internal static Vector2 DrawLine(GraphEntry value, int prevIndex, int nextIndex, float rectHeight, float xIncrement, Color color)
{
float GetAdjustedY(float y, float max)
{
return(rectHeight - rectHeight * .95f * (y / max));
}
var prevY = GetAdjustedY(value.entries[prevIndex], value.max);
var nextY = GetAdjustedY(value.entries[nextIndex], value.max);
if (prevIndex != nextIndex - 1) // We have aliased a point (or multiple) we need to draw two lines.
{
var prevDrawnPoint = new Vector2(prevIndex * xIncrement, prevY);
var prevPoint = new Vector2((nextIndex - 1) * xIncrement, prevY);
var curPoint = new Vector2(nextIndex * xIncrement, nextY);
DubGUI.DrawLine(prevDrawnPoint, prevPoint, color, 1f, true);
DubGUI.DrawLine(prevPoint, curPoint, color, 1f, true);
}
else
{
DubGUI.DrawLine(new Vector2(prevIndex * xIncrement, prevY), new Vector2(nextIndex * xIncrement, nextY), color, 1f, true);
}
return(new Vector2(prevIndex * xIncrement, prevY));
}
internal static void DrawEntries(Rect rect, GraphEntry calls, GraphEntry times, int entries, float aliasing)
{
var xIncrement = rect.width / (entries - 1.0f);
var timeCutoff = 0.0f;
var callsCutoff = 0.0f;
if (aliasing != 0)
{
timeCutoff = (calls.max / rect.height) / aliasing;
callsCutoff = (times.max / rect.height) / aliasing;
}
int i = 1, timesIndex = 0, callsIndex = 0;
for (; i < entries; i++)
{
if (calls.visible)
{
if (Mathf.Abs(calls.entries[callsIndex] - calls.entries[i]) > callsCutoff || i == entries - 1) // We need to draw a line, enough of a difference
{
DrawLine(ref calls, callsIndex, i, rect.height, xIncrement, Modbase.Settings.callsColour);
callsIndex = i;
}
}
if (times.visible)
{
if (Mathf.Abs(times.entries[timesIndex] - times.entries[i]) > timeCutoff || i == entries - 1)
{
DrawLine(ref times, timesIndex, i, rect.height, xIncrement, Modbase.Settings.timeColour);
timesIndex = i;
}
}
}
}
