private void SelectCountry(object sender, MouseEventArgs args)
{
int x, y;
GraphicalUtilities.GraphicsCoordsToMapCoords(m_mapControl1.Size, m_mapControl1.MyWorldModel.Size, args.X,
args.Y, out x,
out y);
DiseaseNode n = m_mapControl1.MyWorldModel.NodeAt(x, y);
SimCountryData cd = m_mapControl1.MyWorldModel.CountryForCode(n.MapCell.CountryCode);
if (cd != null)
{
CountrySelected?.Invoke(cd);
}
}
static void Main(string[] args)
{
Dictionary <string, string> countryCodeForName = new Dictionary <string, string>(StringComparer.OrdinalIgnoreCase);
using (var reader = new StreamReader(@"../../Data/ISO_3166-1_alpha-3.tdf"))
{
using (
var csv = new CsvReader(reader)
{
Configuration = { Delimiter = "\t", HasHeaderRecord = false }
}
)
{
foreach (CountryNameAndCode countryNameAndCode in csv.GetRecords <CountryNameAndCode>())
{
countryCodeForName.Add(countryNameAndCode.Name, countryNameAndCode.Code);
}
}
}
string json = File.ReadAllText(@"../../Data/Factbook.json");
dynamic d = JObject.Parse(json);
using (TextWriter tw = new StreamWriter(@"../../../../Data/CountryData.dat"))
{
tw.WriteLine(SimCountryData.CSVHeader);
List <SimCountryData> countries = new List <SimCountryData>();
//foreach (string countryName in countriesOfInterest)
List <String> skipList = new List <string>(m_skipList);
// Special Cases:
// d["countries"]["Chad"].energy.electricity.access.total_electrification = 33;
JObject chadElectricity = d["countries"]["chad"].data.energy.electricity as JObject;
chadElectricity.Add("access", JObject.Parse(@"{""populationWithElectricity"":{""value"":""33""}}")); // From 'population without electricity' and 'population' attributes.
//JObject nauruElectricity = d["countries"]["nauru"].data.energy.electricity as JObject;
//nauruElectricity.Add("access", JObject.Parse(@"{""populationWithElectricity"":{""value"":""66""}}"));
JObject taiwanElectricity = d["countries"]["taiwan"].data.energy.electricity as JObject;
taiwanElectricity.Add("access", JObject.Parse(@"{""populationWithElectricity"":{""value"":""99""}}"));
JObject FalklandsElectricity = d["countries"]["falkland_islands_islas_malvinas"].data.energy.electricity as JObject;
FalklandsElectricity.Add("access", JObject.Parse(@"{""populationWithElectricity"":{""value"":""99""}}"));
JObject WesternSaharaElectricity = d["countries"]["western_sahara"].data.energy.electricity as JObject;
WesternSaharaElectricity.Add("access", JObject.Parse(@"{""populationWithElectricity"":{""value"":""99""}}"));
foreach (var country in d["countries"])
{
string name = "Unknown";
string failedAt = "name";
try
{
var _countryData = country.First.data;
name = _countryData.name.Value;
if (skipList.Contains(name))
{
continue;
}
string countryCode;
if (!countryCodeForName.TryGetValue(name, out countryCode))
{
Console.WriteLine("Failed to get country code for " + name);
}
failedAt = "totalLand";
double totalLand = AttemptToRead(
() => _countryData.geography.area.land.value.Value,
() => _countryData.geography.area.total.value.Value
);
failedAt = "population";
if (_countryData.people == null)
{
continue;
}
var population = (double)_countryData.people.population.total.Value;
failedAt = "birthRate";
var birthRate = (double)_countryData.people.birth_rate.births_per_1000_population.Value / 365.0;
failedAt = "deathRate";
var deathRate = (double)_countryData.people.death_rate.deaths_per_1000_population.Value / 365.0;
failedAt = "sanitation";
var sanitation = AttemptToRead(
() => _countryData.people.sanitation_facility_access.unimproved.total.value.Value / 100.0,
() => MISSING_SANITATION
);
failedAt = "drsPerCap";
double drsPerCap = AttemptToRead(
() => _countryData.people.physicians_density.physicians_per_1000_population.Value / 1000.0,
() => AVERAGE_DRS_PER_CAP
);
failedAt = "healthSpendGDP";
var healthSpendGDP = AttemptToRead(
() => _countryData.people.health_expenditures.percent_of_gdp.Value / 100.0,
() => MISSING_GDP_HEALTH_SPEND
);
failedAt = "totalGDP";
var totalGDP = (double)_countryData.economy.gdp.purchasing_power_parity.annual_values[0].value.Value;
failedAt = "literacy";
var literacy = AttemptToRead(
() => _countryData.people.literacy.total_population.value / 100.0,
() => AVERAGE_LITERACY
);
failedAt = "populationWithElectricity";
double populationWithElectricity = AttemptToRead(
() => _countryData.energy.electricity.access.total_electrification.value / 100.0,
() => _countryData.energy.electricity.access.populationWithElectricity.value / 100.0
);
failedAt = "socialStability";
var socialStability = Math.Sqrt(((literacy * literacy) + (populationWithElectricity * populationWithElectricity)) / 2.0);
SimCountryData simCountryData = new SimCountryData()
{
Name = name,
BirthRate = birthRate / 365.0,
DeathRate = deathRate / 365.0,
HealthSpendPerCap = healthSpendGDP * totalGDP / population,
PhysiciansPerCap = drsPerCap,
PopDensity = population / totalLand,
Population = (int)population,
Sanitation = 1.0 - sanitation,
SocialStability = socialStability,
CountryCode = countryCode
};
countries.Add(simCountryData);
tw.WriteLine(simCountryData.AsCSV);
}
catch (RuntimeBinderException rbe)
{
Console.WriteLine($"\"{name}\" read failed at {failedAt}");
// TODO: Log failure
}
}
}
}
private void InitialUI_Load(object sender, EventArgs e)
{
m_worldModel = new WorldModel(m_data, SimCountryData.LoadFrom(@"../../../Data/CountryData.dat"));
m_mapControl.AssignWorldModel(m_worldModel);
PlotForm dc1 = new PlotForm("Mortality");
dc1.Bind(m_worldModel,
new[] {
GetTotal(n => n.Killed),
GetTotal(n => n.Dead)
},
new[] {
"Killed",
"Dead"
});
PlotForm dc2 = new PlotForm("Disease Stages");
dc2.Bind(m_worldModel,
new[] {
GetTotal(n => n.ContagiousAsymptomatic),
GetTotal(n => n.ContagiousSymptomatic),
GetTotal(n => n.NonContagiousInfected),
GetTotal(n => n.Immune),
},
new[]
{
"ContagiousAsymptomatic",
"ContagiousSymptomatic",
"NonContagiousInfected",
"Immune"
});
m_mapControl.Show();
dc1.Show();
dc2.Show();
/*PlotForm m_plotWindow1 = new PlotForm("Killed");
* m_plotWindow1.Bind(m_worldModel, GetTotal(n => n.Killed));
* m_plotWindow1.Show();
*
* PlotForm m_plotWindow2 = new PlotForm("Immune");
* m_plotWindow2.Bind(m_worldModel, GetTotal(n => n.Immune));
* m_plotWindow2.Show();
*
* PlotForm m_plotWindow3 = new PlotForm("Total Population");
* m_plotWindow3.Bind(m_worldModel, GetTotal(n => n.Population));
* m_plotWindow3.Show();
*
* PlotForm m_plotWindow4 = new PlotForm("Immunization Effort");
* m_plotWindow4.Bind(m_worldModel, GetTotal(n => n.Flows[2](n)));
* m_plotWindow4.Show();*/
m_mapControl.MouseMove += (o, args) =>
{
double lat, lon;
int x, y;
GraphicalUtilities.GraphicsCoordsToMapCoords(panel1.Size, m_worldModel.Size, args.X, args.Y, out x,
out y);
m_data.DataXYToLatLon(x, y, out lat, out lon);
string where = ReverseGeocodeService.CountryNameForLatAndLong(lat, lon + 2) ?? "Unknown";
DiseaseNode n = m_worldModel.NodeAt(x, y);
toolStripStatusLabel1.Text = $"data[{x},{y}] is {where}, Lat {lat:f2}/Lon {lon:f2} {n:d4}";
Console.WriteLine(toolStripStatusLabel1.Text);
};
toolStripStatusLabel1.TextChanged += (o, args) => Console.WriteLine(((ToolStripStatusLabel)o).Text);
}
private void LoadNewDefaultModelAndExtraStuff()
{
m_console = new DockableConsole("Log");
Locator.Register(() => m_console, "console");
List <OutbreakResponseTeam> orts = new List <OutbreakResponseTeam>();
Dictionary <string, Tuple <int, Color> > ortCounts = new Dictionary <string, Tuple <int, Color> >();
string json = File.ReadAllText(@"Data/Governments.dat");
dynamic d = JObject.Parse(json);
foreach (dynamic govt in d["Governments"])
{
string cc = govt["cc"];
int numberOfORTs = govt["ORTs"];
Color color = Color.FromName(govt["Color"].ToString());
ortCounts.Add(cc, new Tuple <int, Color> (numberOfORTs, color));
}
WorldModel = new WorldModel(MapData.LoadFrom("Data/MapData.dat"), SimCountryData.LoadFrom("Data/CountryData.dat"), ortCounts);
WorldModel.Executive.ClockAboutToChange += exec =>
{
DateTime newTime = ((IExecEvent)exec.EventList[0]).When;
double howMuch = 100 * (newTime - WorldModel.ExecutionParameters.StartTime).TotalHours /
(WorldModel.ExecutionParameters.EndTime - WorldModel.ExecutionParameters.StartTime).TotalHours;
m_statusStrip.InvokeIfRequired(strip =>
{
((ToolStripProgressBar)strip.Items["Progress"]).Value = (int)howMuch;
((ToolStripStatusLabel)strip.Items["DateTimeStatus"]).Text = newTime.ToString("dd MMM yyy HH:mm:ss");
});
};
WorldModel.Controller.StateChanged += HandleStateChange;
m_map = new DockableMap();
m_map.AssignWorldModel(WorldModel);
DockableTrendChart dc1 = new DockableTrendChart("Mortality");
dc1.Bind(WorldModel,
new[]
{
GetTotal(n => n.Killed),
GetTotal(n => n.Dead)
},
new[]
{
"Killed",
"Dead"
});
DockableTrendChart dc2 = new DockableTrendChart("Disease Stages");
dc2.Bind(WorldModel,
new[]
{
GetTotal(n => n.ContagiousAsymptomatic),
GetTotal(n => n.ContagiousSymptomatic),
GetTotal(n => n.NonContagiousInfected),
GetTotal(n => n.Immune),
},
new[]
{
"ContagiousAsymptomatic",
"ContagiousSymptomatic",
"NonContagiousInfected",
"Immune"
});
DockableRegionPieChart drpc1 = new DockableRegionPieChart("Nepal");
drpc1.Bind(WorldModel, "NPL");
drpc1.Show(m_dockPanel, DockState.DockLeft);
DockableRegionPieChart drpc2 = new DockableRegionPieChart("Ireland");
drpc2.Bind(WorldModel, "IRL");
drpc2.Show(m_dockPanel, DockState.DockLeft);
DockablePropertyGrid dpg = new DockablePropertyGrid()
{
SelectedObject = WorldModel.ExecutionParameters,
TabText = "Simulation Timing"
};
dpg.Show(m_dockPanel, DockState.DockLeft);
DockablePropertyGrid country = new DockablePropertyGrid()
{
SelectedObject = WorldModel.CountryForCode("USA"),
TabText = "Selected Country",
ToolTipText = "Selected Country",
};
country.ToolbarVisible = false;
m_map.CountrySelected += data => country.SelectedObject = data;
m_map.MdiParent = this;
m_map.Show(m_dockPanel, DockState.Document);
((DockableConsole)m_console).Show(m_dockPanel, DockState.DockBottom);
country.Show(dpg.Pane, DockAlignment.Bottom, 0.6);
dc1.Show(m_dockPanel, DockState.DockRight);
dc2.Show(dc1.Pane, DockAlignment.Bottom, 0.5);
}