Set strip to false explicitly in the scripts (see below)

theengineear · theengineear · commit 0b6ef6f85a4b · 2014-11-11T18:35:16.000-08:00
Some of the simpler scripts looked like they should be left
without the clutter... i'm not sure if I did the right thing.
diff --git a/hard-coded/chart-types/area/matlab-basic-area/script.m b/hard-coded/chart-types/area/matlab-basic-area/script.m
@@ -4,8 +4,8 @@
      3, 2, 7;
      1, 5, 3;
      2, 6, 1];
-figure
+fig = figure
 area(y)
 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/bar/matlab-basic-bar/script.m b/hard-coded/chart-types/bar/matlab-basic-bar/script.m
@@ -8,5 +8,5 @@
 bar(x,y);
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/bar/matlab-grouped-bar/script.m b/hard-coded/chart-types/bar/matlab-grouped-bar/script.m
@@ -10,5 +10,5 @@
 bar(Y,'group');
 
 % PLOTLY
-response = fig2plotly(fig, 'strip', 1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/bar/matlab-overlaid-bar/script.m b/hard-coded/chart-types/bar/matlab-overlaid-bar/script.m
@@ -24,5 +24,5 @@
 legend('group1','group2'); 
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/bar/matlab-stacked-bar/script.m b/hard-coded/chart-types/bar/matlab-stacked-bar/script.m
@@ -15,5 +15,5 @@
 legend('Measles', 'Mumps', 'Chicken pox');
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/bar/matlab-style-bar/script.m b/hard-coded/chart-types/bar/matlab-style-bar/script.m
@@ -30,5 +30,5 @@
 set(gca,'box','off');
 
 % PLOTLY
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/box/matlab-basic-box-plot/script.m b/hard-coded/chart-types/box/matlab-basic-box-plot/script.m
@@ -9,5 +9,5 @@
 boxplot([data1,data2])
 
 %--PLOTLY--%  
-response = fig2plotly(fig, 'filename', '>>>filename<<<');
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/error-bar/matlab-symmetric-error-bars/script.m b/hard-coded/chart-types/error-bar/matlab-symmetric-error-bars/script.m
@@ -4,9 +4,9 @@
 y = sin(x);
 e = std(y)*ones(size(x));
 
-figure
+fig = figure
 errorbar(x,y,e)
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/heatmap/matlab-basic-heatmap/script.m b/hard-coded/chart-types/heatmap/matlab-basic-heatmap/script.m
@@ -7,12 +7,12 @@
         z(r,c) = r+c;
     end
 end
-figure;
+fig = figure;
 
 colormap('hot');
 imagesc(z);
 colorbar;
 
 % PLOTLY
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/histogram/matlab-basic-histogram/script.m b/hard-coded/chart-types/histogram/matlab-basic-histogram/script.m
@@ -8,5 +8,5 @@
 hist(x)
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/histogram/matlab-horizontal-histogram/script.m b/hard-coded/chart-types/histogram/matlab-horizontal-histogram/script.m
@@ -14,5 +14,5 @@
 barh(bins,h1); 
 
 % PLOTLY
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/histogram/matlab-overlaid-histogram/script.m b/hard-coded/chart-types/histogram/matlab-overlaid-histogram/script.m
@@ -34,5 +34,5 @@
 end
 
 % PLOTLY
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/histogram/matlab-stacked-histogram/script.m b/hard-coded/chart-types/histogram/matlab-stacked-histogram/script.m
@@ -34,5 +34,5 @@
 end
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/line_exclusive/matlab-basic-line/script.m b/hard-coded/chart-types/line_exclusive/matlab-basic-line/script.m
@@ -8,5 +8,5 @@
 plot(x,y1,x,y2);
 
 %--PLOTLY--%
-response = fig2plotly(fig, 'filename', '>>>filename<<<'); 
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false); 
 plotly_url = response.url; 
diff --git a/hard-coded/chart-types/line_exclusive/matlab-line-and-scatter-basic/script.m b/hard-coded/chart-types/line_exclusive/matlab-line-and-scatter-basic/script.m
@@ -27,5 +27,5 @@
 ylabel('Amplitude'); 
 
 %--PLOTLY--% 
-response = fig2plotly(fig, 'filename', '>>>filename<<<');
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url; 
diff --git a/hard-coded/chart-types/line_exclusive/matlab-log-log-line/script.m b/hard-coded/chart-types/line_exclusive/matlab-log-log-line/script.m
@@ -23,5 +23,5 @@
 ylabel('|G|[omega]');
 
 % PLOTLY 
-response = fig2plotly(gcf, 'name', 'log_log_line');
+response = fig2plotly(gcf, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/line_exclusive/matlab-semi-logy/script.m b/hard-coded/chart-types/line_exclusive/matlab-semi-logy/script.m
@@ -7,7 +7,7 @@
 
 % Create a y-axis semilog plot using the semilogy function
 % Plot SER data in blue and BER data in red
-figure;
+fig = figure;
 semilogy(eb, SER, 'bo-');
 hold on;
 semilogy(eb, BER, 'r^-');
@@ -21,5 +21,5 @@
 ylabel('SER and BER');
 
 % PLOTLY
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/log/matlab-log-log-line-2/script.m b/hard-coded/chart-types/log/matlab-log-log-line-2/script.m
@@ -23,5 +23,5 @@
 ylabel('|G|[omega]');
 
 % PLOTLY 
-response = fig2plotly(gcf, 'name', 'log_log_line');
+response = fig2plotly(gcf, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/log/matlab-semi-logy-2/script.m b/hard-coded/chart-types/log/matlab-semi-logy-2/script.m
@@ -7,7 +7,7 @@
 
 % Create a y-axis semilog plot using the semilogy function
 % Plot SER data in blue and BER data in red
-figure;
+fig = figure;
 semilogy(eb, SER, 'bo-');
 hold on;
 semilogy(eb, BER, 'r^-');
@@ -21,5 +21,5 @@
 ylabel('SER and BER');
 
 % PLOTLY
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/chart-types/network_graphs/matlab-graph-plot/script.m b/hard-coded/chart-types/network_graphs/matlab-graph-plot/script.m
@@ -7,7 +7,7 @@
 H(k, k) = B(k, k);
 
 % Visualize the graph using the gplot function (blue)
-figure;
+fig = figure;
 gplot(B - H, V, 'b-');
 hold on;
 
@@ -16,5 +16,5 @@
 axis off equal;
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/layout/legends/matlab-legend-inside/script.m b/hard-coded/layout/legends/matlab-legend-inside/script.m
@@ -7,5 +7,5 @@
 legend('blue trace','orange trace'); 
  
 % PLOTLY 
-response = fig2plotly(fig,'strip',1,'name','legend_inside');
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/layout/legends/matlab-legend-outside/script.m b/hard-coded/layout/legends/matlab-legend-outside/script.m
@@ -7,5 +7,5 @@
 legend('blue trace','orange trace','Location','BestOutside'); 
 
 % PLOTLY 
-response = fig2plotly(fig,'strip',1,'name','legend_outside');
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/multiple-axes-insets-subplots/insets/matlab-simple-inset/script.m b/hard-coded/multiple-axes-insets-subplots/insets/matlab-simple-inset/script.m
@@ -6,7 +6,7 @@
 y = sin(t);
 
 % Place axes at (0.1,0.1) with width and height of 0.8
-figure;
+fig = figure;
 handaxes1 = axes('position', [0.1 0.1 0.8 0.8]);
 
 % Main plot
@@ -37,5 +37,5 @@
 xlabel('t'); ylabel('(sin(t))^3');
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot-bar/script.m b/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot-bar/script.m
@@ -13,7 +13,7 @@
 
 % Create a plot with 2 y axes using the plotyy function
 % Cases are represented by a bar chart ; Infection rate is represented by an xy plot
-figure;
+fig = figure;
 [ax, h1, h2] = plotyy(years, cases, years, rate, 'bar', 'plot');
 
 % Change the bar colors to light gray
@@ -31,5 +31,5 @@
 set(get(ax(2), 'Ylabel'), 'String', 'Infection rate in cases per thousand');
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot-style/script.m b/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot-style/script.m
@@ -40,7 +40,7 @@
 grid on 
 
 % PLOTLY 
-response = fig2plotly(fig);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
 
 
diff --git a/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot/script.m b/hard-coded/multiple-axes-insets-subplots/multiple-axes/matlab-two-axes-plot/script.m
@@ -6,7 +6,7 @@
 y2 = 0.8*exp(-0.5*x).*sin(10*x);
 
 % Create a plot with 2 y axes using the plotyy function
-figure;
+fig = figure;
 [ax, h1, h2] = plotyy(x, y1, x, y2, 'plot');
 
 % Add title and x axis label
@@ -18,5 +18,5 @@
 set(get(ax(2), 'Ylabel'), 'String', 'High Frequency');
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/multiple-axes-insets-subplots/subplots/matlab-three-subplots/script.m b/hard-coded/multiple-axes-insets-subplots/subplots/matlab-three-subplots/script.m
@@ -14,7 +14,7 @@
 xn = (1 + cos(2*pi*fm*nT)).*cos(2*pi*fc*nT);
 
 % Create the stem plot for the Sampled Signal spanning positions 1 & 3 of a 2x2 grid
-figure;
+fig = figure;
 subplot(2, 2, [1 3]);
 stem(nT,xn);
 xlabel('t');
@@ -37,5 +37,5 @@
 title('Reconstruction at T=4e-6 ');
 
 % PLOTLY 
-response = fig2plotly();
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/specialty/fft/matlab-basic-fft/script.m b/hard-coded/specialty/fft/matlab-basic-fft/script.m
@@ -42,5 +42,5 @@
 xlabel('FREQUENCY(Hz.)'); 
 
 % PLOTLY
-response = fig2plotly(fig,'strip',1);
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false);
 plotly_url = response.url;
diff --git a/hard-coded/specialty/stft/matlab-basic-stft/script.m b/hard-coded/specialty/stft/matlab-basic-stft/script.m
@@ -49,5 +49,5 @@
 title(['C4 GUITAR: MAGNITUDE SPECTROGRAM ANALYSIS']);
 
 % PLOTLY 
-response = fig2plotly(fig, 'strip', 1); 
+response = fig2plotly(fig, 'filename', '>>>filename<<<', 'strip', false); 
 plotly_url = response.url; 
