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run-both-output.aspx.cs
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using System;
using System.Collections;
using System.Configuration;
using System.Data;
using System.Linq;
using System.Web;
using System.Web.Security;
using System.Web.UI;
using System.Web.UI.HtmlControls;
using System.Web.UI.WebControls;
using System.Web.UI.WebControls.WebParts;
using System.Xml.Linq;
using System.Xml;
using System.IO;
using System.Diagnostics; // for Request
using System.Text.RegularExpressions;
using System.Web.UI.DataVisualization.Charting;
using System.Drawing; // for Color
using System.Collections.Generic;
// using System.Windows.Forms; // for messagebox
using Ionic.Zip; // DotNetZip
// load FireRegimeBuiler and harvestRegimeBuilder from Frank Schnekenburger
using crb;
public partial class run_output : System.Web.UI.Page
{
protected void Page_Load(object sender, EventArgs e)
{
if (!IsPostBack)
{
SortedList<string, ArrayList> managementDict = new SortedList<string, ArrayList>();
SortedList<string, ArrayList> natDisturbDict = new SortedList<string, ArrayList>();
managementDict = (SortedList<string, ArrayList>)Session["managementDict"];
natDisturbDict = (SortedList<string, ArrayList>)Session["natDisturbDict"];
string landCarbDir = "LandCarbData31";
// get the physical folder; currently on Charcoal
string appPath = Request.PhysicalApplicationPath; // requires System.Diagnostics
string outputLC = "";
string elevationZoneDir;
// check for session timeout and send user back to the beginning if timeout has occured
if (Page.Session["scale"] == null)
Response.Redirect("default.aspx");
// ***** Setup directories, copy standard files and write driver files
// DateTime centuryBegin = new DateTime(2001, 1, 1);
DateTime currentDate = DateTime.Now;
// long elapsedTicks = (currentDate.Ticks - centuryBegin.Ticks) / 100000;
// Create unique directory for this user. Copy parameter files from base to new directory
// string userDir = appPath + landCarbDir + "\\user" + elapsedTicks.ToString();
string userDir = Page.Session["userDir"].ToString();
string[] standardFiles = Directory.GetFiles(appPath + landCarbDir + "\\base\\ParameterFiles", "*");
TextBox1.Text = "Creating directories...";
Directory.CreateDirectory(userDir); // requires System.IO
Directory.CreateDirectory(userDir + "\\ParameterFiles");
Directory.CreateDirectory(userDir + "\\OutputFiles");
Directory.CreateDirectory(userDir + "\\OutputFiles\\EventTrackers");
// Create regime files and fileSet object
string harvestRegimeFile = userDir + "\\ParameterFiles\\Harvint.dvr";
string fireRegimeFile = userDir + "\\ParameterFiles\\FireRegime.dvr";
string yearAreaFile = userDir + "\\OutputFiles\\EventTrackers\\HarvestYearArea.txt"; // name of year-area file
FileSet regimeFileSet = new FileSet(harvestRegimeFile, fireRegimeFile, yearAreaFile);
// set session variables to hidden tags to perserve values when session times out
userDirectory.Value = userDir;
runDateTime.Value = currentDate.ToString();
runName.Value = Page.Session["runName"].ToString();
modelScale.Value = Page.Session["scale"].ToString();
numCells.Value = (Convert.ToInt16(Page.Session["simRows"].ToString()) * Convert.ToInt16(Page.Session["simCols"].ToString())).ToString();
// write out session variables to XML file in user directory
writeXMLparameters(userDir);
// copy standard files from base to the user input directory
TextBox1.Text += "\nCopying standard files to user directory...";
foreach (string file2copy in standardFiles)
{
try
{
File.Copy(file2copy, userDir + "\\ParameterFiles\\" + Path.GetFileName(file2copy));
}
catch
{
TextBox1.Text += "\n\nError copying " + Path.GetFileName(file2copy);
}
}
// copy the climate productionAndDecayIndexFiles to the parameterFiles directory
if (Page.Session["elevClass"].ToString() == "low")
elevationZoneDir = "\\ProductionAndDecayIndexFiles\\" + Page.Session["region"].ToString() + "\\ElevationZone1\\";
else if (Page.Session["elevClass"].ToString() == "mid")
elevationZoneDir = "\\ProductionAndDecayIndexFiles\\" + Page.Session["region"].ToString() + "\\ElevationZone2\\";
else if (Page.Session["elevClass"].ToString() == "high")
elevationZoneDir = "\\ProductionAndDecayIndexFiles\\" + Page.Session["region"].ToString() + "\\ElevationZone3\\";
else
elevationZoneDir = "Error: Elevation Zone not found";
try
{
File.Copy(appPath + landCarbDir + "\\base" + elevationZoneDir + "AnnualAbioticDecayIndex.prm", userDir + "\\ParameterFiles\\AnnualAbioticDecayIndex.prm");
File.Copy(appPath + landCarbDir + "\\base" + elevationZoneDir + "AnnualProductionIndex.prm", userDir + "\\ParameterFiles\\AnnualProductionIndex.prm");
}
catch
{
TextBox1.Text += "\n\nError copying climate parameter files";
}
// write new driver files to new user directory
writeSimul();
writeWildFireRegime(managementDict, natDisturbDict, regimeFileSet);
writeHarvestRegime(managementDict, regimeFileSet);
writePrescribedFireRegime(managementDict, regimeFileSet);
writeManufacturing();
writeProductsUse();
writeDisposal();
// ***** Start the landCarb model
Process process = null;
// get the physical folder; currently on KOA, this returns E:\LandCarb
// string appPath = Request.PhysicalApplicationPath; // requires System.Diagnostics
try
{
string landCarbPath = appPath + @"LandCarb3394.exe";
string parameterPath = userDir + @"\ParameterFiles";
// TextBox1.Text += "\nParameter input path: " + parameterPath;
process = new Process();
process.StartInfo.FileName = landCarbPath;
process.StartInfo.Arguments = "\"" + parameterPath + "\"";
//process.StartInfo.Arguments = @"E:\LandCarb\LandCarbData3\Base\ParameterFiles";
// You must set UseShellExecute to false if you want to set RedirectStandardOutput
// to true. Otherwise, reading from the StandardOutput stream throws an exception.
process.StartInfo.UseShellExecute = false;
process.StartInfo.RedirectStandardOutput = true;
process.StartInfo.CreateNoWindow = true;
process.Start();
outputLC = process.StandardOutput.ReadToEnd();
process.WaitForExit();
if (process.HasExited)
{
TextBox1.Text += "\n\nDone: " + outputLC;
}
else
{
TextBox1.Text += "\n\nProcessing problem: " + outputLC;
}
}
catch (Exception ex)
{
TextBox1.Text += "\n\nFailed: " + ex.Message;
}
finally
{
// whatever happens, try killing the process in case it's still going
try
{
process.Kill();
}
catch
{
}
}
// run DotNetZip code to zip up output files
zipOutputFiles();
// ***** setup default graph
TextBox_startYear.Text = (Convert.ToInt16(Page.Session["currentYear"].ToString()) - 100).ToString();
if (outputLC.Contains("run completed"))
{
MultiView1.ActiveViewIndex = 0;
drawChart_summary(1);
menuSelection.Value = "comb 1";
}
else
MultiView1.ActiveViewIndex = 1;
TextBox_save.Text = TextBox1.Text;
}
}
protected void zipOutputFiles()
{
try
{
using (ZipFile outputZipFile = new ZipFile())
{
string appPath = Request.PhysicalApplicationPath; // requires System.Diagnostics
// note: this does not recurse directories!
//string[] filenames = System.IO.Directory.GetFiles(userDirectory.Value + "\\OutputFiles", "*");
outputZipFile.AddDirectory(userDirectory.Value, runName.Value);
outputZipFile.Comment = "Added by the Forest Sector Carbon Calculator";
// This is just a sample, provided to illustrate the DotNetZip interface.
// This logic does not recurse through sub-directories.
// If you are zipping up a directory, you may want to see the AddDirectory() method,
// which operates recursively.
// foreach (String filename in filenames)
// {
// Console.WriteLine("Adding {0}...", filename);
// ZipEntry e = outputZipFile.AddFile(filename);
// e.Comment = "Added by the Forest Sector Carbon Calculator";
// }
// outputZipFile.Comment = String.Format("This zip archive was created by the CreateZip example application on machine '{0}'",
// System.Net.Dns.GetHostName());
outputZipFile.Save(userDirectory.Value + "\\FSCC_runOutput.zip");
}
}
catch (System.Exception ex1)
{
System.Console.Error.WriteLine("exception: " + ex1);
}
}
protected void writeXMLparameters(string userDir)
{
SortedList<string, ArrayList> managementDict = new SortedList<string, ArrayList>();
SortedList<string, ArrayList> natDisturbDict = new SortedList<string, ArrayList>();
managementDict = (SortedList<string, ArrayList>)Page.Session["managementDict"];
natDisturbDict = (SortedList<string, ArrayList>)Page.Session["natDisturbDict"];
XmlTextWriter paramWriter = new XmlTextWriter(userDir + "\\FSCC_" + modelScale.Value + "_parameters.xml", null);
paramWriter.Formatting = Formatting.Indented;
paramWriter.WriteStartDocument();
paramWriter.WriteComment("Forest Sector Carbon Calculator");
paramWriter.WriteComment("http://landcarb.forestry.oregonstate.edu");
// Write first element
paramWriter.WriteStartElement("RunParameters");
paramWriter.WriteStartElement("RunDateTime");
paramWriter.WriteString(runDateTime.Value);
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunScale");
paramWriter.WriteString(modelScale.Value);
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SiteRegion");
paramWriter.WriteString(Page.Session["region"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SiteOwner");
paramWriter.WriteString(Page.Session["ownership"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SiteElevationClass");
paramWriter.WriteString(Page.Session["elevClass"].ToString());
paramWriter.WriteEndElement();
//paramWriter.WriteStartElement("SiteSiteIndex");
//paramWriter.WriteString(Page.Session["siteIndx"].ToString());
//paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunCurrentYear");
paramWriter.WriteString(Page.Session["currentYear"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunSimYears");
paramWriter.WriteString(Page.Session["numSimYears"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunRandomSeed");
paramWriter.WriteString(Page.Session["randomSeed"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunName");
paramWriter.WriteString(Page.Session["runName"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunCellAreaHa");
paramWriter.WriteString(Page.Session["cellAreaHa"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("RunCellNum");
paramWriter.WriteString(numCells.Value);
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseMfgExBioFuel");
paramWriter.WriteString(Page.Session["mfgExBiofuel"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseMfgStrWood");
paramWriter.WriteString(Page.Session["mfgStrWood"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseMfgPulp");
paramWriter.WriteString(Page.Session["mfgPulp"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseRecycleLT");
paramWriter.WriteString(Page.Session["recycleLT"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseRecycleST");
paramWriter.WriteString(Page.Session["recycleST"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseRecyclePaper");
paramWriter.WriteString(Page.Session["recyclePaper"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseProductLTStr");
paramWriter.WriteString(Page.Session["productLTStr"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseDisposalDump");
paramWriter.WriteString(Page.Session["disposalDump"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseDisposalLandfill");
paramWriter.WriteString(Page.Session["disposalLandfill"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseDisposalIncinVol");
paramWriter.WriteString(Page.Session["disposalIncinVol"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("UseDisposalIncinBioenergy");
paramWriter.WriteString(Page.Session["disposalIncinBioenergy"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionProductDefault");
paramWriter.WriteString(Page.Session["substitutionProd"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionBioenergyDefault");
paramWriter.WriteString(Page.Session["substitutionEnergy"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionDisplacement");
paramWriter.WriteString(Page.Session["subDisplacement"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionBuildings");
paramWriter.WriteString(Page.Session["subBuilding"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionBioenergyFactor");
paramWriter.WriteString(Page.Session["subBioenergyFactor"].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("SubstitutionLeakage");
paramWriter.WriteString(Page.Session["subLeakage"].ToString());
paramWriter.WriteEndElement();
foreach (KeyValuePair<string, ArrayList> dictEntry in managementDict)
{
paramWriter.WriteStartElement("ManagementRegime");
writeXMLRegime(dictEntry, paramWriter);
paramWriter.WriteEndElement();
}
foreach (KeyValuePair<string, ArrayList> dictEntry in natDisturbDict)
{
paramWriter.WriteStartElement("NaturalDisturbanceRegime");
writeXMLRegime(dictEntry, paramWriter);
paramWriter.WriteEndElement();
}
paramWriter.WriteEndDocument();
paramWriter.Close();
}
protected void writeXMLRegime(KeyValuePair<string, ArrayList> dictEntry, XmlTextWriter paramWriter)
{
paramWriter.WriteStartElement("TreatmentClass");
if (dictEntry.Key.Length == 11)
paramWriter.WriteString("PrimaryRegime");
else
paramWriter.WriteString("SecondaryRegime");
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("Type");
paramWriter.WriteString(dictEntry.Value[0].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("StartYear");
paramWriter.WriteString(dictEntry.Key.Substring(1, 4));
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("EndYear");
paramWriter.WriteString(dictEntry.Key.Substring(7, 4));
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("Interval-Offset");
paramWriter.WriteString(dictEntry.Value[1].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("Disturbed-Size");
paramWriter.WriteString(dictEntry.Value[2].ToString());
paramWriter.WriteEndElement();
paramWriter.WriteStartElement("Util-Severity-Supp");
paramWriter.WriteString(dictEntry.Value[3].ToString());
paramWriter.WriteEndElement();
if (dictEntry.Value.Count == 5)
{
paramWriter.WriteStartElement("Placement");
paramWriter.WriteString(dictEntry.Value[4].ToString());
paramWriter.WriteEndElement();
}
}
protected void listInputSelections()
{
manageDict_class manageDict = new manageDict_class();
displayDict_class displayDict = new displayDict_class();
SortedList<string, ArrayList> managementDict = new SortedList<string, ArrayList>();
SortedList<string, ArrayList> natDisturbDict = new SortedList<string, ArrayList>();
managementDict = (SortedList<string, ArrayList>)Session["managementDict"];
natDisturbDict = (SortedList<string, ArrayList>)Session["natDisturbDict"];
XmlDocument oXmlDoc = new XmlDocument();
XmlTextReader xmlParamReader = new XmlTextReader(userDirectory.Value + "\\FSCC_" + modelScale.Value + "_parameters.xml");
xmlParamReader.Read();
oXmlDoc.Load(xmlParamReader);
XmlNode oNode = oXmlDoc.DocumentElement;
XmlNodeList oNodeSelList = oNode.SelectNodes("/RunParameters/RunScale");
TextBox1.Text += "\nRun Time Stamp: " + oNode.SelectSingleNode("/RunParameters/RunDateTime").InnerText + " PST";
TextBox1.Text += "\nRun Scale: " + oNode.SelectSingleNode("/RunParameters/RunScale").InnerText;
TextBox1.Text += "\nRun Name: " + oNode.SelectSingleNode("/RunParameters/RunName").InnerText;
TextBox1.Text += "\n\nRegion Name: " + oNode.SelectSingleNode("/RunParameters/SiteRegion").InnerText;
TextBox1.Text += "\nOwnership: " + oNode.SelectSingleNode("/RunParameters/SiteOwner").InnerText;
TextBox1.Text += "\nElevation Class: " + oNode.SelectSingleNode("/RunParameters/SiteElevationClass").InnerText;
// TextBox1.Text += "\nSite Index: " + oNode.SelectSingleNode("/RunParameters/SiteSiteIndex").InnerText;
TextBox1.Text += "\n\nCurrent Year: " + oNode.SelectSingleNode("/RunParameters/RunCurrentYear").InnerText;
TextBox1.Text += "\nSimulation Run Time (years): " + oNode.SelectSingleNode("/RunParameters/RunSimYears").InnerText;
TextBox1.Text += "\nUncertainty Analysis: " + oNode.SelectSingleNode("/RunParameters/RunRandomSeed").InnerText;
TextBox1.Text += "\nNumber of Cells: " + oNode.SelectSingleNode("/RunParameters/RunCellNum").InnerText;
TextBox1.Text += "\nCell Area (Ha): " + oNode.SelectSingleNode("/RunParameters/RunCellAreaHa").InnerText;
TextBox1.Text += "\n\nPost-Harvest Manufacturing Carbon Use:";
TextBox1.Text += "\nBioenergy Production External Use: " + oNode.SelectSingleNode("/RunParameters/UseMfgExBioFuel").InnerText + "%";
TextBox1.Text += "\nStructural Wood Production: " + oNode.SelectSingleNode("/RunParameters/UseMfgStrWood").InnerText + "%";
TextBox1.Text += "\nPulp Wood Production: " + oNode.SelectSingleNode("/RunParameters/UseMfgPulp").InnerText + "%";
TextBox1.Text += "\n\nPost-Harvest Recycling Carbon Use:";
TextBox1.Text += "\nLong Term Structure Recycling: " + oNode.SelectSingleNode("/RunParameters/UseRecycleLT").InnerText + "%";
TextBox1.Text += "\nShort Term Structure Recycling: " + oNode.SelectSingleNode("/RunParameters/UseRecycleST").InnerText + "%";
TextBox1.Text += "\nPaper Recycling: " + oNode.SelectSingleNode("/RunParameters/UseRecyclePaper").InnerText + "%";
TextBox1.Text += "\n\nPost-Harvest Product Carbon Use:";
TextBox1.Text += "\nLong Term Structure Fraction: " + oNode.SelectSingleNode("/RunParameters/UseProductLTStr").InnerText + "%";
TextBox1.Text += "\nShort Term Structure Fraction: ";
int stStrFraction = 100 - Convert.ToInt16(oNode.SelectSingleNode("/RunParameters/UseProductLTStr").InnerText);
TextBox1.Text += stStrFraction.ToString() + "%";
TextBox1.Text += "\n\nPost-Harvest Carbon Disposal:";
TextBox1.Text += "\nOpen Dump Fraction: " + oNode.SelectSingleNode("/RunParameters/UseDisposalDump").InnerText + "%";
TextBox1.Text += "\nLandfill Fraction: " + oNode.SelectSingleNode("/RunParameters/UseDisposalLandfill").InnerText + "%";
TextBox1.Text += "\nIncineration for Volume Reduction: " + oNode.SelectSingleNode("/RunParameters/UseDisposalIncinVol").InnerText + "%";
TextBox1.Text += "\nIncineration for Bioenergy Recovery: " + oNode.SelectSingleNode("/RunParameters/UseDisposalIncinBioenergy").InnerText + "%";
TextBox1.Text += "\n\nPost-Harvest Carbon Substitution:";
TextBox1.Text += "\nDefault Product Substitution: " + oNode.SelectSingleNode("/RunParameters/SubstitutionProductDefault").InnerText;
TextBox1.Text += "\nDefault Bioenergy Substitution: " + oNode.SelectSingleNode("/RunParameters/SubstitutionBioenergyDefault").InnerText;
TextBox1.Text += "\nConstant Displacement Factor: " + oNode.SelectSingleNode("/RunParameters/SubstitutionDisplacement").InnerText;
TextBox1.Text += "\nLong-term Structure Relationship: " + oNode.SelectSingleNode("/RunParameters/SubstitutionBuildings").InnerText;
TextBox1.Text += "\nBioenergy Displacement Factor: " + oNode.SelectSingleNode("/RunParameters/SubstitutionBioenergyFactor").InnerText;
TextBox1.Text += "\nFossil Carbon Leakage: " + oNode.SelectSingleNode("/RunParameters/SubstitutionLeakage").InnerText;
manageDict.loadDictFromXML(managementDict, oNode.SelectNodes("/RunParameters/ManagementRegime"));
manageDict.loadDictFromXML(natDisturbDict, oNode.SelectNodes("/RunParameters/NaturalDisturbanceRegime"));
TextBox1.Text += "\n\n***Management Regimes:\n";
if (modelScale.Value == "stand")
{
foreach (KeyValuePair<string, ArrayList> dictEntry in managementDict)
TextBox1.Text += displayDict.displayManagementStand(dictEntry) + "\n";
}
else
{
foreach (KeyValuePair<string, ArrayList> dictEntry in managementDict)
TextBox1.Text += displayDict.displayManagement(dictEntry) + "\n";
}
TextBox1.Text += "\n***Disturbance Regimes:\n";
foreach (KeyValuePair<string, ArrayList> dictEntry in natDisturbDict)
TextBox1.Text += displayDict.displayNatDisturb(dictEntry) + "\n";
}
protected void showTextFile(string fileClass, string selectedFileName)
{
Label1.Text = "Now viewing: " + formatFileName(selectedFileName);
string line;
string fileName;
if (fileClass == "out")
fileName = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\" + selectedFileName;
else if (fileClass == "outEvent")
fileName = userDirectory.Value + "\\OutputFiles\\EventTrackers\\" + selectedFileName;
else if (fileClass == "log")
fileName = userDirectory.Value + "\\OutputFiles\\" + selectedFileName;
else
fileName = userDirectory.Value + "\\ParameterFiles\\" + selectedFileName;
// Read the file and display it line by line.
TextBox1.Text = "";
if (selectedFileName == "listInputParameters")
{
// ***** list input selections in output text box
TextBox1.Text += "Input Selections for Current Simulation *****\n";
listInputSelections();
}
else
{
using (StreamReader sr = new StreamReader(fileName))
{
while ((line = sr.ReadLine()) != null)
{
TextBox1.Text += line + "\n";
}
}
}
}
protected string formatFileName(string unformattedFileName)
{
// unformattedFileName = Path.GetFileName(unformattedFileName);
unformattedFileName = unformattedFileName.Replace("_stats", "");
unformattedFileName = unformattedFileName.Replace(".csv", "");
try { return (Regex.Replace(unformattedFileName, @"([a-z])([A-Z])", @"$1 $2", RegexOptions.None)); }
catch { return ("Error"); }
}
protected void setupChart(bool drawZeroLine)
{
System.Drawing.Color bgColor = System.Drawing.ColorTranslator.FromHtml("#D7D6AE");
// Set Border Skin
Chart1.BorderSkin.SkinStyle = BorderSkinStyle.Emboss;
Chart1.BorderSkin.PageColor = bgColor;
// Set Titles and title fonts
// Chart1.ChartAreas["ChartArea1"].AxisX.TitleFont = new Font("Microsoft Sans Serif", 12, FontStyle.Bold);
Chart1.Titles.Add("title0");
Chart1.Titles[0].Name = "outChartTitle";
Chart1.Titles["outChartTitle"].Font = new Font("Microsoft Sans Serif", 12, FontStyle.Bold);
Chart1.Titles.Add("title1");
Chart1.Titles[1].Name = "chartFooter";
Chart1.Titles["chartFooter"].Alignment = System.Drawing.ContentAlignment.BottomRight;
Chart1.Titles["chartFooter"].Docking = System.Web.UI.DataVisualization.Charting.Docking.Bottom;
Chart1.Titles["chartFooter"].IsDockedInsideChartArea = true;
Chart1.Titles["chartFooter"].Font = new Font("Microsoft Sans Serif", 10, FontStyle.Regular);
Chart1.Titles["chartFooter"].Text = runName.Value + " - " + modelScale.Value + " level run - " + runDateTime.Value + " PST";
Chart1.ChartAreas["ChartArea1"].BackColor = Color.FloralWhite;
Chart1.ChartAreas["ChartArea1"].AxisX.TitleFont = new Font("Microsoft Sans Serif", 10, FontStyle.Bold);
Chart1.ChartAreas["ChartArea1"].AxisY.TitleFont = new Font("Microsoft Sans Serif", 10, FontStyle.Bold);
Chart1.ChartAreas["ChartArea1"].AxisX.MajorGrid.LineColor = Color.Silver;
Chart1.ChartAreas["ChartArea1"].AxisY.MajorGrid.LineColor = Color.Silver;
Chart1.ChartAreas["ChartArea1"].AxisX.IntervalAutoMode = IntervalAutoMode.VariableCount;
Chart1.ChartAreas["ChartArea1"].AxisX.IsMarginVisible = true;
// Create legend
Chart1.Legends.Clear();
Chart1.Legends.Add("outChartLegend");
// Chart1.Legends["outChartLegend"].DockedToChartArea = "ChartArea1";
Chart1.Legends["outChartLegend"].LegendStyle = LegendStyle.Row;
Chart1.Legends["outChartLegend"].Docking = Docking.Top;
Chart1.Legends["outChartLegend"].Alignment = StringAlignment.Center;
Chart1.Legends["outChartLegend"].Font = new Font("Microsoft Sans Serif", 10);
//Chart1.ChartAreas["ChartArea1"].AxisX.Interval = 100;
//Chart1.ChartAreas["ChartArea1"].AxisX.IntervalType = DateTimeIntervalType.Number;
//Chart1.ChartAreas["ChartArea1"].AxisX.IntervalOffset = 10;
//Chart1.ChartAreas["ChartArea1"].AxisX.IntervalOffsetType = DateTimeIntervalType.Auto;
Chart1.Series.Clear();
if (drawZeroLine)
{
addChartSeries("seriesZeroLine", SeriesChartType.Line, "", Color.Brown);
Chart1.Series["seriesZeroLine"].IsVisibleInLegend = false;
Chart1.Series["seriesZeroLine"].BorderWidth = 2;
Chart1.Series["seriesZeroLine"].Points.AddXY(Convert.ToDouble(TextBox_startYear.Text) + 1, 0.0);
Chart1.Series["seriesZeroLine"].Points.AddXY(Convert.ToDouble(Page.Session["currentYear"]) + Convert.ToDouble(Page.Session["numSimYears"]), 0.0);
}
}
protected void drawChart(string selectedFileName)
{
readOutput_class readOutput = new readOutput_class();
graphTitle_class graphTitle = new graphTitle_class();
string fileName;
string[] fieldNames = {""};
ArrayList dataArray;
int startYear = Convert.ToInt16(TextBox_startYear.Text);
// open CSV file and read into array
fileName = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\" + selectedFileName;
dataArray = readOutput.readCSV(fileName, ref fieldNames);
if (dataArray.Count == 0)
returnErrorText(fileName);
else
{
if (selectedFileName.EndsWith("Mass.csv") & selectedFileName != "HarvestMass.csv")
{
setupChart(false);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Stores (Mg C / ha)";
}
else if (selectedFileName.EndsWith("Balance.csv") & selectedFileName != "BiofuelBalance.csv")
{
setupChart(true);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Balance (Mg C / ha / year)";
}
else
{
setupChart(true);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Flow (Mg C / ha / year)";
}
Chart1.Titles["outChartTitle"].Text = graphTitle.lookupGraphTitle(selectedFileName);
// set chart series info
addChartSeries("SeriesMean", SeriesChartType.Line, "Mean", Color.DarkSlateBlue);
Chart1.Series["SeriesMean"].BorderWidth = 3;
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesMean"], dataArray, fieldNames, "mean", startYear);
if (Check_minMax.Checked)
{
addChartSeries("SeriesMin", SeriesChartType.Line, "Min", Color.DarkSeaGreen);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesMin"], dataArray, fieldNames, "min", startYear);
addChartSeries("SeriesMax", SeriesChartType.Line, "Max", Color.Goldenrod);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesMax"], dataArray, fieldNames, "max", startYear);
}
}
setChartAxis();
dataArray.Clear();
}
protected void drawChart_event(string selectedFileName)
{
readOutput_class readOutput = new readOutput_class();
graphTitle_class graphTitle = new graphTitle_class();
string fileName;
string[] fieldNames = {""};
ArrayList dataArray;
int startYear = Convert.ToInt16(TextBox_startYear.Text);
SeriesChartType eventChartType;
// setup chart type and titles
setupChart(false);
if (modelScale.Value == "stand")
{
eventChartType = SeriesChartType.StackedColumn;
Chart1.ChartAreas["ChartArea1"].AxisY.Maximum = 100.0;
}
else
eventChartType = SeriesChartType.StackedArea;
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Percent Area Disturbed";
Chart1.Titles["outChartTitle"].Text = graphTitle.lookupGraphTitle(selectedFileName);
// open CSV file and read into array
fileName = userDirectory.Value + "\\OutputFiles\\EventTrackers\\" + selectedFileName;
dataArray = readOutput.readCSV(fileName, ref fieldNames);
if (dataArray.Count == 0)
returnErrorText(fileName);
else if (selectedFileName == "HarvestYearArea.txt")
{
addChartSeries("TargetPct", eventChartType, "Percent of Target", Color.DarkSlateBlue);
readOutput.loadChartSeries(fileName, Chart1.Series["TargetPct"], dataArray, fieldNames, "PercentOfTarget", startYear);
setChartAxis();
}
else
{
// set chart series info
addChartSeries("SeriesVeryLow", eventChartType, "Very Low", Color.DarkSlateBlue);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesVeryLow"], dataArray, fieldNames, "VeryLow%", startYear);
addChartSeries("SeriesLow", eventChartType, "Low", Color.DarkSeaGreen);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesLow"], dataArray, fieldNames, "Low%", startYear);
addChartSeries("SeriesMedium", eventChartType, "Medium", Color.Goldenrod);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesMedium"], dataArray, fieldNames, "Medium%", startYear);
addChartSeries("SeriesHigh", eventChartType, "High", Color.SaddleBrown);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesHigh"], dataArray, fieldNames, "High%", startYear);
addChartSeries("SeriesVeryHigh", eventChartType, "Very High", Color.Red);
readOutput.loadChartSeries(fileName, Chart1.Series["SeriesVeryHigh"], dataArray, fieldNames, "VeryHigh%", startYear);
setChartAxis();
}
dataArray.Clear();
}
protected void drawChart_summary(int selectedListItem)
{
readOutput_class readOutput = new readOutput_class();
graphTitle_class graphTitle = new graphTitle_class();
int startYear = Convert.ToInt16(TextBox_startYear.Text);
string fileName1 = "", legendName1 = "";
string fileName2 = "", legendName2 = "";
string fileName3 = "", legendName3 = "";
string fileName4 = "", legendName4 = "";
string chartTitle = "";
SeriesChartType chartTypeName;
Color series1color = Color.DarkSeaGreen;
Color series2color = Color.DarkSlateBlue;
Color series3color = Color.Goldenrod;
Color series4color = Color.DarkMagenta;
if (selectedListItem <= 1)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestEcosystemMass.csv";
legendName1 = "Ecosystem";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestProductMass.csv";
legendName2 = "Products";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalSubstitutionMass.csv";
legendName3 = "Substitution";
fileName4 = "skip";
chartTitle = graphTitle.lookupGraphTitle("TotalForestSectorMass.csv");
}
else if (selectedListItem == 2)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ProductsInUseMass.csv";
legendName1 = "Wood Products in Use";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\DisposalMass.csv";
legendName2 = "Disposal";
fileName3 = "skip";
legendName3 = "";
fileName4 = "skip";
chartTitle = graphTitle.lookupGraphTitle("TotalForestProductMass.csv");
}
else if (selectedListItem == 3)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\LiveMass.csv";
legendName1 = "Live Ecosystem";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\DeadMass.csv";
legendName2 = "Dead Ecosystem";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\StableMass.csv";
legendName3 = "Stable (Soil)";
fileName4 = "skip";
chartTitle = graphTitle.lookupGraphTitle("TotalForestEcosystemMass.csv");
}
else if (selectedListItem == 4)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ProductSubstitutionMass.csv";
legendName1 = "Product Substitution";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\BiofuelMass.csv";
legendName2 = "Biofuel Offset";
fileName3 = "skip";
legendName3 = "";
fileName4 = "skip";
chartTitle = graphTitle.lookupGraphTitle("TotalSubstitutionMass.csv");
}
else if (selectedListItem == 10)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ForestNep.csv";
legendName1 = "Net Ecosystem Production";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ForestNpp.csv";
legendName2 = "Net Primary Production";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ForestRh.csv";
legendName3 = "Heterotrophic Respiration";
fileName4 = "skip";
chartTitle = "Forest Ecosystem Carbon Flows";
series2color = Color.DarkSeaGreen;
series1color = Color.DarkSlateBlue;
}
else if (selectedListItem == 11)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestSectorBalance.csv";
legendName1 = "Sector";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestEcosystemBalance.csv";
legendName2 = "Ecosystem";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestProductBalance.csv";
legendName3 = "Products";
fileName4 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalSubstitutionBalance.csv";
legendName4 = "Substitution";
chartTitle = graphTitle.lookupGraphTitle("TotalForestSectorBalance.csv");
series2color = Color.DarkSeaGreen;
series1color = Color.DarkSlateBlue;
}
else if (selectedListItem == 12)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestEcosystemBalance.csv";
legendName1 = "Forest Ecosystem";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\LiveBalance.csv";
legendName2 = "Live";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\DeadBalance.csv";
legendName3 = "Dead";
fileName4 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\StableBalance.csv";
legendName4 = "Stable (soil)";
chartTitle = graphTitle.lookupGraphTitle("TotalForestEcosystemBalance.csv");
series2color = Color.DarkSeaGreen;
series1color = Color.DarkSlateBlue;
}
else if (selectedListItem == 13)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalForestProductBalance.csv";
legendName1 = "Forest Product";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ProductsInUseBalance.csv";
legendName2 = "Products In Use";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\DisposalBalance.csv";
legendName3 = "Disposal";
fileName4 = "skip";
legendName4 = "";
chartTitle = graphTitle.lookupGraphTitle("TotalForestProductBalance.csv");
series2color = Color.DarkSeaGreen;
series1color = Color.DarkSlateBlue;
}
else if (selectedListItem == 14)
{
fileName1 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\TotalSubstitutionBalance.csv";
legendName1 = "Forest Substitution";
fileName2 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\ProductSubstitutionBalance.csv";
legendName2 = "Product Substitution";
fileName3 = userDirectory.Value + "\\OutputFiles\\RasterStatistics\\BiofuelBalance.csv";
legendName3 = "Biofuel Production";
fileName4 = "skip";
chartTitle = graphTitle.lookupGraphTitle("TotalSubstitutionBalance.csv");
series2color = Color.DarkSeaGreen;
series1color = Color.DarkSlateBlue;
}
if (fileName1.EndsWith("Mass.csv"))
{
setupChart(false);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Stores (Mg C / ha)";
}
else if (fileName1.EndsWith("Balance.csv"))
{
setupChart(true);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Balance (Mg C / ha / year)";
}
else
{
setupChart(true);
Chart1.ChartAreas["ChartArea1"].AxisY.Title = "Carbon Flow (Mg C / ha / year)";
}
Chart1.Titles["outChartTitle"].Text = chartTitle;
// set chart series info
if (selectedListItem < 10)
chartTypeName = SeriesChartType.StackedArea;
else
chartTypeName = SeriesChartType.Line;
if (fileName1 != "skip")
{
addChartSeries("seriesFirst", chartTypeName, legendName1, series1color);
Chart1.Series["seriesFirst"].BorderWidth = 3;
if (readOutput.readCSV2Series(fileName1, Chart1.Series["seriesFirst"], "mean", startYear))
returnErrorText(fileName1);
}
if (fileName2 != "skip")
{
addChartSeries("seriesSecond", chartTypeName, legendName2, series2color);
if (readOutput.readCSV2Series(fileName2, Chart1.Series["seriesSecond"], "mean", startYear))
returnErrorText(fileName2);
}
if (fileName3 != "skip")
{
addChartSeries("seriesThird", chartTypeName, legendName3, series3color);
if (readOutput.readCSV2Series(fileName3, Chart1.Series["seriesThird"], "mean", startYear))
returnErrorText(fileName3);
}
if (fileName4 != "skip")
{
addChartSeries("seriesFourth", chartTypeName, legendName4, series4color);
if (readOutput.readCSV2Series(fileName4, Chart1.Series["seriesFourth"], "mean", startYear))
returnErrorText(fileName4);
}
setChartAxis();
}
protected void returnErrorText(string fileName)
{
MultiView1.ActiveViewIndex = 1;
TextBox1.Text += "\n\n****** Error reading: " + fileName;
}
protected void setChartAxis()
{
if (TextBox_minY.Text == "")
TextBox_minY.Text = "-50";
if (TextBox_maxY.Text == "")
TextBox_maxY.Text = "50";
// reset Y scale if desired
if (!Check_autoScale.Checked)
{
Chart1.ChartAreas["ChartArea1"].AxisY.Minimum = Convert.ToDouble(TextBox_minY.Text);
Chart1.ChartAreas["ChartArea1"].AxisY.Maximum = Convert.ToDouble(TextBox_maxY.Text);
}
}
protected void addChartSeries(string seriesName, SeriesChartType chartTypeName, string legendName, Color seriesColor)
{
Chart1.Series.Add(seriesName);
if (chartTypeName == SeriesChartType.Line)
Chart1.Series[seriesName].BorderWidth = 2;
if (chartTypeName == SeriesChartType.StackedColumn)
{
Chart1.Series[seriesName]["PointWidth"] = "10";
Chart1.Series[seriesName]["DrawingStyle"] = "Emboss";
}
Chart1.Series[seriesName].ChartType = chartTypeName;
Chart1.Series[seriesName].Color = seriesColor;
Chart1.Series[seriesName].LegendText = legendName;
}
protected void TextBox_startYear_TextChanged(object sender, EventArgs e)
{
selectGraph();
}
protected void TextBox_minY_TextChanged(object sender, EventArgs e)
{
selectGraph();
}
protected void TextBox_maxY_TextChanged(object sender, EventArgs e)
{
selectGraph();
}
protected void Check_autoScale_CheckedChanged(object sender, EventArgs e)
{
if (Check_autoScale.Checked == true)
{
TextBox_minY.Enabled = false;
TextBox_maxY.Enabled = false;
}
else
{
TextBox_minY.Enabled = true;
TextBox_maxY.Enabled = true;
}
selectGraph();
}
protected void menuOutput_MenuItemClick(object sender, MenuEventArgs e)
{
menuSelection.Value = e.Item.Value;
string[] menuSelArray = menuSelection.Value.Split(' ');
Check_minMax.Visible = false;
MultiView1.ActiveViewIndex = 0;
if (menuSelArray[0] == "comb")
drawChart_summary(Convert.ToInt16(menuSelArray[1]));
else if (menuSelArray[0] == "ind")
{
Check_minMax.Visible = true;
drawChart(menuSelArray[1]);
}
else if (menuSelArray[0] == "event")
drawChart_event(menuSelArray[1]);
else
{
MultiView1.ActiveViewIndex = 1;
if (menuSelArray[1] == "outWindow")
{
Label1.Text = "Run Output";
TextBox1.Text = TextBox_save.Text;
}
else if (menuSelArray[1] == "download")
{
Response.ContentType = "application/x-zip-compressed";
Response.AppendHeader("Content-Disposition", "attachment; filename=FSCC_runOutput.zip");
Response.TransmitFile(userDirectory.Value + "\\FSCC_runOutput.zip");
Response.End();
}
else