public void init() { temps = new int[] {10,12,12,14,15,20,28,32,28,16,6,2}; sed = new[] {120, 145, 200, 120, 150, 100, 140, 40, 100, 120, 130, 100}; context = new DummyDataContext(); chart = new ClimateChart("Gent", 1961, 1990, temps, sed, 51.054342, 3.717424); }
public LocationListViewModel(ClimateChart chart) { Location = chart.Location; CountryID = chart.Country.CountryID; ContinentID = chart.Country.Continent.ContinentID; ClimateChartID = chart.ClimateChartID; ChartLatitude = chart.Latitude; ChartLongitude = chart.Longitude; Coordinaten = chart.BCord+" " +chart.LCord; }
public override string[] Determinate(ClimateChart chart) { switch (Operator) { case "<=": return (DeterminateWithOperator(chart) ? YesClause.Determinate(chart) : NoClause.Determinate(chart)); case "<": return (DeterminateWithOperator(chart) ? YesClause.Determinate(chart) : NoClause.Determinate(chart)); case ">=": return (DeterminateWithOperator(chart) ? YesClause.Determinate(chart) : NoClause.Determinate(chart)); default: return (DeterminateWithOperator(chart) ? YesClause.Determinate(chart) : NoClause.Determinate(chart)); } }
public bool DeterminateWithOperator(ClimateChart chart) { if (Par2 != null) { switch (Operator) { case "<=": return (Par1.Execute(chart) <= Par2.Execute(chart)); case "<": return (Par1.Execute(chart) < Par2.Execute(chart)); case ">=": return (Par1.Execute(chart) >= Par2.Execute(chart)); case ">": return (Par1.Execute(chart) > Par2.Execute(chart)); } } switch (Operator) { case "<=": return (Par1.Execute(chart) <= Waarde); case "<": return (Par1.Execute(chart) < Waarde); case ">=": return (Par1.Execute(chart) >= Waarde); default: return (Par1.Execute(chart) > Waarde); } }
public DummyDataContext() { Europa = new Continent(); Europa.ContinentID = 1; Europa.Name = "Europa"; Graad = new Grade(1); Belgium = new Country("Belgie",Europa); England = new Country("England",Europa); Belgium.CountryID = 1; England.CountryID = 2; //Belgium.AboveEquator = true; //England.AboveEquator = false; //voor te testen. England ligt obviously boven de Equator int[] temp = new int[]{1,5,3,4,5,6,7,8,9,10,40,12}; int[] sed = new int[] {10, 206, 30, 200, 50, 60, 70, 80, 20, 100, 110, 120}; int[] temp2 = new int[] { 1, 2, 3, 0, -10, -12, 7, 8, 9, 10, 11, 12 }; int[] sed2 = new int[] { 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 110, 120 }; NegTempClimateChart = new ClimateChart("Chelsea",2000,2030,temp2,sed2, -20, 10); NegTempClimateChart.Country = England; NegTempClimateChart.ClimateChartID = 2; England.ClimateCharts = new List<ClimateChart>{NegTempClimateChart}; Gent = new ClimateChart("gent",1950,1960,temp,sed, 55, 6); Gent.Country = Belgium; Gent.ClimateChartID = 1; ClimateCharts = new List<ClimateChart>{ Gent }; Belgium.ClimateCharts = ClimateCharts; Countries = new List<Country>{ Belgium,England }; Europa.Countries = Countries; Continenten = new List<Continent>{ Europa }; Graad.Continents = Continenten; Parameter tw = new TW("Wat is de temperatuur van de warmste maand (TW)?"); Parameter mw = new MW("Wat is de warmste maand?"); Parameter mk = new MK("Wat is de temperatuur van de koudste maand?"); Parameter tk = new TK("Wat is de temperatuur van de koudste maand (TK)?"); Parameter d = new D("Hoeveel droge maanden zijn er?"); Parameter nz = new NZ("Hoeveelheid neerslag in de zomer?"); Parameter nw = new NW("Hoeveelheid neerslag in de winter?"); Parameter tj = new TJ(""); Parameter nj = new NJ(""); Parameter tm = new TM(""); //ClauseComponent tw10 = new Clause("TW <= 10", tw, "<=", 10); //ClauseComponent CC2 = new Clause("TW <= 10", tw, "<", 10); //ClauseComponent CC3 = new Clause("TW <= 10", tw, ">=", 10); //ClauseComponent CC4 = new Clause("TW <= 10", tw, ">", 10); //ClauseComponent res1 = new Result("YES", "geen woestijn"); //ClauseComponent res2 = new Result("NO", "woestijn"); //tw10.ClauseComponentId = 1; //res1.ClauseComponentId = 2; //res2.ClauseComponentId = 3; //tw10.Add(true, res1); //tw10.Add(false, res2); //CC2.Add(true, res1); //CC2.Add(false, res2); //CC3.Add(true, res1); //CC3.Add(false, res2); //CC4.Add(true, res1); //CC4.Add(false, res2); //DetTable = new DeterminateTable(); //DetTable2 = new DeterminateTable(); //DetTable3 = new DeterminateTable(); //DetTable4 = new DeterminateTable(); Graad.DeterminateTableProp = DetTable; Country belgië = new Country { Name = "België" }; temps = new int[] { 10, 12, 12, 14, 15, 20, 28, 32, 28, 16, 6, 2 }; sed = new[] { 120, 145, 200, 120, 150, 100, 140, 40, 100, 120, 130, 100 }; chart = new ClimateChart("Gent", 1990, 1991, temps, sed, 55, 6); chart.Country = belgië; temps2 = new int[] { 14, 15, 17, 21, 25, 27, 28, 27, 26, 23, 19, 15 }; sed2 = new[] { 7, 4, 4, 2, 0, 0, 0, 0, 0, 1, 3, 5 }; chart2 = new ClimateChart("Kaïro", 1961, 1990, temps2, sed2, -20, 2); Country egypte = new Country { Name = "Egypte" }; //egypte.AboveEquator = false; chart2.Country = egypte; temps3 = new int[] { 0, 1, 5, 11, 17, 22, 25, 24, 20, 14, 9, 3 }; sed3 = new[] { 77, 73, 91, 96, 97, 91, 103, 95, 86, 77, 97, 86 }; chart3 = new ClimateChart("New York", 1961, 1990, temps3, sed3, 50, -50); Country newyork = new Country { Name = "New York" }; chart3.Country = newyork; temps4 = new int[] { 25, 1, 5, 11, 17, 22, 25, 24, 20, 14, 9, 3 }; sed4 = new[] { 1, 2, 0, 0, 0, 100, 100, 100, 100, 100, 0, 0 }; chart4 = new ClimateChart("Fictief", 1961, 1990, temps4, sed4, 60, 20); Country fictief = new Country { Name = "Fictief" }; chart4.Country = fictief; byte[] picture = null; ClauseComponent tw10 = new Clause("TW <= 10", tw, "<=", 10); ClauseComponent tw0 = new Clause("TW <= 0", tw, "<=", 0); ClauseComponent tw0Yes = new Result("Koud klimaat zonder dooiseizoen", "Ijswoestijnklimaat", picture); ClauseComponent tw0No = new Result("Koud klimaat met dooiseizoen", "Toendraklimaat", picture); tw0.Add(true, tw0Yes); tw0.Add(false, tw0No); tw10.Add(true, tw0); ClauseComponent tj0 = new Clause("TJ <= 0", tj, "<=", 0); tw10.Add(false, tj0); ClauseComponent tj0Yes = new Result("Koudgematigd klimaat met strenge winter", "Taigaklimaat", picture); tj0.Add(true, tj0Yes); ClauseComponent nj200 = new Clause("NJ <= 200", nj, "<=", 200); ClauseComponent tk15 = new Clause("TK <= 15", tk, "<=", 15); ClauseComponent tk15Yes = new Result("Gematigd altijd droog klimaat", "Woestijnklimaat van de middelbreedten", picture); ClauseComponent tk15No = new Result("Warm altijd droog klimaat", "Woestijnklimaat van de tropen", picture); tk15.Add(true, tk15Yes); tk15.Add(false, tk15Yes); nj200.Add(true, tk15); tj0.Add(false, nj200); ClauseComponent tk18 = new Clause("TK <= 18", tk, "<=", 18); ClauseComponent nj400 = new Clause("NJ <= 400", nj, "<=", 400); ClauseComponent nj400Yes = new Result("Gematigd, droog klimaat", "Steppeklimaat", picture); ClauseComponent tk10N = new Clause("TK <= -10", tk, "<=", -10); ClauseComponent tk10NYes = new Result("Koudgematigd klimaat met strenge winter", "Taigaklimaat", picture); ClauseComponent d1 = new Clause(" D <= 1", d, "<=", 1); ClauseComponent tk3N = new Clause("TK <= -3", tk, "<=", -3); ClauseComponent tk3NYes = new Result("Koelgematigd klimaat met koude winter", "Gemengd-woudklimaat", picture); ClauseComponent tw22 = new Clause(" TW <= 22", tw, "<=", 22); ClauseComponent tw22Yes = new Result("Koelgematigd klimaat met zachte winter", "Loofbosklimaat", picture); ClauseComponent tw22No = new Result("Warmgematigd altijd nat klimaat", "Subtropisch regenwoudklimaat", picture); ClauseComponent nznw = new Clause("NZ <= NW", nz, nw); ClauseComponent tw222 = new Clause("TW <= 22", tw, "<=", 22); ClauseComponent tw222Yes = new Result("Koelgematigd klimaat met natte winter", "Hardbladige-vegetatieklimaat van de centrale middelbreedten", picture); ClauseComponent tw222No = new Result("Warmgematigd klimaat met natte winter", "Hardbladige-vegetatieklimaat van de subtropen", picture); ClauseComponent nznwNo = new Result("Warmgematigd klimaat met natte zomer", "Subtropisch savanneklimaat", picture); tw222.Add(true, tw222Yes); tw222.Add(false, tw222No); nznw.Add(true, tw222); nznw.Add(false, nznwNo); tw22.Add(true, tw22Yes); tw22.Add(false, tw22No); tk3N.Add(true, tk3NYes); tk3N.Add(false, tw22); d1.Add(true, tk3N); d1.Add(false, nznw); tk10N.Add(true, tk10NYes); tk10N.Add(false, d1); nj400.Add(true, nj400Yes); nj400.Add(false, tk10N); tk18.Add(true, nj400); nj200.Add(false, tk18); ClauseComponent d12 = new Clause("D <= 1", d, "<=", 1); ClauseComponent d12Yes = new Result("Warm klimaat met nat seizoen", "Tropisch savanneklimaat", picture); ClauseComponent d12No = new Result("Warm altijd nat klimaat", "Tropisch regenwoudklimaat", picture); d12.Add(true, d12Yes); d12.Add(false, d12No); tk18.Add(false, d12); dTable = new DeterminateTable(); List<ClauseComponent> results1 = (new ClauseComponent[] { tw0, tj0,nj200, tk15,tk18, nj400, tk10N, d1, tk3N, tw22, nznw, tw222, d12, tw0Yes, tw0No, tj0Yes, tk15Yes, tk15No, nj400Yes, tk10NYes, tk3NYes, tw22Yes, tw22No, tw222Yes, tw222No, nznwNo, d12Yes, d12No, tw10 }).ToList(); results1.ForEach(r => dTable.AllClauseComponents.Add(r)); }
public override string[] GiveOptAnswers(ClimateChart chart) { return chart.GetAllTemperatures(); }
public override string GiveAnswer(ClimateChart chart) { throw new ApplicationException(); }
public override double Execute(ClimateChart chart) { return chart.AverageYearTemp; }
public void ArraySedBiggerThan12WillThrowException() { sed = new int[] { 10, 12, 12, 14, 15, 20, 28, 32, 28, 16, 6,15,30 }; chart = new ClimateChart("Gent", 1961, 1990, temps, sed, 51.054342, 3.717424); }
public List<ClauseComponent> CorrectPath(ClimateChart chart) { return AllClauseComponents.ElementAt(AllClauseComponents.Count - 1).GiveCorrectPath(chart); }
public String[] Determinate(ClimateChart chart) { return AllClauseComponents.ElementAt(AllClauseComponents.Count - 1).Determinate(chart); }
public override string GiveAnswer(ClimateChart chart) { return chart.RainInWinter.ToString(); }
public override string[] GiveOptAnswers(ClimateChart chart) { return chart.TotalRainfallInts(); }
public override double Execute(ClimateChart chart) { return chart.RainInWinter; }
public override List<ClauseComponent> GiveCorrectPath(ClimateChart chart) { List<ClauseComponent> cp = new List<ClauseComponent>(); cp.Add(this); return cp; }
public override string[] Determinate(ClimateChart chart) { return new string[] { Climatefeature, Vegetationfeature }; }
public void ArrayTempSmallerThan12WillThrowException() { temps = new int[] { 10, 12, 12, 14, 15, 20, 28, 32, 28, 16, 6}; chart = new ClimateChart("Gent", 1961, 1990, temps, sed, 51.054342, 3.717424); }
public override double Execute(ClimateChart chart) { return chart.TotalRainOfYear; }
public void SedimentHaveToBeGreaterThan0() { sed = new int[] { 10, 12, 12, 14, 15, 20, 28, 32, 28, 16, 6,-15}; chart = new ClimateChart("Gent", 1961, 1990, temps, sed, 51.054342, 3.717424); }
//De vraag zelf public abstract double Execute(ClimateChart chart);
public abstract string[] GiveOptAnswers(ClimateChart chart);
public abstract string GiveAnswer(ClimateChart chart);
public override List<ClauseComponent> GiveCorrectPath(ClimateChart chart) { List<ClauseComponent> cp; if (DeterminateWithOperator(chart)) { cp = YesClause.GiveCorrectPath(chart); cp.Add(this); return cp; } cp = NoClause.GiveCorrectPath(chart); cp.Add(this); return cp; }
public override string[] GiveOptAnswers(ClimateChart chart) { return chart.GetMonthsOfYear(); }
public override string[] GiveOptAnswers(ClimateChart chart) { throw new ApplicationException(); }
public void NegativeSedementsGivesException() { int[] temp = new int[] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 }; int[] sed = new int[] { 10, 20, 30, -20, 50, 60, 70, 80, 90, 100, 110, 120 }; ClimateChart c = new ClimateChart("Chelsea",2000,2010,temp,sed, -20, 10); }
public override double Execute(ClimateChart chart) { return chart.ColdestMonth; }
public void EmptyCtrSerialisedMonthsList() { ClimateChart c = new ClimateChart(); c.Months.Add(new Month(MonthsOfTheYear.Apr, 10,12)); Assert.AreEqual(12,c.Months[0].Sediment); }
public override string GiveAnswer(ClimateChart chart) { return chart.ColdestMonth.ToString(); }
public override string GiveAnswer(ClimateChart chart) { return chart.TotalDryMonths.ToString(); }