public void AddMotionTestData(DataTable dt, string chartTitle)
{
ChartData chartData = new ChartData();
chartData.chartTitle = chartTitle;
chartData.datasets = new List<ChartDataSet>();
ChartDataSet tp = new ChartDataSet();
tp.label = "TP";
tp.AssignColours(0);
ChartDataSet fn = new ChartDataSet();
fn.label = "FN";
fn.AssignColours(1);
ChartDataSet fp = new ChartDataSet();
fp.label = "FP";
fp.AssignColours(2);
foreach (DataRow dr in dt.Rows)
{
chartData.labels.Add(Math.Round(dr["value"].ToString().StringToDec(), 1).ToString());
tp.data.Add(dr["TP"].ToString().StringToDec());
fn.data.Add(dr["FN"].ToString().StringToDec());
fp.data.Add(dr["FP"].ToString().StringToDec());
}
chartData.datasets.Add(tp);
chartData.datasets.Add(fn);
chartData.datasets.Add(fp);
list.Add(chartData);
}
public void AddLagTestData(DataTable dt, string chartTitle)
{
ChartData chartData = new ChartData();
chartData.chartTitle = chartTitle;
chartData.datasets = new List <ChartDataSet>();
//get the data
LagTestDataList lagData = new LagTestDataList();
lagData.Populate();
//split the labels out
var labels = lagData.list.GroupBy(x => x.numberMinutes).Select(y => y.First()).ToList();
labels.ForEach(x => chartData.labels.Add(x.numberMinutes.ToString()));
//one set of data each for sync/async and memory combinations
var syncList = lagData.list.Where(x => !x.asynchronous).ToList();
var asyncList = lagData.list.Where(x => x.asynchronous).ToList();
var memoryList = lagData.list.GroupBy(x => x.memoryGb).Select(y => y.First().memoryGb.ToString()).ToList();
//get the different data types
int count = 0;
foreach (String memory in memoryList)
{
var sync = syncList.Where(x => x.memoryGb.ToString().Equals(memory));
var async = asyncList.Where(x => x.memoryGb.ToString().Equals(memory));
var syncDataSet = new ChartDataSet();
syncDataSet.label = "Sync " + memory + "GB";
syncDataSet.AssignColours(count);
count++;
var asyncDataSet = new ChartDataSet();
asyncDataSet.label = "ASync " + memory + "GB";
asyncDataSet.AssignColours(count);
count++;
foreach (LagTestData data in sync)
{
syncDataSet.data.Add(data.detectionSeconds);
}
foreach (LagTestData data in async)
{
asyncDataSet.data.Add(data.detectionSeconds);
}
if (memory == "16")
{
chartData.datasets.Add(syncDataSet);
}
chartData.datasets.Add(asyncDataSet);
}
//add the base line (processing same as minutes to play) for comparision purposes on the graph
var controlSet = new ChartDataSet();
controlSet.label = "Realtime";
controlSet.AssignColours("control");
chartData.labels.ForEach(x => controlSet.data.Add(x.StringToDec()));
chartData.datasets.Add(controlSet);
list.Add(chartData);
} //AddLagTestData
public void AddLagTestData(DataTable dt, string chartTitle)
{
ChartData chartData = new ChartData();
chartData.chartTitle = chartTitle;
chartData.datasets = new List<ChartDataSet>();
//get the data
LagTestDataList lagData = new LagTestDataList();
lagData.Populate();
//split the labels out
var labels = lagData.list.GroupBy(x => x.numberMinutes).Select(y => y.First()).ToList();
labels.ForEach(x => chartData.labels.Add(x.numberMinutes.ToString()));
//one set of data each for sync/async and memory combinations
var syncList = lagData.list.Where(x => !x.asynchronous).ToList();
var asyncList = lagData.list.Where(x => x.asynchronous).ToList();
var memoryList = lagData.list.GroupBy(x => x.memoryGb).Select(y => y.First().memoryGb.ToString()).ToList();
//get the different data types
int count = 0;
foreach(String memory in memoryList)
{
var sync = syncList.Where(x => x.memoryGb.ToString().Equals(memory));
var async = asyncList.Where(x => x.memoryGb.ToString().Equals(memory));
var syncDataSet = new ChartDataSet();
syncDataSet.label = "Sync " + memory + "GB";
syncDataSet.AssignColours(count);
count++;
var asyncDataSet = new ChartDataSet();
asyncDataSet.label = "ASync " + memory + "GB";
asyncDataSet.AssignColours(count);
count++;
foreach (LagTestData data in sync)
{
syncDataSet.data.Add(data.detectionSeconds);
}
foreach (LagTestData data in async)
{
asyncDataSet.data.Add(data.detectionSeconds);
}
if (memory == "16") { chartData.datasets.Add(syncDataSet); }
chartData.datasets.Add(asyncDataSet);
}
//add the base line (processing same as minutes to play) for comparision purposes on the graph
var controlSet = new ChartDataSet();
controlSet.label = "Realtime";
controlSet.AssignColours("control");
chartData.labels.ForEach(x => controlSet.data.Add(x.StringToDec()));
chartData.datasets.Add(controlSet);
list.Add(chartData);
}//AddLagTestData