tikz-gallery-generator

Custum build of stapix for tikz.pablopie.xyz

git clone: git://git.pablopie.xyz/tikz-gallery-generator
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Commit: 9595d4e31fab53935cd5c71226a4008c5fd8466e
Parent: a46cb25171de5d9b555da10f203f49a56b2a2fbb
Author: Pablo <pablo-escobar@riseup.net>
Date: Wed, 24 Apr 2024 15:25:18 +0000

Moved .tikz files to .tex

Also made it so that tikz_gallery_generator properly handles .tex

Diffstat

40 files changed, 42 insertions, 42 deletions

Status	File Name	N° Changes	Insertions	Deletions
Modified	examples/config.yml	72	36	36
Renamed	examples/images/26-nodes-diagram.tikz -> examples/images/26-nodes-diagram.tex	0	0	0
Renamed	examples/images/complex-lattice.tikz -> examples/images/complex-lattice.tex	0	0	0
Renamed	examples/images/complex-surreal-venn.tikz -> examples/images/complex-surreal-venn.tex	0	0	0
Renamed	examples/images/coxerter-group-reflections.tikz -> examples/images/coxerter-group-reflections.tex	0	0	0
Renamed	examples/images/cube.tikz -> examples/images/cube.tex	0	0	0
Renamed	examples/images/diamond.tikz -> examples/images/diamond.tex	0	0	0
Renamed	examples/images/dihedral-representation-is-irreducible.tikz -> examples/images/dihedral-representation-is-irreducible.tex	0	0	0
Renamed	examples/images/dihedral-representation.tikz -> examples/images/dihedral-representation.tex	0	0	0
Renamed	examples/images/elliptic-curve-group-structure.tikz -> examples/images/elliptic-curve-group-structure.tex	0	0	0
Renamed	examples/images/euclidian-plane.tikz -> examples/images/euclidian-plane.tex	0	0	0
Renamed	examples/images/finite-topological-plot.tikz -> examples/images/finite-topological-plot.tex	0	0	0
Renamed	examples/images/galois-lattice-antisomorphism.tikz -> examples/images/galois-lattice-antisomorphism.tex	0	0	0
Renamed	examples/images/geodesic.tikz -> examples/images/geodesic.tex	0	0	0
Renamed	examples/images/grothendieck-riemann-roch.tikz -> examples/images/grothendieck-riemann-roch.tex	0	0	0
Renamed	examples/images/hyperbolic-plane-disc.tikz -> examples/images/hyperbolic-plane-disc.tex	0	0	0
Renamed	examples/images/k4.tikz -> examples/images/k4.tex	0	0	0
Renamed	examples/images/mobius.tikz -> examples/images/mobius.tex	0	0	0
Renamed	examples/images/natural-number-line.tikz -> examples/images/natural-number-line.tex	0	0	0
Renamed	examples/images/ordinal-number-line.tikz -> examples/images/ordinal-number-line.tex	0	0	0
Renamed	examples/images/quaternion-rotation.tikz -> examples/images/quaternion-rotation.tex	0	0	0
Renamed	examples/images/real-number-line.tikz -> examples/images/real-number-line.tex	0	0	0
Renamed	examples/images/real-ordinal-surreal-venn.tikz -> examples/images/real-ordinal-surreal-venn.tex	0	0	0
Renamed	examples/images/riemannian-metric.tikz -> examples/images/riemannian-metric.tex	0	0	0
Renamed	examples/images/rigid-motion-reflections.tikz -> examples/images/rigid-motion-reflections.tex	0	0	0
Renamed	examples/images/rigid-motion-rotation.tikz -> examples/images/rigid-motion-rotation.tex	0	0	0
Renamed	examples/images/smooth-function.tikz -> examples/images/smooth-function.tex	0	0	0
Renamed	examples/images/smooth-manifold.tikz -> examples/images/smooth-manifold.tex	0	0	0
Renamed	examples/images/sphere-quotient.tikz -> examples/images/sphere-quotient.tex	0	0	0
Renamed	examples/images/sphere.tikz -> examples/images/sphere.tex	0	0	0
Renamed	examples/images/square-to-circle-projection.tikz -> examples/images/square-to-circle-projection.tex	0	0	0
Renamed	examples/images/standard-sets-venn.tikz -> examples/images/standard-sets-venn.tex	0	0	0
Renamed	examples/images/stereographic-projection.tikz -> examples/images/stereographic-projection.tex	0	0	0
Renamed	examples/images/tangent-space.tikz -> examples/images/tangent-space.tex	0	0	0
Renamed	examples/images/topology-mug-donut.tikz -> examples/images/topology-mug-donut.tex	0	0	0
Renamed	examples/images/unit-circle-covering.tikz -> examples/images/unit-circle-covering.tex	0	0	0
Renamed	examples/images/unit-circle.tikz -> examples/images/unit-circle.tex	0	0	0
Renamed	examples/images/upper-central-projection.tikz -> examples/images/upper-central-projection.tex	0	0	0
Modified	src/gallery_entry.rs	6	3	3
Modified	src/main.rs	6	3	3

diff --git a/examples/config.yml b/examples/config.yml
@@ -1,5 +1,5 @@
 # TODO: Differenciate between alt texts and captions
-- path: ./images/26-nodes-diagram.tikz
+- path: ./images/26-nodes-diagram.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -11,64 +11,64 @@
   source: https://commons.wikimedia.org/wiki/File:Calabi-Yau-alternate.png
   alt: A visual representation of the Calebi-Yau manifold
 
-- path: ./images/complex-lattice.tikz
+- path: ./images/complex-lattice.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: A complex lattice with two linearly independent periods
 
-- path: ./images/complex-surreal-venn.tikz
+- path: ./images/complex-surreal-venn.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the relationship between the real,
     complex and surreal numbers
 
-- path: ./images/cube.tikz
+- path: ./images/cube.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: A cube
 
-- path: ./images/diamond.tikz
+- path: ./images/diamond.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: A domond-like shape
 
-- path: ./images/dihedral-representation-is-irreducible.tikz
+- path: ./images/dihedral-representation-is-irreducible.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: An ilustration of the proof that the natural real representation
     of the Dihidral group is irreducible
 
-- path: ./images/dihedral-representation.tikz
+- path: ./images/dihedral-representation.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The action of the dihedral group in the real plain
 
-- path: ./images/elliptic-curve-group-structure.tikz
+- path: ./images/elliptic-curve-group-structure.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The group structure of the points of an elliptic curve
 
-- path: ./images/euclidian-plane.tikz
+- path: ./images/euclidian-plane.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The Cartesian plane
 
-- path: ./images/finite-topological-plot.tikz
+- path: ./images/finite-topological-plot.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: A plot of the number of topological spaces of n points in
     logarithmic scale
 
-- path: ./images/galois-lattice-antisomorphism.tikz
+- path: ./images/galois-lattice-antisomorphism.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -76,14 +76,14 @@
     subgroups of the Galois group of a Galois extension and the lattice of
     intermediary subfields of such extension.
 
-- path: ./images/geodesic.tikz
+- path: ./images/geodesic.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the fact that geodesics locally minimize
     distances
 
-- path: ./images/grothendieck-riemann-roch.tikz
+- path: ./images/grothendieck-riemann-roch.tex
   license: PD
   author: Alexander Grothendieck
   author-url: https://grothendieckcircle.org/
@@ -99,7 +99,7 @@
   alt: A diagram of the classification of finite simple groups in the
     format of a periodic table
 
-- path: ./images/hyperbolic-plane-disc.tikz
+- path: ./images/hyperbolic-plane-disc.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -119,13 +119,13 @@
   source: https://commons.wikimedia.org/wiki/File:KleinInvariantJ.jpg
   alt: The j-invariant Klein function in the complex plane
 
-- path: ./images/k4.tikz
+- path: ./images/k4.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The complete graph of four vertices
 
-- path: ./images/mobius.tikz
+- path: ./images/mobius.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -138,19 +138,19 @@
   alt: The first columns of the chacter table of the monster simple
     group in characteristic zero
 
-- path: ./images/natural-number-line.tikz
+- path: ./images/natural-number-line.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The natural number line
 
-- path: ./images/ordinal-number-line.tikz
+- path: ./images/ordinal-number-line.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The ordinal number line
 
-- path: ./images/quaternion-rotation.tikz
+- path: ./images/quaternion-rotation.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -161,54 +161,54 @@
     space, and conjugation by cos t + p sin t acts as rotation by 2 t around
     this axis."
 
-- path: ./images/real-number-line.tikz
+- path: ./images/real-number-line.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The real number line
 
-- path: ./images/real-ordinal-surreal-venn.tikz
+- path: ./images/real-ordinal-surreal-venn.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the relationship between the real,
     ordinal and surreal numbers
 
-- path: ./images/riemannian-metric.tikz
+- path: ./images/riemannian-metric.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture is a comparison between the Euclidean distance and
     the Riemannian distance in a 3-dimensional sphere
 
-- path: ./images/rigid-motion-reflections.tikz
+- path: ./images/rigid-motion-reflections.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the fact that reflections are rigid
     motions
 
-- path: ./images/rigid-motion-rotation.tikz
+- path: ./images/rigid-motion-rotation.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the fact that rotations are rigid
     motions
 
-- path: ./images/smooth-function.tikz
+- path: ./images/smooth-function.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the definition of a smooth map between
     manifolds
 
-- path: ./images/smooth-manifold.tikz
+- path: ./images/smooth-manifold.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This picture represents the definition of a smooth manifold
 
-- path: ./images/sphere-quotient.tikz
+- path: ./images/sphere-quotient.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -216,7 +216,7 @@
     quotient of the (n + 1)-dimensional simple orthogonal group by the
     n-dimensional simple orthogonal group
 
-- path: ./images/sphere.tikz
+- path: ./images/sphere.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -228,20 +228,20 @@
   source: https://en.wikipedia.org/wiki/File:SporadicGroups.svg
   alt: All the Sporadic groups in their subquotient relationship
 
-- path: ./images/square-to-circle-projection.tikz
+- path: ./images/square-to-circle-projection.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: "The projection from the square to the circle: we map a point in
     the square of length √2/2 onto the unit circle by normalizing it"
 
-- path: ./images/standard-sets-venn.tikz
+- path: ./images/standard-sets-venn.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: This diagram represents the relationship between standard number sets
 
-- path: ./images/stereographic-projection.tikz
+- path: ./images/stereographic-projection.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
@@ -254,30 +254,30 @@
   source: https://en.wikipedia.org/wiki/File:Surreal_number_tree.svg
   alt: Visualization of the surreal number tree
 
-- path: ./images/tangent-space.tikz
+- path: ./images/tangent-space.tex
   license: CC-BY-4
   author: Gustavo Mezzovilla
   alt: The tangent space of a smooth manifold at a point
 
-- path: ./images/topology-mug-donut.tikz
+- path: ./images/topology-mug-donut.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: A mug continuously morphing into a donut
 
-- path: ./images/unit-circle-covering.tikz
+- path: ./images/unit-circle-covering.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The universal covering of the unit circle
 
-- path: ./images/unit-circle.tikz
+- path: ./images/unit-circle.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz
   alt: The unit complex circle
 
-- path: ./images/upper-central-projection.tikz
+- path: ./images/upper-central-projection.tex
   license: CC-BY-4
   author: Pablo
   author-url: https://pablopie.xyz

diff --git a/examples/images/26-nodes-diagram.tikz b/examples/images/26-nodes-diagram.tex

diff --git a/examples/images/complex-lattice.tikz b/examples/images/complex-lattice.tex

diff --git a/examples/images/complex-surreal-venn.tikz b/examples/images/complex-surreal-venn.tex

diff --git a/examples/images/coxerter-group-reflections.tikz b/examples/images/coxerter-group-reflections.tex

diff --git a/examples/images/cube.tikz b/examples/images/cube.tex

diff --git a/examples/images/diamond.tikz b/examples/images/diamond.tex

diff --git a/examples/images/dihedral-representation-is-irreducible.tikz b/examples/images/dihedral-representation-is-irreducible.tex

diff --git a/examples/images/dihedral-representation.tikz b/examples/images/dihedral-representation.tex

diff --git a/examples/images/elliptic-curve-group-structure.tikz b/examples/images/elliptic-curve-group-structure.tex

diff --git a/examples/images/euclidian-plane.tikz b/examples/images/euclidian-plane.tex

diff --git a/examples/images/finite-topological-plot.tikz b/examples/images/finite-topological-plot.tex

diff --git a/examples/images/galois-lattice-antisomorphism.tikz b/examples/images/galois-lattice-antisomorphism.tex

diff --git a/examples/images/geodesic.tikz b/examples/images/geodesic.tex

diff --git a/examples/images/grothendieck-riemann-roch.tikz b/examples/images/grothendieck-riemann-roch.tex

diff --git a/examples/images/hyperbolic-plane-disc.tikz b/examples/images/hyperbolic-plane-disc.tex

diff --git a/examples/images/k4.tikz b/examples/images/k4.tex

diff --git a/examples/images/mobius.tikz b/examples/images/mobius.tex

diff --git a/examples/images/natural-number-line.tikz b/examples/images/natural-number-line.tex

diff --git a/examples/images/ordinal-number-line.tikz b/examples/images/ordinal-number-line.tex

diff --git a/examples/images/quaternion-rotation.tikz b/examples/images/quaternion-rotation.tex

diff --git a/examples/images/real-number-line.tikz b/examples/images/real-number-line.tex

diff --git a/examples/images/real-ordinal-surreal-venn.tikz b/examples/images/real-ordinal-surreal-venn.tex

diff --git a/examples/images/riemannian-metric.tikz b/examples/images/riemannian-metric.tex

diff --git a/examples/images/rigid-motion-reflections.tikz b/examples/images/rigid-motion-reflections.tex

diff --git a/examples/images/rigid-motion-rotation.tikz b/examples/images/rigid-motion-rotation.tex

diff --git a/examples/images/smooth-function.tikz b/examples/images/smooth-function.tex

diff --git a/examples/images/smooth-manifold.tikz b/examples/images/smooth-manifold.tex

diff --git a/examples/images/sphere-quotient.tikz b/examples/images/sphere-quotient.tex

diff --git a/examples/images/sphere.tikz b/examples/images/sphere.tex

diff --git a/examples/images/square-to-circle-projection.tikz b/examples/images/square-to-circle-projection.tex

diff --git a/examples/images/standard-sets-venn.tikz b/examples/images/standard-sets-venn.tex

diff --git a/examples/images/stereographic-projection.tikz b/examples/images/stereographic-projection.tex

diff --git a/examples/images/tangent-space.tikz b/examples/images/tangent-space.tex

diff --git a/examples/images/topology-mug-donut.tikz b/examples/images/topology-mug-donut.tex

diff --git a/examples/images/unit-circle-covering.tikz b/examples/images/unit-circle-covering.tex

diff --git a/examples/images/unit-circle.tikz b/examples/images/unit-circle.tex

diff --git a/examples/images/upper-central-projection.tikz b/examples/images/upper-central-projection.tex

diff --git a/src/gallery_entry.rs b/src/gallery_entry.rs
@@ -64,7 +64,7 @@ pub struct GalleryEntry {
 
 #[derive(Debug, Clone, Copy, PartialEq, Eq)]
 pub enum FileFormat {
-    TikZ,
+    TeX,
     Svg,
     Png,
     Jpeg,
@@ -234,8 +234,8 @@ impl<'de> Deserialize<'de> for GalleryEntry {
                     Unexpected::Str(&path_str),
                     &"valid file path (couldn't guess file format)",
                 ));
-            },
-            Some("tikz")         => FileFormat::TikZ,
+            }
+            Some("tex")          => FileFormat::TeX,
             Some("svg")          => FileFormat::Svg,
             Some("png")          => FileFormat::Png,
             Some("jpeg" | "jpg") => FileFormat::Jpeg,

diff --git a/src/main.rs b/src/main.rs
@@ -495,7 +495,7 @@ fn render_thumbnail(pic: GalleryEntry) -> bool {
     }
 
     match pic.file_format {
-        FileFormat::TikZ => {
+        FileFormat::TeX => {
             // TODO: Remove the dependancie on tikztosvg to optimize IO?
             // currently tikztosvg creates new directories in tmp for each
             // single file. Maybe we could optimize IO by reusing the same dir
@@ -632,7 +632,7 @@ fn thumb_path(pic: &GalleryEntry) -> PathBuf {
     result.push(THUMBS_PATH);
 
     match pic.file_format {
-        FileFormat::TikZ => {
+        FileFormat::TeX => {
             result.push(pic.file_name.clone() + ".svg");
         }
         FileFormat::Svg => {
@@ -651,7 +651,7 @@ impl<'a> Display for ThumbPath<'a> {
         write!(f, "/{THUMBS_PATH}/{name}", name = Escaped(&self.0.file_name))?;
 
         match self.0.file_format {
-            FileFormat::TikZ => write!(f, ".svg")?,
+            FileFormat::TeX => write!(f, ".svg")?,
             FileFormat::Svg => {}
             FileFormat::Jpeg | FileFormat::Png => write!(f, ".webp")?,
         }