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Sep 12th, 2024
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  1. Opus:
  2.  
  3. Let's analyze the given values to understand the encoding format and determine the remaining time. We'll assume that the values are in hexadecimal format.
  4.  
  5. 1. First, let's convert the hexadecimal values to binary:
  6.  
  7. 0x0160098403 = 0000000101100000000010011000010000000011
  8. 0x0160097f03 = 0000000101100000000010010111111100000011
  9.  
  10. 016009f501 = 0000000101100000000010011111010100000001
  11. 016009f001 = 0000000101100000000010011111000000000001
  12. 016009eb01 = 0000000101100000000010011110101100000001
  13. 016009e601 = 0000000101100000000010011110011000000001
  14. 016009e101 = 0000000101100000000010011110000100000001
  15.  
  16. 0160093201 = 0000000101100000000010010011001000000001
  17. 0160092d01 = 0000000101100000000010010011010100000001
  18. 0160092801 = 0000000101100000000010010011000000000001
  19. 0160092301 = 0000000101100000000010010010001100000001
  20. 0160091e01 = 0000000101100000000010010001111000000001
  21.  
  22. 2. Observing the binary values, we can see that bits 31-24 (0x01), bits 23-20 (0x6), and bits 3-0 (0x1 or 0x3) remain constant. This suggests that these bits might not be related to the remaining time.
  23.  
  24. 3. The changing bits are 19-4, which could be the remaining time. Extracting these bits from the first two values:
  25.  
  26. 0x0160098403 = 000010011000010000
  27. 0x0160097f03 = 000010010111111100
  28.  
  29. 4. Converting these values to decimal:
  30. 000010011000010000 = 38928 (matches 900 seconds, as mentioned)
  31. 000010010111111100 = 38908
  32.  
  33. The difference between these values is 20, which corresponds to the 5-second intervals between each capture.
  34.  
  35. 5. Decoding the remaining values using the same method:
  36.  
  37. 016009f501 = 000010011111010100 = 38900
  38. 016009f001 = 000010011111000000 = 38880
  39. 016009eb01 = 000010011110101100 = 38860
  40. 016009e601 = 000010011110011000 = 38840
  41. 016009e101 = 000010011110000100 = 38820
  42.  
  43. 0160093201 = 000010010011001000 = 38600
  44. 0160092d01 = 000010010011010100 = 38580
  45. 0160092801 = 000010010011000000 = 38560
  46. 0160092301 = 000010010010001100 = 38540
  47. 0160091e01 = 000010010001111000 = 38520
  48.  
  49. Based on this analysis, the encoding format appears to be:
  50.  
  51. - Bits 31-24: Constant (0x01)
  52. - Bits 23-20: Constant (0x6)
  53. - Bits 19-4: Remaining time in units of 1/20 seconds (50 ms)
  54. - Bits 3-0: Constant (0x1 or 0x3)
  55.  
  56. To calculate the remaining time in seconds, extract bits 19-4 and divide the value by 20.
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