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Fluid Logitics Project Codes\

Project Structure

Generators

1. Map Generator:
   Generating X * Y MAP with randomly numbered X * Y * P ( P < 1 ) Blocks scattered into MAP

   Input:
     Dimension: X,Y as INT
           X & Y is the size of horizontal and vertical size of tileMap, the total size of map will be (X+2), (Y+2)
     Block Density: P as FLOAT

   Tentative Input:
     Scatter Function (Not Implemented)

   Output:
     XY Array with numbered blocks from 1 to XY*P, 0 is empty block

2. Channel Generator
   Generating N Channels around a X*Y Array, can be specified locations.

   Input:
     MAP: X * Y Array
     Channel Numbers: N as INT, N < 2 * (X+Y)
     Specified Locations:
       {"N/A","TLT","TTT","TRT","N/A"};
       {"TLL","N/A","N/A","N/A","TRR"};
       {"MLL","N/A","N/A","N/A","MRR"};
       {"DLL","N/A","N/A","N/A","DRR"};
       {"N/A","DLD","DDD","DRD","N/A"};
       as string array

   Tentative Input:
     Outbound Channel / Inbound Channel

   Output:
     (X+2) * (Y+2) Array with numbered blocks from 1 to X * Y * P:   0 is empty block, -1 is Inbound Channel, -2 is Outbound Channel, -3 is Wall

Algorithms

1. Runner
   Generating a Channeled MAP and then Running Mapping Algorithm in a single thread

   Input:
     X,Y,P,N and Specified Locations
     Algorithm: Specified Algorithm
     Target MAP: (X) * (Y) Array

   Output:
     Total Steps and Running Time if runnable, -1 if not runnable

2. Algorithms
   Will be plugged into runner to run, maintaining in a single file

Management

1. Manager
   Generating Muliple Runners in multiple threads and collecting datas, then Plot the data.

   Input:
     X,Y,P,N and Specified Locations
     Algorithm: Specified Algorithm
     Target MAP: (X) * (Y) Array