public void SetBike(RingSet frontRings, RingSet rearRings)
{
_frontShifter = new Shifter {
Rings = frontRings
};
_rearShifter = new Shifter {
Rings = rearRings
};
_gearBox = new GearBox(_frontShifter.Rings, _rearShifter.Rings);
_frontShiftBiased = false;
}
static void Main(string[] args)
{
char input = '_';
RingSet chainring = new RingSet {
Rings = new int[] {}
};
RingSet cassette = new RingSet {
Rings = new int[] {}
};
Bike myBike = new Bike();
while (input != 'x')
{
PrintMainMenu();
input = char.ToLower(Console.ReadKey().KeyChar);
switch (input)
{
case 'n':
Console.WriteLine("\nCreating new bike");
chainring.Rings = new int[] { 32, 22 };
cassette.Rings = new int[] { 11, 13, 15, 17, 19, 21, 24, 28, 32, 37, 46 };
myBike.SetBike(chainring, cassette);
PrintGearCombinations(myBike.GetGearBox());
break;
case 'g':
Console.WriteLine("\nGetting current bike");
Console.WriteLine($"Current bike has {myBike.GetShifterRingCounts("front")} chainring(s)");
Console.WriteLine($"Front shifter is current at {myBike.GetShifter("front").CurPos+1} chainring");
Console.WriteLine($"Current bike has {myBike.GetShifterRingCounts("rear")} ring(s)");
Console.WriteLine($"Rear shifter is current at {myBike.GetShifter("rear").CurPos+1} ring");
PrintGearCombinations(myBike.GetGearBox());
break;
default:
Console.WriteLine($"\nUnknown input char: {input}");
break;
}
}
}
public void SetGearBox(RingSet frontRings, RingSet rearRings)
{
Dictionary <double, List <int[]> > newGearBox = new Dictionary <double, List <int[]> >();
List <int[]> combination = new List <int[]>();
int debugGearCount = 0;
for (int frontRingPos = 0; frontRingPos < frontRings.RingCount; frontRingPos++)
{
for (int rearRingPos = 0; rearRingPos < rearRings.RingCount; rearRingPos++)
{
double ratio = Math.Round((double)rearRings.Rings[rearRingPos] / frontRings.Rings[frontRingPos], 2);
int[] newCombination = { frontRingPos, rearRingPos };
if (newGearBox.ContainsKey(ratio))
{
newGearBox[ratio].Add(newCombination);
}
else
{
List <int[]> newCombinations = new List <int[]> {
newCombination
};
newGearBox.Add(ratio, newCombinations);
debugGearCount++;
}
}
}
_gearBox = new IGearRatio[newGearBox.Count];
int curGear = 0;
foreach (KeyValuePair <double, List <int[]> > gear in newGearBox)
{
_gearBox[curGear] = new GearRatio(gear.Key, gear.Value);
curGear++;
}
}
public void SetShifterRings(string shifterType, RingSet rings)
{
if (rings.RingCount <= 0)
{
Console.WriteLine("***ERROR*** TRYING TO SETUP FRONT SHIFTER WITH EMPTY GEARS");
}
switch (shifterType.ToLower())
{
case "front":
_frontShifter.SettingGears(rings);
break;
case "rear":
_rearShifter.SettingGears(rings);
break;
default:
Console.WriteLine($"***ERROR*** TRYING TO SETUP UNKNOWN SHIFTER TYPE {shifterType}");
break;
}
_gearBox.SetGearBox(_frontShifter.Rings, _rearShifter.Rings);
}
public void SettingGears(RingSet ringSet)
{
_curPos = 0;
_rings = ringSet;
}
public GearBox(RingSet frontRings, RingSet rearRings)
{
SetGearBox(frontRings, rearRings);
}