//--------------------------------------------------------------------------------------------------------------
//------------------------------------------------方法----------------------------------------------------------
/// <summary>
/// 方法
/// </summary>
#region 方法
/// <summary>
/// 初始化方法
/// </summary>
#region ----------------初始化方法------------------------
public void Initialize(StructACOParameters structACOParameters, int microSearchIterationCountValue,
Boolean isNeedSaveValue, DockableWindowOutput currentDockableWindowOutput,
DockableWindowGraphy currentDockableWindowGraphy, Boolean isUseCompactnessValue)
{
q = structACOParameters.Q; //信息素强度
rho = structACOParameters.Rho; //挥发因子
alpha = structACOParameters.Alpha; //信息素权重
beta = structACOParameters.Beta; //启发函数权重
weightSutiable = structACOParameters.WeightSuitable; //阻抗性权重
weightCompact = structACOParameters.WeightCompact; //紧凑性权重
totalItearationCount = structACOParameters.InterationCount; //总迭代次数
currentIteration = 0; //当前迭代次数
currentRefreshIteration = 0; //更新次数
needFinishIterationCount = 0;
microSearchIterationCount = microSearchIterationCountValue; //小搜索次数
goalUtilityAntsStatusInMicroSearch = new Ant[structACOParameters.AntCount]; //小搜索内最优状态
currentIterationInMicroSearch = 0;
goalUtilityInMicroSearch = 0;
isNeedSave = isNeedSaveValue; //判断是否需要保存结果
isNeedUpdate = false; //初始化判断是否需要更新最优状态
isInitialStatusSave = false; //判断是否已经保存初始状态数据
//rows = rrows; //网格行数
//cols = ccols; //网格列数
//xllcorner = xxllcorner; //输出文件左上角横坐标
//yllcorner = yyllcorner; //输出文件左上角纵坐标
//cellsize = ccellsize; //栅格大小
//noDataValue = nnodata_value; //无数据值
outputPath = structACOParameters.OutputFolder; //结果输出路径
outInitName = "_Init.txt"; //结果输出初始状态文件名
outFileName = ""; //结果输出文件名
outPreFileName = "g"; //结果输出文件名前面部分
outGoalName = "GoalFunction.txt"; //结果输出目标函数名
antsCount = structACOParameters.AntCount; //智能体个数
//cellSize = bbianChang; //网格边长
//cellArea = cellSize * cellSize * antsCount; //智能体面积
goalUtilityInAllIterations = 0;
randomBound = 1;
goalUtilityArray = new string[totalItearationCount + 2]; //保存目标函数值数据
suitabilityData = GetSuitabilityData(VariableMaintainer.OptimizationExpression);
InitializeOccupiedAndGoalUtilityAntsStatusInAllIterations(); //初始化挖空
InitializeAnts(); //初始化智能体
InitializePheromone(); //初始化信息素
InitializeHeuristicFunction(); //初始化启发函数
string simulationLayerName = VariableMaintainer.CurrentFoucsMap.get_Layer(0).Name;
IRasterLayer simulationImageLayer = ArcGISOperator.GetRasterLayerByName(simulationLayerName);
string dateTime = GeneralOpertor.GetDataTimeFullString(DateTime.Now);
string rasterName = "ACOArea" + dateTime + ".img";
IRasterDataset rst = ArcGISOperator.CreateRasterDataset(VariableMaintainer.DefaultOutputFolder,
rasterName, simulationImageLayer, structRasterMetaData, occupiedStatus, 0);
IRasterLayer n = new RasterLayerClass();
n.CreateFromDataset(rst);
IColorRamp colorRamp = new RandomColorRampClass();
ArcGISOperator.UniqueValueRenderer(colorRamp, n, "Value");
ArcGISOperator.FoucsMap.AddLayer((ILayer)n);
double pixelWidth = ((IRasterDefaultProps)n.Raster).DefaultPixelWidth;
double pixelHeight = ((IRasterDefaultProps)n.Raster).DefaultPixelHeight;
cellArea = pixelWidth * pixelHeight * antsCount;
cellSize = pixelWidth;
random = new Random();
dockableWindowOutput = currentDockableWindowOutput;
dockableWindowGraphy = currentDockableWindowGraphy;
stringBuilderMessage = new StringBuilder();
isUseCompactness = isUseCompactnessValue;
dockableWindowGraphy.GraphTitle = "Goal Utility";
dockableWindowGraphy.XAxisTitle = "Iteration";
dockableWindowGraphy.YAxisTitle = "Goal Utility Value";
}
