AUTO : FIXED);}; void setFixedThreshold(unsigned char value) {fixedThreshold=value;}; void setMinContrastRatio(float value) {min_contrast_ratio=value;}; void setThresholdFactor(float value) {threshold_factor=value;}; void setMinAcceptableIntensity(unsigned char value) {min_acceptable_intensity=value;}; void multMinContrastRatio(float multfactor) {min_contrast_ratio*=multfactor;}; void multThresholdFactor(float multfactor) {threshold_factor*=multfactor;}; // DATA: vector <laserSensingPoint> lsdTrajectory; unsigned char displayColor; // per blob color // software adjustement of mirror delay: unsigned char delayMirrorSamples; // this is required because it will affect the way the blob behaves - it //could be in the laser renderer, but by putting it here we can have more per-blob fine tunning // parameters for thresholding and thresholding mode: thresholdingMode modeThreshold; float min_contrast_ratio, threshold_factor, min_acceptable_intensity; unsigned char autoThreshold, fixedThreshold; // 0 to 255 // Statistics and tests: //float lightRatio; unsigned char maxI, minI; // Max and Min intensity RATIOS (normalized between 0 and 255) bool lightTouched; // true if something went over the autoThreshold for the whole loop // char coko; }; #endif