public static float GetDepth(string city, float duration, float targetIntensity)
{
DepthDurationFrequencyIO instance = DepthDurationFrequencyIO.instance;
if (instance.DDFAtlas.ContainsKey(city))
{
float[,] DDFmatrix = instance.DDFAtlas[city];
float returnPeriodIndex = instance.GetReturnPeriodIndex(targetIntensity);
float durationIndex = instance.GetDurationIndex(duration);
if (returnPeriodIndex >= 0f && durationIndex >= 0f)
{
int returnPeriodIndexFloor = (int)Math.Floor(returnPeriodIndex);
float returnPeriodIndexPercentage = returnPeriodIndex - (float)returnPeriodIndexFloor;
int returnPeriodIndexCeil = (int)Math.Ceiling(returnPeriodIndex);
int durationIndexFloor = (int)Math.Floor(durationIndex);
float durationIndexPercentage = durationIndex - (float)durationIndexFloor;
int durationIndexCeil = (int)Math.Ceiling(durationIndex);
float[,] depths = { { DDFmatrix[durationIndexFloor, returnPeriodIndexFloor], DDFmatrix[durationIndexFloor, returnPeriodIndexCeil] },
{ DDFmatrix[durationIndexCeil, returnPeriodIndexFloor], DDFmatrix[durationIndexCeil, returnPeriodIndexCeil] } };
float depthAtDurationFloor = Mathf.Lerp(depths[0, 0], depths[0, 1], returnPeriodIndexPercentage);
float depthAtDurationCeil = Mathf.Lerp(depths[1, 0], depths[1, 1], returnPeriodIndexPercentage);
float actualDepth = Mathf.Lerp(depthAtDurationFloor, depthAtDurationCeil, durationIndexPercentage);
return(actualDepth);
}
}
return(0f);
}
private string[] getCityNamesDropDownOptions()
{
try {
string[] modCityNames = DepthDurationFrequencyIO.GetCityNames();
string[] fullCityNames = new string[modCityNames.Length + 1];
fullCityNames[0] = ModSettings.UnmoddedCityName;
Array.Copy(modCityNames, 0, fullCityNames, 1, modCityNames.Length);
return(fullCityNames);
} catch (Exception e)
{
Debug.Log("[RF]GetCityNamesDropDownOptions Could not get city names encountered exception " + e);
string[] fullCityNames = new string[1];
fullCityNames[0] = ModSettings.UnmoddedCityName;
return(fullCityNames);
}
}
private void OnCityNameDropDownChanged(int sel)
{
ModSettings.CityName = cityNames[sel];
if (sel != 0 && ModSettings.AutomaticStormDistribution)
{
if (DepthDurationFrequencyIO.GetStormDistributionForCity(ModSettings.CityName) != "")
{
ModSettings.StormDistributionName = DepthDurationFrequencyIO.GetStormDistributionForCity(ModSettings.CityName);
StormDistributionDropDown.selectedIndex = getStormDistributionIndex(ModSettings.StormDistributionName);
}
}
if (sel == 0)
{
StormDistributionDropDown.selectedIndex = 0;
}
}
private void OnStormDistributionDropDownChanged(int sel)
{
ModSettings.StormDistributionName = stormDistributionNames[sel];
if (sel == 0)
{
CityNameDropDown.selectedIndex = 0;
ModSettings.CityName = cityNames[0];
}
if (CityNameDropDown.selectedIndex == 0)
{
foreach (string city in cityNames)
{
if (DepthDurationFrequencyIO.GetStormDistributionForCity(city) == ModSettings.StormDistributionName && DepthDurationFrequencyIO.GetStormDistributionForCity(city) != "")
{
ModSettings.CityName = city;
CityNameDropDown.selectedIndex = getCityNameIndex(city);
}
}
}
}
public void OnSettingsUI(UIHelperBase helper)
{
customStormDistribution = new StormDistributionIO();
customDepthDurationFrequency = new DepthDurationFrequencyIO();
UIHelperBase group = helper.AddGroup("General Options");
ChirpForecastCheckBox = group.AddCheckbox("#RainForecast Chirps", ModSettings.ChirpForecasts, OnChirpForecastCheckBoxChanged) as UICheckBox;
ChirpRainTweetsCheckBox = group.AddCheckbox("#Rainfall Chirps", ModSettings.ChirpRainTweets, OnChirpRainTweetsCheckBoxChanged) as UICheckBox;
//EasyModeCheckBox = group.AddCheckbox("Easy/Casual Mode", ModSettings.EasyMode, OnEasyModeCheckBoxChanged) as UICheckBox;
//DistrictControlCheckBox = group.AddCheckbox("District Control", ModSettings.DistrictControl, OnDistrictControlCheckBoxChanged) as UICheckBox;
StormDrainAssetControlDropDown = group.AddDropdown("Storm Drain Asset Control", StormDrainAssetControlDropDownOptions, ModSettings.StormDrainAssetControlOption, OnStormDrainAssetControlDropDownChanged) as UIDropDown;
SimulatePollutionCheckBox = group.AddCheckbox("Simulate Pollution", ModSettings.SimulatePollution, OnSimulatePollutionCheckBoxChanged) as UICheckBox;
//ImprovedInletMechanicsCheckBox = group.AddCheckbox("Improved Inlet Mechanics", ModSettings.ImprovedInletMechanics, OnImprovedInletMechanicsCheckBoxChanged) as UICheckBox;
PreventRainBeforeMilestoneCheckBox = group.AddCheckbox("Prevent Rain Before Milestone", ModSettings.PreventRainBeforeMilestone, OnPreventRainBeforeMilestoneCheckBoxChanged) as UICheckBox;
FreezeLandvaluesCheckBox = group.AddCheckbox("Prevent Building Upgrades from Increased Landvalue due to Rainwater", ModSettings.FreezeLandvalues, OnFreezeLandvaluesCheckBoxChanged) as UICheckBox;
PreviousStormDropDown = group.AddDropdown("Previous Storm Options (IE Loading after you saved during a storm)", previousStormDropDownOptions, ModSettings.PreviousStormOption, OnPreviousStormOptionChanged) as UIDropDown;
GravityDrainageDropDown = group.AddDropdown("Gravity Drainage Options", gravityDrainageDropDownOptions, ModSettings.GravityDrainageOption, OnGravityDrainageOptionChanged) as UIDropDown;
DifficultySlider = group.AddSlider("Difficulty", 0f, (float)ModSettings._maxDifficulty, (float)ModSettings._difficultyStep, (float)ModSettings.Difficulty, OnDifficultyChanged) as UISlider;
DifficultySlider.tooltip = ModSettings.Difficulty.ToString() + "%";
DifficultySlider.width += 100;
RefreshRateSlider = group.AddSlider("Refresh Rate", 1f, (float)ModSettings._maxRefreshRate, 1f, (float)ModSettings.RefreshRate, OnRefreshRateChanged) as UISlider;
RefreshRateSlider.tooltip = ModSettings.RefreshRate.ToString() + " seconds";
RefreshRateSlider.width += 100;
BuildingFloodingToleranceSlider = group.AddSlider("Building Flooding Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.BuildingFloodingTolerance, OnBuildingFloodingToleranceChanged) as UISlider;
BuildingFloodingToleranceSlider.tooltip = ((float)ModSettings.BuildingFloodingTolerance / 100f).ToString() + " units";
BuildingFloodingToleranceSlider.width += 100;
BuildingFloodedToleranceSlider = group.AddSlider("Building Flooded Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.BuildingFloodedTolerance, OnBuildingFloodedToleranceChanged) as UISlider;
BuildingFloodedToleranceSlider.tooltip = ((float)ModSettings.BuildingFloodedTolerance / 100f).ToString() + " units";
BuildingFloodedToleranceSlider.width += 100;
RoadwayFloodingToleranceSlider = group.AddSlider("Roadway Flooding Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.RoadwayFloodingTolerance, OnRoadwayFloodingToleranceChanged) as UISlider;
RoadwayFloodingToleranceSlider.tooltip = ((float)ModSettings.RoadwayFloodingTolerance / 100f).ToString() + " units";
RoadwayFloodingToleranceSlider.width += 100;
RoadwayFloodedToleranceSlider = group.AddSlider("Roadway Flooded Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.RoadwayFloodedTolerance, OnRoadwayFloodedToleranceChanged) as UISlider;
RoadwayFloodedToleranceSlider.tooltip = ((float)ModSettings.RoadwayFloodedTolerance / 100f).ToString() + " units";
RoadwayFloodedToleranceSlider.width += 100;
PedestrianPathFloodingToleranceSlider = group.AddSlider("Ped. Path Flooding Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.PedestrianPathFloodingTolerance, OnPedestrianPathFloodingToleranceChanged) as UISlider;
PedestrianPathFloodingToleranceSlider.tooltip = ((float)ModSettings.PedestrianPathFloodingTolerance / 100f).ToString() + " units";
PedestrianPathFloodingToleranceSlider.width += 100;
PedestrianPathFloodedToleranceSlider = group.AddSlider("Ped. Path Flooded Tol.", (float)ModSettings._minFloodTolerance, (float)ModSettings._maxFloodTolerance, (float)ModSettings._floodToleranceStep, (float)ModSettings.PedestrianPathFloodedTolerance, OnPedestrianPathFloodedToleranceChanged) as UISlider;
PedestrianPathFloodedToleranceSlider.tooltip = ((float)ModSettings.PedestrianPathFloodedTolerance / 100f).ToString() + " units";
PedestrianPathFloodedToleranceSlider.width += 100;
UIHelperBase StormWaterSimulationGroup = helper.AddGroup("Stormwater Simulation Settings");
AutomaticallyPickStormDistributionCheckBox = StormWaterSimulationGroup.AddCheckbox("Automatically Select Storm Distribution", ModSettings.AutomaticStormDistribution, OnAutomaticStormDistributionCheckBoxChanged) as UICheckBox;
cityNames = getCityNamesDropDownOptions();
CityNameDropDown = StormWaterSimulationGroup.AddDropdown("City used for Depth-Duration-Frequency Data", cityNames, getCityNameIndex(ModSettings.CityName), OnCityNameDropDownChanged) as UIDropDown;
stormDistributionNames = getStormDistributionDropDownOptions();
StormDistributionDropDown = StormWaterSimulationGroup.AddDropdown("Storm Distribution", stormDistributionNames, getStormDistributionIndex(ModSettings.StormDistributionName), OnStormDistributionDropDownChanged) as UIDropDown;
TimeScaleDropDown = StormWaterSimulationGroup.AddDropdown("Storm Simulation Time Scale Multiplier", TimeScalesString, getTimeScaleIndex(ModSettings.TimeScale), OnTimeScaleChanged) as UIDropDown;
MinimumStormDurationSlider = StormWaterSimulationGroup.AddSlider("Min. Storm Duration", ModSettings._minStormDuration, ModSettings._maxStormDuration, ModSettings._stormDurationStep, (float)ModSettings.MinimumStormDuration, onMinimumStormDurationChanged) as UISlider;
MinimumStormDurationSlider.tooltip = convertMinToHourMin((float)ModSettings.MinimumStormDuration);
MinimumStormDurationSlider.width += 100;
MaximumStormDurationSlider = StormWaterSimulationGroup.AddSlider("Max. Storm Duration", ModSettings._minStormDuration, ModSettings._maxStormDuration, ModSettings._stormDurationStep, (float)ModSettings.MaximumStormDuration, onMaximumStormDurationChanged) as UISlider;
MaximumStormDurationSlider.tooltip = convertMinToHourMin((float)ModSettings.MaximumStormDuration);
MaximumStormDurationSlider.width += 100;
MaximumStormIntensitySlider = StormWaterSimulationGroup.AddSlider("Max. Intensity", ModSettings._minStormIntensity, ModSettings._maxStormIntensity, ModSettings._stormIntenistyStep, (float)ModSettings.MaximumStormIntensity, onMaximumStormIntensityChanged) as UISlider;
MaximumStormIntensitySlider.tooltip = ModSettings.MaximumStormIntensity.ToString() + " Units/Hour";
MaximumStormIntensitySlider.width += 100;
UIHelperBase PublicBuildingsRunOffCoefficientsGroup = helper.AddGroup("Public Buildings Runoff Coefficient Settings");
initializeRunoffCoefficientSliders();
createRunoffCoefficientSliders(PublicBuildingsRunOffCoefficientsGroup, PublicBuildingsRunoffCoefficientSliders);
UIHelperBase PrivateBuildingsRunoffCoefficientsGroup = helper.AddGroup("Private Buildings Runoff Coefficient Settings");
createRunoffCoefficientSliders(PrivateBuildingsRunoffCoefficientsGroup, PrivateBuildingsRunoffCoefficientSliders);
UIHelperBase ResetGroup = helper.AddGroup("Reset");
ResetAllButton = ResetGroup.AddButton("Reset All", resetAllSettings) as UIButton;
UIHelperBase SafelyRemoveRainfallGroup = helper.AddGroup("Safely Remove Rainfall");
DeleteAssetsButton = SafelyRemoveRainfallGroup.AddButton("Delete Rainfall Assets", deleteAllAssets) as UIButton;
CleanUpCycleButton = SafelyRemoveRainfallGroup.AddButton("Clean Up Cycle", cleanUpCycle) as UIButton;
EndStormButton = SafelyRemoveRainfallGroup.AddButton("End Storm", endStorm) as UIButton;
}
public DepthDurationFrequencyIO()
{
instance = this;
fileDirectory = @"C:\Program Files (x86)\Steam\steamapps\common\Cities_Skylines\";
filePath = fileDirectory + "RFDepthDurationFrequency.csv";
fileName = "RFDepthDurationFrequency.csv";
initializeDefaultDDFAtlas();
if (!File.Exists(fileName))
{
try
{
string deliminator = ",";
writer = new StreamWriter(File.OpenWrite(fileName));
foreach (KeyValuePair <string, float[, ]> pair in defaultDDFAtlas)
{
string cityName = pair.Key;
string intensityCurveName;
if (defaultCityIntensityCurve.ContainsKey(cityName))
{
intensityCurveName = defaultCityIntensityCurve[cityName];
}
else
{
intensityCurveName = "";
}
StringBuilder firstLine = new StringBuilder();
firstLine.Append(cityName + deliminator + intensityCurveName + deliminator);
for (int i = 3; i < numberOfStormFrequencies; i++)
{
firstLine.Append(deliminator);
}
writer.WriteLine(firstLine);
for (int i = 0; i < numberOfStormDurations; i++)
{
StringBuilder nextLine = new StringBuilder();
for (int j = 0; j < numberOfStormFrequencies; j++)
{
nextLine.Append(pair.Value[i, j].ToString());
if (j < numberOfStormDurations - 1)
{
nextLine.Append(deliminator);
}
}
writer.WriteLine(nextLine);
}
}
writer.Close();
Debug.Log("[RF].DepthDurationFrequency Successfullly wrote new DDF matrix file.");
}
catch (IOException ex)
{
Debug.Log("[RF].DepthDurationFrequency Could not write DDF matrix file encountered excpetion " + ex.ToString());
/*cityIntensityCurve = defaultCityIntensityCurve;
* DDFAtlas = defaultDDFAtlas;
* cityNames = defaultCityNames;*/
}
}
try
{
reader = new StreamReader(File.OpenRead(fileName));
DDFAtlas = new Dictionary <string, float[, ]>();
cityIntensityCurve = new Dictionary <string, string>();
cityNames = new List <string>();
while (!reader.EndOfStream)
{
string nextCityLine = reader.ReadLine();
string[] nextCityLineColumns = nextCityLine.Split(',');
string cityName = nextCityLineColumns[0];
cityNames.Add(cityName);
DDFAtlas.Add(cityName, new float[numberOfStormDurations, numberOfStormFrequencies]);
SortedList <float, float> emptyIntensityCurve = new SortedList <float, float>();
if (StormDistributionIO.GetDepthCurve(nextCityLineColumns[1], ref emptyIntensityCurve))
{
cityIntensityCurve.Add(cityName, nextCityLineColumns[1]);
Debug.Log("[RF].DepthDurationFrequency Added " + cityName.ToString() + " with default intensity curve" + nextCityLineColumns[1] + " to city list");
}
for (int i = 0; i < numberOfStormDurations; i++)
{
if (!reader.EndOfStream)
{
string line = reader.ReadLine();
string[] values = line.Split(',');
for (int j = 0; j < numberOfStormFrequencies; j++)
{
DDFAtlas[cityName][i, j] = (float)Convert.ToDecimal(values[j]);
}
}
else
{
DDFAtlas.Remove(cityName);
}
}
}
reader.Close();
Debug.Log("[RF].DepthDurationFrequency Successfullly imported Depth-Duration-Frequency matrix file.");
/*
* for (float i=30f; i<=1440f; i+=15f)
* {
* for (float j=0.25f; j<=1.00f; j+=0.05f)
* {
* float depth = GetDepth("Boise. Idaho. USA", i, j);
* Debug.Log("[RF] for Boise Idaho with duration i= " + i.ToString() + " & targetIntensity = " + j.ToString() + " depth = " + depth.ToString());
* }
*
* }
*/
/*Used to create default data
* StringBuilder sb = new StringBuilder();
* sb.AppendLine("Dictionary<string, float[,]> defaultDDFAtlas = new Dictionary<string, float[,]> { ");
* foreach (string city in cityNames)
* {
* sb.Append("{");
* sb.Append("\"" + city + "\", new float[,] {");
* for (int i = 0; i < numberOfStormDurations; i++)
* {
* sb.Append("{");
* for (int j = 0; j < numberOfStormFrequencies; j++)
* {
* sb.Append(DDFAtlas[city][i, j].ToString() + "f");
* if (j < numberOfStormFrequencies - 1)
* sb.Append(", ");
* }
* sb.Append("}");
* if (i < numberOfStormDurations - 1)
* sb.Append(",");
* }
* sb.AppendLine("}},");
* }
* sb.AppendLine("};");
* Debug.Log(sb);
*/
}
catch (FileNotFoundException)
{
Debug.Log("[RF].DepthDurationFrequency file not found at " + fileDirectory + fileName);
cityIntensityCurve = defaultCityIntensityCurve;
DDFAtlas = defaultDDFAtlas;
cityNames = defaultCityNames;
}
catch (DirectoryNotFoundException)
{
Debug.Log("[RF].DepthDurationFrequency Directory not found at " + fileDirectory);
cityIntensityCurve = defaultCityIntensityCurve;
DDFAtlas = defaultDDFAtlas;
cityNames = defaultCityNames;
}
catch (IOException ex)
{
Debug.Log("[RF].DepthDurationFrequency Could not read Depth Duration Frequency file encountered excpetion " + ex.ToString());
cityIntensityCurve = defaultCityIntensityCurve;
DDFAtlas = defaultDDFAtlas;
cityNames = defaultCityNames;
}
}