During this week, I implemented all the remaining functions of Phase-3. These included plot_shear_stress(), max_shear_force(), max_bending_moment(), and max_deflection() functions. As this was the last week of GSoC, I also had to prepare a report stating all the work I did during summer. The report can be found here. [Read More]

During this week, I implemented the last part of Phase-2. These included solve_for_ild_moment() and plot_ild_moment() functions. The solve_for_ild_moment() function uses the solve_for_ild_reactions() function and calculates the I.L.D. equations for moment at a point specified by the user. The derived equations can then be plotted using the plot_ild_moment() function. [Read More]

During this week, I implemented the solve_for_ild_shear() function. This function uses the solve_for_ild_reactions() function and calculates the I.L.D. equations for shear at a point specified by the user. The derived equations can then be plotted using the plot_ild_shear() function. [Read More]

These two weeks were spent on imploving the solve_for_ild_reactions() function and resolving the backwards incompatibility caused by the existing functions. After finding a decent solution, the functions were implemented and successfully merged. [Read More]

The first evaluation of GSoC occured this week and I am happy to announce that I have successfully passed it. The mentors also left an amazing feedback of my work. [Read More]