public static Vector2[] GetPath(Vector2 bottomLeft, Vector2 topRight, Vector2 start, Vector2 goal)
{
GridPosition startGrid = new GridPosition(start);
GridPosition goalGrid = new GridPosition(goal);
Queue <SearchNode> nodeQueue = new Queue <SearchNode> ();
nodeQueue.Enqueue(new SearchNode(startGrid, null));
SearchMap map = new SearchMap(new GridPosition(bottomLeft), new GridPosition(topRight));
map.SetSearched(startGrid);
Vector2[] gridPath = Search(nodeQueue, goalGrid, map);
/*
* Vector2[] fullPath = new Vector2[gridPath.Length + 2];
* fullPath [0] = start;
* fullPath [fullPath.Length - 1] = goal;
* for (int i = 0; i < gridPath.Length; i++)
* {
* fullPath [i + 1] = gridPath [i];
* }
*/
gridPath [0] = start;
gridPath [gridPath.Length - 1] = goal;
return(gridPath);
}
public IHttpActionResult GetCondoRegisterMenu2(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
/* switch (SectionType)
* {
* case "1":sectionT = SetionType.Region;break;
* case "2": sectionT = SetionType.Provice; break;
* case "3": sectionT = SetionType.Amphur; break;
* }*/
if (searchDto.FromYear != null && searchDto.FromMonth != null)
{
searchDto.FromYearMonth = searchDto.FromYear + Converting.ToInt(searchDto.FromMonth).ToString("##00");
}
if (searchDto.ToYear != null && searchDto.ToMonth != null)
{
searchDto.ToYearMonth = searchDto.ToYear + Converting.ToInt(searchDto.ToMonth).ToString("##00");
}
var estimateData = repos.GetCondoRegisterMenu2(searchDto);
return(Json(estimateData));
}
protected override void Initialize(Settings modSettings)
{
this.LookupName = modSettings.GetString("lookupname");
this.MetaName = modSettings.GetString("metaname");
thisLookup = Lookups.Get(LookupName);
}
public IHttpActionResult GetPrice(SearchMap searchDto)
{
List <EstimateData> estimateData = null;
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
/* switch (SectionType)
* {
* case "1":sectionT = SetionType.Region;break;
* case "2": sectionT = SetionType.Provice; break;
* case "3": sectionT = SetionType.Amphur; break;
* }*/
if (searchDto.costEstUnitType == "2") // ราคาซื้อขาย
{
estimateData = repos.GetPrice(searchDto);
estimateData = estimateData.Where(o => (Converting.ToDecimal(o.MarketWAHPrice) >= Converting.ToDecimal(searchDto.costEstMin) &&
Converting.ToDecimal(o.MarketWAHPrice) <= Converting.ToDecimal(searchDto.costEstMax)))
.OrderByDescending(x => Converting.ToDecimal(x.MarketWAHPriceMax)).ToList();
}
else
{
estimateData = repos.GetPrice(searchDto).Where(o => (Converting.ToDecimal(o.ParcelWAHPrice) >= Converting.ToDecimal(searchDto.costEstMin) &&
Converting.ToDecimal(o.ParcelWAHPrice) <= Converting.ToDecimal(searchDto.costEstMax)))
.OrderByDescending(x => Converting.ToDecimal(x.ParcelWAHPriceMax)).ToList();
}
return(Json(estimateData));
}
public IHttpActionResult GetSection1EstimateList(SearchMap searchDto)
{
var repos = new TDAssetRespository();
var estimateData = repos.GetSection1EstimateList(searchDto);
return(Json(estimateData));
}
public IHttpActionResult GetPriceBI(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
GetPriceBI resultList = new GetPriceBI();
List <string> data = null;
List <BarchartValue> value = null;
List <BarchartValue> value2 = null;
BarchartValue barValue = null;
var barchart = new Barchart();
int row = 0;
var estimateData = repos.GetPriceBI(searchDto);
resultList.EstimateData = estimateData.OrderByDescending(o => Converting.ToDecimal(o.ParcelWAHPriceMax))
.ThenBy(c => c.MarketWAHPriceMax).ThenBy(c => c.DisplayName).ToList();
if (estimateData != null)
{
data = new List <string>();
value = new List <BarchartValue>();
value2 = new List <BarchartValue>();
row = 0;
foreach (EstimateData result in estimateData.OrderByDescending(o => Converting.ToDecimal(o.ParcelWAHPriceMax))
.ThenBy(c => c.MarketWAHPriceMax).ThenBy(c => c.DisplayName))
{
if (row >= overMax)
{
break;
}
barValue = new BarchartValue();
barValue.name = result.DisplayName;
barValue.value = Converting.ToDecimal(result.ParcelWAHPriceMax);
barValue.key = result.DisplayCode;
value.Add(barValue);
barValue = new BarchartValue();
barValue.name = result.DisplayName;
barValue.value = Converting.ToDecimal(result.MarketWAHPriceMax);
barValue.key = result.DisplayCode;
value2.Add(barValue);
data.Add(result.DisplayName);
row++;
}
barchart.Data = data;
barchart.Value = value;
barchart.Value2 = value2;
}
resultList.Barchart = barchart;
return(Json(resultList));
}
protected override void Initialize(Settings modSettings)
{
base.Initialize(modSettings);
MetaName = modSettings.GetString("metaname");
SplitKeywords = modSettings.GetBool("splitkeywords", true);
Lookups.DropLookup(LookupName);
thisLookup = Lookups.Get(LookupName);
}
public IHttpActionResult GetPriceOfCondo(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
var estimateData = repos.GetPriceOfCondo(searchDto);
return(Json(estimateData));
}
private static Vector2[] Search(Queue <SearchNode> nodeQueue, GridPosition goal, SearchMap searchMap)
{
if (nodeQueue.Count == 0)
{
return(null);
}
SearchNode node = nodeQueue.Dequeue();
if (node.position.x == goal.x && node.position.y == goal.y)
{
Stack <SearchNode> nodeStack = new Stack <SearchNode> ();
nodeStack.Push(node);
while (nodeStack.Peek().previousNode != null)
{
nodeStack.Push(nodeStack.Peek().previousNode);
}
Vector2[] path = new Vector2[nodeStack.Count];
for (int i = 0; i < path.Length; i++)
{
path [i] = nodeStack.Pop().position.ToVector2();
}
return(path);
}
GridPosition top = new GridPosition(node.position.x, node.position.y + 1);
GridPosition right = new GridPosition(node.position.x + 1, node.position.y);
GridPosition bottom = new GridPosition(node.position.x, node.position.y - 1);
GridPosition left = new GridPosition(node.position.x - 1, node.position.y);
if (!searchMap.CheckSearched(top))
{
searchMap.SetSearched(top);
nodeQueue.Enqueue(new SearchNode(top, node));
}
if (!searchMap.CheckSearched(right))
{
searchMap.SetSearched(right);
nodeQueue.Enqueue(new SearchNode(right, node));
}
if (!searchMap.CheckSearched(bottom))
{
searchMap.SetSearched(bottom);
nodeQueue.Enqueue(new SearchNode(bottom, node));
}
if (!searchMap.CheckSearched(left))
{
searchMap.SetSearched(left);
nodeQueue.Enqueue(new SearchNode(left, node));
}
return(Search(nodeQueue, goal, searchMap));
}
public IHttpActionResult GetProvincesByRegion(int LocationType, string id)
{
searchMap = new SearchMap();
searchMap.LocationType = (LocationType)LocationType;
searchMap.Code = id;
var provinces = (id == null || id == "") ? tdaEntities.PROVINCEs.Select(p => new { PRO_C = p.PRO_C, NAME_T = p.NAME_T }).ToList() : repos.GetProvince(searchMap).Select(p => new { PRO_C = p.PRO_C, NAME_T = p.NAME_T });
return(Json(provinces.Select(p => new { ID = p.PRO_C, Name = p.NAME_T.Replace("จ.", "") }).OrderBy(o => o.Name)));
}
protected SearchMap <SampleDocument> GetMappings(Action <SearchMap <SampleDocument> > mappings)
{
var map = new SearchMap <SampleDocument>();
mappings(map);
if (map.Identity == null)
{
map.Id(x => x.Id);
}
return(map);
}
public IHttpActionResult GetDistrictsByProvince(int LocationType, string id)
{
searchMap = new SearchMap();
searchMap.LocationType = (LocationType)LocationType;
searchMap.Code = id;
var provinces = repos.GetAMPHOE(searchMap);
return(Json(provinces.Select(p => new { ID = p.DIS_C, Name = p.NAME_T }).OrderBy(o => o.Name)));
// return Json(tdaEntities.AMPHOEs.Where(ap => ap.PRO_C == id.ToString()).Select(s => new { ID = s.DIS_C, Name = ((s.NAME_T != null) ? s.NAME_T.Replace("อ.", "") : "") }).ToList());
//return Json(cmEntities.TB_MAS_AMPHUR.Where(p => p.PROVINCE_SEQ == id).OrderBy(o => o.AMPHUR_NAME_TH));
}
/// <summary>
/// Gets a lookup by name
/// </summary>
/// <param name="LookupName">Lookup name.</param>
public static SearchMap <LookupEntry> Get(string LookupName)
{
SearchMap <LookupEntry> thisLookup;
if (lookupLookup.ContainsKey(LookupName))
{
thisLookup = lookupLookup [LookupName];
}
else
{
thisLookup = new SearchMap <LookupEntry>();
lookupLookup.Add(LookupName, thisLookup);
}
return(thisLookup);
}
public IHttpActionResult GetSubDistrictsByDistrict(int LocationType, string id)
{
searchMap = new SearchMap();
searchMap.LocationType = (LocationType)LocationType;
searchMap.Code = id;
var provinces = repos.GetTAMBOL(searchMap);
return(Json(provinces.Select(p => new { ID = p.SUB_C, Name = p.NAME_T }).OrderBy(o => o.Name)));
// return Json(tdaEntities.TAMBOLs.Where(t => t.DIS_C == id.ToString()).Select(s => new { ID = s.SUB_C, Name = ((s.NAME_T != null) ? s.NAME_T.Replace("ต.", "") : "") }));
//return Json(cmEntities.TB_MAS_TAMBOL.Where(p => p.AMPHUR_SEQ == id).OrderBy(o => o.TAMBOL_NAME_TH));
}
public IHttpActionResult GetLandRatio(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
/* switch (SectionType)
* {
* case "1":sectionT = SetionType.Region;break;
* case "2": sectionT = SetionType.Provice; break;
* case "3": sectionT = SetionType.Amphur; break;
* }*/
var estimateData = repos.GetLandRatio(searchDto);
return(Json(estimateData));
}
public void onClickPanel(string trailName)
{
SearchMap searchMap = GameObject.FindGameObjectWithTag("SearchMap").GetComponent <SearchMap> ();
StartCoroutine(searchMap.getTrailForLocation(wwwScript, trailName));
YourPlacesObject.gameObject.SetActive(false);
exploreScrollView.gameObject.SetActive(false);
searchInput.text = "";
searchInput.gameObject.SetActive(true);
searchScrollView.gameObject.SetActive(false);
trailNames.Clear();
cameraHandler.enableSearchMap(); //show search map if not currently showing
hikeButton.gameObject.SetActive(true);
currentSelectedTrail = trailName;
createAnnotationButton.gameObject.SetActive(false);
exitSelectionButton.gameObject.SetActive(true);
}
public void Start()
{
if (Map != null)
{
return;
}
string appUrl = ConfigurationManager.AppSettings["AppUrl"];
if (!Playback.IsInitialized)
{
Playback.Initialize();
}
Map = new SearchMap(appUrl);
Trace("CodedUI initialized");
}
public IHttpActionResult GetPriceOfConstruction(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
/* switch (SectionType)
* {
* case "1":sectionT = SetionType.Region;break;
* case "2": sectionT = SetionType.Provice; break;
* case "3": sectionT = SetionType.Amphur; break;
* }*/
var estimateData = repos.GetPriceOfConstrucion(searchDto);
return(Json(estimateData.OrderByDescending(o => Converting.ToDecimal(o.ParcelPrice)).ToList()));
}
public void Stop()
{
if (Map == null)
{
return;
}
try
{
Playback.Cleanup();
}
catch (Exception ex)
{
Debug.WriteLine(ex, "CodedUI stop error");
}
Map = null;
Trace("CodedUI stopped");
}
public IHttpActionResult GetPriceOfConstructionBI(SearchMap searchDto)
{
var repos = new TDAssetRespository();
SetionType sectionT = new SetionType();
int row = 0;
GetPriceBI resultList = new GetPriceBI();
List <string> data = null;
List <BarchartValue> value = null;
List <BarchartValue2> value2 = null;
BarchartValue barValue = null;
BarchartValue2 barValue3 = null;
var barchart = new Barchart();
var estimateData = repos.GetPriceOfConstrucionBI(searchDto);
resultList.EstimateData = resultList.EstimateData = estimateData.OrderByDescending(o => Converting.ToDecimal(o.ParcelPrice)).ToList();
if (estimateData != null)
{
data = new List <string>();
value = new List <BarchartValue>();
value2 = new List <BarchartValue2>();
foreach (EstimateData result in estimateData.OrderByDescending(o => Converting.ToDecimal(o.ParcelPrice)))
{
if (row >= overMax)
{
break;
}
barValue = new BarchartValue();
barValue.name = result.DisplayName;
barValue.value = Converting.ToDecimal(result.ParcelPrice);
barValue.key = result.DisplayCode;
value.Add(barValue);
// { xAxis: 0, y: 350, name: 'Line', symbolSize: 20, symbol: 'image://../asset/ico/折线图.png' }
barValue3 = new BarchartValue2();
barValue3.xAxis = 0;
barValue3.y = 350;
barValue3.name = result.DisplayName;
barValue3.symbolSize = 20;
barValue3.symbol = "";
barValue3.key = result.DisplayCode;
value2.Add(barValue3);
data.Add(result.DisplayName);
row++;
}
barchart.Data = data;
barchart.Value = value;
barchart.Value3 = value2;
}
resultList.Barchart = barchart;
return(Json(resultList));
}
private void SearchMap_Click(object sender, RoutedEventArgs e)
{
var s = new SearchMap();
s.ShowDialog();
}
public static void Init()
{
GSIL.OpcodeGen.InitAliases();
CharToEscape = new Dictionary <char, char>();
CharToEscape['\r'] = 'r';
CharToEscape['\n'] = 'n';
CharToEscape['\a'] = 'a';
CharToEscape['\f'] = 'f';
CharToEscape['\t'] = 't';
CharToEscape['\v'] = 'v';
CharToEscape['\\'] = '\\';
CharToEscape['"'] = '"';
EscapeToChar = new Dictionary <char, char>();
foreach (var kvp in CharToEscape)
{
EscapeToChar[kvp.Value] = kvp.Key;
}
CondKeys = new SearchMap <ConditionalTypes>(true);
CondKeys[ConditionalTypes.BiConditional] = "if";
CondKeys[ConditionalTypes.Loop] = "while";
CondKeys[ConditionalTypes.LoopEx] = "for";
CondKeys[ConditionalTypes.ObjectLoop] = "foreach";
CondKeys[ConditionalTypes.Converse] = "else";
//CondKeys[ConditionalTypes.ConverseConditional] = "elseif";
CondKeys[ConditionalTypes.MultiConditional] = "switch";
CondTypeMap = new Dictionary <ConditionalTypes, Type>();
CondTypeMap[ConditionalTypes.BiConditional] = typeof(BiConditionalStatement);
CondTypeMap[ConditionalTypes.Converse] = typeof(ConverseStatementPlaceHolder);
CondTypeMap[ConditionalTypes.Loop] = typeof(ConditionalLoopStatement);
CondTypeMap[ConditionalTypes.LoopEx] = typeof(ConditionalLoopExStatement);
CondTypeMap[ConditionalTypes.MultiConditional] = typeof(MultiConditionalStatement);
CondTypeMap[ConditionalTypes.ObjectLoop] = typeof(ConditionalObjectLoopStatement);
DirKeys = new SearchMap <DirectiveType>(true);
DirKeys[DirectiveType.Include] = "include";
//TODO: Add the rest of the assignment operators. The set does not maintain a congruency to assume
//that an equal sign at the end means an assignment, i.e. "<= and >=".
OpKeys = new SearchMap <BinaryOperationType>();
OpKeys[BinaryOperationType.Addition] = "+";
OpKeys[BinaryOperationType.BitAND] = "&";
OpKeys[BinaryOperationType.BitOR] = "|";
OpKeys[BinaryOperationType.BitShiftLeft] = "<<";
OpKeys[BinaryOperationType.BitShiftRight] = ">>";
OpKeys[BinaryOperationType.BitXOR] = "^";
OpKeys[BinaryOperationType.BoolAnd] = "&&";
OpKeys[BinaryOperationType.BoolEquals] = "==";
OpKeys[BinaryOperationType.BoolNotEquals] = "!=";
OpKeys[BinaryOperationType.BoolGreater] = ">";
OpKeys[BinaryOperationType.BoolGreaterEquals] = ">=";
OpKeys[BinaryOperationType.BoolLess] = "<";
OpKeys[BinaryOperationType.BoolLessEquals] = "<=";
OpKeys[BinaryOperationType.BoolNotEquals] = "!=";
OpKeys[BinaryOperationType.BoolOr] = "||";
OpKeys[BinaryOperationType.Division] = "/";
OpKeys[BinaryOperationType.Modulo] = "%";
OpKeys[BinaryOperationType.Multiplication] = "*";
OpKeys[BinaryOperationType.Subtraction] = "-";
OpKeys[BinaryOperationType.Assign] = "=";
/*
* Addition, //a + b
* Subtraction,//a - b
* Division,//a / b
* Multiplication,//a * b
* BitAND,//a & b
* BitOR,//a | b
* BitXOR,//a ^ b
* Modulo,//a % b
* BitShiftRight, // a >> b
* BitShiftLeft, // a << b
*/
OpAssKeys = new SearchMap <BinaryOperationType>();
OpAssKeys[BinaryOperationType.Assign] = "=";
OpAssKeys[BinaryOperationType.Addition] = "+=";
OpAssKeys[BinaryOperationType.Subtraction] = "-=";
OpAssKeys[BinaryOperationType.Division] = "/=";
OpAssKeys[BinaryOperationType.Multiplication] = "*=";
OpAssKeys[BinaryOperationType.BitAND] = "&=";
OpAssKeys[BinaryOperationType.BitOR] = "|=";
OpAssKeys[BinaryOperationType.BitXOR] = "^=";
OpAssKeys[BinaryOperationType.Modulo] = "%=";
OpAssKeys[BinaryOperationType.BitShiftRight] = ">>=";
OpAssKeys[BinaryOperationType.BitShiftLeft] = "<<=";
StringBuilder sb = new StringBuilder("!");
foreach (BinaryOperationType type in Enum.GetValues(typeof(BinaryOperationType)))
{
String s = OpKeys[type];
if (s.Length == 1)
{
sb.Append(s);
}
}
ConsecOpSymbols = sb.ToString();
UnaryFuncKeys = new SearchMap <UnaryFunctionTypes>(true);
UnaryFuncKeys[UnaryFunctionTypes.Return] = "return";
UnaryFuncKeys[UnaryFunctionTypes.Wait] = "wait";
UnaryFuncKeys[UnaryFunctionTypes.WaitTillFrameEnd] = "waittillframeend";
UnaryFuncs = new Dictionary <UnaryFunctionTypes, UnaryFunctionDef>();
AddUnaryFunc(UnaryFunctionTypes.Wait, true);
AddUnaryFunc(UnaryFunctionTypes.WaitTillFrameEnd, false);
AddUnaryFunc(UnaryFunctionTypes.Return, true);
CallModKeys = new SearchMap <CallModifiers>(true);
//Don't forget to update Extensions.AvailableInParseMode amd Extensions.IsModifierExclusive
CallModKeys[CallModifiers.Thread] = "thread";
CallModKeys[CallModifiers.Volatile] = "volatile";
CallModKeys[CallModifiers.ChildThread] = "childthread";
CallModKeys[CallModifiers.Call] = "call";
NamedConstantKeys = new SearchMap <NamedConstantTypes>(true);
NamedConstantKeys[NamedConstantTypes.False] = "false";
NamedConstantKeys[NamedConstantTypes.Infinity] = "infinity";
NamedConstantKeys[NamedConstantTypes.True] = "true";
NamedConstantKeys[NamedConstantTypes.Undefined] = "undefined";
LoopControlKeys = new SearchMap <FlowControlTypes>(true);
LoopControlKeys[FlowControlTypes.Break] = "break";
LoopControlKeys[FlowControlTypes.Continue] = "continue";
SwitchKeywordKeys = new SearchMap <SwitchKeywords>(true);
SwitchKeywordKeys[SwitchKeywords.Case] = "case";
SwitchKeywordKeys[SwitchKeywords.Default] = "default";
UnaryOpKeys = new SearchMap <UnaryOperationType>(true);
UnaryOpKeys[UnaryOperationType.Negative] = "-";
UnaryOpKeys[UnaryOperationType.Not] = "!";
UnaryOpKeys[UnaryOperationType.Positive] = "+";
UnaryOpKeys[UnaryOperationType.Invert] = "~";
UnaryOpKeys[UnaryOperationType.PostDecrement] = "--";
UnaryOpKeys[UnaryOperationType.PostIncrement] = "++";
InternalDirs = new SearchMap <InternalDirectives>(true);
InternalDirs[InternalDirectives.DeclarativeGlobal] = "set_global_declarative";
InternalDirs[InternalDirectives.AddGlobalVariable] = "add_global";
ParamModKeys = new SearchMap <ParamModifiers>(true);
ParamModKeys[ParamModifiers.Reference] = "__ref";
ParamModKeys[ParamModifiers.VariableArguments] = "__varg";
ParamModKeys[ParamModifiers.Minimum] = "__min";
OperationOrder = new Dictionary <BinaryOperationType, int>();
OperationOrder[BinaryOperationType.Addition] = 1;
OperationOrder[BinaryOperationType.Assign] = 10;
OperationOrder[BinaryOperationType.BitAND] = 5;
OperationOrder[BinaryOperationType.BitOR] = 7;
OperationOrder[BinaryOperationType.BitShiftLeft] = 2;
OperationOrder[BinaryOperationType.BitShiftRight] = 2;
OperationOrder[BinaryOperationType.BitXOR] = 6;
OperationOrder[BinaryOperationType.BoolAnd] = 8;
OperationOrder[BinaryOperationType.BoolEquals] = 4;
OperationOrder[BinaryOperationType.BoolGreater] = 3;
OperationOrder[BinaryOperationType.BoolGreaterEquals] = 3;
OperationOrder[BinaryOperationType.BoolLess] = 3;
OperationOrder[BinaryOperationType.BoolLessEquals] = 3;
OperationOrder[BinaryOperationType.BoolNotEquals] = 4;
OperationOrder[BinaryOperationType.BoolOr] = 9;
OperationOrder[BinaryOperationType.Division] = 0;
OperationOrder[BinaryOperationType.Modulo] = 0;
OperationOrder[BinaryOperationType.Multiplication] = 0;
OperationOrder[BinaryOperationType.Subtraction] = 1;
InvalidOpMsgs = new Dictionary <InlineEvaluator.InvalidErrorType, string>();
InvalidOpMsgs[InlineEvaluator.InvalidErrorType.IncompatibleTypesForBinaryOperation] =
"Types \"{0}\" and \"{1}\" have no compatible binary operator for \"{2}\".";
InvalidOpMsgs[InlineEvaluator.InvalidErrorType.IncompatibleTypeForUnaryOperation] =
"Type \"{0}\" has no compatible unary operator for \"{1}\".";
}
public IHttpActionResult GetAllProjectImpactBI(SearchMap searchDto)
{
var repos = new TDAssetRespository();
GetProjectImpacteBI resultList = new GetProjectImpacteBI();
List <string> data = null;
List <BarchartValue> value = null;
List <BarchartValue> value2 = null;
BarchartValue barValue = null;
var barchart = new Barchart();
int row = 0;
if (searchDto.SectionType == SetionType.Region)
{
searchDto.RegionCode = searchDto.Code;
}
else if (searchDto.SectionType == SetionType.Provice)
{
searchDto.ProvinceCode = searchDto.Code;
}
var estimateData = repos.GetPROJECT_IMPACT(searchDto);
if (estimateData != null)
{
resultList.EstimateData = estimateData.OrderByDescending(o => o.ParcelTotal).ToList();
data = new List <string>();
value = new List <BarchartValue>();
value2 = new List <BarchartValue>();
foreach (PROJECT_IMPACTDto result in estimateData.OrderByDescending(o => o.ParcelTotal))
{
if (row >= overMax)
{
break;
}
barValue = new BarchartValue();
barValue.name = result.SUBJECT_NAME;
barValue.value = Converting.ToDecimal(result.ParcelTotal);
barValue.key = result.SUBJECT_ID;
value.Add(barValue);
barValue = new BarchartValue();
barValue.name = result.SUBJECT_NAME;
barValue.value = Converting.ToDecimal(result.Area);
barValue.key = result.SUBJECT_ID;
value2.Add(barValue);
data.Add(result.SUBJECT_NAME);
row++;
}
barchart.Data = data;
barchart.Value = value;
barchart.Value2 = value2;
}
resultList.Barchart = barchart;
return(Json(resultList));
}
void Update()
{
if (searchScrollView.gameObject.activeSelf && searchScrollView.content.childCount > 0 || exploreScrollView.gameObject.activeSelf)
{
if (Input.touchSupported && Application.platform != RuntimePlatform.WebGLPlayer && Input.touchCount > 0)
{
PointerEventData pointerData = new PointerEventData(EventSystem.current);
pointerData.position = Input.GetTouch(0).position;
List <RaycastResult> hits = new List <RaycastResult>();
EventSystem.current.RaycastAll(pointerData, hits);
if (hits.Count > 0 && hits [0].gameObject.GetComponent <Text> () != null)
{
string resultText = hits [0].gameObject.GetComponent <Text> ().text;
if (resultText != "Submit" && resultText != "Explore" && resultText != searchInput.text)
{
searchScrollView.gameObject.SetActive(false);
if (resultText != "_________" && !exploreScrollView.gameObject.activeSelf)
{
Debug.Log(resultText);
searchScrollView.gameObject.SetActive(false);
SearchMap searchMap = GameObject.FindGameObjectWithTag("SearchMap").GetComponent <SearchMap> ();
StartCoroutine(searchMap.getTrailForLocation(wwwScript, resultText));
searchInput.text = "";
searchScrollView.gameObject.SetActive(false);
trailNames.Clear();
cameraHandler.enableSearchMap(); //show search map if not currently showing
hikeButton.gameObject.SetActive(true);
currentSelectedTrail = resultText;
createAnnotationButton.gameObject.SetActive(false);
exitSelectionButton.gameObject.SetActive(true);
}
else
{
searchInput.text = "";
searchScrollView.gameObject.SetActive(false);
}
}
}
}
if (Input.GetMouseButtonDown(0) || Input.GetMouseButtonDown(1))
{
PointerEventData pointerData = new PointerEventData(EventSystem.current);
pointerData.position = Input.mousePosition;
List <RaycastResult> hits = new List <RaycastResult>();
EventSystem.current.RaycastAll(pointerData, hits);
if (hits.Count > 0 && hits [0].gameObject.GetComponent <Text> () != null)
{
string resultText = hits [0].gameObject.GetComponent <Text> ().text;
if (resultText != "Explore" && resultText != searchInput.text)
{
searchScrollView.gameObject.SetActive(false);
if (resultText != "_________" && !exploreScrollView.gameObject.activeSelf)
{
Debug.Log(resultText);
searchScrollView.gameObject.SetActive(false);
SearchMap searchMap = GameObject.FindGameObjectWithTag("SearchMap").GetComponent <SearchMap> ();
StartCoroutine(searchMap.getTrailForLocation(wwwScript, resultText));
searchInput.text = "";
searchScrollView.gameObject.SetActive(false);
trailNames.Clear();
cameraHandler.enableSearchMap(); //show search map if not currently showing
hikeButton.gameObject.SetActive(true);
currentSelectedTrail = resultText;
createAnnotationButton.gameObject.SetActive(false);
exitSelectionButton.gameObject.SetActive(true);
}
else
{
searchInput.text = "";
searchScrollView.gameObject.SetActive(false);
}
}
}
}
}
}
