temp_gears.py

@@ -1,28 +0,0 @@
-from math import pi, sin, atan, degrees
-
-# Configurable variables
-power = 140
-cadence = 75
-crankarm_length = 0.1725
-total_mass = 85
-slope = 0.2
-tire_circumference = 2.105
-
-# Calculated values
-circumference = crankarm_length * 2 * pi
-pedal_speed = circumference * (cadence / 60)
-pedal_force = power / pedal_speed
-slope_radians = atan(slope)
-slope_degrees = degrees(slope_radians)
-gravity_force = total_mass * 9.80665 * sin(slope_radians)
-pedal_torque = pedal_force * crankarm_length
-wheel_radius = tire_circumference / (2 * pi)
-wheel_torque = gravity_force * wheel_radius
-gear_ratio = pedal_torque / wheel_torque
-speed = (cadence / 60) * tire_circumference * gear_ratio
-
-print(f"[{power} W] Desired pedal average force: {pedal_force}N - Desired cadence: {cadence} rpm")
-print(f"Incline/Slope: {slope} - {slope * 100}% - {slope_degrees} degrees")
-print(f"Slope force down: {gravity_force}N")
-print(f"Required gear ratio: {gear_ratio}")
-print(f"Speed: {speed} m/s - {speed * 3.6} km/h")