Similar evaluation as the problem of potential flow evaluation of single cylinder where the cylinder was defined using constant strength source panels.

Arbitrary geometry package, designed in object-oriented fashion.

• main.py [main] call module: contains only scripts for initializing the problem

• multipleGeometry.py [calculation module] Main modules: - sourceTerm: calculate only the source term for the input problem. Saves the data in an organized class called 'data'.

    - inducedVelocities:
         calculates source term in necessary, and calculates the induced
        velocities at the control points.Saves the data
        in an organized class called 'data'.
  

  Other modules: - dataClass [class]: creates an empty class, without attributes

    - Geometry [class]: 
        create a class with .x (x-axis) and .y (y-axis) data attributes
        
    - organizeData:
    
    - reshapeData2Solve:
     
    - reshapeData2Calc:
    
    
    - sor2D:
  
    - calc_normVec:
    
    - calc_tangVec:
    
    - calc_controlPoints:
    
    - calc_panelPoints:
    
    - panel2global
            
    - global2panel:
  

• plotMod [plotting module] ??? (not written yet)

External Modules:

• numpy

• include calculation of induction to random field of control points, if geometries and source strengths are known. [work level = 5]
• include calculation of random vortex field vortex field. [work level = 8]