private void AppendSeries(ChartGenerator chart, IEnumerable dataSource, string title)
{
if (((ICollection)dataSource).Count > 0)
{
chart.CreateSeries(title, dataSource, "InDate", "Count");
}
}
public TradingSystem( string name )
{
Name = name;
myIndicator = new CombinedIndicator();
AdditionalReportGenerators = new List<IReportGenerator>();
myChartGenerator = new ChartGenerator();
}
public TradingSystem(string name)
{
Name = name;
myIndicator = new CombinedIndicator();
AdditionalReportGenerators = new List <IReportGenerator>();
myChartGenerator = new ChartGenerator();
}
//private void PopulateChart(string chartType)
//{
// var chartData = GetChartData();
// ChartGenerator chartGenerator = new ChartGenerator(chartType, chartData);
// ReportHtml = chartGenerator.GenerateChart();
//}
private async void PopulateChart(string chartType, string url)
{
var chartData = await GetChartDataFromUrl(url);
ChartGenerator chartGenerator = new ChartGenerator(chartType, chartData);
ReportHtml = chartGenerator.GenerateChart();
}
private void LoadChart(ChartGenerator chart)
{
var axis = this.GenerateAxis(chart.DataSources);
chart.LoadChart(this.ChartContainer, axis);
//chart.LoadChart(this.ChartContainer, this.GenerateAxis(chart.DataSources));
}
protected DQN(Shape inputShape, int numberOfActions, float learningRate, float discountFactor, int batchSize, BaseExperienceReplay memory)
: base(inputShape, numberOfActions, learningRate, discountFactor)
{
BatchSize = batchSize;
Memory = memory;
ErrorChart = new ChartGenerator($"dqn_error", "Q prediction error", "Episode");
ErrorChart.AddSeries(0, "Abs error", System.Drawing.Color.LightGray);
ErrorChart.AddSeries(1, $"Avg({ErrorAvg.N}) abs error", System.Drawing.Color.Firebrick);
ImportanceSamplingWeights = new Tensor(new Shape(1, numberOfActions, 1, batchSize));
}
private void OnLoadCompleted(ChartGenerator chart, IEnumerable list, IEnumerable uniqueList)
{
this.AppendSeries(chart, list, QueryReportResource.Chart_Title_LoginCount);
this.AppendSeries(chart, uniqueList, QueryReportResource.Chart_Title_UniqueLoginCount);
this.ChartContainer.Children.Clear();
this.CloseLoading();
this.BtnSearch.IsEnabled = true;
this.LoadChart(chart);
}
public void ChangeColors()
{
ChartGenerator chartgen = this.GetComponent <ChartGenerator>();
Color[] tempcolors = new Color[chartgen.numcolors()];
chartgen.colors.CopyTo(tempcolors, 0);
newcolors.CopyTo(chartgen.colors, 0);
tempcolors.CopyTo(newcolors, 0);
chartgen.getchart();
}
public ActionResult BondBreakdownChart(AssetBreakdown assetBreakdown)
{
List<string> keys = new List<string>();
List<decimal> values = new List<decimal>();
keys.Add("Total Domestic");
keys.Add("Total International");
values.Add(assetBreakdown.TotalDomesticBonds ?? 0);
values.Add(assetBreakdown.TotalInternationalBonds ?? 0);
ChartGenerator cg = new ChartGenerator();
MemoryStream ms = cg.GenerateChart(keys.ToArray(), values.ToArray(), SeriesChartType.Pie, 400, 200, false, true, false);
return File(ms.ToArray(), "image/png", "mychart.png");
}
private void Button1_Click_1(object sender, EventArgs e)
{
LoadingSpinner ls = new LoadingSpinner(this, AppMessages.messages["data_save"]);
try
{
ls.show();
ExcelReader excelReader = new ExcelReader();
excelReader.saveExcelFromDataGridView(
new DataGridView[2] {
dataGridView1, dataGridView2
},
new int[2] {
1, 2
},
new string[2] {
"Sales Forecast", "Cost Of Sales"
}
);
TableGenerator tbl = new TableGenerator();
tbl.GenerateMultipleTable(new DataGridView[2] {
dataGridView1, dataGridView2
}, "sales_forecast_table.rtf", new string[2] {
"Sales Forecast", "Cost Of Sales"
});
ChartGenerator cgr = new ChartGenerator();
cgr.generateBarChart(dataGridView1, "generate.png", "Forecast Sales");
cgr.ImageToRtf("sales_forecast_table.rtf", "generate.png");
cgr.generateBarChart(dataGridView2, "generate1.png", "Cost of Sales");
cgr.ImageToRtf("sales_forecast_table.rtf", "generate1.png");
Label l = mw.Controls.Find("label4", true)[0] as Label;
ProgressBar pbar = mw.Controls.Find("progressBar1", true)[0] as ProgressBar;
dgp.updateProgress("sales_forecast_table.rtf", dataGridView1.Rows.Count > 0 && dataGridView2.Rows.Count > 0 ? 1 : 0);
l.Text = dgp.completedSteps().ToString() + " /";
pbar.Value = dgp.completedSteps();
l.Refresh();
}
catch (Exception ex)
{
MessageBox.Show("Exception: " + ex.Message);
}
finally
{
ls.hide();
}
}
private void InitializeChart()
{
var loadCompletedCount = 0;
var chart = new ChartGenerator();
var query = this.GetQueryCritiera();
IEnumerable list = null;
IEnumerable uniqueList = null;
this.ShowLoading();
this.BtnSearch.IsEnabled = false;
this.m_restClient.Query <ObservableCollection <LoginStatisticsModel> >("QueryLoginStatistic", query, (obj, args) =>
{
if (args.FaultsHandle(this))
{
return;
}
Interlocked.Increment(ref loadCompletedCount);
list = args.Result.OrderBy(p => p.InDate).ToList();
if (loadCompletedCount == 2)
{
OnLoadCompleted(chart, list, uniqueList);
}
});
this.m_restClient.Query <ObservableCollection <LoginStatisticsModel> >("QueryUniqueLoginStatistic", query, (obj, args) =>
{
if (args.FaultsHandle(this))
{
return;
}
Interlocked.Increment(ref loadCompletedCount);
uniqueList = args.Result.OrderBy(p => p.InDate).ToList();
if (loadCompletedCount == 2)
{
OnLoadCompleted(chart, list, uniqueList);
}
});
}
private void Button1_Click(object sender, EventArgs e)
{
if (validateData())
{
LoadingSpinner ls = new LoadingSpinner(this, AppMessages.messages["data_save"]);
try
{
ls.show();
ExcelReader excelReader = new ExcelReader();
excelReader.saveExcelFromDataGridView(
new DataGridView[1] {
dataGridView1
},
new int[1] {
1
},
new string[1] {
"Market Analysis"
}
);
TableGenerator tbl = new TableGenerator();
tbl.Generate(dataGridView1, "market_analysis.rtf");
ChartGenerator cgen = new ChartGenerator();
cgen.generatePieChart(dataGridView1, "generated.png", "Market Analysis");
cgen.ImageToRtf("market_analysis.rtf", "generated.png");
Label l = mw.Controls.Find("label4", true)[0] as Label;
ProgressBar pbar = mw.Controls.Find("progressBar1", true)[0] as ProgressBar;
dgp.updateProgress("market_analysis.rtf", dataGridView1.Rows.Count > 0 ? 1 : 0);
l.Text = dgp.completedSteps().ToString() + " /";
pbar.Value = dgp.completedSteps();
l.Refresh();
}
catch (Exception ex)
{
MessageBox.Show("Exception: " + ex.Message);
}
finally
{
ls.hide();
}
}
else
{
MessageBox.Show("Percentage cannot exceed 100 !");
}
}
public ActionResult AllAssetBreakdownChart(AssetBreakdown assetBreakdown)
{
List<string> keys = new List<string>();
List<decimal> values = new List<decimal>();
keys.Add("Total Cash");
keys.Add("Total Real Estate");
keys.Add("Total Stocks");
keys.Add("Total Bonds");
values.Add(assetBreakdown.TotalCash ?? 0);
values.Add(assetBreakdown.TotalRealEstate ?? 0);
values.Add(assetBreakdown.TotalStock ?? 0);
values.Add(assetBreakdown.TotalBonds ?? 0);
ChartGenerator cg = new ChartGenerator();
MemoryStream ms = cg.GenerateChart(keys.ToArray(), values.ToArray(), SeriesChartType.Pie, 400, 200, false, true, false);
return File(ms.ToArray(), "image/png", "mychart.png");
}
private void ProcessChartRequest(HttpRequestMessage request, HttpResponseMessage response)
{
ChartData chartData;
XElement chartElement;
string title;
NameValueCollection parameters = request.RequestUri.ParseQueryString();
int chartID = Convert.ToInt32(parameters["chartID"]);
ChartIdentity chartIdentity = new ChartIdentity(m_eventID, m_templateID, chartID);
if (s_chartLookup.TryGetValue(chartIdentity, out chartData))
{
chartElement = chartData.ChartElement;
}
else
{
XDocument doc = XDocument.Parse(ApplyTemplate(request), LoadOptions.PreserveWhitespace);
chartElement = doc.Descendants("chart").Skip(chartID).FirstOrDefault();
}
if ((object)chartElement == null)
{
response.StatusCode = HttpStatusCode.NotFound;
return;
}
title = (string)chartElement.Attribute("yAxisTitle");
using (DataContext dataContext = new DataContext())
using (DbAdapterContainer dbAdapterContainer = new DbAdapterContainer((SqlConnection)dataContext.Connection.Connection))
{
response.Content = new StreamContent(ChartGenerator.ConvertToChartImageStream(dbAdapterContainer, chartElement));
response.Content.Headers.ContentDisposition = new ContentDispositionHeaderValue("attachment");
response.Content.Headers.ContentDisposition.FileName = title + ".png";
response.Content.Headers.ContentType = new MediaTypeHeaderValue("image/png");
}
}
void Start() //pass parameters to visualization creation
{
//disable component so that views are not created from it
ChartGenerator chartgen = gameObject.AddComponent <ChartGenerator>();
//chartgen.autostart = true;
//Passing parameters for visualization creation
chartgen.charttype = ChartGenerator.ChartType.BarChartVertical;
chartgen.title = "Chart title";
chartgen.xlabel = "x label";
chartgen.x = "orange, pineapple, apple, blueberry";
chartgen.ylabel = "y label";
chartgen.y = "2, 2.30, 6, 2.1";
//chartgen.zlabel = "z label";
//chartgen.z = "xiaomi, xbox, hp, aoc";
Color[] colors = { Color.blue, Color.gray, Color.magenta, Color.white };
chartgen.colors = colors;
//getchart voilà - only with autostart == false
chartgen.getchart();
}
// ReadDatabaseGenVis datasetbuffer = new ReadDatabaseGenVis(); // TODO: buffer every dataset on a object (big think: is it possible to save on disk pkl like?)
void OnEnable()
{
script = (ChartGenerator)target;
}
public EmailManager()
{
_dataManager = ContainerHelper.Container.Resolve <IDataManager>();
_chartGenerator = new ChartGenerator();
}
public ActionResult Index()
{
ViewBag.Message = "Modify this template to jump-start your ASP.NET MVC application.";
//List<SensorLog> log = _sensorService.GetSensorLog(1);
//List<SensorLog> log2 = _sensorService.GetSensorLog(2);
List <SensorLog> log = new List <SensorLog>();
List <SensorLog> log2 = new List <SensorLog>();
string dataFile = Server.MapPath("~/Data/datalog.txt");
// Read the file and display it line by line.
string line;
System.IO.StreamReader file = new System.IO.StreamReader(dataFile);
while ((line = file.ReadLine()) != null)
{
string[] row = line.Split(':');
int microSecond = int.Parse(row[0]);
string[] values = row[1].Split(';');
int pot1 = int.Parse(values[0]);
int pot2 = int.Parse(values[1]);
int pot3 = int.Parse(values[2]);
SensorLog logRecord = new SensorLog();
logRecord.SensorId = 1;
logRecord.MicroSecond = microSecond;
logRecord.Value = pot1;
log.Add(logRecord);
SensorLog logRecord2 = new SensorLog();
logRecord2.SensorId = 2;
logRecord2.MicroSecond = microSecond;
logRecord2.Value = pot2;
log2.Add(logRecord2);
}
file.Close();
SensorChart chart = new SensorChart();
SensorSeries fl = new SensorSeries();
fl.SensorData = log;
fl.XField = "MicroSecond";
fl.YField = "Value";
fl.LineColor = "Red";
chart.FrontLeftSensor = fl;
SensorSeries fr = new SensorSeries();
fr.SensorData = log2;
fr.XField = "MicroSecond";
fr.YField = "Value";
fr.LineColor = "Blue";
chart.FrontRightSensor = fr;
ChartGenerator chartGenerator = new ChartGenerator();
string imagePath = Server.MapPath("~/images/charts/sensorLog.png");
chartGenerator.GenerateChart(imagePath, chart, "Milli Seconds", "Sensor Value");
return(View());
}
public void BuildReportHtml(string chartType)
{
ChartGenerator chartGenerator = new ChartGenerator(ChartDataModel, chartType);
ReportHtml = chartGenerator.GenerateChart();
}
//! Setup of reagent liquid in all machines.
public void Setup(string reagent, float concentration)
{
Compound realReagent = CompoundFactory.GetInstance().GetCupboardCompound(reagent) as Compound;
if (realReagent == null)
{
Debug.LogWarning("Reagent not seted in database");
return;
}
allowShowFloat = false;
allowShowTexture = false;
bool showFloat = false;
switch (myType)
{
default:
{
setupFloat = 0f;
setupTexture = null;
allowShowFloat = false;
allowShowTexture = false;
}
break;
case MACHINES.CONDUTIVIMETER:
{
setupFloat = realReagent.Conductibility;
showFloat = true;
InventoryController inventory = FindObjectOfType(typeof(InventoryController)) as InventoryController;
}
break;
case MACHINES.SPCTROPHOTOMETER_UV:
{
setupTexture = realReagent.uvSpecter;
allowShowTexture = true;
InventoryController inventory = FindObjectOfType(typeof(InventoryController)) as InventoryController;
}
break;
case MACHINES.SPCTROPHOTOMETER_IR:
{
setupTexture = realReagent.irSpecter;
allowShowTexture = true;
InventoryController inventory = FindObjectOfType(typeof(InventoryController)) as InventoryController;
}
break;
case MACHINES.TURBIDOMETER:
{
setupFloat = realReagent.Turbidity;
showFloat = true;
InventoryController inventory = FindObjectOfType(typeof(InventoryController)) as InventoryController;
}
break;
}
if (showFloat)
{
resultFloat *= concentration;
string errorStringForm = "0";
if (errorPrecision > 0)
{
errorStringForm = "0.";
for (int i = 0; i < errorPrecision; i++)
{
errorStringForm += "0";
}
}
textResult.text = applyErrorInFloat(resultFloat).ToString(errorStringForm);
}
if (allowShowTexture)
{
setupTexture = ChartGenerator.GenerateWithTextureConectingDots(setupTexture, concentration, 0.8f);
HudText.SetText("O grafico foi Impresso!");
GameObject.FindObjectOfType <PrinterUse>().SendFileToPrinter(setupTexture);
timeToShowPrintTextAcc = Time.time;
}
}
public ActionResult NetWorthChart(decimal totalAssets, decimal totalLiabilities, decimal netWorth)
{
List<string> keys = new List<string>();
List<decimal> values = new List<decimal>();
keys.Add(string.Format("Net worth {0:C}", netWorth));
keys.Add(string.Format("Total Liabilities {0:C}", totalLiabilities));
keys.Add(string.Format("Total Assets {0:C}", totalAssets));
values.Add(netWorth);
values.Add(totalLiabilities);
values.Add(totalAssets);
ChartGenerator cg = new ChartGenerator();
MemoryStream ms = cg.GenerateChart(keys.ToArray(), values.ToArray(), SeriesChartType.Bar, 400, 200, true, false, true);
return File(ms.ToArray(), "image/png", "mychart.png");
}
public ActionResult RetirementEstimateChart(decimal totalAssets, decimal amountToCoverExpenses)
{
List<string> keys = new List<string>();
List<decimal> values = new List<decimal>();
decimal remainingAssetsNeeded = amountToCoverExpenses - totalAssets;
keys.Add("Remaing needed");
keys.Add("Total accumulated");
values.Add(remainingAssetsNeeded);
values.Add(totalAssets);
ChartGenerator cg = new ChartGenerator();
MemoryStream ms = cg.GenerateChart(keys.ToArray(), values.ToArray(), SeriesChartType.Pie, 400, 200, false, true, false);
return File(ms.ToArray(), "image/png", "mychart.png");
}
public ActionResult ExpensesChart(bool isManditory)
{
List<string> keys = new List<string>();
List<decimal> values = new List<decimal>();
List<ExpenseAverage> expenseAverages;
if (isManditory)
expenseAverages = repository.GetMandatoryExpenseAverages(UserId);
else
expenseAverages = repository.GetDiscretionaryExpenseAverages(UserId);
foreach (ExpenseAverage avg in expenseAverages)
{
keys.Add(avg.Name);
values.Add(avg.Average);
}
ChartGenerator cg = new ChartGenerator();
MemoryStream ms = cg.GenerateChart(keys.ToArray(), values.ToArray(), SeriesChartType.Pie, 700, 500, false, false, true);
return File(ms.ToArray(), "image/png", "mychart.png");
}
//! Uses of reagent liquid in all machines.
public void Use(string reagent, float concentration)
{
Compound realReagent = CompoundFactory.GetInstance().GetCupboardCompound(reagent) as Compound;
if (realReagent == null)
{
Debug.LogWarning("Reagent not seted in database");
return;
}
switch (myType)
{
case MACHINES.PHMETER:
{
resultFloat = realReagent.PH;
allowShowFloat = true;
allowShowTexture = false;
}
break;
case MACHINES.CONDUTIVIMETER:
{
resultFloat = realReagent.Conductibility - setupFloat;
allowShowFloat = true;
allowShowTexture = false;
}
break;
case MACHINES.SPCTROPHOTOMETER_UV:
{
resultTexture = realReagent.uvSpecter;
allowShowFloat = false;
allowShowTexture = true;
}
break;
case MACHINES.SPCTROPHOTOMETER_IR:
{
resultTexture = realReagent.irSpecter;
allowShowFloat = false;
allowShowTexture = true;
}
break;
case MACHINES.SPCTROPHOTOMETER_FLAME:
{
resultTexture = Resources.Load <Texture2D>("specter/grafico_sem_fitting");
//resultTexture = realReagent.flameSpecter;
allowShowFloat = false;
allowShowTexture = true;
}
break;
case MACHINES.POLARIMETER:
{
resultFloat = realReagent.Polarizability;
allowShowFloat = true;
allowShowTexture = false;
}
break;
case MACHINES.HPLC:
{
resultTexture = realReagent.hplc;
allowShowFloat = false;
allowShowTexture = true;
}
break;
case MACHINES.REFRATOMETER:
{
resultFloat = realReagent.Refratometer;
allowShowFloat = true;
allowShowTexture = false;
}
break;
case MACHINES.TURBIDOMETER:
{
resultFloat = realReagent.Turbidity - setupFloat;
allowShowFloat = true;
allowShowTexture = false;
}
break;
}
InventoryController inventory = FindObjectOfType(typeof(InventoryController)) as InventoryController;
//!Prints the chart
if (allowShowTexture)
{
resultTexture = ChartGenerator.GenerateWithTextureConectingDots(resultTexture, concentration, 0.8f);
GameObject.FindObjectOfType <PrinterUse>().SendFileToPrinter(setupTexture);
HudText.SetText("O grafico foi Impresso!");
timeToShowPrintTextAcc = Time.time;
}
if (allowShowFloat)
{
resultFloat *= concentration;
}
}
