//takes the change in distance as hypotenuse and the change is altitude as the opposite and SOH finds the gradient of each individual data point
public static void Generate_Gradient_Step_List()
{
double sin_agent, gradient_rads, gradient_return;
//lists of differences between each step
Altitude.Generate_Altitude_Step_List(Altitude.alt_data);
Distance.Generate_Distance_Step_List(Distance.distance_data);
for (int i = 0; i < Decoders.data_count - 1; i++)
{
//find the RHS of SOH
sin_agent = altitude_step[i] / distance_step[i];
//elimininating 0/0 errors
if (double.IsNaN(sin_agent))
{
sin_agent = 0;
}
//reverse the thingy
gradient_rads = Math.Asin(sin_agent);
//convert back from radians
gradient_return = gradient_rads * (180 / Math.PI);
//add gradient (angle) to the gradient list above
if (!double.IsNaN(gradient_return))
{
gradient_data.Add(gradient_return);
}
}
}
// generates the maximum values found in each data field
public static void Create_Max_Values()
{
//creating max values
Power.Find_Max_Power(Power.power_data);
Cadence.Find_Max_Cadence(Cadence.cadence_data);
Speed.Find_Max_Speed(Speed.speed_data);
Altitude.Find_Max_Altitude(Altitude.alt_data);
Distance.Find_Total_Ride_Distance(Distance.distance_data);
Time.Find_Total_Ride_Time(Time.time_data);
}
public static void Generate_Climb_Metrics()
{
//climb and drop data
Altitude.Find_Altitude_Climbed(Altitude.alt_data);
Altitude.Find_Altitude_Dropped(Altitude.alt_data);
}
