void onUpdateAnimateAddPoint(Vector2 newEnd, Vector2 oldEnd, Vector2 newStart, Vector2 oldStart)
{
series1.pointValues[series1.pointValues.Count - 1] = WMG_Util.RemapVec2(addPointAnimTimeline, 0, 1, oldEnd, newEnd);
float previousAxisMax = graph.xAxis.AxisMaxValue;
float previousAxisMin = graph.xAxis.AxisMinValue;
graph.xAxis.AxisMaxValue = WMG_Util.RemapFloat(addPointAnimTimeline, 0, 1, oldEnd.x, newEnd.x);
updateIndicator();
if (moveXaxisMinimum)
{
series1.pointValues[0] = WMG_Util.RemapVec2(addPointAnimTimeline, 0, 1, oldStart, newStart);
graph.xAxis.AxisMinValue = WMG_Util.RemapFloat(addPointAnimTimeline, 0, 1, oldStart.x, newStart.x);
if (moveVerticalGridLines)
{
float totalXaxisValue = previousAxisMax - previousAxisMin;
float axisValuePerGridLine = totalXaxisValue / (graph.xAxis.AxisNumTicks - 1);
float axisPixelsPerLength = graph.xAxis.AxisLength / totalXaxisValue;
float axisPixelsPerGridLine = axisPixelsPerLength * axisValuePerGridLine;
float axisValueMoveAmt = graph.xAxis.AxisMinValue - previousAxisMin;
currentXaxisGridOffset += axisPixelsPerLength * axisValueMoveAmt;
// reset the grid offset by the amount of space between two gridlines, otherwise would need to increase # of grid lines
if (currentXaxisGridOffset > axisPixelsPerGridLine)
{
currentXaxisGridOffset -= axisPixelsPerGridLine;
}
// get the first grid line and hide if position is offset, otherwise will see a a grid line outside of the graph boundaries
graph.xAxis.GridLines.GetComponent <WMG_Grid>().getColumn(0)[0].links[0].gameObject.SetActive(currentXaxisGridOffset == 0);
graph.changeSpritePositionToX(graph.xAxis.GridLines, -currentXaxisGridOffset);
}
}
}
void onUpdateAnimateAddPoint(Vector2 newEnd, Vector2 oldEnd, Vector2 newStart, Vector2 oldStart)
{
series1.pointValues[series1.pointValues.Count - 1] = WMG_Util.RemapVec2(addPointAnimTimeline, 0, 1, oldEnd, newEnd);
graph.xAxis.AxisMaxValue = WMG_Util.RemapFloat(addPointAnimTimeline, 0, 1, oldEnd.x, newEnd.x);
updateIndicator();
if (moveXaxisMinimum)
{
series1.pointValues[0] = WMG_Util.RemapVec2(addPointAnimTimeline, 0, 1, oldStart, newStart);
graph.xAxis.AxisMinValue = WMG_Util.RemapFloat(addPointAnimTimeline, 0, 1, oldStart.x, newStart.x);
}
}
private void onAutoAnimUpdate(WMG_Series aSeries)
{
List <Vector2> newPositions = new List <Vector2>();
List <int> newWidths = new List <int>();
List <int> newHeights = new List <int>();
for (int i = 0; i < aSeries.AfterPositions.Count; i++)
{
newPositions.Add(WMG_Util.RemapVec2(aSeries.autoAnimationTimeline, 0, 1, aSeries.OrigPositions[i], aSeries.AfterPositions[i]));
newWidths.Add(Mathf.RoundToInt(WMG_Util.RemapFloat(aSeries.autoAnimationTimeline, 0, 1, aSeries.OrigWidths[i], aSeries.AfterWidths[i])));
newHeights.Add(Mathf.RoundToInt(WMG_Util.RemapFloat(aSeries.autoAnimationTimeline, 0, 1, aSeries.OrigHeights[i], aSeries.AfterHeights[i])));
}
aSeries.UpdateVisuals(newPositions, newWidths, newHeights);
}
void onUpdateAnimateAddPoint(Vector2 newEnd, Vector2 oldEnd, Vector2 newStart, Vector2 oldStart)
{
series1.pointValues[series1.pointValues.Count - 1] = WMG_Util.RemapVec2(addPointAnimTimeline, 0, 1, oldEnd, newEnd);
graph.xAxis.AxisMaxValue = WMG_Util.RemapFloat(addPointAnimTimeline, 0, 1, oldEnd.x, newEnd.x);
}
