// GET: Climatogram
public ActionResult ViewClimatogram(int selectedGrade, string selectedContinent, string selectedCountry, string selectedLocation)
{
Grade currentGrade = gradeRepository.FindById(selectedGrade);
Determinatietabel = currentGrade.DeterminationTable;
ViewBag.Location = selectedLocation;
Continent currentContinent = currentGrade.FindContinentByName(selectedContinent);
Country currentCountry = currentContinent.FindCountryByName(selectedCountry);
Location currentLocation = currentCountry.FindLocationByName(selectedLocation);
Climatogram climatogram = currentLocation.Climatogram;
Vragenlijst vragenlijst = new Vragenlijst(currentLocation, climatogram);
string[] vragen = vragenlijst.GeefVragen();
double[] juisteAntwoorden = vragenlijst.GeefJuisteAntwoorden();
double[][] antwoorOpties = vragenlijst.GeefAntwoordOpties();
string[] climatogramSolution = Determinatietabel.Determineer(climatogram);
List <Boolean> determinatiePad = Determinatietabel.GetDeterminationPath(climatogram, new List <Boolean>());
ClimatogramViewModel cvm = new ClimatogramViewModel(currentGrade, currentContinent, currentCountry, currentLocation, juisteAntwoorden, vragen, antwoorOpties, Determinatietabel, climatogramSolution, determinatiePad);
return(View("ViewClimatogram", cvm));
}
public MonthlyDataViewModel(Climatogram climatogram)
{
Climatogram = climatogram;
MonthlyData = climatogram.MonthlyDataList.ToList();
}
protected override void Seed(Context context)
{
try
{
Location location = new Location();
//Grades
Grade grade1 = new Grade(1);
Grade grade2 = new Grade(2);
Grade grade3 = new Grade(3);
Grade grade4 = new Grade(4);
Grade grade5 = new Grade(5);
Grade grade6 = new Grade(6);
//Continenten
Continent africa = new Continent("Afrika");
Continent antarctica = new Continent("Antarctica");
Continent asia = new Continent("Azië");
Continent europe = new Continent("Europa");
Continent latAm = new Continent("Latijns Amerika");
Continent northAm = new Continent("Noord Amerika");
Continent oceania = new Continent("Oceanië");
List <Continent> contList = new List <Continent>()
{
africa, antarctica, asia, europe, latAm, northAm, oceania
};
//Land
Country belgium = new Country("België");
Country canada = new Country("Canada");
//Locatie
Location gent = new Location("Gent", "6434", 0.0666134, 0.889536142, 15);
Location toronto = new Location("Toronto", "71624", 1.389863861, 0.762127107, 173);
double[] percGent = { 51, 42, 46, 50, 59, 65, 72, 74, 72, 72, 64, 59 };
double[] tempGent = { 2.5, 3.0, 5.2, 8.4, 12.1, 15.1, 16.8, 16.6, 14.3, 10.3, 6.2, 3.2 };
double[] percToronto = { 46, 46, 57, 64, 66, 69, 77, 84, 74, 63, 70, 66 };
double[] tempToronto = { -6.6, -5.8, -0.7, 6.1, 12.5, 17.7, 20.8, 19.6, 15.3, 9.0, 3.3, -3.2 };
Climatogram climatogramGent = new Climatogram(setValues(percGent, tempGent), "1961 - 1990");
Climatogram climatogramToronto = new Climatogram(setValues(percToronto, tempToronto), "1953 - 1991");
//-------------------
europe.Countries.Add(belgium);
belgium.Locations.Add(gent);
gent.Climatogram = climatogramGent;
northAm.Countries.Add(canada);
canada.Locations.Add(toronto);
toronto.Climatogram = climatogramToronto;
//-------------------
//Bij elke graad meegeven welke continenten ze moeten behandelen
foreach (Continent cont in contList)
{
grade3.Continents.Add(cont);
grade4.Continents.Add(cont);
grade5.Continents.Add(cont);
grade6.Continents.Add(cont);
}
grade1.Continents.Add(europe);
grade2.Continents.Add(europe);
// determinatietabellen
// eerste graad
Node g1rootNode = new Node(new Tw(), 10, new Smaller());
Node g1yesNode = new Node(new Tw(), 0, new Smaller());
AbstractNode g1yes2Leaf = new Leaf("Koud zonder dooiseizoen", "IJswoestijn", "/Content/images/ijswoestijn.jpg");
AbstractNode g1yesNoLeaf = new Leaf("Koud met dooiseizoen", "Toendra", "/Content/images/toendra.jpg");
Node g1noNode = new Node(new TmBiggerOrEqualThan10(), 4, new Smaller());
AbstractNode g1noYesLeaf = new Leaf("Koudgematigd, strenge winter", "Taiga", "/Content/images/taiga.jpg");
Node g1no2Node = new Node(new Tk(), 18, new Smaller());
AbstractNode g1no2NoLeaf = new Leaf("Warm, altijd droog", "Woestijn van de tropen", "/Content/images/woestijn.jpg");
Node g1no2YesNode = new Node(new Nj(), 400, new Bigger());
AbstractNode g1no2YesNoLeaf = new Leaf("Gematigd, altijd droog", "Woestijn van de middelbreedten", "/Content/images/woestijn.jpg");
Node g1no2Yes2Node = new Node(new Tk(), -3, new Smaller());
AbstractNode g1no2YesLeaf = new Leaf("Koelgematigd, strenge winter", "Taiga", "/Content/images/taiga.jpg");
Node g1no2Yes2NoNode = new Node(new Tw(), 22, new Smaller());
AbstractNode g1no2Yes2NoYesLeaf = new Leaf("Koelgematigd, zachte winter", "Loofbos", "/Content/images/loofwoud.jpg");
AbstractNode g1no2Yes2NoNoLeaf = new Leaf("Warmgematigd, natte winter", "Hardbladig van de subtropen", "/Content/images/hardbladig.jpg");
g1no2Yes2NoNode.YesNode = g1no2Yes2NoYesLeaf;
g1no2Yes2NoNode.NoNode = g1no2Yes2NoNoLeaf;
g1no2Yes2Node.YesNode = g1no2YesLeaf;
g1no2Yes2Node.NoNode = g1no2Yes2NoNode;
g1no2YesNode.NoNode = g1no2YesNoLeaf;
g1no2YesNode.YesNode = g1no2Yes2Node;
g1no2Node.NoNode = g1no2NoLeaf;
g1no2Node.YesNode = g1no2YesNode;
g1noNode.YesNode = g1noYesLeaf;
g1noNode.NoNode = g1no2Node;
g1yesNode.YesNode = g1yes2Leaf;
g1yesNode.NoNode = g1noNode;
g1yesNode.NoNode = g1yesNoLeaf;
g1rootNode.YesNode = g1yesNode;
g1rootNode.NoNode = g1noNode;
// alle andere graden = grade2
Node g2rootNode = new Node(new Tw(), 10, new SmallerOrEqual());
Node g2yesNode = new Node(new Tw(), 0, new SmallerOrEqual());
Leaf g2yes2Leaf = new Leaf("Koud zonder dooiseizoen", "IJswoestijn", "/Content/images/ijswoestijn.jpg");
Leaf g2yesNoLeaf = new Leaf("Koud met dooiseizoen", "Toendra", "/Content/images/toendra.jpg");
Node g2noNode = new Node(new Tj(), 0, new SmallerOrEqual());
Leaf g2noYesLeaf = new Leaf("Koudgematigd, strenge winter", "Taiga", "/Content/images/taiga.jpg");
Node g2no2Node = new Node(new Nj(), 200, new SmallerOrEqual());
Node g2no2YesNode = new Node(new Tk(), 15, new SmallerOrEqual());
AbstractNode g2no2Yes2Leaf = new Leaf("Gematigd, altijd droog", "Woestijn van de middelbreedten", "/Content/images/woestijn.jpg");
Leaf g2no2YesNoLeaf = new Leaf("Warm, altijd droog", "Woestijn van de tropen", "/Content/images/woestijn.jpg");
Node g2no3Node = new Node(new Tk(), 18, new SmallerOrEqual());
Node g2no3YesNode = new Node(new Nj(), 400, new SmallerOrEqual());
AbstractNode g2no3Yes2Leaf = new Leaf("Gematigd, droog klimaat", "Steppe", "/Content/images/steppe.jpg");
Node g2no3YesNoNode = new Node(new Tk(), -10, new SmallerOrEqual());
AbstractNode g2no3YesNoYesLeaf = new Leaf("Koelgematigd, strenge winter", "Taiga", "/Content/images/taiga.jpg");
Node g2no3YesNo2Node = new Node(new DryMonths(), 1, new SmallerOrEqual());
Node g2no3YesNo2YesNode = new Node(new Tk(), -3, new SmallerOrEqual());
AbstractNode g2no3YesNo2Yes2Leaf = new Leaf("Koelgematigd, koude winter", "Gemengd Woud", "/Content/images/gemengd_woud.jpg");
Node g2no3YesNo2YesNoNode = new Node(new Tw(), 22, new SmallerOrEqual());
AbstractNode g2no3YesNo2YesNoYesLeaf = new Leaf("Koelgematigd, zachte winter", "Loofbos", "/Content/images/loofwoud.jpg");
AbstractNode g2no3YesNo2YesNo2Leaf = new Leaf("Warmgematigd, altijd nat", "Subtropisch Regenwoud", "/Content/images/regenwoud.jpg");
Node g2no3YesNo3Node = new Node(new PrecipitationSummer(), new PrecipitationWinter(), new SmallerOrEqual());
Node g2no3YesNo3YesNode = new Node(new Tw(), 22, new SmallerOrEqual());
AbstractNode g2no3YesNo3Yes2Leaf = new Leaf("Koelgematigd, natte winter", "Hardbladig van de middelbreedten", "/Content/images/hardbladig.jpg");
AbstractNode g2no3YesNo3YesNoLeaf = new Leaf("Warmgematigd, natte winter", "Hardbladig van de subtropen", "/Content/images/hardbladig.jpg");
AbstractNode g2no3YesNo4Leaf = new Leaf("Warmgematigd, natte zomer", "Subtropische Savanne", "/Content/images/subtropische_savanne.jpg");
Node g2no4Node = new Node(new DryMonths(), 1, new SmallerOrEqual());
AbstractNode g2no4YesLeaf = new Leaf("Warm, nat seizoen", "Tropische Savanne", "/Content/images/savanne.jpg");
AbstractNode g2no5Leaf = new Leaf("Warm, altijd nat, nat seizoen", "Tropisch Regenwoud", "/Content/images/tropisch_regenwoud.jpg");
g2no4Node.YesNode = g2no4YesLeaf;
g2no4Node.NoNode = g2no5Leaf;
g2no3YesNo3YesNode.YesNode = g2no3YesNo3Yes2Leaf;
g2no3YesNo3YesNode.NoNode = g2no3YesNo3YesNoLeaf;
g2no3YesNo3Node.YesNode = g2no3YesNo3YesNode;
g2no3YesNo3Node.NoNode = g2no3YesNo4Leaf;
g2no3YesNo2YesNoNode.YesNode = g2no3YesNo2YesNoYesLeaf;
g2no3YesNo2YesNoNode.NoNode = g2no3YesNo2YesNo2Leaf;
g2no3YesNo2YesNode.YesNode = g2no3YesNo2Yes2Leaf;
g2no3YesNo2YesNode.NoNode = g2no3YesNo2YesNoNode;
g2no3YesNo2Node.YesNode = g2no3YesNo2YesNode;
g2no3YesNo2Node.NoNode = g2no3YesNo3Node;
g2no3YesNoNode.YesNode = g2no3YesNoYesLeaf;
g2no3YesNoNode.NoNode = g2no3YesNo2Node;
g2no3YesNode.YesNode = g2no3Yes2Leaf;
g2no3YesNode.NoNode = g2no3YesNoNode;
g2no3Node.YesNode = g2no3YesNode;
g2no3Node.NoNode = g2no4Node;
g2no2YesNode.YesNode = g2no2Yes2Leaf;
g2no2YesNode.NoNode = g2no2YesNoLeaf;
g2no2Node.YesNode = g2no2YesNode;
g2no2Node.NoNode = g2no3Node;
g2noNode.YesNode = g2noYesLeaf;
g2noNode.NoNode = g2no2Node;
g2yesNode.YesNode = g2yes2Leaf;
g2yesNode.NoNode = g2yesNoLeaf;
g2rootNode.YesNode = g2yesNode;
g2rootNode.NoNode = g2noNode;
grade1.DeterminationTable = g1rootNode;
grade2.DeterminationTable = g2rootNode;
grade3.DeterminationTable = g2rootNode;
grade4.DeterminationTable = g2rootNode;
grade5.DeterminationTable = g2rootNode;
grade6.DeterminationTable = g2rootNode;
//SaveChanges : Add -> INSERT statement | wijzigingen -> UPDATE instructie | Remove -> DELETE instructie
//--> CRUD methoden van Context -> Voegt de Grades toe samen met alle continenten en bijbehorende countries/locations voor die graad
// Context doet aan ChangeTracking -> Houdt alle wijzigingen bij tot je SaveChanges aanroept
// en zal dan voor alle wijzigingen INSERT,UPDATE of DELETE instructies creëren => Transactie
context.Grades.Add(grade1);
context.Grades.Add(grade2);
context.Grades.Add(grade3);
context.Grades.Add(grade4);
context.Grades.Add(grade5);
context.Grades.Add(grade6);
context.SaveChanges();
}
catch (DbEntityValidationException e)
{
throw e;
}
}
