Once we have the relationship between the values we read from our dyno sensors, and the total torque produced by the dyno (which we will determine from our calibration), we can use it in a program to calculate torque.
One idea is to write a library/package with a function. The function would take three inputs (force, angular velocity, and angular acceleration) and return the total torque of the dyno.
This can be used by any code, for example, to display torque on an LCD screen, or to calculate power.
Once we have the relationship between the values we read from our dyno sensors, and the total torque produced by the dyno (which we will determine from our calibration), we can use it in a program to calculate torque.
One idea is to write a library/package with a function. The function would take three inputs (force, angular velocity, and angular acceleration) and return the total torque of the dyno.
This can be used by any code, for example, to display torque on an LCD screen, or to calculate power.