/*
* Temporary method to use CSV parsing when creating graph
*/
private void CreateTimeSeriesGraphUsingCSV()
{
var csvString = DataFile1.ToString(); // Convert CSV to String for easier use
DataParser parser = new DataParser(csvString);
// Create PlotPoint object using data from CSV
List <float> x_values = parser.GetListFromColumn(0); // Grab values from first column
List <float> y_values = parser.GetListFromColumn(1);
List <float> z_values = parser.GetListFromColumn(2);
PlotPoint new_point = new PlotPoint(x_values, y_values, z_values);
// Create empty Graph object and give it plot points
Graph = new TimeSeriesGraph();
Graph.AddPlotPoint(new_point);
csvString = DataFile2.ToString();
parser = new DataParser(csvString);
x_values = parser.GetListFromColumn(0);
y_values = parser.GetListFromColumn(1);
z_values = parser.GetListFromColumn(2);
new_point = new PlotPoint(x_values, y_values, z_values);
// Create empty Graph object and give it plot points
Graph.AddPlotPoint(new_point);
}
private TimeSeriesGraph CreateSineGraph()
{
TimeSeriesGraph graph = new TimeSeriesGraph();
string sineString = SineData.ToString();
DataParser parser = new DataParser(sineString);
List <float> x1 = parser.GetListFromColumn(0);
List <float> y1 = parser.GetListFromColumn(1);
List <float> z1 = parser.GetListFromColumn(2);
List <float> x2 = parser.GetListFromColumn(3);
List <float> y2 = parser.GetListFromColumn(4);
List <float> z2 = parser.GetListFromColumn(5);
List <float> x3 = parser.GetListFromColumn(6);
List <float> y3 = parser.GetListFromColumn(7);
List <float> z3 = parser.GetListFromColumn(8);
PlotPoint new_point = new PlotPoint(x1, y1, z1);
graph.AddPlotPoint(new_point);
new_point = new PlotPoint(x2, y2, z2);
graph.AddPlotPoint(new_point);
new_point = new PlotPoint(x3, y3, z3);
graph.AddPlotPoint(new_point);
return(graph);
}
private DynamicPlotter GetPlotter(TimeSeriesGraph graph, string name)
{
GameObject plot = new GameObject();
DynamicPlotter plotter = plot.AddComponent <DynamicPlotter>();
plotter.Graph = graph;
Debug.Log("Graph is assigned");
plotter.PointHolder = plot;
Transform dataPoint = GameObject.CreatePrimitive(PrimitiveType.Sphere).transform;
//dataPoint.gameObject.AddComponent<TrailRenderer>();
plotter.PointPrefab = dataPoint;
Destroy(dataPoint.gameObject);
GameObject text = new GameObject();
text.AddComponent <TextMesh>();
plotter.Text = text;
plotter.PlotTitle = name;
plotter.XAxisName = "X-Axis";
plotter.YAxisName = "Y-Axis";
plotter.ZAxisName = "Z-Axis";
plotter.Init();
return(plotter);
}
private void Awake()
{
//TimeSeriesGraph sineGraph = CreateSineGraph();
TimeSeriesGraph droneGraph = CreateDroneGraph();
Debug.Log(droneGraph.LogMax());
Debug.Log(droneGraph.LogMid());
Debug.Log(droneGraph.LogMin());
//DynamicPlotter sinePlotter = GetPlotter(sineGraph, "Sine Graph");
DynamicPlotter dronePlotter = GetPlotter(droneGraph, "Drone Graph");
}
private TimeSeriesGraph CreateDroneGraph()
{
TimeSeriesGraph graph = new TimeSeriesGraph();
string droneString = DroneData.ToString();
DataParser parser = new DataParser(droneString);
List <float> x_values = parser.GetListFromColumn(4); // lat
List <float> y_values = parser.GetListFromColumn(2); // alt
List <float> z_values = parser.GetListFromColumn(3); // long
List <string> time_values = parser.GetTimePoints(1); // time
PlotPoint new_point = new PlotPoint(x_values, y_values, z_values);
graph.AddPlotPoint(new_point);
graph.AddTimePoints(time_values);
return(graph);
}
