developer/Samples/NET 4.6/swarm/Swarm Logic/bin/Debug/Swarm Logic.XML

   1 <?xml version="1.0"?>
   2 <doc>
   3     <assembly>
   4         <name>Swarm Logic</name>
   5     </assembly>
   6     <members>
   7         <member name="T:Swarm_Logic.Agent">
   8             <summary>
   9             A class that represents an agent of the Particle Swarm Optimization algorithm. It is responsible for taking -not executing- decisions,
  10             communicating with other agents, and searching fr the radiation source.
  11             </summary>
  12         </member>
  13         <member name="P:Swarm_Logic.Agent.FoundSource">
  14             <summary>
  15             A boolean that indicates if the agent has found a radiation source before.
  16             </summary>
  17         </member>
  18         <member name="P:Swarm_Logic.Agent.WasSending">
  19             <summary>
  20             A boolean that indicates if the agent was sending information in the last iteration.
  21             That boolean can be used by a graphical user interface, to indicate when each agent had sent information.
  22             </summary>
  23         </member>
  24         <member name="P:Swarm_Logic.Agent.PX">
  25             <summary>
  26             Represents the X coordinate of the agent position.
  27             </summary>
  28         </member>
  29         <member name="P:Swarm_Logic.Agent.PY">
  30             <summary>
  31             Represents the Y coordinate of the agent position.
  32             </summary>
  33         </member>
  34         <member name="P:Swarm_Logic.Agent.VX">
  35             <summary>
  36             Represents the X coordinate of the agent velocity.
  37             </summary>
  38         </member>
  39         <member name="P:Swarm_Logic.Agent.VY">
  40             <summary>
  41             Represents the Y coordinate of the agent velocity.
  42             </summary>
  43         </member>
  44         <member name="P:Swarm_Logic.Agent.MyBestX">
  45             <summary>
  46             Represents the X coordinate of the visited-by-the-agent position with the most radiation intensity.
  47             </summary>
  48         </member>
  49         <member name="P:Swarm_Logic.Agent.MyBestY">
  50             <summary>
  51             Represents the Y coordinate of the visited-by-the-agent position with the most radiation intensity.
  52             </summary>
  53         </member>
  54         <member name="P:Swarm_Logic.Agent.MyBestValue">
  55             <summary>
  56             Represents the radiation intensity of the visited-by-the-agent position with the most radiation intensity.
  57             </summary>
  58         </member>
  59         <member name="P:Swarm_Logic.Agent.OthersBestX">
  60             <summary>
  61             Represents the X coordinate of the known position with the most radiation intensity.
  62             </summary>
  63         </member>
  64         <member name="P:Swarm_Logic.Agent.OthersBestY">
  65             <summary>
  66             Represents the Y coordinate of the known position with the most radiation intensity.
  67             </summary>
  68         </member>
  69         <member name="P:Swarm_Logic.Agent.OthersBestValue">
  70             <summary>
  71             Represents the radiation intensity of the known position with the most radiation intensity.
  72             </summary>
  73         </member>
  74         <member name="P:Swarm_Logic.Agent.RadiationFunction">
  75             <summary>
  76             Represents the function used by the agent to calculate the radiation intensity as measured by a sensor at any given position.
  77             </summary>
  78         </member>
  79         <member name="P:Swarm_Logic.Agent.SendMessage">
  80             <summary>
  81             Represents the function used by the agent to send messages to other nearby agents.
  82             </summary>
  83         </member>
  84         <member name="T:Swarm_Logic.Agent.PositionFunction">
  85             <summary>
  86             The delegate of the function used by the agent to calculate the radiation intensity as measured by a sensor at any given position.
  87             </summary>
  88             <param name="PX">Represents the X coordinate of the agent position.</param>
  89             <param name="PY">Represents the Y coordinate of the agent position.</param>
  90             <returns>The intensity of radiation as measured by the agent sensor at that position.</returns>
  91         </member>
  92         <member name="T:Swarm_Logic.Agent.SendMessageFunction">
  93             <summary>
  94             The delegate of the function used by the agent to send messages to other nearby agents.
  95             </summary>
  96             <param name="SendingAgent">Represents the agent who is sending.</param>
  97             <param name="Message">Represents the message which is being sent.</param>
  98         </member>
  99         <member name="M:Swarm_Logic.Agent.TakeTotalyRandomDecision">
 100             <summary>
 101             This function calculates a random decision.
 102             It is used after the agent had found a radiation source, in order to wander around telling everyone else with the source position.
 103             </summary>
 104         </member>
 105         <member name="M:Swarm_Logic.Agent.TakeRandomOppositeDecision">
 106             <summary>
 107             This function calculates a random decision related to the direction opposite to the current velocity.
 108             </summary>
 109         </member>
 110         <member name="M:Swarm_Logic.Agent.TakeRandomTangentDecision">
 111             <summary>
 112             This function calculates a random decision related to the direction tangent -perpendicular- to the current velocity.
 113             </summary>
 114         </member>
 115         <member name="M:Swarm_Logic.Agent.#ctor(System.Double,System.Double,System.Double,System.Double,Swarm_Logic.Agent.PositionFunction,Swarm_Logic.Agent.SendMessageFunction)">
 116             <summary>
 117             Creates a new agent with the specified position, velocity, radiation function and send message function.
 118             </summary>
 119             <param name="PX">Represents the X coordinate of the agent position.</param>
 120             <param name="PY">Represents the Y coordinate of the agent position.</param>
 121             <param name="VX">Represents the X coordinate of the agent velocity.</param>
 122             <param name="VY">Represents the Y coordinate of the agent velocity.</param>
 123             <param name="RadiationFunction">Represents the function used by the agent to calculate the radiation intensity as measured by a sensor at any given position.</param>
 124             <param name="SendMessage">// Represents the function used by the agent to send messages to other nearby agents.</param>
 125         </member>
 126         <member name="M:Swarm_Logic.Agent.Receive(Swarm_Logic.AgentMessage)">
 127             <summary>
 128             This function is called -by the environment- when this agent receives a message from another agent.
 129             It updates the best known position with the most radiation intensity.
 130             </summary>
 131             <param name="Message">The message received from the other agent.</param>
 132         </member>
 133         <member name="M:Swarm_Logic.Agent.CalculateNextAction">
 134             <summary>
 135             This function calculates the next velocities according to the Particle Swarm Optimization algorithm.
 136             It stores the output in VX and VY.
 137             </summary>
 138         </member>
 139         <member name="M:Swarm_Logic.Agent.TakeRandomDecision">
 140             <summary>
 141             This function calculates a random decision, either parallel to or opposite to the current velocity direction,
 142             With some randomness employed.
 143             </summary>
 144         </member>
 145         <member name="M:Swarm_Logic.Agent.AfterMoving">
 146             <summary>
 147             This function updates agent parameters and communicate them to other agents
 148             after executing the decisions -if needed.
 149             </summary>
 150         </member>
 151         <member name="T:Swarm_Logic.Barrier2">
 152             <summary>
 153             A class that represents a barrier, that prevents moving from one side to another.
 154             It is responsible for detecting collisions with moving agents.
 155             </summary>
 156         </member>
 157         <member name="P:Swarm_Logic.Barrier2.X1">
 158             <summary>
 159             Represents the X coordinate of the first end of the barrier.
 160             </summary>
 161         </member>
 162         <member name="P:Swarm_Logic.Barrier2.Y1">
 163             <summary>
 164             Represents the Y coordinate of the first end of the barrier.
 165             </summary>
 166         </member>
 167         <member name="P:Swarm_Logic.Barrier2.X2">
 168             <summary>
 169             Represents the X coordinate of the second end of the barrier.
 170             </summary>
 171         </member>
 172         <member name="P:Swarm_Logic.Barrier2.Y2">
 173             <summary>
 174             Represents the Y coordinate of the second end of the barrier.
 175             </summary>
 176         </member>
 177         <member name="M:Swarm_Logic.Barrier2.#ctor(System.Double,System.Double,System.Double,System.Double)">
 178             <summary>
 179             Creates a new barrier with the specified begining and ending coordinates.
 180             </summary>
 181             <param name="X1">Represents the X coordinate of the first end of the barrier.</param>
 182             <param name="Y1">Represents the Y coordinate of the first end of the barrier.</param>
 183             <param name="X2">Represents the X coordinate of the second end of the barrier.</param>
 184             <param name="Y2">Represents the Y coordinate of the second end of the barrier.</param>
 185         </member>
 186         <member name="M:Swarm_Logic.Barrier2.IsIntersected(System.Double,System.Double,System.Double,System.Double)">
 187             <summary>
 188             Checks if a moving agent crosses the barrier or not.
 189             </summary>
 190             <param name="startX">Represents the X coordinate of the inital position of agent before moving.</param>
 191             <param name="startY">Represents the Y coordinate of the inital position of agent before moving.</param>
 192             <param name="endX">Represents the X coordinate of the last position of agent after moving.</param>
 193             <param name="endY">Represents the Y coordinate of the last position of agent after moving.</param>
 194             <returns>true if the agent crosses the barrier and returns false otherwise.</returns>
 195         </member>
 196         <member name="T:Swarm_Logic.Environment">
 197             <summary>
 198             A class that represents the enviroment where the agents move and interact. It is responsible for initialization of agents, inter-communication between them,
 199             detecting collisions with barriers, validating agents decisions and radiation source(s).
 200             </summary>
 201         </member>
 202         <member name="F:Swarm_Logic.Environment.Source">
 203             <summary>
 204             Represents the radiation source(s).
 205             </summary>
 206         </member>
 207         <member name="F:Swarm_Logic.Environment.Agents">
 208             <summary>
 209             Represents a list of all agents in the environment.
 210             </summary>
 211         </member>
 212         <member name="F:Swarm_Logic.Environment.Barriers">
 213             <summary>
 214             Represents a list of all barriers in the environment.
 215             </summary>
 216         </member>
 217         <member name="M:Swarm_Logic.Environment.WillTheAgentReceiveTheMessage(Swarm_Logic.Agent,Swarm_Logic.Agent)">
 218             <summary>
 219              This function decides if an agent will receive a meesage sent from another agent or not.
 220             </summary>
 221             <param name="SendingAgent">Represents the agent who is sending.</param>
 222             <param name="ReceivingAgent">Represents the agent who is receiving.</param>
 223             <returns>true if the second agent will receive the message from the first agent and returns false otherwise.</returns>
 224         </member>
 225         <member name="E:Swarm_Logic.Environment.OnIterationEnd">
 226             <summary>
 227             Represents an event called on the end of each iteration done by the Run function.
 228             Can be used to update a graphical user interface.
 229             </summary>
 230         </member>
 231         <member name="M:Swarm_Logic.Environment.#ctor(System.Int32,System.Double,System.Double,System.Collections.Generic.List{Swarm_Logic.Barrier2},Swarm_Logic.RadiationSource)">
 232             <summary>
 233             Creates a new environment with the specified number of agents, environment dimensions, list of barriers,
 234             and radiation source(s).
 235             </summary>
 236             <param name="NumberOfAgents">Represents the number of all agents in the environment.</param>
 237             <param name="Width">Represents the width of the enviroment.</param>
 238             <param name="Height">Represents the height of the enviroment.</param>
 239             <param name="Barriers">Represents all barriers in the enviroment.</param>
 240             <param name="Source">Represents the source(s) of radiation in the environment.</param>
 241         </member>
 242         <member name="M:Swarm_Logic.Environment.#ctor(System.Collections.Generic.List{Swarm_Logic.Agent},System.Double,System.Double,System.Collections.Generic.List{Swarm_Logic.Barrier2},Swarm_Logic.RadiationSource)">
 243             <summary>
 244             Creates a new environment with the specified list of agents, environment dimensions, list of barriers,
 245             and radiation source(s).
 246             </summary>
 247             <param name="Agents">Represents all agents in the enviroment.</param>
 248             <param name="Width">Represents the width of the enviroment.</param>
 249             <param name="Height">Represents the height of the enviroment.</param>
 250             <param name="Barriers">Represents all barriers in the enviroment.</param>
 251             <param name="Source">Represents the source(s) of radiation in the environment.</param>
 252         </member>
 253         <member name="M:Swarm_Logic.Environment.Send(Swarm_Logic.Agent,Swarm_Logic.AgentMessage)">
 254             <summary>
 255             This function is used by all the agents to send messages to eachother.
 256             </summary>
 257             <param name="SendingAgent">Represents the agent who is sending.</param>
 258             <param name="Message">Represents the message which is being sent.</param>
 259         </member>
 260         <member name="M:Swarm_Logic.Environment.Update">
 261             <summary>
 262             This function executes only one iteration of the Particle Swarm Optimization algorithm.
 263             </summary>
 264         </member>
 265         <member name="M:Swarm_Logic.Environment.Run(System.Int32)">
 266             <summary>
 267             This function executes the specified number of iterations of the Particle Swarm Optimization algorithm.
 268             </summary>
 269             <param name="NumberOfIterations">The number of iterations to be executed.</param>
 270         </member>
 271         <member name="T:Swarm_Logic.GeneralParameters">
 272             <summary>
 273             A static class that contains various parameters for the Particle Swarm Optimization algorithm,
 274             communication range, minimum and maximum velocities.
 275             </summary>
 276         </member>
 277         <member name="F:Swarm_Logic.GeneralParameters.W">
 278             <summary>
 279             Represents the ratio of the agent's current velocity that affects the next velocity decesion.
 280             </summary>
 281         </member>
 282         <member name="F:Swarm_Logic.GeneralParameters.P">
 283             <summary>
 284             Represents the ratio of the agent's distance to the best encountered position that affects the next velocity decesion.
 285             </summary>
 286         </member>
 287         <member name="F:Swarm_Logic.GeneralParameters.G">
 288             <summary>
 289             Represents the ratio of the agent's distance to the best known position that affects the next velocity decesion.
 290             </summary>
 291         </member>
 292         <member name="F:Swarm_Logic.GeneralParameters.ReceiveRange">
 293             <summary>
 294             Represents the range in which agents can communicate with each other.
 295             </summary>
 296         </member>
 297         <member name="F:Swarm_Logic.GeneralParameters.MaxVelocity">
 298             <summary>
 299             Represents the maximum velocity for every agent.
 300             </summary>
 301         </member>
 302         <member name="F:Swarm_Logic.GeneralParameters.MinVelocity">
 303             <summary>
 304             Represents the minimum velocity for every agent.
 305             </summary>
 306         </member>
 307         <member name="F:Swarm_Logic.GeneralParameters.NearDistance">
 308             <summary>
 309             An agent is considered reached a radiation source, if it is at distance NearDistance or less to the radiation source.
 310             </summary>
 311         </member>
 312         <member name="T:Swarm_Logic.AgentMessage">
 313             <summary>
 314             A struct that represents the messages sent between different agents.
 315             It contains position coordinates and value of the radiation intensity at that position.
 316             </summary>
 317         </member>
 318         <member name="P:Swarm_Logic.AgentMessage.PX">
 319             <summary>
 320             Represents the X coordinate of the sent message.
 321             </summary>
 322         </member>
 323         <member name="P:Swarm_Logic.AgentMessage.PY">
 324             <summary>
 325             Represents the Y coordinate of the sent message.
 326             </summary>
 327         </member>
 328         <member name="P:Swarm_Logic.AgentMessage.Value">
 329             <summary>
 330             Represents radiation intensity at the position (PX,PY).
 331             </summary>
 332         </member>
 333         <member name="M:Swarm_Logic.AgentMessage.#ctor(System.Double,System.Double,System.Double)">
 334             <summary>
 335             Creates an new agent message with the specified coordinates and radiation intensity value.
 336             </summary>
 337             <param name="PX">Represents the X coordinate of the sent message.</param>
 338             <param name="PY">Represents the Y coordinate of the sent message.</param>
 339             <param name="Value">Represents radiation intensity at the position (PX,PY).</param>
 340         </member>
 341         <member name="T:Swarm_Logic.ExponintialRandom">
 342             <summary>
 343             This class implements an exponintial random generator with mean.
 344             </summary>
 345         </member>
 346         <member name="M:Swarm_Logic.ExponintialRandom.#ctor(System.Double)">
 347             <summary>
 348             Creates a new exponintial random generator with the specified mean.
 349             </summary>
 350             <param name="Mean">Represents the mean of the exponintial random generator.</param>
 351         </member>
 352         <member name="M:Swarm_Logic.ExponintialRandom.#ctor(System.Double,System.Int32)">
 353             <summary>
 354             Creates a new exponintial random generator with the specified mean and with the specified seed.
 355             </summary>
 356             <param name="Mean">Represents the mean of the exponintial random generator.</param>
 357             <param name="Seed">Represents the seed used for the internal pseudo-random number generator.</param>
 358         </member>
 359         <member name="M:Swarm_Logic.ExponintialRandom.NextDouble">
 360             <summary>
 361             This function returns the next exponintial-randomly generated double number.
 362             </summary>
 363             <returns>The next exponintial-random double number.</returns>
 364         </member>
 365         <member name="T:Swarm_Logic.NormalRandom">
 366             <summary>
 367             This class implements a normal random generator with a mean and a variance.
 368             </summary>
 369         </member>
 370         <member name="M:Swarm_Logic.NormalRandom.#ctor(System.Double,System.Double)">
 371             <summary>
 372             Creates a new normal random generator with the specified mean and variance.
 373             </summary>
 374             <param name="Mean"> Represents the mean of the normal random generator.</param>
 375             <param name="Variance">Represents the variance of the normal random generator.</param>
 376         </member>
 377         <member name="M:Swarm_Logic.NormalRandom.#ctor(System.Double,System.Double,System.Int32,System.Int32)">
 378             <summary>
 379             Creates a new normal random generator with the specified mean and variance and with the specified seeds.
 380             </summary>
 381             <param name="Mean"> Represents the mean of the normal random generator.</param>
 382             <param name="Variance">Represents the variance of the normal random generator.</param>
 383             <param name="Seed1">>Represents the seed used for the first internal pseudo-random number generator.</param>
 384             <param name="Seed2">>Represents the seed used for the second internal pseudo-random number generator.</param>
 385         </member>
 386         <member name="M:Swarm_Logic.NormalRandom.NextDouble">
 387             <summary>
 388             This function returns the next normal-randomly generated double number.
 389             </summary>
 390             <returns>The next normal-randomly double number.</returns>
 391         </member>
 392         <member name="T:Swarm_Logic.NumberGenerator">
 393             <summary>
 394             An interface for the classes that implement random number generators.
 395             It must contain a function that returns the next random double number.
 396             </summary>
 397         </member>
 398         <member name="M:Swarm_Logic.NumberGenerator.NextDouble">
 399             <summary>
 400             This function returns the next randomly generated double number.
 401             </summary>
 402             <returns>The next random double number.</returns>
 403         </member>
 404         <member name="T:Swarm_Logic.UniformRandom">
 405             <summary>
 406             This class implements a uniform random generator with a minimum and maximum values.
 407             </summary>
 408         </member>
 409         <member name="M:Swarm_Logic.UniformRandom.#ctor(System.Double,System.Double)">
 410             <summary>
 411             Creates a new uniform random generator with the specified minimum and maximum values.
 412             </summary>
 413             <param name="Min">Represents the minimum value reteurned by this uniform random generator.</param>
 414             <param name="Max">Represents the maximum value reteurned by this uniform random generator.</param>
 415         </member>
 416         <member name="M:Swarm_Logic.UniformRandom.#ctor(System.Double,System.Double,System.Int32)">
 417             <summary>
 418             Creates a new uniform random generator with the specified minimum and maximum values and with the specified seed.
 419             </summary>
 420             <param name="Min">Represents the minimum value reteurned by this uniform random generator.</param>
 421             <param name="Max">Represents the maximum value reteurned by this uniform random generator.</param>
 422             <param name="Seed">Represents the seed used for the internal pseudo-random number generator.</param>
 423         </member>
 424         <member name="M:Swarm_Logic.UniformRandom.NextDouble">
 425             <summary>
 426             This function returns the next uniform-randomly generated double number.
 427             </summary>
 428             <returns>The next uniform-random double number.</returns>
 429         </member>
 430         <member name="T:Swarm_Logic.GaussianFunctionSource">
 431             <summary>
 432             This class model the intensity of a gaussian radiation source.
 433             </summary>
 434         </member>
 435         <member name="M:Swarm_Logic.GaussianFunctionSource.#ctor(System.Double,System.Double,System.Double)">
 436             <summary>
 437             Creates a new gaussian radiation source with the specified position and sigma square value.
 438             </summary>
 439             <param name="SourceX">Represents the X coordinate of the gaussian radiation source.</param>
 440             <param name="SourceY">Represents the Y coordinate of the gaussian radiation source.</param>
 441             <param name="Source1B">Represents the sigma square value of the gaussian radiation source.</param>
 442         </member>
 443         <member name="M:Swarm_Logic.GaussianFunctionSource.GetRadiation(System.Double,System.Double)">
 444             <summary>
 445             This function takes the coordinates of an agent position and returns the intensity of the gaussian radiation source as measured by a sensor at that position.
 446             </summary>
 447             <param name="PX">Represents the X coordinate of the agent.</param>
 448             <param name="PY">Represents the Y coordinate of the agent.</param>
 449             <returns>The intensity of the gaussian radiation source as measured by the agent sensor at that position.</returns>
 450         </member>
 451         <member name="M:Swarm_Logic.GaussianFunctionSource.IsNearASource(System.Double,System.Double)">
 452             <summary>
 453             This function takes the coordinates of an agent position and returns true if the position is near gaussian radiation source and returns false otherwise.
 454             </summary>
 455             <param name="PX">Represents the X coordinate of the agent.</param>
 456             <param name="PY">Represents the Y coordinate of the agent.</param>
 457             <returns>true if the position is near gaussian radiation source and returns false otherwise.</returns>
 458         </member>
 459         <member name="T:Swarm_Logic.MultipleGaussianFunctionSources">
 460             <summary>
 461             This class model the intensity of multiple gaussian radiation sources.
 462             </summary>
 463         </member>
 464         <member name="M:Swarm_Logic.MultipleGaussianFunctionSources.#ctor(System.Double[],System.Double[],System.Double[],System.Double[])">
 465             <summary>
 466             Creates new multiple gaussian radiation sources with the specified positions, amplitudes and sigma square values.
 467             </summary>
 468             <param name="SourceXs">Represents the X coordinates of all the gaussian radiation sources.</param>
 469             <param name="SourceYs">Represents the Y coordinates of all the gaussian radiation sources.</param>
 470             <param name="SourceAs">Represents the amplitude values of all the gaussian radiation sources.</param>
 471             <param name="SourceBs">Represents the sigma square values of all the gaussian radiation sources.</param>
 472         </member>
 473         <member name="M:Swarm_Logic.MultipleGaussianFunctionSources.GetRadiation(System.Double,System.Double)">
 474             <summary>
 475             This function takes the coordinates of an agent position and returns the intensity of the multiple gaussian radiation sources as measured by a sensor at that position.
 476             </summary>
 477             <param name="PX">Represents the X coordinate of the agent.</param>
 478             <param name="PY">Represents the Y coordinate of the agent.</param>
 479             <returns>The intensity of the multiple gaussian radiation sources as measured by the agent sensor at that position.</returns>
 480         </member>
 481         <member name="M:Swarm_Logic.MultipleGaussianFunctionSources.IsNearASource(System.Double,System.Double)">
 482             <summary>
 483             This function takes the coordinates of an agent position and returns true if the position is near any of the multiple gaussian radiation sources and returns false otherwise.
 484             </summary>
 485             <param name="PX">Represents the X coordinate of the agent.</param>
 486             <param name="PY">Represents the Y coordinate of the agent.</param>
 487             <returns>true if the position is near any of the multiple gaussian radiation sources and returns false otherwise.</returns>
 488         </member>
 489         <member name="T:Swarm_Logic.MultipleNoisyGaussianFunctionSources">
 490             <summary>
 491             This class model the intensity of multiple gaussian radiation sources with some noise effects.
 492             </summary>
 493         </member>
 494         <member name="M:Swarm_Logic.MultipleNoisyGaussianFunctionSources.#ctor(System.Double[],System.Double[],System.Double[],System.Double[])">
 495             <summary>
 496             Creates new noisy multiple gaussian radiation sources with the specified positions, amplitudes and sigma square values.
 497             </summary>
 498             <param name="SourceXs">Represents the X coordinates of all the gaussian radiation sources.</param>
 499             <param name="SourceYs">Represents the Y coordinates of all the gaussian radiation sources.</param>
 500             <param name="SourceAs">Represents the amplitude values of all the gaussian radiation sources.</param>
 501             <param name="SourceBs">Represents the sigma square values of all the gaussian radiation sources.</param>
 502         </member>
 503         <member name="M:Swarm_Logic.MultipleNoisyGaussianFunctionSources.GetRadiation(System.Double,System.Double)">
 504             <summary>
 505             This function takes the coordinates of an agent position and returns the intensity of the noisy multiple gaussian radiation sources as measured by a sensor at that position.
 506             </summary>
 507             <param name="PX">Represents the X coordinate of the agent.</param>
 508             <param name="PY">Represents the Y coordinate of the agent.</param>
 509             <returns>The intensity of the noisy multiple gaussian radiation sources as measured by the agent sensor at that position.</returns>
 510         </member>
 511         <member name="M:Swarm_Logic.MultipleNoisyGaussianFunctionSources.IsNearASource(System.Double,System.Double)">
 512             <summary>
 513             This function takes the coordinates of an agent position and returns true if the position is near any of the noisy multiple gaussian radiation sources and returns false otherwise.
 514             </summary>
 515             <param name="PX">Represents the X coordinate of the agent.</param>
 516             <param name="PY">Represents the Y coordinate of the agent.</param>
 517             <returns>true if the position is near any of the noisy multiple gaussian radiation sources and returns false otherwise.</returns>
 518         </member>
 519         <member name="T:Swarm_Logic.RadiationSource">
 520             <summary>
 521             An interface for the classes that model the intensity of radiation source(s).
 522             It must contain a function that takes the coordinates of a position and returns the intensity of the radiation as measured by a sensor at that position.
 523             It must also contain a function that takes the coordinates of a position and returns true if the position is near radiation source(s) and returns false otherwise.
 524             </summary>
 525         </member>
 526         <member name="M:Swarm_Logic.RadiationSource.GetRadiation(System.Double,System.Double)">
 527             <summary>
 528             This function takes the coordinates of an agent position and returns the intensity of the radiation as measured by a sensor at that position.
 529             </summary>
 530             <param name="PX">Represents the X coordinate of the agent.</param>
 531             <param name="PY">Represents the Y coordinate of the agent.</param>
 532             <returns>The intensity of radiation as measured by the agent sensor at that position.</returns>
 533         </member>
 534         <member name="M:Swarm_Logic.RadiationSource.IsNearASource(System.Double,System.Double)">
 535             <summary>
 536             This function takes the coordinates of an agent position and returns true if the position is near radiation source(s) and returns false otherwise.
 537             </summary>
 538             <param name="PX">Represents the X coordinate of the agent.</param>
 539             <param name="PY">Represents the Y coordinate of the agent.</param>
 540             <returns>true if the position is near radiation source(s) and returns false otherwise.</returns>
 541         </member>
 542     </members>
 543 </doc>