eontimer_to_flowtimer.py
· 779 B · Python
Brut
from math import floor
FRAME_RATE = 59.8261
TARGET_SEC = int(input("Target Seconds: "))
TARGET_DELAY = int(input("Target Delay: "))
CALIBRATED_DELAY = int(input("Calibrated Delay: "))
CALIBRATED_SECONDS = int(input("Calibrated Seconds: "))
ONE_MIN = 60000
MINIMUM_TIME_MS = 14000
PRETIMER = 5000
def toms(ms):
return floor(ms / FRAME_RATE)
secondTimer = (toms(TARGET_DELAY * 1000 - CALIBRATED_DELAY * 1000) + CALIBRATED_SECONDS * 1000)
firstTimer = ((TARGET_SEC*1000 - secondTimer) % ONE_MIN + 200 )
secondTimer += 5000
firstTimer += 5000
if firstTimer < MINIMUM_TIME_MS:
firstTimer = firstTimer + ONE_MIN
minutesBefore = floor((firstTimer + secondTimer) / ONE_MIN)
print(f'{secondTimer}/{firstTimer}/{PRETIMER}\nMinutes Before Target: {minutesBefore}')
| 1 | from math import floor |
| 2 | |
| 3 | FRAME_RATE = 59.8261 |
| 4 | TARGET_SEC = int(input("Target Seconds: ")) |
| 5 | TARGET_DELAY = int(input("Target Delay: ")) |
| 6 | CALIBRATED_DELAY = int(input("Calibrated Delay: ")) |
| 7 | CALIBRATED_SECONDS = int(input("Calibrated Seconds: ")) |
| 8 | ONE_MIN = 60000 |
| 9 | MINIMUM_TIME_MS = 14000 |
| 10 | PRETIMER = 5000 |
| 11 | |
| 12 | |
| 13 | def toms(ms): |
| 14 | return floor(ms / FRAME_RATE) |
| 15 | |
| 16 | |
| 17 | secondTimer = (toms(TARGET_DELAY * 1000 - CALIBRATED_DELAY * 1000) + CALIBRATED_SECONDS * 1000) |
| 18 | firstTimer = ((TARGET_SEC*1000 - secondTimer) % ONE_MIN + 200 ) |
| 19 | secondTimer += 5000 |
| 20 | firstTimer += 5000 |
| 21 | |
| 22 | if firstTimer < MINIMUM_TIME_MS: |
| 23 | firstTimer = firstTimer + ONE_MIN |
| 24 | |
| 25 | |
| 26 | minutesBefore = floor((firstTimer + secondTimer) / ONE_MIN) |
| 27 | |
| 28 | print(f'{secondTimer}/{firstTimer}/{PRETIMER}\nMinutes Before Target: {minutesBefore}') |