public List <String> ListeDiametres()
{
int lgInt = 0;
int lgNb = 0;
foreach (var Diam in Dic.Keys)
{
int nb = 0;
foreach (var list in Dic[Diam].Values)
{
nb += list.Count;
}
lgInt = Math.Max(lgInt, Diam.ToString().Length);
lgNb = Math.Max(lgNb, nb.ToString().Length);
}
String format = "Ø {0,-" + lgInt + "} × {1,-" + lgNb + "}";
foreach (var Diam in Dic.Keys)
{
int nb = 0;
foreach (var list in Dic[Diam].Values)
{
nb += list.Count;
}
_DicIntitule.Add(String.Format(format, Diam, nb), Diam);
}
var lst = _DicIntitule.Keys.ToList();
lst.Sort(new WindowsStringComparer());
return(lst);
}
protected override void OnParametersSet()
{
int numBells;
double x1Pos;
double y1Pos;
double x2Pos;
double y2Pos;
double tenorDiameter;
// Set audio box coordinates
numBells = TestSpec.Stage + (TestSpec.Stage % 2);
x1Pos = (TestSpec.BaseGap * TestSpec.XScale) + Screen.XMargin;
y1Pos = TestSpec.YScale + Screen.YMargin;
x2Pos = (TestSpec.BaseGap * (numBells + 2) * TestSpec.XScale) + Screen.XMargin;
y2Pos = (TestSpec.NumRows * TestSpec.YScale) + Screen.YMargin;
// Adjust y coordinates
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
y1Pos -= (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 4;
y2Pos += (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 4;
boundaryLeftPos = Convert.ToInt32(x1Pos).ToString() + "px";
boundaryTopPos = Convert.ToInt32(y1Pos).ToString() + "px";
boundaryWidth = Convert.ToInt32(x2Pos - x1Pos).ToString() + "px";
boundaryHeight = Convert.ToInt32(y2Pos - y1Pos).ToString() + "px";
// Set audio bar coordinates
double x3Pos = x1Pos + 50;
double x4Pos = x2Pos - 50;
double y3Pos = (y1Pos + y2Pos) / 2;
barLeftPos = Convert.ToInt32(x3Pos).ToString() + "px";
// 3 is half the width of the audio bar
barTopPos = Convert.ToInt32(y3Pos - 3).ToString() + "px";
barWidth = Convert.ToInt32(x4Pos - x3Pos).ToString() + "px";
// Set audio dot coordinates
dotLeftStartPos = (x3Pos - 12).ToString() + "px";
dotLeftEndPos = (x4Pos - 12).ToString() + "px";
dotTopPos = (y3Pos - 12).ToString() + "px";
durationStr = Screen.AnimationDuration.ToString() + "ms";
msgLeftPos = x3Pos.ToString() + "px";
msgTopPos = (y3Pos + 6).ToString() + "px";
}
protected override void OnParametersSet()
{
double xPos;
double yPos;
double tenorDiameter;
xPos = ((TestSpec.BaseGap / (double)2) * TestSpec.XScale) + Screen.XMargin;
yPos = (TestSpec.NumRows * TestSpec.YScale) + Screen.YMargin;
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
yPos += (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 10 + 44;
leftPosStr = Convert.ToInt32(xPos).ToString() + "px";
topPosStr = Convert.ToInt32(yPos).ToString() + "px";
}
protected override void OnParametersSet()
{
int numBells;
double xPos;
double yPos;
double tenorDiameter;
numBells = TestSpec.Stage + (TestSpec.Stage % 2);
xPos = (TestSpec.BaseGap * (numBells + 2) * TestSpec.XScale) + Screen.XMargin - 75;
yPos = (TestSpec.NumRows * TestSpec.YScale) + Screen.YMargin;
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
yPos += (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 10;
leftPosStr = Convert.ToInt32(xPos).ToString() + "px";
topPosStr = Convert.ToInt32(yPos).ToString() + "px";
}
protected override void OnParametersSet()
{
// Calculations for bell
double diameter;
double diameterMin;
double bellLeftPos;
double bellTopPos;
double paddingTop;
borderWidthStr = TestSpec.BorderWidth.ToString() + "px";
diameter = Diam.Diameter(Blow.BellActual) * TestSpec.DiameterScale;
// Test to see if diameter is too small to fit bell number - if so set diameter to minimum value that
// will fit the bell number
diameterMin = ((TestSpec.FontSize / (double)2) + TestSpec.FontPaddingTop + TestSpec.BorderWidth) * 2;
if (diameter < diameterMin)
{
diameter = diameterMin;
}
diameterStr = Convert.ToInt32(diameter).ToString() + "px";
if (Blow.IsHandstroke)
{
bellLeftPos = (Blow.GapCumulativeRow * TestSpec.XScale) - (diameter / 2) +
Screen.XMargin;
}
else
{
bellLeftPos = (Blow.GapCumulativeRow * TestSpec.XScale) - (diameter / 2) +
(TestSpec.BaseGap * TestSpec.XScale) + Screen.XMargin;
}
bellLeftPosStr = Convert.ToInt32(bellLeftPos).ToString() + "px";
bellTopPos = (Blow.RowNum * TestSpec.YScale) - (diameter / 2) +
Screen.YMargin;
bellTopPosStr = Convert.ToInt32(bellTopPos).ToString() + "px";
bellFontSizeStr = TestSpec.FontSize.ToString() + "px";
// First set paddingTop to half the interior diameter
paddingTop = (diameter - (TestSpec.BorderWidth * 2)) / 2;
// Fonts seem to insert padding above of about 25% of font size, so subtract this
paddingTop -= TestSpec.FontPaddingTop;
// Now subtract half of the font size
paddingTop -= TestSpec.FontSize / (double)2;
paddingTopStr = Convert.ToInt32(paddingTop).ToString() + "px";
// Calculations for gap label
double tenorDiameter;
double xPos;
double yPos;
double gapLabelLeftPos;
double gapLabelTopPos;
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
if (Blow.IsHandstroke)
{
xPos = (Blow.GapCumulativeRow * TestSpec.XScale) + Screen.XMargin;
}
else
{
xPos = ((Blow.GapCumulativeRow + TestSpec.BaseGap) * TestSpec.XScale) + Screen.XMargin;
}
gapLabelLeftPos = xPos - (tenorDiameter / 2) - 11;
gapLabelLeftPosStr = Convert.ToInt32(gapLabelLeftPos).ToString() + "px";
yPos = (Blow.RowNum * TestSpec.YScale) + Screen.YMargin;
gapLabelTopPos = yPos + (tenorDiameter / 2) + 1;
gapLabelTopPosStr = Convert.ToInt32(gapLabelTopPos).ToString() + "px";
gapLabelFontSizeStr = (TestSpec.FontSize - 2).ToString() + "px";
if (Blow.IsHighlighted == true)
{
bgColor = "lightpink";
}
else
{
bgColor = "white";
}
gapStr = Blow.Gap.ToString();
}
protected override void OnParametersSet()
{
double diameter;
double x1Pos;
double x2Pos;
double yPos;
double xPos;
double tenorDiameter;
// Work out x coordinate of previous blow (i.e. zero gap)
int zeroGap = Blow.GapCumulativeRow - Blow.Gap;
if (Blow.IsHandstroke == true)
{
x1Pos = (zeroGap * TestSpec.XScale) + Screen.XMargin;
}
else
{
x1Pos = ((zeroGap + TestSpec.BaseGap) * TestSpec.XScale) + Screen.XMargin;
}
yPos = (Blow.RowNum * TestSpec.YScale) + Screen.YMargin;
diameter = Diam.Diameter(Blow.BellActual) * TestSpec.DiameterScale;
// Adjust x1Pos for gapMin, the diameter of the bell, and the width of the boundary box (which is 3px)
x1Pos += (TestSpec.GapMin * TestSpec.XScale) - (diameter / 2) - 3;
// Calculate x coordinate of right side of boundary box
x2Pos = x1Pos + ((TestSpec.GapMax - TestSpec.GapMin) * TestSpec.XScale) +
diameter + 6;
// Submit row
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
if (TestSpec.ButtonsCentered == true)
{
xPos = x1Pos + ((x2Pos - x1Pos) / 2);
// Controls are 293px wide. -78 will center the submit button on the current gap label
xPos += -78;
}
else
{
xPos = x2Pos;
// Controls are 293px wide. -224 will center the submit button on the current gap label
xPos += -224;
}
// Make sure xPos isn't too close to left hand edge of screen
if (xPos < 10)
{
xPos = 10;
}
// 44 is height of buttons in previous row (38) + margin of 6
yPos += (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 10 + 44;
leftPosStr = Convert.ToInt32(xPos).ToString() + "px";
topPosStr = Convert.ToInt32(yPos).ToString() + "px";
}
public void setLarge()
{
diam = Diam.LARGE;
selectionne("large", DIAM);
}
public void setMedium()
{
diam = Diam.MEDIUM;
selectionne("medium", DIAM);
}
//Selection des diamètres
public void setSmall()
{
diam = Diam.SMALL;
selectionne("small", DIAM);
}
protected override void OnParametersSet()
{
double diameter;
double x1Pos;
double x2Pos;
double yPos;
double y1Pos;
double y2Pos;
double xPos;
double boundaryLabelWidth;
double boundaryLabelHeight;
double altGapLeftPos;
double altGapTopPos;
double tenorDiameter;
// Work out x coordinate of previous blow (i.e. zero gap)
int zeroGap = Blow.GapCumulativeRow - Blow.Gap;
if (Blow.IsHandstroke == true)
{
x1Pos = (zeroGap * TestSpec.XScale) + Screen.XMargin;
}
else
{
x1Pos = ((zeroGap + TestSpec.BaseGap) * TestSpec.XScale) + Screen.XMargin;
}
yPos = (Blow.RowNum * TestSpec.YScale) + Screen.YMargin;
diameter = Diam.Diameter(Blow.BellActual) * TestSpec.DiameterScale;
// Adjust x1Pos for gapMin, the diameter of the bell, and the width of the boundary box (which is 3px)
x1Pos += (TestSpec.GapMin * TestSpec.XScale) - (diameter / 2) - 3;
// Set y1Pos from the diameter of the bell, and the width of the boundary box (which is 3px)
y1Pos = yPos - ((diameter / 2) + 3);
// Calculate coordinates of bottom right corner of boundary box
x2Pos = x1Pos + ((TestSpec.GapMax - TestSpec.GapMin) * TestSpec.XScale) +
diameter + 6;
y2Pos = yPos + ((diameter / 2) + 3);
// Boundary row
boundaryRowLeftPosStr = Convert.ToInt32(x1Pos).ToString() + "px";
boundaryRowTopPosStr = Convert.ToInt32(y1Pos).ToString() + "px";
// Calculate width and height of boundary box
boundaryLabelWidth = x2Pos - x1Pos;
boundaryLabelHeight = y2Pos - y1Pos;
boundaryLabelWidthStr = Convert.ToInt32(boundaryLabelWidth).ToString() + "px";
boundaryLabelHeightStr = Convert.ToInt32(boundaryLabelHeight).ToString() + "px";
// Alt gap label
altGapLeftPos = x2Pos + 10;
altGapTopPos = yPos - TestSpec.FontSize - 4;
altGapLeftPosStr = Convert.ToInt32(altGapLeftPos).ToString() + "px";
altGapTopPosStr = Convert.ToInt32(altGapTopPos).ToString() + "px";
altGapLabelStr = Blow.AltGap.ToString() + "ms";
altGapLabelFontSizeStr = (TestSpec.FontSize - 1).ToString() + "px";
// Buttons
tenorDiameter = Diam.Diameter("T") * TestSpec.DiameterScale;
if (TestSpec.ButtonsCentered == true)
{
xPos = x1Pos + ((x2Pos - x1Pos) / 2);
// Controls are 293px wide. When centering, adjust by half this amount
xPos += -146;
}
else
{
xPos = x2Pos;
// Controls are 293px wide. When aligning right, adjust by this amount
xPos += -293;
}
// Make sure xPos isn't too close to left hand edge of screen
if (xPos < 10)
{
xPos = 10;
}
yPos += (tenorDiameter / 2) + 1 + (TestSpec.FontSize - 2) + TestSpec.FontPaddingTop + 10;
gapMinusLeftPosStr = Convert.ToInt32(xPos).ToString() + "px";
gapMinusTopPosStr = Convert.ToInt32(yPos).ToString() + "px";
gapCurrLeftPosStr = Convert.ToInt32(xPos + 81).ToString() + "px";
gapCurrTopPosStr = Convert.ToInt32(yPos).ToString() + "px";
gapPlusLeftPosStr = Convert.ToInt32(xPos + 81 + 56).ToString() + "px";
gapPlusTopPosStr = Convert.ToInt32(yPos).ToString() + "px";
playLeftPosStr = Convert.ToInt32(xPos + 81 + 56 + 81).ToString() + "px";
playTopPosStr = Convert.ToInt32(yPos).ToString() + "px";
}