Part 1: Create Matlab code to generate portions of a cam profile based on: 1 Constant Acceleration 2) Trapezoidal Acceleration 3) Modified Trapezoidal Acceleration 4) Modified Sine Acceleration 5) Harmonic Displacement 6) Cycloidal Displacement 7) 3,4,5 Polynomials displacement 8) 4,5,6,7, polynomial displacement Hint: write separate chunks of code here. One for making your curves data set, and one for processing them into a graph. Personally, I would advise doing out the s curve equation for each method, and then evaluating accordingly Part 2: Given the following cam requirements, design a Rise, Dwell, Fall, Dwell Cam using all the above curves. Plot the SVAJ curves for each method against one another (for comparison), Plot cam profiles (base circle 3 in) separately Cam Geometry: 0-45 45-122 122-270 270-360 Rise to 2 in Dwell Fall to 0 in Dwell Part 1: Create Matlab code to generate portions of a cam profile based on: 1 Constant Acceleration 2) Trapezoidal Acceleration 3) Modified Trapezoidal Acceleration 4) Modified Sine Acceleration 5) Harmonic Displacement 6) Cycloidal Displacement 7) 3,4,5 Polynomials displacement 8) 4,5,6,7, polynomial displacement Hint: write separate chunks of code here. One for making your curves data set, and one for processing them into a graph. Personally, I would advise doing out the s curve equation for each method, and then evaluating accordingly Part 2: Given the following cam requirements, design a Rise, Dwell, Fall, Dwell Cam using all the above curves. Plot the SVAJ curves for each method against one another (for comparison), Plot cam profiles (base circle 3 in) separately Cam Geometry: 0-45 45-122 122-270 270-360 Rise to 2 in Dwell Fall to 0 in Dwell