addressed remaining notes in the appendix (350c16bb) · Commits · Jakub Klinkovský / Dissertation

content/appendix-MHFEM.tex

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		@@ -237,8 +237,8 @@ Using this transformation to calculate the integral leads to
		- 2 (\vec P_0 + \vec P_1)^T (\vec P_e + \vec P_f) + 6 \vec P_e \vec P_f \right) .
		\end{align}

		In general, all entries in the matrix $\matrix B_{i,j,K}$ are non-zero and the mass-lumping technique using the numerical integration from \cref{eq:mass_lumping_numerical_integration} cannot be applied.
		\todo{It can!}
		In general, all entries in the matrix $\matrix B_{i,j,K}$ are non-zero.
		% and the mass-lumping technique using the numerical integration from \cref{eq:mass_lumping_numerical_integration} cannot be applied.\todo{It can!}
		The inverse matrix $\matrix b_{i,j,K}$ is computed using the LU factorization.

		\clearpage
		@@ -287,6 +287,6 @@ Using this transformation to calculate the integral leads to
		+ 20 \vec P_e \vec P_f \right) .
		\end{align}

		In general, all entries in the matrix $\matrix B_{i,j,K}$ are non-zero and the mass-lumping technique using the numerical integration from \cref{eq:mass_lumping_numerical_integration} cannot be applied.
		\todo{It can!}
		In general, all entries in the matrix $\matrix B_{i,j,K}$ are non-zero.
		% and the mass-lumping technique using the numerical integration from \cref{eq:mass_lumping_numerical_integration} cannot be applied.\todo{It can!}
		The inverse matrix $\matrix b_{i,j,K}$ is computed using the LU factorization.

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		@@ -7,10 +7,13 @@
		A Python script solving the system of equations that the given velocity set must satisfy.
		The reference mentioned in the code is \cite[Section~3.4.7.2]{kruger:2017lattice}.

		\bigskip
		\noindent
		[\href{https://mmg-gitlab.fjfi.cvut.cz/gitlab/-/snippets/2}{online version}]
		\todo{hide the link in the printed version}
		\vspace{1ex}
		\begin{ocg}[printocg=never, exportocg=never, showingui=false]{PDF-only layer}{my-layer-id}{1}
		% content of the environment is visible in PDF, but blank when printing
		% https://gitlab.com/agrahn/ocgx2#usage
		\hfill[\href{https://mmg-gitlab.fjfi.cvut.cz/gitlab/-/snippets/2}{online version}]
		\end{ocg}
		\vspace{1ex}

		\inputminted[
		linenos=true,

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		\usepackage{hyperref}
		\hypersetup{
		colorlinks = true,
		% TODO disable colors for printing
		linkcolor = RedViolet,
		citecolor = RedViolet,
		urlcolor = RoyalBlue,
		filecolor = RoyalBlue,
		}
		\usepackage{ocgx2}

		% better pdf bookmarks - build in one pass, more options (hyperref's bookmarks will be disabled)
		\usepackage{bookmark}