Make Loss on Title Page bigger
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LinAlg2.tex
23
LinAlg2.tex
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@ -12,7 +12,7 @@
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\usepackage{cancel}
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\usepackage[ngerman]{babel}
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\usepackage{harpoon}
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\usetikzlibrary{tikzmark,calc,arrows,angles,math,decorations.markings}
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\usetikzlibrary{tikzmark,calc,arrows,arrows.meta,angles,math,decorations.markings}
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\usepackage{pgfplots}
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\usepackage{framed}
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\usepackage[hyperref,amsmath,amsthm,thmmarks,thref,framed]{ntheorem}
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@ -87,10 +87,11 @@
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\tikzset{%
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-||-/.style={decoration={markings,
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mark=at position 0.5 with {\draw[thin, -] (-.2,-.2) -- (0, .2);\draw[thin, -] (0, -.2) -- (.2, .2);}},
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mark=at position 0.5 with {\draw[thick, -] (-.2,-.2) -- (0, .2);\draw[thick, -] (0, -.2) -- (.2, .2);}},
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postaction={decorate}},
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}
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\begin{titlepage}
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\begin{tikzpicture}[remember picture, overlay]
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% Trans pride flag
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@ -102,18 +103,18 @@ postaction={decorate}},
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minimum height=\paperheight] at ([xshift=(\i - 1)*(\paperwidth / 5)]current page.south west) {};
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% The Loss
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% Panel 1
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\draw[very thick, <-] ([xshift = 85pt, yshift = -60pt]current page.north west) -- +(0, -.35\paperheight);
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\draw[line width=.5mm, {Stealth[scale=1.3]}-] ([xshift = 85pt, yshift = -60pt]current page.north west) -- +(0, -.35\paperheight);
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% Panel 2
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\draw[very thick, <-, -||-] ([xshift = -85pt, yshift = -.1\paperheight - 60pt] current page.north east) --
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\draw[line width=.5mm, {Stealth[scale=1.3]}-, -||-] ([xshift = -85pt, yshift = -.1\paperheight - 60pt] current page.north east) --
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+(0, -.25\paperheight);
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\draw[very thick, <-, -||-] ([xshift = -185pt, yshift = -60pt]current page.north east) --
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\draw[line width=.5mm, {Stealth[scale=1.3]}-, -||-] ([xshift = -185pt, yshift = -60pt]current page.north east) --
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+(0, -.35\paperheight);
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% Panel 3
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\draw[very thick, ->, -||-] ([xshift = 40pt, yshift = 60pt] current page.south west) -- +(0, .35\paperheight);
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\draw[very thick, ->, -||-] ([xshift = 175pt, yshift = 60pt] current page.south west) -- +(0, .35\paperheight);
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\draw[line width=.5mm, -{Stealth[scale=1.3]}, -||-] ([xshift = 40pt, yshift = 60pt] current page.south west) -- +(0, .35\paperheight);
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\draw[line width=.5mm, -{Stealth[scale=1.3]}, -||-] ([xshift = 175pt, yshift = 60pt] current page.south west) -- +(0, .35\paperheight);
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% Panel 4
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\draw[very thick, ->] ([xshift = -175pt, yshift = 60pt] current page.south east) -- +(0, .35\paperheight);
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\draw[very thick, <-] ([yshift = 120pt, xshift = -25pt] current page.south east) -- +(-.38\paperwidth,0);
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\draw[line width=.5mm, -{Stealth[scale=1.3]}] ([xshift = -175pt, yshift = 60pt] current page.south east) -- +(0, .35\paperheight);
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\draw[line width=.5mm, {Stealth[scale=1.3]}-] ([yshift = 120pt, xshift = -25pt] current page.south east) -- +(-.38\paperwidth,0);
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\draw[very thick] ([xshift = -175+40pt, yshift = 120]current page.south east)
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arc [radius=40pt, start angle=0, end angle=90];
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% Title, Author & Date
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@ -3783,7 +3784,7 @@ $\sigma$ heißt Polarform von $\rho$
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\section[Die Singulärwertzerlegung und die Pseudoinverse]{Die Singulärwertzerlegung und die \\Pseudoinverse}
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Wir wollen nun für zwei euklidische Vektorräume $V, W$ eine geeignete Normalform bezüglich Orthonormalbasen
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Wir wollen nun für zwei euklidische Vektorräume $V, W$ eine geeignete Normalform \\ bezüglich Orthonormalbasen
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herleiten. Polarzerlegung besagt für $\alpha \in \Hom(V, V)$, dass Orthonormalbasen $B, B'$ von $V$ existieren
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mit
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\[
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@ -3814,7 +3815,7 @@ Das heißt $\alpha$ lässt sich aus orthogonalen Endomorphismen und Skalierung z
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\end{satz}
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\begin{proof}
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\begin{itemize}
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\item $A^* A \in \K^{\nxn}$ selbstadjungiert und positiv semi-definit.
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\item $A^* A \in \K^{\nxn}$ selbstadjungiert und positiv semi-definit. \\
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Eigenwerte $\lambda_1, \dots, \lambda_n \in [0, \infty)$, ONB $b_1, \dots, b_n$ aus Eigenvektoren.
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Sei $\lambda_1, \dots, \lambda_r \in (0, \infty), \lambda_{r+1} = \dots = \lambda_n = 0$
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$s_i := \sqrt{\lambda_i}, i\in [n]$
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