2f729fda49d2d58bf9a97ecc91781d056a2d274e,trunk/SUAVE/Methods/Aerodynamics/Lifting_Line/Lifting_Line.py,,lifting_line,#Any#Any#Any#,18

Before Change

    k = c*cla/(4.*b) // Grouped term

    n_2d    = np.atleast_2d(n)
    n_trans = n_2d.T
        
    // Right hand side matrix
    RHS = ((np.sin(n_trans*thetan).T)*(np.sin(np.atleast_2d(thetan).T)+(n_trans*k).T))

    // Left hand side vector    
    LHS = (k*np.sin(thetan)*(alpha+ageo-azl)).T

After Change

    k = c*cla/(4.*b) // Grouped term 

    
    n_trans = np.atleast_2d(n).T
        
    // Right hand side matrix
    RHS = (np.sin(n_trans*thetan)*(np.sin(thetan)+n_trans*k))

Instances