RecognitionGrid - 3 colors per cell ("outer, middle, center") for visualizing stuff. probably not used anymore [1024314]

< > BotCompany Repo | #1024314 // RecognitionGrid - 3 colors per cell ("outer, middle, center") for visualizing stuff. probably not used anymore

JavaX fragment (include) [tags: use-pretranspiled]

sclass RecognitionGrid {
  double cellW, cellH;
  int rows, cols;
  Cell[] cells;
  
  *() {}
  *(double *cellW, double *cellH, int w, int h) {
    rows = iceil(w/cellW);
    cols = iceil(h/cellH);
    cells = new Cell[rows*cols];
  }
  
  sclass Cell {
    int outerColor, middleColor, centerColor; // RGB + alpha
  }
  
  Cell getCell(int col, int row) {
    ret inRange(col, 0, cols) && inRange(row, 0, rows) ? cells[row*cols+col] : null;
  }
  
  Rect cellRect(int col, int row) {
    ret rectFromPoints(iround(col*cellW), iround(row*cellH),
      iround((col+1)*cellW), iround((row+1)*cellH));
  }
}

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Snippet ID:

#1024314

Snippet name:

RecognitionGrid - 3 colors per cell ("outer, middle, center") for visualizing stuff. probably not used anymore

Eternal ID of this version:

#1024314/7

Text MD5:

31dba946756d32a9793963a4d5ec167b

Transpilation MD5:

572dfa132cbc0199deaad1bcc5884469

Author:

stefan

Category:

javax / image recognition

Type:

JavaX fragment (include)

Public (visible to everyone):

Yes

Archived (hidden from active list):

Created/modified:

2022-02-15 17:23:28

Source code size:

628 bytes / 25 lines

Pitched / IR pitched:

No / No

Views / Downloads:

203 / 631

Version history:

6 change(s)

Referenced in:

[show references]

1	sclass RecognitionGrid {
2	double cellW, cellH;
3	int rows, cols;
4	Cell[] cells;
5
6	*() {}
7	(double cellW, double *cellH, int w, int h) {
8	rows = iceil(w/cellW);
9	cols = iceil(h/cellH);
10	cells = new Cell[rows*cols];
11	}
12
13	sclass Cell {
14	int outerColor, middleColor, centerColor; // RGB + alpha
15	}
16
17	Cell getCell(int col, int row) {
18	ret inRange(col, 0, cols) && inRange(row, 0, rows) ? cells[row*cols+col] : null;
19	}
20
21	Rect cellRect(int col, int row) {
22	ret rectFromPoints(iround(colcellW), iround(rowcellH),
23	iround((col+1)cellW), iround((row+1)cellH));
24	}
25	}