public void InputToCSVObject(string text, ConvergeManager convergeManager = null)
{
this.convergeManager = convergeManager;
CSVObject csvObject = Functions.ParseCSV(text);
CreateSeriesSet(csvObject);
}
//Factory method for creating new Database component with specified mode
public static Database NewDatabase(GameObject gameObject, int mode, ConvergeManager manager)
{
Database thisObj = gameObject.AddComponent<Database> ().GetComponent<Database> ();
//calls Start() on the object and initializes it.
thisObj.mode = mode;
thisObj.manager = manager;
return thisObj;
}
//Factory method for creating new View component with specified mode and manager
public static View NewView(GameObject gameObject, int mode, ConvergeManager manager)
{
View thisObj = gameObject.AddComponent<View> ().GetComponent<View> ();
//calls Start() on the object and initializes it.
thisObj.mode = mode;
thisObj.manager = manager;
return thisObj;
}
//Factory method for creating new Database component with specified mode
public static Database NewDatabase(GameObject gameObject, int mode, ConvergeManager manager)
{
Database thisObj = gameObject.AddComponent <Database> ().GetComponent <Database> ();
//calls Start() on the object and initializes it.
thisObj.mode = mode;
thisObj.manager = manager;
return(thisObj);
}
//Factory method for creating new View component with specified mode and manager
public static View NewView(GameObject gameObject, int mode, ConvergeManager manager)
{
View thisObj = gameObject.AddComponent <View> ().GetComponent <View> ();
//calls Start() on the object and initializes it.
thisObj.mode = mode;
thisObj.manager = manager;
return(thisObj);
}
private bool isActiveLegend = false; //disabled permanently
public GraphsCompare(
CSVObject csv1,
CSVObject csv2,
float left,
float top,
float pageWidth,
float height,
string title1,
string title2,
int xNumMarkers,
Database foodWeb,
ConvergeManager manager
)
{
this.left = left;
this.top = top;
this.height = height;
if (isActiveLegend)
{
widthGraph = (pageWidth - widthLegend - (bufferGraph * 2)) / 2;
}
else
{
widthGraph = (pageWidth - (bufferGraph * 2)) / 2;;
}
this.foodWeb = foodWeb;
//object for handling common graph control info
this.manager = manager;
graph1 = new GraphUnit(
csv1,
left,
top,
widthGraph,
height,
title1,
xNumMarkers,
manager,
true
);
graph2 = new GraphUnit(
csv2,
left + widthGraph + bufferGraph,
top,
widthGraph,
height,
title2,
xNumMarkers,
manager,
false
);
NormalizeYScale();
}
public GraphsCompare(
CSVObject csv1,
CSVObject csv2,
float left,
float top,
float pageWidth,
float height,
string title1,
string title2,
int xNumMarkers,
Database foodWeb,
ConvergeManager manager
)
{
this.left = left;
this.top = top;
this.height = height;
if (isActiveLegend) {
widthGraph = (pageWidth - widthLegend - (bufferGraph * 2)) / 2;
} else {
widthGraph = (pageWidth - (bufferGraph * 2)) / 2;;
}
this.foodWeb = foodWeb;
//object for handling common graph control info
this.manager = manager;
graph1 = new GraphUnit (
csv1,
left,
top,
widthGraph,
height,
title1,
xNumMarkers,
manager,
true
);
graph2 = new GraphUnit (
csv2,
left + widthGraph + bufferGraph,
top,
widthGraph,
height,
title2,
xNumMarkers,
manager,
false
);
NormalizeYScale ();
}
public GraphUnit(
CSVObject csv,
float left,
float top,
float width,
float height,
string title,
int xNumMarkers,
ConvergeManager convergeManager,
bool isFirstGraph
)
{
this.csv = csv;
this.labels = this.csv.xLabels;
this.left = left + (isFirstGraph ? 0 : yLabelingWidth / 2);
this.top = top;
this.width = width + (isFirstGraph ? yLabelingWidth / 2 : - yLabelingWidth / 2);
this.height = height;
this.title = title;
this.xNumMarkers = xNumMarkers;
this.convergeManager = convergeManager;
this.isFirstGraph = isFirstGraph;
xTitle = "Month";
yTitle = "Score";
yTitle = "Biomass";
seriesList = new Dictionary<string, Series> ();
graphRect = new Rect (this.left, this.top, this.width, this.height);
hStart = new Vector2 ((isFirstGraph ? yLabelingWidth : 0) + bufferBorder, graphRect.height - 35);
hEnd = new Vector2 (graphRect.width - bufferBorder, hStart.y);
xAxisLength = Vector2.Distance (hStart, hEnd); // * 0.95f;
xUnitLength = xAxisLength / xNumMarkers;
vStart = new Vector2 (hStart.x, hStart.y);
vEnd = new Vector2 (vStart.x, bufferBorder);
yAxisLength = Vector2.Distance (vStart, vEnd); // * 0.95f;
yUnitLength = yAxisLength / yNumMarkers;
lineMarkerTex = Resources.Load<Texture2D> ("chart_dot");
font = Resources.Load<Font> ("Fonts/" + "Chalkboard");
UpdateData ();
}
public GraphUnit(
CSVObject csv,
float left,
float top,
float width,
float height,
string title,
int xNumMarkers,
ConvergeManager convergeManager,
bool isFirstGraph
)
{
this.csv = csv;
this.labels = this.csv.xLabels;
this.left = left + (isFirstGraph ? 0 : yLabelingWidth / 2);
this.top = top;
this.width = width + (isFirstGraph ? yLabelingWidth / 2 : -yLabelingWidth / 2);
this.height = height;
this.title = title;
this.xNumMarkers = xNumMarkers;
this.convergeManager = convergeManager;
this.isFirstGraph = isFirstGraph;
xTitle = "Month";
yTitle = "Score";
yTitle = "Biomass";
seriesList = new Dictionary <string, Series> ();
graphRect = new Rect(this.left, this.top, this.width, this.height);
hStart = new Vector2((isFirstGraph ? yLabelingWidth : 0) + bufferBorder, graphRect.height - 35);
hEnd = new Vector2(graphRect.width - bufferBorder, hStart.y);
xAxisLength = Vector2.Distance(hStart, hEnd); // * 0.95f;
xUnitLength = xAxisLength / xNumMarkers;
vStart = new Vector2(hStart.x, hStart.y);
vEnd = new Vector2(vStart.x, bufferBorder);
yAxisLength = Vector2.Distance(vStart, vEnd); // * 0.95f;
yUnitLength = yAxisLength / yNumMarkers;
lineMarkerTex = Resources.Load <Texture2D> ("chart_dot");
font = Resources.Load <Font> ("Fonts/" + "Chalkboard");
UpdateData();
}
void Awake()
{
seriesSets = new List <SeriesSet> ();
csvList = new List <CSVObject> ();
convergeManager = null;
title = "Progress Report: Average Biomass Difference from Target";
xTitle = "Attempt #";
yTitle = "Biomass Difference";
left = (Screen.width - width) / 2;
top = 100;
windowRect = new Rect(left, top, width, height);
graphRect = new Rect(20, 30, 650, 325);
sliderRect = new Rect(
graphRect.x + (graphRect.width / 2) - 100,
graphRect.x + graphRect.height + 20,
200,
30
);
hStart = new Vector2(85, graphRect.height - 75);
hEnd = new Vector2(graphRect.width - 50, hStart.y);
xAxisLength = Vector2.Distance(hStart, hEnd) * 0.95f;
xUnitLength = xAxisLength / xNumMarkers;
interBarWidth = (xAxisLength - (barWidth * perPage)) / perPage;
vStart = new Vector2(hStart.x, hStart.y);
vEnd = new Vector2(vStart.x, 30);
yAxisLength = Vector2.Distance(vStart, vEnd) * 0.95f;
yUnitLength = yAxisLength / yNumMarkers;
lineMarkerTex = Resources.Load <Texture2D> ("chart_dot");
barTexture = Functions.CreateTexture2D(Color.white);
barLegend = new BarLegend(new Rect(width - 200 - 20, 30, 200, 325), this);
//gameObject.AddComponent<GraphInput>().graph = this; jtc-commented out
// DH change
scores = new List <int>(); // arraylist of scores, starting from initial
}
public ConvergeAttempt(int player_id,
int ecosystem_id,
int attempt_id,
bool allow_hints,
int hint_id,
string config,
string csv_string,
ConvergeManager manager
)
{
this.player_id = player_id;
this.ecosystem_id = ecosystem_id;
this.attempt_id = attempt_id;
this.allow_hints = allow_hints;
this.hint_id = hint_id;
this.config = config;
SetCSV(csv_string);
this.seriesParams = null;
}
//update variables and graph configuration as necessary with updated attempt info
private void FinalizeAttemptUpdate(int attemptIdx, bool newEcosystem)
{
referenceAttemptIdx = attemptIdx;
if (newEcosystem)
{
manager = new ConvergeManager();
}
//refresh or replace graphs as appropriate
GenerateGraphs(newEcosystem);
//extract data entry field data
//note: has dependency on manager info generated in graphs,
//so has to appear following GenerateGraphs
currAttempt.ParseConfig(manager);
SetIsProcessing(false);
}
//separate out parameter value information from configuration string
//note: link level parameters are not supported in this implementation
public void ParseConfig(ConvergeManager manager)
{
this.manager = manager;
this.seriesParams = new Dictionary <string, ConvergeParam>();
string remainder = config;
int nodeCnt = 0;
int nodeId;
int start, end, nodeIdx;
int paramCnt;
float value, valNotNeeded;
string name;
string paramId;
//sequence is nodeCnt,[node0],biomass0,perunitbiomass0,paramCnt0,(if any)paramID0,value0,paramID1,value1,...
//[node1],biomass1,perunitbiomass1,paramCnt1,...,[nodeN],biomassN,...
if (remainder != null)
{
//"nodeCnt,"
nodeCnt = int.Parse(remainder.Substring(0, remainder.IndexOf(",")));
}
for (int i = 0; i < nodeCnt; i++)
{
//"[node_Id(i)],biomass(i),"
start = remainder.IndexOf("[");
end = remainder.IndexOf("],");
nodeId = int.Parse(remainder.Substring(start + 1, end - start - 1));
nodeIdx = manager.seriesNodes.IndexOf(nodeId);
name = manager.seriesLabels[nodeIdx];
remainder = remainder.Substring(end + 2); //"],"
end = remainder.IndexOf(",");
valNotNeeded = float.Parse(remainder.Substring(0, end)); //biomass
remainder = remainder.Substring(end + 1);
end = remainder.IndexOf(",");
valNotNeeded = float.Parse(remainder.Substring(0, end)); //per-unit-biomass
remainder = remainder.Substring(end + 1);
end = remainder.IndexOf(",");
//get counts of node parameters for current node
paramCnt = int.Parse(remainder.Substring(0, end));
remainder = remainder.Substring(end + 1);
//get node parameters
for (int j = 0; j < paramCnt; j++)
{
//"paramID(j)=value(j),"
start = remainder.IndexOf("=");
paramId = remainder.Substring(0, start).ToUpper();
end = remainder.IndexOf(",");
value = float.Parse(remainder.Substring(start + 1, end - start - 1));
remainder = remainder.Substring(end + 1);
ConvergeParam param = new ConvergeParam(name, nodeId, paramId, value);
seriesParams.Add(param.nodeIdParamId, param);
}
//get link parameters
end = remainder.IndexOf(",");
if (end == Constants.ID_NOT_SET)
{
end = remainder.Length;
}
paramCnt = int.Parse(remainder.Substring(0, end));
if (paramCnt != 0)
{
Debug.LogError("Error in ConvergeAttempt::ParseConfig() - link parameters found but not supported.");
}
}
}
public void InputToCSVObject(string text, ConvergeManager convergeManager = null)
{
this.convergeManager = convergeManager;
CSVObject csvObject = Functions.ParseCSV (text);
CreateSeriesSet (csvObject);
}
//update variables and graph configuration as necessary with updated attempt info
private void FinalizeAttemptUpdate(int attemptIdx, bool newEcosystem)
{
referenceAttemptIdx = attemptIdx;
if (newEcosystem) {
manager = new ConvergeManager ();
}
//refresh or replace graphs as appropriate
GenerateGraphs (newEcosystem);
//extract data entry field data
//note: has dependency on manager info generated in graphs,
//so has to appear following GenerateGraphs
currAttempt.ParseConfig (manager);
SetIsProcessing (false);
}
//separate out parameter value information from configuration string
//note: link level parameters are not supported in this implementation
public void ParseConfig(ConvergeManager manager)
{
//this.manager = manager;
this.seriesParams = new Dictionary<string, ConvergeParam>();
string remainder = config;
int nodeCnt = 0;
int nodeId;
int start, end, nodeIdx;
int paramCnt;
float value, valNotNeeded;
string name;
string paramId;
//sequence is nodeCnt,[node0],biomass0,perunitbiomass0,paramCnt0,(if any)paramID0,value0,paramID1,value1,...
//[node1],biomass1,perunitbiomass1,paramCnt1,...,[nodeN],biomassN,...
if (remainder != null) {
//"nodeCnt,"
nodeCnt = int.Parse(remainder.Substring(0, remainder.IndexOf(",")));
}
for (int i = 0; i < nodeCnt; i++) {
//"[node_Id(i)],biomass(i),"
start = remainder.IndexOf("[");
end = remainder.IndexOf("],");
nodeId = int.Parse(remainder.Substring(start + 1, end - start - 1));
nodeIdx = manager.seriesNodes.IndexOf (nodeId);
name = manager.seriesLabels[nodeIdx];
remainder = remainder.Substring(end + 2); //"],"
end = remainder.IndexOf(",");
valNotNeeded = float.Parse(remainder.Substring(0, end)); //biomass
remainder = remainder.Substring(end + 1);
end = remainder.IndexOf(",");
valNotNeeded = float.Parse(remainder.Substring(0, end)); //per-unit-biomass
remainder = remainder.Substring(end + 1);
end = remainder.IndexOf(",");
//get counts of node parameters for current node
paramCnt = int.Parse(remainder.Substring(0, end));
remainder = remainder.Substring(end + 1);
//get node parameters
for (int j = 0; j < paramCnt; j++) {
//"paramID(j)=value(j),"
start = remainder.IndexOf("=");
paramId = remainder.Substring(0, start).ToUpper();
end = remainder.IndexOf(",");
value = float.Parse(remainder.Substring(start + 1, end - start - 1));
remainder = remainder.Substring(end + 1);
ConvergeParam param = new ConvergeParam (name, nodeId, paramId, value);
seriesParams.Add (param.nodeIdParamId, param);
}
//get link parameters
end = remainder.IndexOf(",");
if (end == Constants.ID_NOT_SET) {
end = remainder.Length;
}
paramCnt = int.Parse(remainder.Substring(0, end));
if (paramCnt != 0) {
Debug.LogError ("Error in ConvergeAttempt::ParseConfig() - link parameters found but not supported.");
}
}
}