public Design(ITitle title, IPlotColor plotColor, IXTick <T> xTick, IYTick <Q> yTick, bool hasGrid) : this(title, plotColor)
{
HasGrid = hasGrid;
PlotColor = plotColor;
XTick = xTick;
YTick = yTick;
}
public void WriteTick(IXTick <DateTime> xAxis, IYTick <decimal> yAxis, List <XyPair <T, Q> > xyPair, decimal increaseTickRate)
{
if (XHasHour)
{
XisDateTimeYisDecimal(xAxis, yAxis, xyPair, increaseTickRate);
}
else
{
XisDateYisDecimal(xAxis, yAxis, xyPair, increaseTickRate);
}
}
public void WriteTicksLong(IXTick <DateTime> xTick, IYTick <long> yTick, List <XyPair <T, Q> > xyPair)
{
DateTime minX = DateTime.MaxValue;
DateTime maxX = DateTime.MinValue;
long minY = long.MaxValue;
long maxY = 0;
foreach (var item in xyPair)
{
#region minmax
foreach (var xItem in item.X)
{
DateTime date = Convert.ToDateTime(xItem);
if (date < minX)
{
minX = date;
}
if (date > maxX)
{
maxX = date;
}
}
foreach (var yItem in item.Y)
{
if (Convert.ToDecimal(yItem) < minY)
{
minY = Convert.ToInt64(yItem);
}
if (Convert.ToDecimal(yItem) > maxY)
{
maxY = Convert.ToInt64(yItem);
}
}
#endregion
}
#region X
string leftContent = "";
string rightContent = "";
leftContent += "plt.xticks([";
DateTime aux = minX;
while (aux <= maxX)
{
leftContent += "datetime.datetime.combine(datetime.date(" + aux.ToString("yyyy,M,d") + "), datetime.time(" + aux.ToString("H,m,s") + ")),";
rightContent += "\"" + aux.ToString("M/d") + "\\n" + aux.ToString("H:m") + "\",";
aux = aux.Add(new TimeSpan(0, 2, 0, 0));
}
leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
PythonProcess.AddInstruction(leftContent);
#endregion
if (minY > 0)
{
minY = 0;
}
leftContent = "";
rightContent = "";
leftContent += "plt.yticks([";
while (minY <= maxY)
{
leftContent += minY + ",";
rightContent += "\"" + minY + "\",";
minY += 10000000;
}
//Again so it reaches the top
minY += 10000000;
rightContent += "\"" + minY + "\",";
leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
PythonProcess.AddInstruction(leftContent);
}
public void WriteTicks(IXTick <DateTime> xTick, IYTick <decimal> yTick, List <XyPair <T, Q> > xyPair, decimal increaseTickRate)
{
TickComposer.WriteTick(xTick, yTick, xyPair, increaseTickRate);
//DateTime minX = DateTime.MaxValue;
//DateTime maxX = DateTime.MinValue;
//decimal minY = int.MaxValue;
//decimal maxY = 0;
//foreach (var item in xyPair)
//{
// #region minmax
// foreach (var xItem in item.X)
// {
// DateTime date = Convert.ToDateTime(xItem);
// if (date < minX)
// {
// minX = date;
// }
// if (date > maxX)
// {
// maxX = date;
// }
// }
// foreach (var yItem in item.Y)
// {
// if (Convert.ToDecimal(yItem) < minY)
// {
// minY = Convert.ToDecimal(yItem);
// }
// if (Convert.ToDecimal(yItem) > maxY)
// {
// maxY = Convert.ToDecimal(yItem);
// }
// }
// #endregion
//}
//#region X
//string leftContent = "";
//string rightContent = "";
//leftContent += "plt.xticks([";
//DateTime aux = minX;
//while (aux <= maxX)
//{
// //leftContent += "datetime.date(" + aux.ToString("yyyy,MM,d,H,m,s") + "),";
// leftContent += "datetime.datetime.combine(datetime.date(" + aux.ToString("yyyy,M,d") + "), datetime.time(" + aux.ToString("H,m,s") + ")),";
// rightContent += "\"" + aux.ToString("M/d") + "\\n" + aux.ToString("H:m") + "\",";
// aux = aux.Add(new TimeSpan(0, 2, 0, 0));
//}
//leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
//PythonProcess.AddInstruction(leftContent);
//#endregion
//if (minY > 0)
//{
// minY = 0m;
//}
//leftContent = "";
//rightContent = "";
//leftContent += "plt.yticks([";
//for (minY = 0m; minY < (maxY + increaseTickRate); minY += increaseTickRate)
//{
// leftContent += minY + ",";
// rightContent += "\"{:,}\".format(" + minY + "),";//add sufix
// //Process.AddInstruction("\tplt.text(xP, yP, \"{:,}\".format(item) + \"" + scatterSuffix + "\", fontsize=11)");
//}
////while (minY <= maxY)
////{
//// leftContent += minY + ",";
//// rightContent += "\"" + minY + "\",";
//// minY += increaseTickRate;
////}
//leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
//PythonProcess.AddInstruction(leftContent);
}
protected void XisDateYisDecimal(IXTick <DateTime> xAxis, IYTick <decimal> yAxis, List <XyPair <T, Q> > xyPair, decimal increaseTickRate)
{
DateTime minX = DateTime.MaxValue;
DateTime maxX = DateTime.MinValue;
decimal minY = int.MaxValue;
decimal maxY = 0;
foreach (var item in xyPair)
{
#region minmax
foreach (var xItem in item.X)
{
DateTime date = Convert.ToDateTime(xItem);
if (date < minX)
{
minX = date;
}
if (date > maxX)
{
maxX = date;
}
}
foreach (var yItem in item.Y)
{
if (Convert.ToDecimal(yItem) < minY)
{
minY = Convert.ToDecimal(yItem);
}
if (Convert.ToDecimal(yItem) > maxY)
{
maxY = Convert.ToDecimal(yItem);
}
}
#endregion
}
#region X
string leftContent = "";
string rightContent = "";
leftContent += "plt.xticks([";
DateTime aux = minX;
while (aux <= maxX)
{
leftContent += "datetime.date(" + aux.ToString("yyyy,MM,d") + "),";
rightContent += "\"" + aux.ToString("M/d") + "\\n" + aux.ToString("ddd") + "\",";
aux = aux.Add(new TimeSpan(1, 0, 0, 0));//TODO:aaaa
}
leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
PythonProcess.AddInstruction(leftContent);
#endregion
if (minY > 0)
{
minY = 0m;
}
leftContent = "";
rightContent = "";
leftContent += "plt.yticks([";
for (minY = 0m; minY < (maxY + increaseTickRate); minY += increaseTickRate)
{
leftContent += minY + ",";
rightContent += "\"{:,}\".format(" + minY + "),";//add sufix
//Process.AddInstruction("\tplt.text(xP, yP, \"{:,}\".format(item) + \"" + scatterSuffix + "\", fontsize=11)");
}
//while (minY <= maxY)
//{
// leftContent += minY + ",";
// rightContent += "\"" + minY + "\",";
// minY += increaseTickRate;
//}
leftContent = leftContent.TrimEnd(',') + "],[" + rightContent.TrimEnd(',') + "])";
PythonProcess.AddInstruction(leftContent);
}
