tdaq-develop-2025-02-12
PixelHistoPicGen.h
1 #ifndef _PixelHistoPicGen_h_
2 #define _PixelHistoPicGen_h_
3 
4 #include <stdlib.h>
5 #include <string>
6 //#include "PixelHistoFPix.h"
7 
8 class PixelHistoPicGen
9 {
10  public:
11  PixelHistoPicGen();
12  ~PixelHistoPicGen();
13 
14  void readBmpToReadImg(const std::string& filename);
15  void convertBmp(const std::string& fileBMP, const std::string& convertFile);
16 
17  void initImgBuffer(int sourceKey);
18  void initImgBuffer(int r, int g, int b);
19  void writeImgToBmp(std::string filename);
20  void transferReadImgToImg(void);
21  void drawDiscToImg(int disc, bool isClicked = false);
22  void drawPanelToImg(int disc, int panel, int x, int y, bool isClicked = false);
23  void drawBladeToImg(int disc,
24  int panel,
25  int halfDisc,
26  int blade,
27  int x,
28  int y,
29  float deg,
30  int& roci,
31  int& clicki,
32  bool isClicked = false);
33  void drawFillRectAng(int x, int y, int w, int h, int r, int g, int b, float deg);
34  void drawFillRect(int x,
35  int y,
36  int w,
37  int h,
38  int r,
39  int g,
40  int b,
41  float m1 = 1.0f,
42  float m2 = 0.0f,
43  float m3 = 0.0f,
44  float m4 = 1.0f);
45  void setImgPixel(int x, int y, int r, int g, int b);
46  void fillFPixColors(void);
47  std::string getFPixStandardName(
48  int disc, int panel, int halfDisc, int blade, int roc);
49  void getFPixIndices(
50  std::string stdName, int& disc, int& panel, int& halfDisc, int& blade, int& roc);
51 
52  void initBImgBuffer(int sourceKey);
53  void initBImgBuffer(int r, int g, int b);
54  void writeBImgToBmp(std::string filename);
55  void transferReadImgToBImg(void);
56  void fillBPixColors(void);
57  void drawLayerToBImg(int layer, bool isClicked = false);
58  void drawBPixRoc(int x, int y, int r, int g, int b);
59  std::string getBPixStandardName(int layer, int pm, int row, int col);
60  void getBPixIndices(std::string stdName, int& layer, int& pm, int& row, int& col);
61 
63  void setRocColor(std::string stdName, int r, int g, int b);
64  void setRocColor(std::string stdName, bool isGood);
65 
67  void clearAuxBuffer(int r, int g, int b, int a);
68  void drawFillRectAux(int x,
69  int y,
70  int w,
71  int h,
72  int r,
73  int g,
74  int b,
75  float m1 = 1.0f,
76  float m2 = 0.0f,
77  float m3 = 0.0f,
78  float m4 = 1.0f);
79  void drawFillRectAngAux(int x, int y, int w, int h, int r, int g, int b, float deg);
80  void setAuxPixel(int x, int y, int r, int g, int b);
81  void writeAuxToBmp(char* fn);
82  void createRocAlphaMasks(void);
83 
84  void PrepareDetectorNavigatorHtml(void);
85  void PrepareDetectorNavigatorJava(void);
86 
87  void createClickMask(std::string maskString, int size);
88  void createAuxImages(void);
89 
90  void clearTurtleBuffer(int r, int g, int b, int a);
91  void writeTurtleToBmp(const char* fn);
92  void generateTurtle(const std::string& filepath);
93  void resetFPixGood(int disk);
94  int getFPixGood(int disk);
95  void resetBPixGood(int part);
96  int getBPixGood(int part);
97 
98  enum
99  { //public for user enums here
100 
101  IMG_INIT_BLACK = 0,
102  IMG_INIT_BGIMG = 1,
103 
104  COLOR_HI_R = 255,
105  COLOR_HI_G = 255,
106  COLOR_HI_B = 255,
107  COLOR_LO_R = 150,
108  COLOR_LO_G = 150,
109  COLOR_LO_B = 150,
110  };
111 
112  bool imageMagickInstallChecked = false;
113  bool imageMagickInstalled = false;
114 
115  private:
116  enum
117  {
118  //fpix enums
119  IMG_DIM_MULT = 1,
120  IMG_WIDTH = 600 * IMG_DIM_MULT,
121  IMG_HEIGHT = 600 * IMG_DIM_MULT,
122  IMG_HEADER_SIZE = 54,
123  IMG_RAW_SIZE = IMG_WIDTH * IMG_HEIGHT * 3,
124  IMG_FILE_SIZE = IMG_RAW_SIZE + IMG_HEADER_SIZE,
125 
126  DET_DISCL_X = 300 * IMG_DIM_MULT,
127  DET_DISCL_Y = 300 * IMG_DIM_MULT,
128  DET_DISCR_X = 900 * IMG_DIM_MULT,
129  DET_DISCR_Y = 300 * IMG_DIM_MULT,
130  DET_DISC_RADIUS = 295 * IMG_DIM_MULT,
131  DET_ROC_SIZE = 9 * IMG_DIM_MULT,
132  DET_ROC_OFFSET = 3 * IMG_DIM_MULT,
133  DET_PLAQ_OFFSET = 4 * IMG_DIM_MULT,
134 
135  //bpix enums
136  BIMG_DIM_MULT = 1,
137  BIMG_WIDTH = 300 * BIMG_DIM_MULT,
138  BIMG_HEIGHT = 600 * BIMG_DIM_MULT,
139  BIMG_HEADER_SIZE = 54,
140  BIMG_RAW_SIZE = BIMG_WIDTH * BIMG_HEIGHT * 3,
141  BIMG_FILE_SIZE = BIMG_RAW_SIZE + BIMG_HEADER_SIZE,
142 
143  BPIX_LYRM_XOFF = 7,
144  BPIX_LYRM_YOFF = 5,
145  BPIX_LYRP_XOFF = 307,
146  BPIX_LYRP_YOFF = 5,
147  BPIX_ROC_WIDTH = 7,
148  BPIX_ROC_HEIGHT = 5,
149  BPIX_COL_OFFSET = 2,
150  BPIX_ROW_OFFSET = 2,
151  BPIX_LYR1_ROWS = 36,
152  BPIX_LYR2_ROWS = 60,
153  BPIX_LYR3_ROWS = 84,
154  BPIX_LYR_COLS = 32,
155 
156  //web enums
157  WEB_LARGE_WIDTH = IMG_WIDTH / IMG_DIM_MULT,
158  WEB_LARGE_HEIGHT = IMG_HEIGHT / IMG_DIM_MULT,
159  WEB_MINI_WIDTH = WEB_LARGE_WIDTH / 4,
160  WEB_MINI_HEIGHT = WEB_LARGE_HEIGHT / 4,
161  WEB_BLARGE_WIDTH = WEB_LARGE_WIDTH,
162  WEB_BLARGE_HEIGHT = WEB_LARGE_HEIGHT,
163  WEB_BMINI_WIDTH = WEB_BLARGE_WIDTH / 6,
164  WEB_BMINI_HEIGHT = WEB_BLARGE_HEIGHT / 3,
165  WEB_XOFFSET = 0,
166  WEB_YOFFSET = 2,
167  WEB_DISC_X = DET_DISCL_X / IMG_DIM_MULT,
168  WEB_DISC_Y = DET_DISCL_Y / IMG_DIM_MULT,
169  WEB_DISC_RADIUS = DET_DISC_RADIUS / IMG_DIM_MULT,
170  WEB_ROC_SIZE = DET_ROC_SIZE / IMG_DIM_MULT,
171  WEB_ROC_OFFSET = DET_ROC_OFFSET / IMG_DIM_MULT,
172  WEB_PLAQ_OFFSET = DET_PLAQ_OFFSET / IMG_DIM_MULT,
173  WEB_BLYR_XOFF = BPIX_LYRM_XOFF * WEB_BLARGE_WIDTH / BIMG_WIDTH,
174  WEB_BLYR_YOFF = BPIX_LYRM_YOFF * WEB_BLARGE_HEIGHT / BIMG_HEIGHT,
175  WEB_BROC_WIDTH = BPIX_ROC_WIDTH * WEB_BLARGE_WIDTH / BIMG_WIDTH,
176  WEB_BROC_HEIGHT = BPIX_ROC_HEIGHT * WEB_BLARGE_HEIGHT / BIMG_HEIGHT,
177  WEB_BCOL_OFFSET = BPIX_COL_OFFSET * WEB_BLARGE_WIDTH / BIMG_WIDTH,
178  WEB_BROW_OFFSET = BPIX_ROW_OFFSET * WEB_BLARGE_HEIGHT / BIMG_HEIGHT,
179 
180  //colors
181  COLOR_GOOD_R = 0,
182  COLOR_GOOD_G = 255,
183  COLOR_GOOD_B = 0,
184  COLOR_BAD_R = 255,
185  COLOR_BAD_G = 0,
186  COLOR_BAD_B = 0,
187  COLOR_INIT_R = 50,
188  COLOR_INIT_G = 50,
189  COLOR_INIT_B = 50,
190  COLOR_HIGHLIGHT_R = 255,
191  COLOR_HIGHLIGHT_G = 255,
192  COLOR_HIGHLIGHT_B = 100,
193  CLICK_MASK_R = 30,
194  CLICK_MASK_G = 30,
195  CLICK_MASK_B = 30,
196 
197  //highlight enums
198  AUX_IMG_WIDTH = WEB_ROC_SIZE * 4 + 1,
199  AUX_IMG_HEIGHT = AUX_IMG_WIDTH,
200  AUX_IMG_HEADER_SIZE = 108,
201  AUX_IMG_RAW_SIZE = AUX_IMG_WIDTH * AUX_IMG_HEIGHT * 4,
202  AUX_IMG_FILE_SIZE = AUX_IMG_RAW_SIZE + AUX_IMG_HEADER_SIZE + 14,
203 
204  //turtle
205  TUR_IMG_WIDTH = 256,
206  TUR_IMG_HEIGHT = 256,
207  TUR_IMG_HEADER_SIZE = 108,
208  TUR_IMG_RAW_SIZE = TUR_IMG_WIDTH * TUR_IMG_HEIGHT * 4,
209  TUR_IMG_FILE_SIZE = TUR_IMG_RAW_SIZE + TUR_IMG_HEADER_SIZE + 14,
210  };
211 
212  //int *getIndices(string name);
213  unsigned char& bpix_(int layer, int pm, int row, int col, int rgb)
214  {
215  switch(layer)
216  {
217  case 0:
218  return bpixLyr1_[pm][row][col][rgb];
219  case 1:
220  return bpixLyr2_[pm][row][col][rgb];
221  case 2:
222  return bpixLyr3_[pm][row][col][rgb];
223  default:
224  exit(0);
225  }
226  }
227 
228  //fpix_ [disc] [panel] [halfDisc] [blade] [roc] [rgb];
229  unsigned char fpix_[4][2][2][12][24][3];
230  int fpixGood_[8];
231  int fpixOn_[8];
232  int bpixGood_[6];
233  int bpixOn_[6];
234 
235  //bpix_ [shells] [sectors] [layers] [ladders] [modules] [rocs];
236  //layer [p/m] [rows] [cols] [rgb];
237  unsigned char bpixLyr1_[2][BPIX_LYR1_ROWS][BPIX_LYR_COLS][3];
238  unsigned char bpixLyr2_[2][BPIX_LYR2_ROWS][BPIX_LYR_COLS][3];
239  unsigned char bpixLyr3_[2][BPIX_LYR3_ROWS][BPIX_LYR_COLS][3];
240 
241  int* clickMask_;
242 
243  unsigned char img_[IMG_WIDTH][IMG_HEIGHT][3];
244  unsigned char bimg_[BIMG_WIDTH][BIMG_HEIGHT]
245  [3];
246  unsigned char auxImg_[AUX_IMG_WIDTH][AUX_IMG_HEIGHT]
247  [4];
248  unsigned char*** readImg_;
249  int readImgW_, readImgH_;
250 
251  unsigned char turtleImg_[TUR_IMG_WIDTH][TUR_IMG_HEIGHT]
252  [4];
253  bool firstTurtle;
254 };
255 
256 #endif
PixelHistoPicGen::createAuxImages
void createAuxImages(void)
generates pre-made images for web-client
PixelHistoPicGen::drawFillRect
void drawFillRect(int x, int y, int w, int h, int r, int g, int b, float m1=1.0f, float m2=0.0f, float m3=0.0f, float m4=1.0f)
draws rect to img buffer. {x,y} is lower left corner. d is degrees of rotation around z-axis.
Definition: PixelHistoPicGen.cc:313
PixelHistoPicGen::writeImgToBmp
void writeImgToBmp(std::string filename)
write img buffer to bmp file
Definition: PixelHistoPicGen.cc:237
PixelHistoPicGen::readBmpToReadImg
void readBmpToReadImg(const std::string &filename)
read bmp file to readImg_ buffer
Definition: PixelHistoPicGen.cc:120
PixelHistoPicGen::createRocAlphaMasks
void createRocAlphaMasks(void)
added 2nd trip
PixelHistoPicGen::initImgBuffer
void initImgBuffer(int sourceKey)
fpix buffer
PixelHistoPicGen::clearTurtleBuffer
void clearTurtleBuffer(int r, int g, int b, int a)
initializes aux buffer to all invisible black pixels
Definition: PixelHistoPicGen.cc:591
PixelHistoPicGen::initBImgBuffer
void initBImgBuffer(int sourceKey)
bpix buffer
PixelHistoPicGen::PrepareDetectorNavigatorHtml
void PrepareDetectorNavigatorHtml(void)
web page essentials
PixelHistoPicGen::clearAuxBuffer
void clearAuxBuffer(int r, int g, int b, int a)
auxiliary buffer
PixelHistoPicGen::drawFillRectAngAux
void drawFillRectAngAux(int x, int y, int w, int h, int r, int g, int b, float deg)
Definition: PixelHistoPicGen.cc:818
PixelHistoPicGen::drawFillRectAux
void drawFillRectAux(int x, int y, int w, int h, int r, int g, int b, float m1=1.0f, float m2=0.0f, float m3=0.0f, float m4=1.0f)
Definition: PixelHistoPicGen.cc:777
PixelHistoPicGen::setRocColor
void setRocColor(std::string stdName, int r, int g, int b)
common