Table:
Year
GP–GS
Rushing
Receiving
Punt Returns

Att
Gain
Loss
Net
Avg
TD
Long
Avg/G
Rec
Rec–Yards
Avg
TD
Long
Avg/G
No.
Yards
Avg
TD
Long

2011
13–11

239
1,324
71
1,253
5.2
13
60
96.4
45
362
8.0
1
23
27.8
0
0
0.0
0
0

2012
10–10

184
1,270
42
1,228
6.7
12
68
122.8
47
490
10.4
5
78
49.0
16
263
16.4
2
74

Your is as follows:
Examine the table image and determine the locations of the mentioned cells. You need to express a cell's position with the JSON {'value': '<cell value>', 'location': (Row_ID, Column_ID)}, with row and column IDs both commencing from 1. Should a cell be absent in the table, denote its location as 'DOES NOT EXIST'.
Cells to locate:
CELL VALUE 1: '24-19',
CELL VALUE 2: 'Orlando, FL',
CELL VALUE 3: '42',
CELL VALUE 4: 'receiving',
CELL VALUE 5: 'notes',
CELL VALUE 6: '5.2',
CELL VALUE 7: '13-11',
CELL VALUE 8: 'punt returns',
CELL VALUE 9: '0.0',
CELL VALUE 10: 'West',
CELL VALUE 11: 'rushing',
CELL VALUE 12: 'net',
CELL VALUE 13: 'loss',

The target cell locations are as follows:
CELL LOCATION 1: {'value': '24-19', 'location': 'DOES NOT EXIST'}
CELL LOCATION 2: {'value': 'Orlando, FL', 'location': 'DOES NOT EXIST'}
CELL LOCATION 3: {'value': '42', 'location': (4, 5)}
CELL LOCATION 4: {'value': 'receiving', 'location': (1, 11)}
CELL LOCATION 5: {'value': 'notes', 'location': 'DOES NOT EXIST'}
CELL LOCATION 6: {'value': '5.2', 'location': (3, 7)}
CELL LOCATION 7: {'value': '13-11', 'location': (3, 2)}
CELL LOCATION 8: {'value': 'punt returns', 'location': (1, 17)}
CELL LOCATION 9: {'value': '0.0', 'location': (3, 19)}
CELL LOCATION 10: {'value': 'West', 'location': 'DOES NOT EXIST'}
CELL LOCATION 11: {'value': 'rushing', 'location': (1, 3)}
CELL LOCATION 12: {'value': 'net', 'location': (2, 6)}
CELL LOCATION 13: {'value': 'loss', 'location': (2, 5)}