public UserSetData(int audio, int voice, CVType cvType, LanguageType languageType, DisplayModeType displayModeType, ResolutionType resolutionType)
{
this.audio = audio;
this.voice = voice;
this.cvType = cvType;
this.languageType = languageType;
this.displayModeType = displayModeType;
this.resolutionType = resolutionType;
}
public void FillInstrument(string date, string weeks, CVType cvtype)
{
OSQLite sql = new OSQLite();
LiteCConfig cfg = new LiteCConfig();
//get data
Collection<GraphDataSet> gd = new Collection<GraphDataSet>();
gd.Add(sql.miGetSEQnbrs(date, "M-Series"));
gd.Add(sql.miGetSEQnbrs(date, "Alfa"));
gd.Add(sql.miGetSEQnbrs(date, "Exigo"));
Collection<Color> colors = new Collection<Color>();
colors.Add(Color.Blue);
colors.Add(Color.Red);
colors.Add(Color.Green);
/*
colors.Add(Color.Black);
colors.Add(Color.Black);
*/
string[] names = { "M-Series", "Alfa", "Exigo"};
//clear all old data in chart
foreach (Series x in ichart.Series)
x.Points.Clear();
ichart.Series.Clear();
ichart.Titles.Clear();
ichart.Titles.Add("Instrument - SEQ/Instrument " + weeks + " veckor");
//create new series for all parameters
Series series = new Series(names[0]);
series.ChartType = SeriesChartType.Point;
series.Color = colors[0];
series.MarkerSize = 4;
series.MarkerStyle = MarkerStyle.None;
ichart.Series.Add(series);
series = new Series(names[1]);
series.ChartType = SeriesChartType.Point;
series.Color = colors[1];
series.MarkerSize = 4;
series.MarkerStyle = MarkerStyle.None;
ichart.Series.Add(series);
series = new Series(names[2]);
series.ChartType = SeriesChartType.Point;
series.Color = colors[2];
series.MarkerSize = 4;
series.MarkerStyle = MarkerStyle.None;
ichart.Series.Add(series);
//fill all series with data
for (int k = 0; k < gd[0].Y.Count; k++)
{
ichart.Series["M-Series"].Points.AddY(gd[0].Y[k]);
}
for (int k = 0; k < gd[1].Y.Count; k++)
{
ichart.Series["Alfa"].Points.AddY(gd[1].Y[k]);
}
for (int k = 0; k < gd[2].Y.Count; k++)
{
ichart.Series["Exigo"].Points.AddY(gd[2].Y[k]);
}
}
public void FillCV(string date, string weeks, CVType cvtype)
{
OSQLite sql = new OSQLite();
LiteCConfig cfg = new LiteCConfig();
string limit = "";
//get data
Collection<GraphDataSet> gd = sql.miGetGraphDataCV(date);
Collection<Color> colors = new Collection<Color>();
colors.Add(Color.Red);
colors.Add(Color.Red);
colors.Add(Color.Orange);
colors.Add(Color.Orange);
colors.Add(Color.Black);
colors.Add(Color.Black);
colors.Add(Color.DarkGray);
colors.Add(Color.DarkGray);
colors.Add(Color.Blue);
colors.Add(Color.Blue);
colors.Add(Color.Yellow);
colors.Add(Color.Yellow);
if (cvtype == CVType.Expected) //select if limit series should be expected or absolute limits
limit = "Exp";
else
limit = "Lim";
string[] names = { "RBC", "RBC_" + limit, "MCV", "MCV_" + limit,
"PLT", "PLT_" + limit, "MPV", "MPV_" + limit,
"HGB", "HGB_" + limit, "WBC", "WBC_" + limit};
double[] expected = new double[6] { cfg.ReadD(limit + "_CVRBC"), cfg.ReadD(limit + "_CVMCV"),
cfg.ReadD(limit + "_CVPLT"), cfg.ReadD(limit + "_CVMPV"),
cfg.ReadD(limit + "_CVHGB"), cfg.ReadD(limit + "_CVWBC")};
//clear all old data in chart
foreach (Series x in ichart.Series)
x.Points.Clear();
ichart.Series.Clear();
ichart.Titles.Clear();
ichart.Titles.Add("CV - förväntat gränsvärde " + weeks + " veckor");
//create new series for all parameters
int i = 0;
foreach (string x in names)
{
Series series = new Series(x);
if (i % 2 == 0)//first is parameter, next is expected value
series.ChartType = SeriesChartType.Line;
else
series.ChartType = SeriesChartType.Point;
series.Color = colors[i];
series.MarkerSize = 2;
series.MarkerStyle = MarkerStyle.None;
ichart.Series.Add(series);
i++;
}
//fill all series with data
for (int k = 0; k < gd[0].Y.Count; k++)
{
ichart.Series["RBC"].Points.AddY(gd[0].Y[k]);
ichart.Series["RBC_" + limit].Points.AddY(expected[0]);
ichart.Series["MCV"].Points.AddY(gd[1].Y[k]);
ichart.Series["MCV_" + limit].Points.AddY(expected[1]);
ichart.Series["PLT"].Points.AddY(gd[2].Y[k]);
ichart.Series["PLT_" + limit].Points.AddY(expected[2]);
ichart.Series["MPV"].Points.AddY(gd[3].Y[k]);
ichart.Series["MPV_" + limit].Points.AddY(expected[3]);
ichart.Series["HGB"].Points.AddY(gd[4].Y[k]);
ichart.Series["HGB_" + limit].Points.AddY(expected[4]);
ichart.Series["WBC"].Points.AddY(gd[5].Y[k]);
ichart.Series["WBC_" + limit].Points.AddY(expected[5]);
}
}
public void UpdateLayouter(CVType nComparativeType, SPType nSuperpositionType, int nVisualSpaceDim, int nParametersDim, List <ParameterNameValue> parameters)
{
Camera.main.transform.position = new Vector3(0, 0, -300);
if (GameObject.Find("Composition") != null)
{
GameObject.DestroyImmediate(GameObject.Find("Composition"));
}
comparativeType = nComparativeType;
visualSpaceDim = nVisualSpaceDim;
parametersDim = nParametersDim;
switch (comparativeType)
{
case CVType.Juxtaposition:
{
if (parametersDim == 1)
{
layouter = new LayouterStripes();
(layouter as LayouterStripes).mainParameter = ensemble.getParameter(1);
(layouter as LayouterStripes).minValue = ensemble.parametersInfo[(layouter as LayouterStripes).mainParameter].minValue;
(layouter as LayouterStripes).maxValue = ensemble.parametersInfo[(layouter as LayouterStripes).mainParameter].maxValue;
(layouter as LayouterStripes).count = ensemble.parametersInfo[(layouter as LayouterStripes).mainParameter].count;
(layouter as LayouterStripes).delta = ensemble.structuresSize.x * 0.5f;
}
else if (parametersDim == 2 && ensemble.parametersInfo.Count >= 2)
{
layouter = new LayouterBoxes();
(layouter as LayouterBoxes).mainParameter = ensemble.getParameter(1);
(layouter as LayouterBoxes).mCount = ensemble.parametersInfo[(layouter as LayouterBoxes).mainParameter].count;
(layouter as LayouterBoxes).mMinValue = ensemble.parametersInfo[(layouter as LayouterBoxes).mainParameter].minValue;
(layouter as LayouterBoxes).mMaxValue = ensemble.parametersInfo[(layouter as LayouterBoxes).mainParameter].maxValue;
(layouter as LayouterBoxes).mDelta = ensemble.structuresSize.x * 0.5f;
(layouter as LayouterBoxes).secParameter = ensemble.getParameter(2);
(layouter as LayouterBoxes).sCount = ensemble.parametersInfo[(layouter as LayouterBoxes).secParameter].count;
(layouter as LayouterBoxes).sMinValue = ensemble.parametersInfo[(layouter as LayouterBoxes).secParameter].minValue;
(layouter as LayouterBoxes).sMaxValue = ensemble.parametersInfo[(layouter as LayouterBoxes).secParameter].maxValue;
(layouter as LayouterBoxes).sDelta = ensemble.structuresSize.y * 0.5f;
}
else
{
Debug.Log("Not permitted combination! Yet!");
}
break;
}
case CVType.Superposition:
{
if (parametersDim == 1)
{
layouter = new LayouterSuperPosition();
(layouter as LayouterSuperPosition).mainParameter = ensemble.getParameter(1);
(layouter as LayouterSuperPosition).minValue = ensemble.parametersInfo[(layouter as LayouterSuperPosition).mainParameter].minValue;
(layouter as LayouterSuperPosition).maxValue = ensemble.parametersInfo[(layouter as LayouterSuperPosition).mainParameter].maxValue;
(layouter as LayouterSuperPosition).count = ensemble.parametersInfo[(layouter as LayouterSuperPosition).mainParameter].count;
(layouter as LayouterSuperPosition).delta = 0.5f;
(layouter as LayouterSuperPosition).type = nSuperpositionType;
}
else
{
Debug.Log("Not permitted combination! Yet!");
}
break;
}
case CVType.Hybrid:
{
if (parametersDim == 2 && ensemble.parametersInfo.Count >= 2)
{
layouter = new LayouterSuperStripes();
(layouter as LayouterSuperStripes).mainParameter = ensemble.getParameter(1);
(layouter as LayouterSuperStripes).mCount = ensemble.parametersInfo[(layouter as LayouterSuperStripes).mainParameter].count;
(layouter as LayouterSuperStripes).mMinValue = ensemble.parametersInfo[(layouter as LayouterSuperStripes).mainParameter].minValue;
(layouter as LayouterSuperStripes).mMaxValue = ensemble.parametersInfo[(layouter as LayouterSuperStripes).mainParameter].maxValue;
(layouter as LayouterSuperStripes).mDelta = ensemble.structuresSize.x * 0.5f;
(layouter as LayouterSuperStripes).secParameter = ensemble.getParameter(2);
(layouter as LayouterSuperStripes).sCount = ensemble.parametersInfo[(layouter as LayouterSuperStripes).secParameter].count;
(layouter as LayouterSuperStripes).sMinValue = ensemble.parametersInfo[(layouter as LayouterSuperStripes).secParameter].minValue;
(layouter as LayouterSuperStripes).sMaxValue = ensemble.parametersInfo[(layouter as LayouterSuperStripes).secParameter].maxValue;
(layouter as LayouterSuperStripes).sDelta = 0.5f;
(layouter as LayouterSuperStripes).type = nSuperpositionType;
}
else if (parametersDim == 3 && ensemble.parametersInfo.Count >= 3)
{
layouter = new LayouterSuperBoxes();
(layouter as LayouterSuperBoxes).mainParameter = ensemble.getParameter(1);
(layouter as LayouterSuperBoxes).mCount = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).mainParameter].count;
(layouter as LayouterSuperBoxes).mMinValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).mainParameter].minValue;
(layouter as LayouterSuperBoxes).mMaxValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).mainParameter].maxValue;
(layouter as LayouterSuperBoxes).mDelta = ensemble.structuresSize.x * 0.5f;
(layouter as LayouterSuperBoxes).secParameter = ensemble.getParameter(2);
(layouter as LayouterSuperBoxes).sCount = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).secParameter].count;
(layouter as LayouterSuperBoxes).sMinValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).secParameter].minValue;
(layouter as LayouterSuperBoxes).sMaxValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).secParameter].maxValue;
(layouter as LayouterSuperBoxes).sDelta = ensemble.structuresSize.y * 0.5f;
(layouter as LayouterSuperBoxes).thirdParameter = ensemble.getParameter(2);
(layouter as LayouterSuperBoxes).tCount = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).thirdParameter].count;
(layouter as LayouterSuperBoxes).tMinValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).thirdParameter].minValue;
(layouter as LayouterSuperBoxes).tMaxValue = ensemble.parametersInfo[(layouter as LayouterSuperBoxes).thirdParameter].maxValue;
(layouter as LayouterSuperBoxes).tDelta = 0.5f;
(layouter as LayouterSuperBoxes).type = nSuperpositionType;
}
else
{
Debug.Log("Not permitted combination! Yet!");
}
break;
}
}
if (visualSpaceDim == 3)
{
Camera.main.gameObject.GetComponent <MouseCameraControl> ().pitch.activate = true;
Camera.main.gameObject.GetComponent <MouseCameraControl> ().yaw.activate = true;
}
else
{
Camera.main.gameObject.GetComponent <MouseCameraControl> ().pitch.activate = false;
Camera.main.gameObject.GetComponent <MouseCameraControl> ().yaw.activate = false;
}
layouter.axisParameters = parameters;
string abstractionName = pickupAbstractionNew();
int numOfElements = Mathf.FloorToInt((Camera.main.orthographicSize * 2f) / (abstractions[abstractionName].scale * 300f));
if (numOfElements == 0)
{
numOfElements = 5;
}
layouter.PlacePreview(numOfElements);
wasLayoutChanged = true;
isCompositionCreated = false;
}