private void SeriesDataChangedMethod(WMG_Series aSeries)
{
// Animate the points, links, and bars
List<GameObject> objects = aSeries.getPoints();
for (int i = 0; i < objects.Count; i++) {
if (theGraph.graphType == WMG_Axis_Graph.graphTypes.line) {
// For line graphs, need to animate links as well via callback functions
GameObject go = objects[i]; // otherwise causes warnings when used in lambda expression for DOTween callback
WMG_Anim.animPositionCallbacks(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y),
()=> animateLinkCallback(aSeries, go), ()=> animateLinkCallbackEnd(aSeries));
}
else {
// For bar graphs, animate widths and heights in addition to position. Depending on pivot / GUI system, animating width / height also affects position
Vector2 newPos = theGraph.getChangeSpritePositionTo(objects[i], new Vector2(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y));
WMG_Anim.animPosition(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
WMG_Anim.animSize(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector2(aSeries.AfterWidths()[i], aSeries.AfterHeights()[i]));
}
}
// Animate the data point labels
List<GameObject> dataLabels = aSeries.getDataLabels();
for (int i = 0; i < dataLabels.Count; i++) {
if (theGraph.graphType == WMG_Axis_Graph.graphTypes.line) {
float newX = aSeries.dataLabelsOffset.x;
float newY = aSeries.dataLabelsOffset.y;
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
newPos = new Vector2(newPos.x + aSeries.AfterPositions()[i].x + theGraph.getSpriteOffsetX(objects[i]), newPos.y + aSeries.AfterPositions()[i].y + theGraph.getSpriteOffsetY(objects[i]));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
else {
float newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + theGraph.barWidth / 2;
float newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + aSeries.AfterWidths()[i];
if (aSeries.getBarIsNegative(i)) {
newX = -aSeries.dataLabelsOffset.x - aSeries.AfterWidths()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.xAxisMinValue) / (theGraph.xAxisMaxValue - theGraph.xAxisMinValue) * theGraph.xAxisLength);
}
if (theGraph.orientationType == WMG_Axis_Graph.orientationTypes.vertical) {
newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + aSeries.AfterHeights()[i];
newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + theGraph.barWidth / 2;
if (aSeries.getBarIsNegative(i)) {
newY = -aSeries.dataLabelsOffset.y - aSeries.AfterHeights()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.yAxisMinValue) / (theGraph.yAxisMaxValue - theGraph.yAxisMinValue) * theGraph.yAxisLength);
}
}
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
}
}
private void SeriesDataChangedMethod(WMG_Series aSeries)
{
// Animate the points, links, and bars
List <GameObject> objects = aSeries.getPoints();
for (int i = 0; i < objects.Count; i++)
{
if (aSeries.seriesIsLine)
{
// For line graphs, need to animate links as well via callback functions
GameObject go = objects[i]; // otherwise causes warnings when used in lambda expression for DOTween callback
string tweenID = aSeries.GetHashCode() + "autoAnim" + i;
// if (aSeries.name == "Series1") {
// if (i == objects.Count-1) {
// GlobalVariableBackground.Instance.conManager.WriteLog("curX: " + go.transform.localPosition.x + " curY: " + go.transform.localPosition.y);
// GlobalVariableBackground.Instance.conManager.WriteLog("x: " + aSeries.AfterPositions()[i].x + " y: " + aSeries.AfterPositions()[i].y);
// StartCoroutine(test (go));
// }
// }
bool isLast = (i == objects.Count - 1);
if (aSeries.currentlyAnimating)
{
DOTween.Kill(tweenID);
animateLinkCallback(aSeries, go, isLast);
}
WMG_Anim.animPositionCallbacks(go, theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y),
() => animateLinkCallback(aSeries, go, isLast), () => animateLinkCallbackEnd(aSeries, isLast), tweenID);
}
else
{
// For bar graphs, animate widths and heights in addition to position. Depending on pivot / GUI system, animating width / height also affects position
Vector2 newPos = theGraph.getChangeSpritePositionTo(objects[i], new Vector2(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y));
WMG_Anim.animPosition(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
WMG_Anim.animSize(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector2(aSeries.AfterWidths()[i], aSeries.AfterHeights()[i]));
}
}
// Animate the data point labels
List <GameObject> dataLabels = aSeries.getDataLabels();
for (int i = 0; i < dataLabels.Count; i++)
{
if (aSeries.seriesIsLine)
{
float newX = aSeries.dataLabelsOffset.x;
float newY = aSeries.dataLabelsOffset.y;
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
newPos = new Vector2(newPos.x + aSeries.AfterPositions()[i].x, newPos.y + aSeries.AfterPositions()[i].y);
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
else
{
float newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + theGraph.barWidth / 2;
float newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + aSeries.AfterWidths()[i];
if (aSeries.getBarIsNegative(i))
{
newX = -aSeries.dataLabelsOffset.x - aSeries.AfterWidths()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.xAxis.AxisMinValue) / (theGraph.xAxis.AxisMaxValue - theGraph.xAxis.AxisMinValue) * theGraph.xAxisLength);
}
if (theGraph.orientationType == WMG_Axis_Graph.orientationTypes.vertical)
{
newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + aSeries.AfterHeights()[i];
newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + theGraph.barWidth / 2;
if (aSeries.getBarIsNegative(i))
{
newY = -aSeries.dataLabelsOffset.y - aSeries.AfterHeights()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.yAxis.AxisMinValue) / (theGraph.yAxis.AxisMaxValue - theGraph.yAxis.AxisMinValue) * theGraph.yAxisLength);
}
}
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
}
if (!aSeries.currentlyAnimating)
{
aSeries.currentlyAnimating = true;
}
}
private void SeriesDataChangedMethod(WMG_Series aSeries)
{
// Animate the points, links, and bars
List<GameObject> objects = aSeries.getPoints();
for (int i = 0; i < objects.Count; i++) {
if (aSeries.seriesIsLine) {
// For line graphs, need to animate links as well via callback functions
GameObject go = objects[i]; // otherwise causes warnings when used in lambda expression for DOTween callback
string tweenID = aSeries.GetHashCode() + "autoAnim" + i;
// if (aSeries.name == "Series1") {
// if (i == objects.Count-1) {
// Debug.Log("curX: " + go.transform.localPosition.x + " curY: " + go.transform.localPosition.y);
// Debug.Log("x: " + aSeries.AfterPositions()[i].x + " y: " + aSeries.AfterPositions()[i].y);
// StartCoroutine(test (go));
// }
// }
if (aSeries.currentlyAnimating) {
DOTween.Kill(tweenID);
animateLinkCallback(aSeries, go);
}
WMG_Anim.animPositionCallbacks(go, theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y),
()=> animateLinkCallback(aSeries, go), ()=> animateLinkCallbackEnd(aSeries), tweenID);
}
else {
// For bar graphs, animate widths and heights in addition to position. Depending on pivot / GUI system, animating width / height also affects position
Vector2 newPos = theGraph.getChangeSpritePositionTo(objects[i], new Vector2(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y));
WMG_Anim.animPosition(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
WMG_Anim.animSize(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector2(aSeries.AfterWidths()[i], aSeries.AfterHeights()[i]));
}
}
// Animate the data point labels
List<GameObject> dataLabels = aSeries.getDataLabels();
for (int i = 0; i < dataLabels.Count; i++) {
if (aSeries.seriesIsLine) {
float newX = aSeries.dataLabelsOffset.x;
float newY = aSeries.dataLabelsOffset.y;
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
newPos = new Vector2(newPos.x + aSeries.AfterPositions()[i].x, newPos.y + aSeries.AfterPositions()[i].y);
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
else {
float newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + theGraph.barWidth / 2;
float newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + aSeries.AfterWidths()[i];
if (aSeries.getBarIsNegative(i)) {
newX = -aSeries.dataLabelsOffset.x - aSeries.AfterWidths()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.xAxis.AxisMinValue) / (theGraph.xAxis.AxisMaxValue - theGraph.xAxis.AxisMinValue) * theGraph.xAxisLength);
}
if (theGraph.orientationType == WMG_Axis_Graph.orientationTypes.vertical) {
newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + aSeries.AfterHeights()[i];
newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + theGraph.barWidth / 2;
if (aSeries.getBarIsNegative(i)) {
newY = -aSeries.dataLabelsOffset.y - aSeries.AfterHeights()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.yAxis.AxisMinValue) / (theGraph.yAxis.AxisMaxValue - theGraph.yAxis.AxisMinValue) * theGraph.yAxisLength);
}
}
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
}
if (!aSeries.currentlyAnimating) {
aSeries.currentlyAnimating = true;
}
}
private void SeriesDataChangedMethod(WMG_Series aSeries)
{
// Animate the points, links, and bars
List <GameObject> objects = aSeries.getPoints();
for (int i = 0; i < objects.Count; i++)
{
if (theGraph.graphType == WMG_Axis_Graph.graphTypes.line)
{
// For line graphs, need to animate links as well via callback functions
GameObject go = objects[i]; // otherwise causes warnings when used in lambda expression for DOTween callback
string tweenId = "seriesAutoAnim" + i;
WMG_Anim.animPositionCallbacks(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y),
() => animateLinkCallback(aSeries, go), () => animateLinkCallbackEnd(aSeries), tweenId);
}
else
{
// For bar graphs, animate widths and heights in addition to position. Depending on pivot / GUI system, animating width / height also affects position
Vector2 newPos = theGraph.getChangeSpritePositionTo(objects[i], new Vector2(aSeries.AfterPositions()[i].x, aSeries.AfterPositions()[i].y));
WMG_Anim.animPosition(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
WMG_Anim.animSize(objects[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector2(aSeries.AfterWidths()[i], aSeries.AfterHeights()[i]));
}
}
// Animate the data point labels
List <GameObject> dataLabels = aSeries.getDataLabels();
for (int i = 0; i < dataLabels.Count; i++)
{
if (theGraph.graphType == WMG_Axis_Graph.graphTypes.line)
{
float newX = aSeries.dataLabelsOffset.x;
float newY = aSeries.dataLabelsOffset.y;
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
newPos = new Vector2(newPos.x + aSeries.AfterPositions()[i].x + theGraph.getSpriteOffsetX(objects[i]), newPos.y + aSeries.AfterPositions()[i].y + theGraph.getSpriteOffsetY(objects[i]));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
else
{
float newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + theGraph.barWidth / 2;
float newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + aSeries.AfterWidths()[i];
if (aSeries.getBarIsNegative(i))
{
newX = -aSeries.dataLabelsOffset.x - aSeries.AfterWidths()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.xAxisMinValue) / (theGraph.xAxisMaxValue - theGraph.xAxisMinValue) * theGraph.xAxisLength);
}
if (theGraph.orientationType == WMG_Axis_Graph.orientationTypes.vertical)
{
newY = aSeries.dataLabelsOffset.y + aSeries.AfterPositions()[i].y + aSeries.AfterHeights()[i];
newX = aSeries.dataLabelsOffset.x + aSeries.AfterPositions()[i].x + theGraph.barWidth / 2;
if (aSeries.getBarIsNegative(i))
{
newY = -aSeries.dataLabelsOffset.y - aSeries.AfterHeights()[i] + Mathf.RoundToInt((theGraph.barAxisValue - theGraph.yAxisMinValue) / (theGraph.yAxisMaxValue - theGraph.yAxisMinValue) * theGraph.yAxisLength);
}
}
Vector2 newPos = theGraph.getChangeSpritePositionTo(dataLabels[i], new Vector2(newX, newY));
WMG_Anim.animPosition(dataLabels[i], theGraph.autoAnimationsDuration, theGraph.autoAnimationsEasetype,
new Vector3(newPos.x, newPos.y));
}
}
}