hmurraydavis · August 29, 2015 14:00 · May 4, 2014 · May 4, 2014 · May 4, 2014 · May 4, 2014
diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,7 +1,7 @@
 function calculateElasticModulusInstron(x,y)
     %%%% Compute the elastic modulus from experamental data.
     %%%% INPUT VARIABLE DEF: x=load of sample from experamental data, 
-    %%%%                  %% y=elongation of sample from experamental data.
+    %%%%                     y=elongation of sample from experamental data.
 
     %%prep matlab environment:
     clc; clf;

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,7 +1,7 @@
 function calculateElasticModulusInstron(x,y)
     %%%% Compute the elastic modulus from experamental data.
     %%%% INPUT VARIABLE DEF: x=load of sample from experamental data, 
-                          %% y=elongation of sample from experamental data.
+    %%%%                  %% y=elongation of sample from experamental data.
 
     %%prep matlab environment:
     clc; clf;

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,6 +1,7 @@
 function calculateElasticModulusInstron(x,y)
     %%%% Compute the elastic modulus from experamental data.
-    %%%% INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
+    %%%% INPUT VARIABLE DEF: x=load of sample from experamental data, 
+                          %% y=elongation of sample from experamental data.
 
     %%prep matlab environment:
     clc; clf;

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,6 +1,6 @@
 function calculateElasticModulusInstron(x,y)
     %%%% Compute the elastic modulus from experamental data.
-    %%%$ INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
+    %%%% INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
 
     %%prep matlab environment:
     clc; clf;

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,9 +1,9 @@
 function calculateElasticModulusInstron(x,y)
     %%%% Compute the elastic modulus from experamental data.
-    %%%$ Arity: 2, INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
+    %%%$ INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
 
     %%prep matlab environment:
-    clc;
+    clc; clf;
 
     %% Define length of the slope which you want to calculate Elastic Modulus for:
     lengths1 = 300:1800;

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -6,10 +6,11 @@ function calculateElasticModulusInstron(x,y)
     clc;
 
     %% Define length of the slope which you want to calculate Elastic Modulus for:
-    lengths1=300:1800;
+    lengths1 = 300:1800;
 
     %% Select input data:
-    x=x(lengths1); y=y(lengths1);
+    x = x(lengths1); 
+    y = y(lengths1);
 
     %Best fit line math:
     p = polyfit(x,y,1);   % p returns 2 coefficients fitting r = a_1 * x + a_2

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,4 +1,7 @@
 function calculateElasticModulusInstron(x,y)
+    %%%% Compute the elastic modulus from experamental data.
+    %%%$ Arity: 2, INPUT VARIABLE DEF: x=load of sample from experamental data, y=elongation of sample from experamental data.
+
     %%prep matlab environment:
     clc;
 
@@ -8,8 +11,6 @@ function calculateElasticModulusInstron(x,y)
     %% Select input data:
     x=x(lengths1); y=y(lengths1);
 
-
-
     %Best fit line math:
     p = polyfit(x,y,1);   % p returns 2 coefficients fitting r = a_1 * x + a_2
     r = p(1) .* x + p(2); % compute a new vector r that has matching datapoints in x

diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -1,19 +1,23 @@
-%%prep matlab environment:
-clc;
+function calculateElasticModulusInstron(x,y)
+    %%prep matlab environment:
+    clc;
 
-%% Select input data:
-x=String1_Extension(lengths1); y=String1_Load(lengths1);
+    %% Define length of the slope which you want to calculate Elastic Modulus for:
+    lengths1=300:1800;
+
+    %% Select input data:
+    x=x(lengths1); y=y(lengths1);
 
-%% Define length of the slope which you want to calculate Elastic Modulus for:
-lengths1=300:1800;
 
-%Best fit line math:
-p = polyfit(x,y,1);   % p returns 2 coefficients fitting r = a_1 * x + a_2
-r = p(1) .* x + p(2); % compute a new vector r that has matching datapoints in x
 
-%% now plot both the points in y and the curve fit in r
-plot(x, y, 'x'); % raw data
-hold on;
-plot(x, r, 'r-','LineWidth',4.3); % calculated line of best fit
-hold off;
-ElasticModulus=p(1) %print elastic modulus (slope)
+    %Best fit line math:
+    p = polyfit(x,y,1);   % p returns 2 coefficients fitting r = a_1 * x + a_2
+    r = p(1) .* x + p(2); % compute a new vector r that has matching datapoints in x
+
+    %% now plot both the points in y and the curve fit in r
+    plot(x, y, 'x'); % raw data
+    hold on;
+    plot(x, r, 'r-','LineWidth',4.3); % calculated line of best fit
+    hold off;
+    ElasticModulus=p(1) %print elastic modulus (slope)
+end
diff --git a/calculateElasticModulusInstron.m b/calculateElasticModulusInstron.m
@@ -0,0 +1,19 @@
+%%prep matlab environment:
+clc;
+
+%% Select input data:
+x=String1_Extension(lengths1); y=String1_Load(lengths1);
+
+%% Define length of the slope which you want to calculate Elastic Modulus for:
+lengths1=300:1800;
+
+%Best fit line math:
+p = polyfit(x,y,1);   % p returns 2 coefficients fitting r = a_1 * x + a_2
+r = p(1) .* x + p(2); % compute a new vector r that has matching datapoints in x
+
+%% now plot both the points in y and the curve fit in r
+plot(x, y, 'x'); % raw data
+hold on;
+plot(x, r, 'r-','LineWidth',4.3); % calculated line of best fit
+hold off;
+ElasticModulus=p(1) %print elastic modulus (slope)