private void OrigTargetDiffVal(PlanningOutcomeItem item, float origVal, float currVal, float targetVal)
{
float maxDistributionGraphWidth = item.MaxDistributionGraphWidth;
float origTargetGraphWidth = maxDistributionGraphWidth;
float origTargetDiffVal = Mathf.Abs(origVal - targetVal);
float minVal = Mathf.Min(origVal, targetVal);
float currMinDiffVal = currVal - minVal;
float currMinDiffAbsVal = Mathf.Abs(currMinDiffVal);
if (!origTargetDiffVal.Equals(0.0f))
{
float currPercent = currMinDiffVal / origTargetDiffVal, currGraphWidth;
if (currMinDiffAbsVal > origTargetDiffVal)
{
origTargetGraphWidth = origTargetDiffVal / currMinDiffAbsVal * maxDistributionGraphWidth;
currGraphWidth = maxDistributionGraphWidth;
}
else
{
currGraphWidth = Mathf.Abs(currPercent) * maxDistributionGraphWidth;
}
item.SetGraphProperties("CurrentGraphBar", currPercent, currGraphWidth);
item.SetOrigTargetDiffGraphDotProperties(origVal, targetVal, origTargetGraphWidth);
bool cond = !currMinDiffVal.Equals(0.0f) && !origTargetDiffVal.Equals(0.0f);
item.ShowGraph("OriginalGraphDot", false);
item.ShowGraph("CurrentGraphBar", cond);
item.ShowGraph("TargetGraphDot", false);
item.ShowGraph("OrigTargetSameGraphDot", false);
item.ShowOrigTargetDiffGraphDot(cond);
}
}
private void OrigTargetSameVal(PlanningOutcomeItem item, float origVal, float currVal)
{
float maxDistributionGraphWidth = item.MaxDistributionGraphWidth;
float origTargetGraphWidth = maxDistributionGraphWidth;
if (!origVal.Equals(0.0f))
{
float currPercent = currVal / origVal;
float currGraphWidth;
if (currVal > origVal)
{
origTargetGraphWidth = origVal / currVal * maxDistributionGraphWidth;
currGraphWidth = maxDistributionGraphWidth;
}
else
{
currGraphWidth = currPercent * maxDistributionGraphWidth;
}
item.SetGraphProperties("CurrentGraphBar", currPercent, currGraphWidth);
item.SetGraphProperties("OrigTargetSameGraphDot", 1.0f, origTargetGraphWidth);
bool cond = !currVal.Equals(0.0f) && !origVal.Equals(0.0f);
item.ShowGraph("OriginalGraphDot", false);
item.ShowGraph("CurrentGraphBar", cond);
item.ShowGraph("TargetGraphDot", false);
item.ShowGraph("OrigTargetSameGraphDot", cond);
item.ShowOrigTargetDiffGraphDot(false);
}
}
private void HasCurrTargetVals(PlanningOutcomeItem item, float currVal, float targetVal)
{
float maxDistributionGraphWidth = item.MaxDistributionGraphWidth;
float targetGraphWidth = maxDistributionGraphWidth;
if (!targetVal.Equals(0.0f))
{
float currPercent = currVal / targetVal;
float currGraphWidth;
if (currVal > targetVal)
{
targetGraphWidth = targetVal / currVal * maxDistributionGraphWidth;
currGraphWidth = maxDistributionGraphWidth;
}
else
{
currGraphWidth = currPercent * maxDistributionGraphWidth;
}
item.SetGraphProperties("CurrentGraphBar", currPercent, currGraphWidth);
item.SetGraphProperties("TargetGraphDot", (targetVal * 0.01f) > 0.0f ? 1.0f : 0.0f, targetGraphWidth);
bool cond = !currVal.Equals(0.0f) && !targetVal.Equals(0.0f);
item.ShowGraph("OriginalGraphDot", false);
item.ShowGraph("CurrentGraphBar", cond);
item.ShowGraph("TargetGraphDot", cond);
item.ShowGraph("OrigTargetSameGraphDot", false);
item.ShowOrigTargetDiffGraphDot(false);
}
}
private void UpdatePlanningOutcomeItem(KeyValuePair <string, float> pair, PlanningOutcomeItem item)
{
item.SetHeaderValue(pair.Key);
// Items
item.SetItemValue("Units", Typology.info[pair.Key].units);
// Values obtained from data layers existing in site with matching name to attribute
bool hasOrigVals = (gridValues != null && gridValues.ContainsKey(pair.Key));
float origVal = hasOrigVals ? gridValues[pair.Key] : 0.0f;
item.SetItemValue("Original", hasOrigVals ? origVal.ToString("#,##0.##") : translator.Get("N/A"));
// Values obtained from summaryValues
bool hasCurrVals = (summaryValues != null && summaryValues.ContainsKey(pair.Key));
float currVal = hasCurrVals ? summaryValues[pair.Key] : 0.0f;
item.SetItemValue("Current", hasCurrVals ? currVal.ToString("#,##0.##") : translator.Get("N/A"));
// Values obtained from targetValues
bool hasTargetVals = (targetValues != null && targetValues.ContainsKey(pair.Key));
float targetVal = hasTargetVals ? targetValues[pair.Key] : 0.0f;
item.SetItemValue("Target", hasTargetVals ? targetVal.ToString("#,##0.##") : translator.Get("N/A"));
item.ShowItem("Target", hasTargetVals);
// Graphs
// Compute percentages and widths
if (!hasTargetVals)
{
if (hasOrigVals)
{
HasOrigCurrVals(item, origVal, currVal);
}
else
{
item.SetGraphProperties("CurrentGraphBar", (currVal * 0.01f) > 0.0f ? 1.0f : 0.0f, item.MaxDistributionGraphWidth, false);
item.ShowGraph("OriginalGraphDot", false);
item.ShowGraph("CurrentGraphBar", false);
item.ShowGraph("TargetGraphDot", false);
item.ShowGraph("OrigTargetSameGraphDot", false);
item.ShowOrigTargetDiffGraphDot(false);
}
}
else
{
if (hasOrigVals)
{
HasOrigCurrTargetVals(item, origVal, currVal, targetVal);
}
else
{
HasCurrTargetVals(item, currVal, targetVal);
}
}
}
private void NewPlanningOutcomeItem(KeyValuePair <string, float> pair)
{
PlanningOutcomeItem item = Instantiate(planningOutcomeItemPrefab, planningOutcomesContainer, false);
item.Init();
UpdatePlanningOutcomeItem(pair, item);
planningOutcomeItems.Add(pair.Key, item);
}
private void HasOrigCurrTargetVals(PlanningOutcomeItem item, float origVal, float currVal, float targetVal)
{
if (origVal.Equals(targetVal))
{
OrigTargetSameVal(item, origVal, currVal);
}
else
{
OrigTargetDiffVal(item, origVal, currVal, targetVal);
}
}