Gissio

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? For tubeRate (from https://github.com/Gissio/radpro/blob/main/docs/users.md): "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds...

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? For tubeRate, taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5...

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? Taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds to ensure...

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? Taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds to ensure...

My response made me aware of an error in gdev_radpro.py. Line: cpsDeltaPulseCount = cpsPulseCount - g.RadProDevice.lastCPSPulseCount should be changed to: cpsDeltaPulseCount = (cpsPulseCount - g.RadProDevice.lastCPSPulseCount) & 0xffffffff in order to avoid overflows.

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? Taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds to ensure...

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? Taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds to ensure...

All responses in one message: What is the algorithm / reason behind tubeRate and tubePulseCount? Taken from https://github.com/Gissio/radpro/blob/main/docs/users.md: "The instantaneous rate is estimated by dividing the number of pulses within a time window, minus one, by the time between the first and last pulse within that window. The time window is adaptively adjusted, aiming for a confidence interval below ±50 %. On radiation levels above 1 µSv/h, the time window is limited to 5 seconds to ensure...