public void initWaterfallSpectrumScreen(WaterfallSpectrumWin _root)
{
root = _root;
sizeXLable = GraphicsUtil.sizeText(Vector.Zero, _axesFont, 1.0, "100k", -1, 2, -1, 0, Vector.X).boundingDim();
sizeYLable = GraphicsUtil.sizeText(Vector.Zero, _axesFont, 1.0, "60.0", -1, 2, -1, 0, Vector.X).boundingDim();
sizeColLable = GraphicsUtil.sizeText(Vector.Zero, _axesFont, 1.0, "-120.0", -1, 2, -1, 0, Vector.X).boundingDim();
// Horizontal Grid
gridF = new GridCalculator(0, 1e6, 10, 0.1, 2, 100, 20000, false,
sizeXLable.x + 10, Width - 10, sizeXLable.x + 10);
// Vertical Grid
gridY = new GridCalculator(0, 100, 1, 1e-10, 1.1, 0, 30, false,
Height - sizeXLable.y - 10, sizeColLable.y + colbarHeight + 10 + 10, sizeYLable.y + 10);
// Color Grid
gridCol = new GridCalculator(-200, 200, 1, 1e-10, 1.1, -120, 0, false,
sizeColLable.x / 2 + 10, Width - sizeColLable.x / 2 - 10, sizeColLable.x + 10);
ready = true;
}
public void CreateSampledMeasurements_Sp02IntegrationTest()
{
var gridCalculator = new GridCalculator(_configurationStorage);
var firstMeasurementTime = new DateTime(2017, 1, 3, 10, 1, 18);
var secondMeasurementTime = new DateTime(2017, 1, 3, 10, 3, 43);
var thirdMeasurementTime = new DateTime(2017, 1, 3, 10, 5, 0);
var fourthMeasurementTime = new DateTime(2017, 1, 3, 10, 5, 1);
const double firstMeasurementValue = 98.78d;
const double secondMeasurementValue = 96.49d;
const double thirdMeasurementValue = 97.17d;
const double fourthMeasurementValue = 95.08d;
var firstMeasurement = new Measurement(firstMeasurementTime, firstMeasurementValue, Spo2Type);
var secondMeasurement = new Measurement(secondMeasurementTime, secondMeasurementValue, Spo2Type);
var thirdMeasurement = new Measurement(thirdMeasurementTime, thirdMeasurementValue, Spo2Type);
var fourthMeasurement = new Measurement(fourthMeasurementTime, fourthMeasurementValue, Spo2Type);
var measurements = new List <Measurement>()
{
firstMeasurement, secondMeasurement, thirdMeasurement, fourthMeasurement
};
var expectedFirstMeasurementTime = gridCalculator.GetNextGridPoint(thirdMeasurementTime);
var expectedSecondMeasurementTime = gridCalculator.GetNextGridPoint(fourthMeasurementTime);
var expectedFirstMeasurement = new Measurement(expectedFirstMeasurementTime, thirdMeasurementValue, Spo2Type);
var expectedSecondMeasurement = new Measurement(expectedSecondMeasurementTime, fourthMeasurementValue, Spo2Type);
var measurementAccumulator = new MeasurementAccumulator(gridCalculator);
var accumulatedMeasurements = measurementAccumulator.CreateSampledMeasurements(measurements);
Assert.AreEqual(2, accumulatedMeasurements.Count());
Assert.AreEqual(expectedFirstMeasurement, accumulatedMeasurements.ElementAt(0));
Assert.AreEqual(expectedSecondMeasurement, accumulatedMeasurements.ElementAt(1));
}
public void redrawBitmap(ColorTable colorTable, GridCalculator gridF, GridCalculator gridY, GridCalculator gridCol)
{
int newWidth = (int)Math.Floor(gridF.high - gridF.low + 0.5);
int newHeight = (int)Math.Floor(gridY.low - gridY.high + 0.5);
if ((newWidth != map.Width) || (newHeight != map.Height))
{
newBitmap(newWidth, newHeight);
}
gridFMin = gridF.min;
gridFMax = gridF.max;
gridFLogScale = gridF.logScale;
gridColMin = gridCol.min;
gridColMax = gridCol.max;
colorTable.changed = false;
// Clear Map
System.Array.Clear(mapdata, 0, mapdata.Length);
int y = map.Height - 1;
int f = fill;
int i = 0;
while ((y >= 0) && (f > 0))
{
WaterfallLine wfl = get(i);
if (wfl != null)
{
wfl.drawToMap(colorTable, gridF, gridCol, mapdata, y * mapstride, map.Width);
}
i++;
y--;
f--;
}
missingLines = 0;
}
public void CreateSampledMeasurements_ReturnsMultipleMeasurementsForMultipleSamplingPoints()
{
var gridCalculator = new GridCalculator(_configurationStorage);
var firstMeasurementTime = new DateTime(2018, 6, 25, 9, 21, 45);
var secondMeasurementTime = new DateTime(2018, 6, 25, 9, 27, 12);
var thirdMeasurementTime = new DateTime(2018, 6, 25, 9, 57, 15);
const double firstMeasurementValue = 1d;
const double secondMeasurementValue = 2d;
const double thirdMeasurementValue = 3d;
var firstMeasurement = new Measurement(firstMeasurementTime, firstMeasurementValue, HeartRateType);
var secondMeasurement = new Measurement(secondMeasurementTime, secondMeasurementValue, HeartRateType);
var thirdMeasurement = new Measurement(thirdMeasurementTime, thirdMeasurementValue, HeartRateType);
var measurements = new List <Measurement>()
{
firstMeasurement, secondMeasurement, thirdMeasurement
};
var expectedFirstMeasurementTime = gridCalculator.GetNextGridPoint(firstMeasurementTime);
var expectedSecondMeasurementTime = gridCalculator.GetNextGridPoint(secondMeasurementTime);
var expectedThirdMeasurementTime = gridCalculator.GetNextGridPoint(thirdMeasurementTime);
var expectedFirstMeasurement = new Measurement(expectedFirstMeasurementTime, firstMeasurementValue, HeartRateType);
var expectedSecondMeasurement = new Measurement(expectedSecondMeasurementTime, secondMeasurementValue, HeartRateType);
var expectedThirdMeasurement = new Measurement(expectedThirdMeasurementTime, thirdMeasurementValue, HeartRateType);
var measurementAccumulator = new MeasurementAccumulator(gridCalculator);
var accumulatedMeasurements = measurementAccumulator.CreateSampledMeasurements(measurements);
Assert.AreEqual(3, accumulatedMeasurements.Count());
Assert.AreEqual(expectedFirstMeasurement, accumulatedMeasurements.ElementAt(0));
Assert.AreEqual(expectedSecondMeasurement, accumulatedMeasurements.ElementAt(1));
Assert.AreEqual(expectedThirdMeasurement, accumulatedMeasurements.ElementAt(2));
}
void Start()
{
int gridHalfSize = visuals.core.Grid.Size / 2;
GridCalc = new GridCalculator(SCALE, gridHalfSize);
}
private void CalculateMonthSize()
{
MonthGridSize = GridCalculator.CalculateMonthGridSize(CellSize);
}
public void updateBitmap(ColorTable colortable, GridCalculator gridF, GridCalculator gridY, GridCalculator gridCol)
{
// Check whethter there is really something new
if (missingLines == 0)
{
return;
}
// Check whether complete redo is necessary
Boolean redo = false;
int newWidth = (int)Math.Floor(gridF.high - gridF.low + 0.5);
int newHeight = (int)Math.Floor(gridY.low - gridY.high + 0.5);
if ((newWidth != map.Width) || (newHeight != map.Height))
{
redo = true;
}
if (colortable.changed)
{
redo = true;
}
if ((gridF.min != gridFMin) || (gridF.max != gridFMax) || (gridF.logScale != gridFLogScale))
{
redo = true;
}
if ((gridCol.min != gridColMin) || (gridCol.max != gridColMax))
{
redo = true;
}
if (redo)
{
redrawBitmap(colortable, gridF, gridY, gridCol);
return;
}
// Just an update
// Shift Content
Array.Copy(mapdata, missingLines * mapstride, mapdata, 0, (map.Height - missingLines) * mapstride);
int y = map.Height - 1;
int f = missingLines;
int i = 0;
while (f > 0)
{
WaterfallLine wfl = get(i);
if (wfl != null)
{
wfl.drawToMap(colortable, gridF, gridCol, mapdata, y * mapstride, map.Width);
}
i++;
y--;
f--;
}
missingLines = 0;
}
private void CalculateYearGridValues()
{
YearGridHeight = GridCalculator.CalculateYearGridHeight(CellSize, RowCount);
YearGridWidth = GridCalculator.CalculateYearGridWidth(CellSize, ColumnCount);
}
