Commit d4779b4c by Jacob Hunecke

### Replace thesis.ipynb

parent 946c9580
 ... ... @@ -124,7 +124,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ "Those plots show the SNR profiles of all three receive channels for both, the MC3D measurements as well as the RC3D measurements. The green line shows the applied SNR threshold and the orange line the SNR threshold which was additionally applied to get the reduced frequency set (used when determining the values of $\\mathbf{C}(\\mathbf{r})$)." "Those plots show the SNR index profiles of all three receive channels for both, the MC3D measurements as well as the RC3D measurements. The $x$-axes correspond to the frequency components and the $y$-axes correspond to the SNR index values. The green line shows the applied SNR threshold and the orange line the SNR threshold which was additionally applied to get the reduced frequency set (used when determining the values of $\\mathbf{C}(\\mathbf{r})$)." ] }, { ... ... @@ -1902,7 +1902,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ "Now we calculate the average SSIM values (averaged over all 3 receive channels) for certain frequency components. The frequency components are selected by the mixing factors. We consider a fixed value of $m_z = 1$ and the values for $m_x$ and $m_y$ in the range from 0 to 8." "Now we calculate the average SSIM values (averaged over all 3 receive channels) for certain frequency components. The frequency components are selected by the mixing factors. We consider a fixed value of $m_z = 1$ and the values for $m_x$ and $m_y$ in the range from $0$ to $8$." ] }, { ... ... @@ -1951,7 +1951,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ "Now we plot the SSIM values using heatmaps. The $x$-axes corresponds to $m_x$ while the $y$-axes corresponds to $m_y$. Below you can see the legend which defines the color encoding of the plot." "Now we plot the SSIM values using heatmaps. The $x$-axes corresponds to $m_x$ while the $y$-axes corresponds to $m_y$. Below you can see the legend which defines the color encoding of the plot. For the frequencies that were not selected in the frequency selection we choose the SSIM value to be $0$." ] }, { ... ... @@ -1962,18 +1962,18 @@ "source": [ "p = Any[]\n", "\n", "push!(p, plot(heatmap(mssimArry[1,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A0\"))\n", "push!(p, plot(heatmap(mssimArry[2,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A1\"))\n", "push!(p, plot(heatmap(mssimArry[3,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A2\"))\n", "push!(p, plot(heatmap(mssimArry[4,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A3\"))\n", "push!(p, plot(heatmap(mssimArry[5,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A4\"))\n", "push!(p, plot(heatmap(mssimArry[6,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A4n\"))\n", "push!(p, plot(heatmap(mssimArry[7,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A5\"))\n", "push!(p, plot(heatmap(mssimArry[8,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A5n\"))\n", "push!(p, plot(heatmap(mssimArry[9,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A6\"))\n", "push!(p, plot(heatmap(mssimArry[10,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A6n\"))\n", "\n", "plot(p..., size=(1200,480), layout=(2,5), legend = :none)" "push!(p, plot(heatmap(mssimArry[1,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A0\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[2,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A1\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[3,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A2\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[4,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A3\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[5,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A4\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[6,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A4n\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[7,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A5\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[8,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A5n\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[9,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A6\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "push!(p, plot(heatmap(mssimArry[10,:,:], color =:viridis, clim=(0,1), yticks=(1:2:m_max, string.(0:2:m_max-1)), xticks=(1:2:m_max, string.(0:2:m_max-1)), legend = :none), title=\"A6n\", xlabel=\"m_x\", ylabel=\"m_y\"))\n", "\n", "plot(p..., size=(1200,480), layout=(2,5), legend = :none, left_margin=10mm, bottom_margin=10mm)" ] }, { ... ...
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