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a) Write a function named 'read_line' which has one input
parameter ('specs') and one output parameter ('ret_line'). Your
function should do the following:
b) Suppose 'specs' is a struct with 4 fields: {file_dir, file_name, nlines,
my_line}. Use if?end or if?elseif?end statements to check that:1. 'specs'isindeedastruct.2. Thefourfieldsaboveallexist.3. Thefields'file_dir','file_name'are(non?empty)strings
c) You should use the 'error' function to indicate an error if your checks above fail.
d) Now suppose you have a directory whose name is stored in 'specs.file_dir' which contains a file whose name is stored in 'specs.file_name'. You should assume that you have a simple text file which contains text (NOT numeric data).
e) Your function should open the file (hint: use fopen), and read 'specs.nlines' number of lines (rows) from the file into a cell array 'C'. Each element of C should contain one line from your file. You can assume that there are no errors in the parameter 'specs.nlines', that is, it cannot exceed the number of lines in your file.
f) Suppose 'specs.my_line' specifies some line number. The output parameter 'ret_line' should be set to this line (you should return a string).
g) Verify that your code works by saving some text into a file (created in notepad / textedit) and saving the file with extension '.txt'. You should attach the file (call it 'test.txt') with your code.
Use the finite difference method to calculate the temperature at the point specified since it is easier.
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Write a Matlab function to perform numerical integration of a set of evenly spaced data points using the trapezoidal rule
Write a MATLAB function [speed] = planetary (N, emesh, first, last, arm) that computes the speed of a given link in a single-stage planetary gear train.
Write a program to calculate and plot the error in the numerical estimate of the derivative.
Create the graph, which contains a piecewise function where a line exists in the first interval, a parabola in the second interval, and the sine function in the third interval.
Develop a simulation program
Create a three dimensional diagram of function.
Open a named pipe and to read data from the pipe in matlab
Write the commands that will create the matrix.
Lagrange interpolating polynomial of degree
Digital Signal Processing
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