public Trip(int storeNum, string orderDate, int count, TemperatureZone temp)//change to picks
{
TripId = storeNum.ToString() + ":" + orderDate + ":" + temp.ToString() + ":" + count.ToString();
temperatureZone = temp;
StandardTime = standardTime();
CubicFeet = Cfeet(Picks);
}
public Product(string name, string company, TemperatureZone zone, double height, double width, double weight)
{
Name = name;
Zone = zone;
Company = company;
Height = height;
Width = width;
Weight = weight;
}
public Layout(int horizontal, int vertical, TemperatureZone zone)
{
for (int i = 0; i <= horizontal; i++)
{
List <Coordinate> column = new List <Coordinate>();
for (int j = 0; j <= vertical; j++)
{
Coordinate coordinate = new Coordinate(j, i);
column.Add(coordinate);
}
Columns.Add(column);
}
Zone = zone;
}
public Product(string name, string company, TemperatureZone zone, double height, double width, double weight)
{
Name = name;
Zone = zone;
Company = company;
Height = height;
Width = width;
Weight = weight;
if ((Weight * AdminControls.HollowControl) <= CubicFeet && !isHeavy)
{
isHollow = true;
}
if (Weight >= AdminControls.HeavyControl)
{
isHeavy = true;
} //change both of these to stored vairables that can be changed by the admin without having to change code
}
public void AddAisle(string AisleName, TemperatureZone zone, int length, int height)//Add Aisle to current warehouse object//this isn't working correctly
{
foreach (Slot s in WHctx.Slots)
{
if (s.AisleName != AisleName)
{
continue;
}
else
{
throw new Exception("there is an aisle with that name already, would you like to add to it?");
}
}
for (int i = 0; i < length; i++)
{
}
WHctx.SaveChanges();
}
public void AddAisle(string AisleName, TemperatureZone zone, int length, int height)//Add Aisle to current warehouse object//this isn't working correctly
{
WHctx.SaveChanges();
}
public IEnumerable <Layout> DisplayAislesByTemperature(TemperatureZone z)//reduces view to temperature zones//change this to map
{
return(WHctx.Layouts.Where(c => c.Zone == z));
}
public List <Trip> TripsBreakdown(List <Pick> picks, int StoreNum, double Max, string orderDate, TemperatureZone zone)
{
int tripcount = 1;
Trip first = new Trip(StoreNum, orderDate, tripcount, zone);
List <Trip> trips = new List <Trip>();
trips.Add(first);
double HollowControl = AdminControls.HollowControl; // don't want to put hollow cases on trips early
double HeavyControl = AdminControls.HeavyControl; // don't want people lifting heavy cases above certain height in a trip
List <Pick> Heavies = new List <Pick>();
List <Pick> Hollows = new List <Pick>();
foreach (Pick p in picks)
{
if (trips.Last().Picks is null || trips.Last().CubicFeet + p.CubicFeet <= Max)
{
while (Heavies.Count() > 0 && trips.Last().CubicFeet <= HeavyControl)
{
trips.Last().Picks.Add(Heavies.Last());
Heavies.Remove(Heavies.Last());
}
while (Hollows.Count > 0 && trips.Last().CubicFeet >= HollowControl && trips.Last().CubicFeet <= Max)
{
trips.Last().Picks.Add(Hollows.Last());
Heavies.Remove(Hollows.Last());
}
}
private Biome DetermineBiome(TemperatureZone zone, Biome[] surroundingBiomes)
{
// Ice, Tundra, and Taiga should be more near the vertical extremes of our square world (the poles) zone 2
// Temparate Forest and Grassland should be inbetween the top and middle (between poles and equator) zone 1
// Desert, Tropical Rainforest, and Savanna should be near the middle (equator) zone 0
// Oceans should appear in large amounts surrounding landmasses in any zone
// Freshwater should be in smaller amounts but can appear anywhere in the form of a lake or river
// rivers should flow from lakes to oceans
float[] weights;
switch (zone)
{
case TemperatureZone.Cold:
weights = ColdWeights;
break;
case TemperatureZone.Temparate:
weights = TemparateWeights;
break;
case TemperatureZone.Warm:
weights = WarmWeights;
break;
default:
throw new FormatException("Zone out of range!");
}
for (int i = 0; i < 4; i++)
{
Biome b = surroundingBiomes[i];
if (b > 0)
{ // we don't want undetermined zones being populated
if (weights[(int)b] == 0.0f)
{
weights[(int)b] = 10f; // adds chance for biomes to cross temperature zones if there are neighboring zones
}
if (b == Biome.Marine)
{
weights[(int)b] *= stickiness * 2; // for each surrounding neighbor increase weight
}
else
{
weights[(int)b] *= stickiness;
weights[(int)Biome.Marine] /= 100f;
}
}
}
// Get Total Weight
float totalWeight = 0.0f;
foreach (float weight in weights)
{
totalWeight += weight;
}
// Generate a random number based on the totalWeight
float randomNumber = (float)random.NextDouble() * totalWeight;
// using the random number and weights determine which biome to return
Biome selectedBiome = Biome.Undetermined;
for (int i = 0; i < weights.Length; i++)
{
float weight = weights[i];
if (randomNumber < weight)
{
selectedBiome = (Biome)i;
break;
}
randomNumber -= weight;
}
return(selectedBiome);
}
public void AddSlot(string AisleName, TemperatureZone zone, SlotType slotType)//add empty slot to end of aisle object
{
WHctx.SaveChanges();
}
