Complete the following activity individually or in small groups. Upload your own individual copy of the work, including all files needed to run your code, as a zip file to Canvas by 11:59pm on Friday 2/11. f(x) 1 0 The following data are sampled from the above step function, where f(x) is 0 for all values of x less than zero and 1 for all other values. X -1 -0.6 -0.2 0.2 0.6 1 f(x) 0 0 0 1 1 1 In an m-file ic7.m, fit the data with a cubic spline with clamped end conditions and create a plot of the fit. (What should be the derivative values used to generate the clamped conditions?) Also plot the original step function. (Be sure to plot the actual step function as a function [using fplot] or using a sufficient number of data points so that the step looks reasonably sharp/accurate.) Complete the following activity individually or in small groups. Upload your own individual copy of the work, including all files needed to run your code, as a zip file to Canvas by 11:59pm on Friday 2/11. f(x) 1 0 The following data are sampled from the above step function, where f(x) is 0 for all values of x less than zero and 1 for all other values. X -1 -0.6 -0.2 0.2 0.6 1 f(x) 0 0 0 1 1 1 In an m-file ic7.m, fit the data with a cubic spline with clamped end conditions and create a plot of the fit. (What should be the derivative values used to generate the clamped conditions?) Also plot the original step function. (Be sure to plot the actual step function as a function [using fplot] or using a sufficient number of data points so that the step looks reasonably sharp/accurate.)