float metricToValue(KSProject proj, KSMetric metric, string type)
{
string label = metric.Name;
GeoBounds gb = GeoBounds.List[GA.Geographic];
if(label == "Latitude")
return (proj.GetMetric("Lat") - gb.Bottom) * 10 / gb.Scale;
if(label == "Longitude")
return (proj.GetMetric("Lon") - gb.Left) * 10 / gb.Scale;
float zoom = GA.zoom;
float s, logValue;
if(type == "linear")
return proj.GetMetric(label) / metric.Zoom / zoom;
else
{
//s ^ 10 = modifier * zoom * 10
//s ^ x = value
s = Mathf.Log(metric.Zoom * zoom, 10);
logValue = proj.GetMetric(label) > 0 ? Mathf.Log(proj.GetMetric(label), s) : 0;
//Debug.Log(s + " ^ " + logValue + " = " + proj.GetMetric(label));
return logValue;
}
return 0;
/*
switch(label.ToLower())
//switch(label)
{
case "raised":
if(type == "linear")
return proj.raised / Modifiers["Raised"] / zoom;
else
{
// s ^ 10 = modifier * zoom * 10
// s ^ x = value
s = Mathf.Log(Modifiers["Raised"] * zoom, 10);
logValue = proj.raised > 0 ? Mathf.Log(proj.raised, s) : 0;
//Debug.Log(s + " ^ " + logValue + " = " + proj.raised);
return logValue;
}
break;
case "goal":
//return proj.goal / Modifiers["Goal"] / zoom;
val = proj.goal / Modifiers["Goal"] / zoom;
if(type == "linear")
return val;
else
{
s = Mathf.Log(Modifiers["Goal"] * zoom, 10);
logValue = proj.goal > 0 ? Mathf.Log(proj.goal, s) : 0;
//Debug.Log(proj.raised + " ^ " + s + " = " + logValue);
return logValue;
}
break;
case "backers":
//return proj.backers / Modifiers["Backers"] / zoom;
if(type == "linear")
return proj.backers / Modifiers["Backers"] / zoom;
else
{
s = Mathf.Log(Modifiers["Backers"] * zoom, 10);
logValue = proj.backers > 0 ? Mathf.Log(proj.backers, s) : 0;
return logValue;
}
break;
case "comments":
//return proj.comments / Modifiers["Comments"] / zoom;
if(type == "linear")
return proj.comments / Modifiers["Comments"] / zoom;
else
{
s = Mathf.Log(Modifiers["Comments"] * zoom, 10);
logValue = proj.comments > 0 ? Mathf.Log(proj.comments, s) : 0;
return logValue;
}
break;
case "dpb":
//return proj.backers == 0 ? 0 : proj.raised / proj.backers / Modifiers["DpB"] / zoom;
if(type == "linear")
return Mathf.Min(proj.backers, proj.raised) == 0 ? 0 : proj.raised / proj.backers / Modifiers["DpB"] / zoom;
else
{
s = Mathf.Log(Modifiers["DpB"] * zoom, 10);
logValue = proj.backers > 0 ? Mathf.Log(proj.raised / proj.backers, s) : 0;
return logValue;
}
break;
case "% raised":
//return proj.raised / proj.goal / Modifiers["% Raised"] / zoom;
if(type == "linear")
return proj.raised / proj.goal / Modifiers["% Raised"] / zoom;
else
{
s = Mathf.Log(Modifiers["DpB"] * zoom, 10);
logValue = proj.raised > 0 ? Mathf.Log((proj.raised / proj.goal) + 1, s) : 0;
return logValue;
}
break;
case "latitude":
return (proj.lat - gb.Bottom) * 10 / gb.Scale;
break;
case "longitude":
return (proj.lon - gb.Left) * 10 / gb.Scale;
break;
case "zero":
default:
return 0;
break;
}*/
}
float metricToValue(KSProject proj, KSMetric metric, string type)
{
string label = metric.Name;
GeoBounds gb = GeoBounds.List[GA.Geographic];
if (label == "Latitude")
{
return((proj.GetMetric("Lat") - gb.Bottom) * 10 / gb.Scale);
}
if (label == "Longitude")
{
return((proj.GetMetric("Lon") - gb.Left) * 10 / gb.Scale);
}
float zoom = GA.zoom;
float s, logValue;
if (type == "linear")
{
return(proj.GetMetric(label) / metric.Zoom / zoom);
}
else
{
//s ^ 10 = modifier * zoom * 10
//s ^ x = value
s = Mathf.Log(metric.Zoom * zoom, 10);
logValue = proj.GetMetric(label) > 0 ? Mathf.Log(proj.GetMetric(label), s) : 0;
//Debug.Log(s + " ^ " + logValue + " = " + proj.GetMetric(label));
return(logValue);
}
return(0);
/*
* switch(label.ToLower())
* //switch(label)
* {
* case "raised":
* if(type == "linear")
* return proj.raised / Modifiers["Raised"] / zoom;
* else
* {
* // s ^ 10 = modifier * zoom * 10
* // s ^ x = value
* s = Mathf.Log(Modifiers["Raised"] * zoom, 10);
* logValue = proj.raised > 0 ? Mathf.Log(proj.raised, s) : 0;
*
* //Debug.Log(s + " ^ " + logValue + " = " + proj.raised);
* return logValue;
* }
* break;
*
* case "goal":
* //return proj.goal / Modifiers["Goal"] / zoom;
* val = proj.goal / Modifiers["Goal"] / zoom;
* if(type == "linear")
* return val;
* else
* {
* s = Mathf.Log(Modifiers["Goal"] * zoom, 10);
* logValue = proj.goal > 0 ? Mathf.Log(proj.goal, s) : 0;
*
* //Debug.Log(proj.raised + " ^ " + s + " = " + logValue);
* return logValue;
* }
* break;
*
* case "backers":
* //return proj.backers / Modifiers["Backers"] / zoom;
* if(type == "linear")
* return proj.backers / Modifiers["Backers"] / zoom;
* else
* {
* s = Mathf.Log(Modifiers["Backers"] * zoom, 10);
* logValue = proj.backers > 0 ? Mathf.Log(proj.backers, s) : 0;
* return logValue;
* }
* break;
* case "comments":
* //return proj.comments / Modifiers["Comments"] / zoom;
* if(type == "linear")
* return proj.comments / Modifiers["Comments"] / zoom;
* else
* {
* s = Mathf.Log(Modifiers["Comments"] * zoom, 10);
* logValue = proj.comments > 0 ? Mathf.Log(proj.comments, s) : 0;
* return logValue;
* }
* break;
* case "dpb":
* //return proj.backers == 0 ? 0 : proj.raised / proj.backers / Modifiers["DpB"] / zoom;
* if(type == "linear")
* return Mathf.Min(proj.backers, proj.raised) == 0 ? 0 : proj.raised / proj.backers / Modifiers["DpB"] / zoom;
* else
* {
* s = Mathf.Log(Modifiers["DpB"] * zoom, 10);
* logValue = proj.backers > 0 ? Mathf.Log(proj.raised / proj.backers, s) : 0;
* return logValue;
* }
* break;
* case "% raised":
* //return proj.raised / proj.goal / Modifiers["% Raised"] / zoom;
* if(type == "linear")
* return proj.raised / proj.goal / Modifiers["% Raised"] / zoom;
* else
* {
* s = Mathf.Log(Modifiers["DpB"] * zoom, 10);
* logValue = proj.raised > 0 ? Mathf.Log((proj.raised / proj.goal) + 1, s) : 0;
* return logValue;
* }
* break;
* case "latitude":
* return (proj.lat - gb.Bottom) * 10 / gb.Scale;
* break;
* case "longitude":
* return (proj.lon - gb.Left) * 10 / gb.Scale;
* break;
* case "zero":
* default:
* return 0;
* break;
*
* }*/
}
