12 files changed, 0 insertions, 193 deletions
diff --git a/Tutorial1_Basic/Data/README.md b/Tutorial1_Basic/Data/README.md
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index 7872997..0000000
--- a/Tutorial1_Basic/Data/README.md
+++ /dev/null
@@ -1 +0,0 @@
-# Data for matrix manipulation
diff --git a/Tutorial1_Basic/Data/Tut1_data1.csv b/Tutorial1_Basic/Data/Tut1_data1.csv
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index 472523d..0000000
--- a/Tutorial1_Basic/Data/Tut1_data1.csv
+++ /dev/null
@@ -1,16 +0,0 @@
-0.05077,0.0038966667
-0.02751,0.00365
-0.02075,0.0036866667
-0.01881,0.0037333333
-0.01938,0.0037933333
-0.08237,0.00385
-0.03718,0.0038766667
-0.03714,0.0041033333
-0.03657,0.0039433333
-0.0362,0.00392
-0.048,0.0040733333
-0.04172,0.0040966667
-0.04115,0.0042166667
-0.0435,0.00409
-0.04202,0.0362
-0.0487,0.04172
diff --git a/Tutorial1_Basic/Data/Tut1_data3.csv b/Tutorial1_Basic/Data/Tut1_data3.csv
deleted file mode 100644
index b8a1e42..0000000
--- a/Tutorial1_Basic/Data/Tut1_data3.csv
+++ /dev/null
@@ -1 +0,0 @@
-0.039485624999999996,0.015297881756962301
diff --git a/Tutorial1_Basic/Problems/README.md b/Tutorial1_Basic/Problems/README.md
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index a7de39a..0000000
--- a/Tutorial1_Basic/Problems/README.md
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@@ -1 +0,0 @@
-# Problems for matrix manipulation
diff --git a/Tutorial1_Basic/Problems/Tut1.pdf b/Tutorial1_Basic/Problems/Tut1.pdf
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index 24abc4f..0000000
--- a/Tutorial1_Basic/Problems/Tut1.pdf
+++ /dev/null
diff --git a/Tutorial1_Basic/README.md b/Tutorial1_Basic/README.md
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index 75af7cd..0000000
--- a/Tutorial1_Basic/README.md
+++ /dev/null
@@ -1 +0,0 @@
-# Matrix manipulation
diff --git a/Tutorial1_Basic/Scilab_code/README.md b/Tutorial1_Basic/Scilab_code/README.md
deleted file mode 100644
index 275ce95..0000000
--- a/Tutorial1_Basic/Scilab_code/README.md
+++ /dev/null
@@ -1 +0,0 @@
-# Scilab code for matrix manipulation
diff --git a/Tutorial1_Basic/Scilab_code/Tutorial1_Matrix_manipulation.sce b/Tutorial1_Basic/Scilab_code/Tutorial1_Matrix_manipulation.sce
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index e4e06a6..0000000
--- a/Tutorial1_Basic/Scilab_code/Tutorial1_Matrix_manipulation.sce
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@@ -1,105 +0,0 @@
-//Script for Matrix manipulation tutorial
-//This script gives a demonstration of a few basic matrix operations used in Scilab
-
-//Manual entry of matrices (A,B,x)
-A = [1 2 3;3 2 1;2 4 5];
-B = [5 4 2;1 8 9;5 4 1];
-x = [1;2;3];
-
-//Elementwise Matrix operations
-//Summation of two matrices
-Mat_Sum = A + B;
-disp(Mat_Sum,'A+B');
-
-//Subtraction of a matrix from another
-Mat_Sub = A - B;
-disp(Mat_Sub,'A-B');
-
-//Elementwise multiplication of two matrices
-Mat_element_product = A.*B;
-disp(Mat_element_product,'A.*B');
-
-//Elementwise square of a matrix
-Mat_element_square = A.*A;
-disp(Mat_element_square,'A.*A');
-
-//Product of a scalar and matrix 
-Mat_scalar_product = 5*A;
-disp(Mat_scalar_product,'5*A');
-
-//Elementwise square-root of a matrix
-Mat_sqrt = sqrt(A);
-disp(Mat_sqrt,'sqrt(A)');
-
-//Exponential of a matrix
-Mat_exp = exp(A);
-disp(Mat_exp,'exp(A)');
-
-
-
-//Matrix operations
-//Transpose of a matrix
-Mat_trans = A';
-disp(Mat_trans,'Atranspose');
-
-//Product of two matrices
-Mat_product = A*B;
-disp(Mat_product,'A*B');
-
-//Product of a matrix and vector
-Mat_vec_product = A*x;
-disp(Mat_vec_product,'A*x');
-
-//Square of a matrix
-Mat_square = A*A;
-disp(Mat_square,'A*A');
-
-//Higher powers of a matrix
-Mat_power_3 = A^3;
-disp(Mat_power_3, 'A^3');
-
-Mat_power_5 = A^5;
-disp(Mat_power_5,'A^5');
-
-
-//Range and size of matrices
-//Size of a matrix
-size_of_matrix = size(A);
-
-//Row and column size of a vector/matrix
-[row_size,column_size] = size(x);
-
-//Total number of elements in a matrix
-total_elements = length(A);
-
-//To extract an element of A
-Mat_element_31 = A(3,1);
-disp(Mat_element_31,'3rd row, 1st col element of A');
-
-//To extract a column of a matrix
-Mat_second_column = A(:,2);
-disp(Mat_second_column,'Second column of A');
-
-
-//To extract two columns of a matrix
-Mat_first_two_column = A(:,1:2);
-disp(Mat_first_two_column,'First two columns of A');
-
-//To extract a row of a matrix
-Mat_third_row = A(3,:);
-disp(Mat_third_row,'Third row of A');
-
-
-//Construction of special matrices
-//Identity matrix construction
-Identity_3 = eye(3,3);
-disp(Identity_3,'3 X 3 Identity matrix');
-
-//Zero matrix construction
-Zero_32 = zeros(3,2);
-disp(Zero_32,'3 X 2 Zero matrix');
-
-//All ones matrix
-Ones_45 = ones(4,5);
-disp(Ones_45,'4 X 5 all ones matrix');
-
diff --git a/Tutorial1_Basic/Scilab_code/Tutorial1_function.sce b/Tutorial1_Basic/Scilab_code/Tutorial1_function.sce
deleted file mode 100644
index 164430c..0000000
--- a/Tutorial1_Basic/Scilab_code/Tutorial1_function.sce
+++ /dev/null
@@ -1,27 +0,0 @@
-//This Matlab script is used to compute mean and standard deviation of data
-
-//Clears all previous variables stored
-clear 
-
-//Clears screen
-clc
-
-
-//Executing the mymean function that computes the mean of a given data
-exec mymean.sci;
-//Executing the mystdev function that computes the standard deviation of a given data
-exec mystdev.sci;
-
-
-//Data for which the mean and standard-deviation is required
-x = [1 2 5];
-
-//Calling the mymean function. It takes data (a vector) as the input argument and returns mean of the data as output
-mean_of_x = mymean(x);
-disp(mean_of_x,'Mean of x');
-
-//Calling the mystdev function. It takes data (a vector) and its mean as the input argument 
-//It returns standard deviation of the data as output
-stddev_of_x = mystdev(x,mean_of_x);
-disp(stddev_of_x,'Standard deviation of x');
-
diff --git a/Tutorial1_Basic/Scilab_code/Tutotial1_filehandling.sce b/Tutorial1_Basic/Scilab_code/Tutotial1_filehandling.sce
deleted file mode 100644
index 2924f03..0000000
--- a/Tutorial1_Basic/Scilab_code/Tutotial1_filehandling.sce
+++ /dev/null
@@ -1,23 +0,0 @@
-//This function is to import data from a csv file and store it in a variable
-//Using the data mean and standard deviation of the data is computed
-clear
-clc
-
-exec mymean.sci;
-exec mystdev.sci;
-
-//Import data from csv file
-Data = csvRead('../Data/Tut1_data1.csv');
-x = Data(:,1);
-y = Data(:,2);
-
-
-//Compute mean of the imported data
-mean_of_x = mymean(x);
-//Compute standard deviation of the imported data
-stdev_of_x= mystdev(x,mean_of_x);
-
-//Data to be exported (It can be a scalar, vector or matrix)
-data_to_write = [mean_of_x stdev_of_x];
-//Export data to a csv file
-csvWrite(data_to_write,'../Data/Tut1_data3.csv')
diff --git a/Tutorial1_Basic/Scilab_code/mymean.sci b/Tutorial1_Basic/Scilab_code/mymean.sci
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index 6a96da4..0000000
--- a/Tutorial1_Basic/Scilab_code/mymean.sci
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@@ -1,9 +0,0 @@
-//Function to compute mean of a given data (a vector)
-
-function mean_of_data = mymean(data)
-    sum_of_data = 0;
-    for iteration = 1:1:length(data)
-        sum_of_data = data(iteration) + sum_of_data;
-    end
-    mean_of_data = sum_of_data/length(data);
-endfunction
diff --git a/Tutorial1_Basic/Scilab_code/mystdev.sci b/Tutorial1_Basic/Scilab_code/mystdev.sci
deleted file mode 100644
index 53849a4..0000000
--- a/Tutorial1_Basic/Scilab_code/mystdev.sci
+++ /dev/null
@@ -1,8 +0,0 @@
-//A function to compute standard deviation of a given data
-//Input: Data (a vector) and mean of the data as input
-//Output: standard deviation of the data
-
-function standard_dev = mystdev(data,mean_of_data)
-    temp = (data - mean_of_data*ones(length(data)))^2;
-    standard_dev = sqrt(sum(temp)/(length(data)-1));
-endfunction