diff --git a/S1/AGLA/index.typ b/S1/AGLA/index.typ new file mode 100644 index 0000000..b0c0a70 --- /dev/null +++ b/S1/AGLA/index.typ @@ -0,0 +1 @@ += Analytische Geometrie und lineare Algebra diff --git a/S1/ExPhyI/index.typ b/S1/ExPhyI/index.typ new file mode 100644 index 0000000..931daf5 --- /dev/null +++ b/S1/ExPhyI/index.typ @@ -0,0 +1 @@ += Experimentalphysik I diff --git a/S1/GdCP/index.typ b/S1/GdCP/index.typ new file mode 100644 index 0000000..4b6a247 --- /dev/null +++ b/S1/GdCP/index.typ @@ -0,0 +1 @@ += Grundlagen der C-Programmierung diff --git a/S1/ReMe/index.typ b/S1/ReMe/index.typ new file mode 100644 index 0000000..e1f7f1d --- /dev/null +++ b/S1/ReMe/index.typ @@ -0,0 +1 @@ += Rechenmethoden diff --git a/bachelor/README.md b/bachelor/README.md new file mode 100644 index 0000000..347805d --- /dev/null +++ b/bachelor/README.md @@ -0,0 +1,2 @@ +# Room for the bachelor thesis + diff --git a/book.typ b/book.typ index 551aefa..cadfa5c 100644 --- a/book.typ +++ b/book.typ @@ -6,75 +6,93 @@ // May be split into smaller books in the future #book-meta( + title: "JonasDocs", + description: "University Typst Documents", + repository: "https://gitlab.gwdg.de/j.hahn02/university", + authors: ("JonasHahn", "Ascyii"), + language: "de", - title: "JonasDocs", + summary: [ // this field works like summary.md of mdbook + = Semester I - description: "University Typst Documents", + - #chapter("S1/ExPhyI/index.typ")[ExPhy I] - repository: "https://gitlab.gwdg.de/j.hahn02/university", + - #chapter("S1/AGLA/index.typ")[AGLA] - authors: ("JonasHahn", "Ascyii"), + - #chapter("S1/ReMe/index.typ")[ReMe] - language: "de", + - #chapter("S1/GdCP/index.typ")[GdCP] - summary: [ // this field works like summary.md of mdbook - = Semester I + = Semester II - = Semester II + - #chapter("S2/ExPhyII/index.typ")[ExPhy II] + - #chapter("S2/ExPhyII/VL/ExIIVL1.typ")[Einleitung und Historisches] + - #chapter("S2/ExPhyII/VL/ExIIVL2.typ")[Elektrostatik] + - #chapter("S2/ExPhyII/VL/ExIIVL3.typ")[Elektrische Feld] + - #chapter("S2/ExPhyII/VL/ExIIVL4.typ")[Satz von Gauss] + - #chapter("S2/ExPhyII/VL/ExIIVL5.typ")[Arbeit im E-Feld] + - #chapter("S2/ExPhyII/VL/ExIIVL6.typ")[Feld einer Hohlkugel] + - #chapter("S2/ExPhyII/VL/ExIIVL7.typ")[Elektrostatischer Wind] + - #chapter("S2/ExPhyII/VL/ExIIVL8.typ")[Plattenkondensator] + - #chapter("S2/ExPhyII/VL/ExIIVL9.typ")[Dielektrika] + - #chapter("S2/ExPhyII/VL/ExIIVL10.typ")[Ohm'sche Gesetz] - - #chapter("S2/ExPhyII/index.typ")[ExPhy II] - - #chapter("S2/ExPhyII/VL/ExIIVL1.typ")[Einleitung und Historisches] - - #chapter("S2/ExPhyII/VL/ExIIVL2.typ")[Elektrostatik] - - #chapter("S2/ExPhyII/VL/ExIIVL3.typ")[Elektrische Feld] - - #chapter("S2/ExPhyII/VL/ExIIVL4.typ")[Satz von Gauss] - - #chapter("S2/ExPhyII/VL/ExIIVL5.typ")[Arbeit im E-Feld] - - #chapter("S2/ExPhyII/VL/ExIIVL6.typ")[Feld einer Hohlkugel] - - #chapter("S2/ExPhyII/VL/ExIIVL7.typ")[Elektrostatischer Wind] - - #chapter("S2/ExPhyII/VL/ExIIVL8.typ")[Plattenkondensator] - - #chapter("S2/ExPhyII/VL/ExIIVL9.typ")[Dielektrika] - - #chapter("S2/ExPhyII/VL/ExIIVL10.typ")[Ohm'sche Gesetz] + - #chapter("S2/CWR/index.typ")[CWR] + - #chapter("S2/CWR/VL/CwrVL1.typ")[Nullstellen und Integration] + - #chapter("S2/CWR/VL/CwrVL2.typ")[Differentialgleichungen] + - #chapter("S2/CWR/VL/CwrVL3.typ")[Mehr DGL] + - #chapter("S2/CWR/VL/CwrVL4.typ")[Modellbeispiel] + - #chapter("S2/CWR/VL/CwrVL5.typ")[Differentialgleichungen] + - #chapter("S2/CWR/VL/CwrVL6.typ")[Partielle DGL] - - #chapter("S2/CWR/index.typ")[CWR] - - #chapter("S2/CWR/VL/CwrVL1.typ")[Nullstellen und Integration] - - #chapter("S2/CWR/VL/CwrVL2.typ")[Differentialgleichungen] - - #chapter("S2/CWR/VL/CwrVL3.typ")[Mehr DGL] - - #chapter("S2/CWR/VL/CwrVL4.typ")[Modellbeispiel] - - #chapter("S2/CWR/VL/CwrVL5.typ")[Differentialgleichungen] - - #chapter("S2/CWR/VL/CwrVL6.typ")[Partielle DGL] + - #chapter("S2/AnaMech/index.typ")[AnaMech] + - #chapter("S2/AnaMech/VL/AnMeVL1.typ")[Einleitung und Newton] + - #chapter("S2/AnaMech/VL/AnMeVL2.typ")[Phasenraum und Zwangsbedingungen] + - #chapter("S2/AnaMech/VL/AnMeVL3.typ")[Energiefunktionen] + - #chapter("S2/AnaMech/VL/AnMeVL4.typ")[Abgeschlossene Systeme] + - #chapter("S2/AnaMech/VL/AnMeVL5.typ")[Zweiteilchenproblem] + - #chapter("S2/AnaMech/VL/AnMeVL6.typ")[Kepler] + - #chapter("S2/AnaMech/VL/AnMeVL9.typ")[Lagrange II] + - #chapter("S2/AnaMech/VL/AnMeVL10.typ")[Lagrange I] - - #chapter("S2/AnaMech/index.typ")[AnaMech] - - #chapter("S2/AnaMech/VL/AnMeVL1.typ")[Einleitung und Newton] - - #chapter("S2/AnaMech/VL/AnMeVL2.typ")[Phasenraum und Zwangsbedingungen] - - #chapter("S2/AnaMech/VL/AnMeVL3.typ")[Energiefunktionen] - - #chapter("S2/AnaMech/VL/AnMeVL4.typ")[Abgeschlossene Systeme] - - #chapter("S2/AnaMech/VL/AnMeVL5.typ")[Zweiteilchenproblem] - - #chapter("S2/AnaMech/VL/AnMeVL6.typ")[Kepler] - - #chapter("S2/AnaMech/VL/AnMeVL9.typ")[Lagrange II] - - #chapter("S2/AnaMech/VL/AnMeVL10.typ")[Lagrange I] + - #chapter("S2/DiffII/index.typ")[Diff II] + - #chapter("S2/DiffII/VL/DiIIVL1.typ")[Metrik Cauchy-Schwarz] + - #chapter("S2/DiffII/VL/DiIIVL2.typ")[Hoelderungleichung] + - #chapter("S2/DiffII/VL/DiIIVL3.typ")[Aequivalenz von Normen] + - #chapter("S2/DiffII/VL/DiIIVL4.typ")[Aequivalenz von Normen] + - #chapter("S2/DiffII/VL/DiIIVL5.typ")[Operatornorm] + - #chapter("S2/DiffII/VL/DiIIVL7.typ")[Gradient] + - #chapter("S2/DiffII/VL/DiIIVL8.typ")[Zusammenhang] + - #chapter("S2/DiffII/VL/DiIIVL9.typ")[Partielle Ableitungen Ordnung] + - #chapter("S2/DiffII/VL/DiIIVL12.typ")[Partielle Ableitungen Ordnung] + - #chapter("S2/DiffII/VL/DiIIVL14.typ")[Partielle Ableitungen Ordnung] - - #chapter("S2/DiffII/index.typ")[Diff II] - - #chapter("S2/DiffII/VL/DiIIVL1.typ")[Metrik Cauchy-Schwarz] - - #chapter("S2/DiffII/VL/DiIIVL2.typ")[Hoelderungleichung] - - #chapter("S2/DiffII/VL/DiIIVL3.typ")[Aequivalenz von Normen] - - #chapter("S2/DiffII/VL/DiIIVL4.typ")[Aequivalenz von Normen] - - #chapter("S2/DiffII/VL/DiIIVL5.typ")[Operatornorm] - - #chapter("S2/DiffII/VL/DiIIVL7.typ")[Gradient] - - #chapter("S2/DiffII/VL/DiIIVL8.typ")[Zusammenhang] - - #chapter("S2/DiffII/VL/DiIIVL9.typ")[Partielle Ableitungen Ordnung] - - #chapter("S2/DiffII/VL/DiIIVL12.typ")[Partielle Ableitungen Ordnung] - - #chapter("S2/DiffII/VL/DiIIVL14.typ")[Partielle Ableitungen Ordnung] + - #chapter("S2/Neuro/index.typ")[Computational Neuroscience] + - #chapter("S2/Neuro/VL/NeuroVL1.typ")[Verschiedene Ebenen] + - #chapter("S2/Neuro/VL/NeuroVL2.typ")[Membran Potential Modelle] + - #chapter("S2/Neuro/VL/NeuroVL3.typ")[Synapsen] + - #chapter("S2/Neuro/VL/NeuroVL5.typ")[Convolution Correlation] - - #chapter("S2/Neuro/index.typ")[Computational Neuroscience] - - #chapter("S2/Neuro/VL/NeuroVL1.typ")[Verschiedene Ebenen] - - #chapter("S2/Neuro/VL/NeuroVL2.typ")[Membran Potential Modelle] - - #chapter("S2/Neuro/VL/NeuroVL3.typ")[Synapsen] - - #chapter("S2/Neuro/VL/NeuroVL5.typ")[Convolution Correlation] + - #chapter("S2/AGLA/index.typ")[AGLA II] + - #chapter("S2/AGLA/VL/AgIIVL7.typ")[Moduln] - - #chapter("S2/AGLA/index.typ")[AGLA II] - - #chapter("S2/AGLA/VL/AgIIVL7.typ")[Moduln] + = Semester III - = Semester III - -] + - #chapter("S3/ExPhyIII/index.typ")[ExPhy III] + - #chapter("S3/KFT/index.typ")[KFT] + + - #chapter("S3/MaPhyIII/index.typ")[MaPhy III] + + = Semester IV + + - #chapter("S4/ExPhyIV/index.typ")[ExPhy IV] + + - #chapter("S4/QM/index.typ")[QM] + + = Semester V + + - #chapter("S5/StatMech/index.typ")[StatMech] + + ] ) diff --git a/master/README.md b/master/README.md new file mode 100644 index 0000000..26de664 --- /dev/null +++ b/master/README.md @@ -0,0 +1,2 @@ +# Room for the master thesis +