This repository has no description
:memo: Start paper
author
Gwenn Le Bihan
date
(Mar 22, 2025, 4:20 PM +0100)
commit
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db450f15b408f86adf006a08acfcc4aff8fe578a
parent
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Justfile
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Justfile
···
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example-video out="out.mp4" args='':
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RUST_BACKTRACE=full ./shapemaker video --colors examples/colorschemes/palenight.css {{out}} --sync-with examples/schedule-hell.midi --audio examples/schedule-hell.flac --grid-size 16x10 --resolution 480 {{args}}
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example-image out="out.png" args='':
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./shapemaker image --colors examples/colorschemes/palenight.css --resolution 1400 {{out}} {{args}}
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paper:
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just
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./shapemaker examples dna-analysis-machine --resolution 1920 paper/dna-analysis-machine.png
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typst compile --root . paper/main.typ
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readme:
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#!/usr/bin/env bash
examples/dna-analysis-machine.png
examples/dna-analysis-machine.png
This is a binary file and will not be displayed.
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paper/LICENSE
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paper/LICENSE
paper/dna-analysis-machine.png
paper/dna-analysis-machine.png
This is a binary file and will not be displayed.
paper/main.pdf
paper/main.pdf
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paper/main.typ
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paper/main.typ
···
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#import "template.typ": arkheion, arkheion-appendices
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#show: arkheion.with(
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title: "Shapemaker: Créations audiovisuelles procédurales musicalement synchrones",
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authors: (
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(name: "Gwenn Le Bihan", email: "gwenn.lebihan@etu.inp-n7.fr", affiliation: "ENSEEIHT"),
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),
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date: "22 Mars 2025",
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)
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#set cite(style: "chicago-author-date")
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#show link: underline
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#pad(y: 2em,
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figure(
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image("./dna-analysis-machine.png", width: 75%)
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)
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)
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#columns(1, text(size: 0.75em, raw(read("../src/examples.rs").replace("use crate::*", "use shapemaker::*"), lang: "rust")))
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#pagebreak()
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// Add bibliography and create Bibiliography section
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#bibliography("bibliography.bib")
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paper/template.typ
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paper/template.typ
···
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// From https://github.com/mgoulao/arkheion, slightly tweaked parce que le Français.
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#let arkheion(
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title: "",
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abstract: none,
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keywords: (),
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authors: (),
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custom_authors: none,
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date: none,
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logo: none,
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body,
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) = {
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// Set the document's basic properties.
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set document(author: authors.map(a => a.name), title: title)
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set page(
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margin: (left: 25mm, right: 25mm, top: 25mm, bottom: 30mm),
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numbering: "1",
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number-align: center,
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)
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set text(font: "New Computer Modern", lang: "fr")
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show math.equation: set text(weight: 400)
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show math.equation: set block(spacing: 0.65em)
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set math.equation(numbering: "(1)")
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set heading(numbering: "1.1")
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// Set run-in subheadings, starting at level 4.
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show heading: it => {
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// H1 and H2
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if it.level == 1 {
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pad(
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bottom: 10pt,
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it
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)
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}
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else if it.level == 2 {
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pad(
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bottom: 8pt,
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it
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)
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}
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else if it.level > 3 {
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text(11pt, weight: "bold", it.body + " ")
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} else {
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it
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}
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}
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+
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if logo != none {
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pad(
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top: 1em,
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align(center)[
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#image(logo, width: 80%)
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]
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)
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}
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if logo == none {
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line(length: 100%, stroke: 2pt)
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}
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// Title row.
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pad(
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bottom: 4pt,
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top: 4pt,
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align(center)[
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#block(text(weight: 500, 1.75em, title))
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#v(1em, weak: true)
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]
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)
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if logo == none {
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line(length: 100%, stroke: 2pt)
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}
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// Author information.
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if custom_authors != none {
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custom_authors
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} else {
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pad(
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top: 0.5em,
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x: 2em,
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grid(
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columns: (1fr,) * calc.min(3, authors.len()),
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gutter: 1em,
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..authors.map(author => align(center)[
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#if author.keys().contains("orcid") {
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link("http://orcid.org/" + author.orcid)[
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#pad(bottom: -8pt,
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grid(
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columns: (8pt, auto, 8pt),
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rows: 10pt,
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[],
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[*#author.name*],
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[
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#pad(left: 4pt, top: -4pt, image("orcid.svg", width: 8pt))
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]
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)
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)
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]
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} else {
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grid(
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columns: (auto),
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rows: 2pt,
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[*#author.name*],
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)
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}
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#author.email \
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#author.affiliation
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]),
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),
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)
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}
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align(center)[#date]
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// Abstract.
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if abstract != none {
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pad(
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x: 3em,
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top: 1em,
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bottom: 0.4em,
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align(center)[
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#heading(
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outlined: false,
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numbering: none,
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text(0.85em, smallcaps[Introduction]),
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)
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#set par(justify: true)
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#set text(hyphenate: false)
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#abstract
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],
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)
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}
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// Keywords
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if keywords.len() > 0 {
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[*_Mots clés_* #h(0.3cm)] + keywords.map(str).join(" · ")
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}
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// Main body.
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set par(justify: true)
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set text(hyphenate: false)
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body
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}
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#let arkheion-appendices(body) = {
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counter(heading).update(0)
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counter("appendices").update(1)
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set heading(
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numbering: (..nums) => {
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let vals = nums.pos()
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let value = "ABCDEFGHIJ".at(vals.at(0) - 1)
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if vals.len() == 1 {
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return "APPENDIX " + value
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}
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else {
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return value + "." + nums.pos().slice(1).map(str).join(".")
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}
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}
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);
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[#pagebreak() #body]
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}
+3
src/cli/mod.rs
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src/cli/mod.rs
···
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Usage: shapemaker (image|video) [options] [--color <mapping>...] <file>
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shapemaker beacon start [options] [--color <mapping>...] <file>
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shapemaker examples (dna-analysis-machine) [options] <file>
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shapemaker --help
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shapemaker --version
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···
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pub cmd_video: bool,
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pub cmd_beacon: bool,
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pub cmd_start: bool,
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pub cmd_examples: bool,
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pub cmd_dna_analysis_machine: bool,
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pub arg_file: String,
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pub flag_version: bool,
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pub flag_color: Vec<String>,
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src/examples.rs
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src/examples.rs
···
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use crate::*;
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use rand::Rng;
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use crate::*;
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pub fn dna_analysis_machine() -> Canvas {
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let mut canvas = Canvas::new(vec![]);
···
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canvas.set_grid_size(16, 9);
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canvas.set_background(Color::Black);
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let mut hatches_layer = Layer::new("hatches");
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let draw_in = canvas.world_region.resized(-1, -1);
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let draw_in = canvas.world_region.resized(-2, -2);
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let splines_area =
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let filaments_area =
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Region::from_bottomleft(draw_in.bottomleft().translated(2, -1), (3, 3)).unwrap();
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let red_circle_in =
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Region::from_topright(draw_in.topright().translated(-3, 0), (4, 3)).unwrap();
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let red_circle_at = red_circle_in.random_point();
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let red_circle_at = Region::from_topright(draw_in.topright().translated(-3, 0), (4, 3))
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.unwrap()
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.random_point();
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let red_dot_layer = canvas.new_layer("red dot");
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let mut red_dot_friends = Layer::new("red dot friends");
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let mut hatches_layer = Layer::new("hatches");
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let mut red_dot_layer = Layer::new("red dot");
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for (i, point) in draw_in.iter().enumerate() {
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if splines_area.contains(&point) {
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if filaments_area.contains(&point) {
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continue;
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}
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···
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.color(Fill::Solid(Color::Red))
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.filter(Filter::glow(5.0)),
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);
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for point in red_circle_at.region().enlarged(1, 1).iter() {
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red_dot_friends.add_object(
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format!("reddot @ {}", point),
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Object::SmallCircle(point).color(Fill::Solid(Color::Red)),
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)
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}
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}
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hatches_layer.add_object(
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} else {
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Object::Rectangle(point, point)
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}
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.color(
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// Fill::Dotted(Color::White, (i + 8) as f32 / 10.0, (i + 3) as f32 / 10.0),
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if point == red_circle_at {
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Fill::Dotted(Color::White, 3.0, 2.0)
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} else {
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Fill::Hatched(
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Color::White,
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Angle(rand::thread_rng().gen_range(0.0..360.0)),
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(i + 5) as f32 / 10.0,
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0.25,
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)
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},
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),
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.color(Fill::Hatched(
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Color::White,
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Angle(45.0),
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(i + 5) as f32 / 10.0,
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0.25,
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)),
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);
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}
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red_dot_friends.add_object(
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"line",
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Object::Line(
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draw_in.bottomright().translated(1, -3),
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draw_in.bottomright().translated(-3, 1),
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4.0,
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)
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.color(Fill::Solid(Color::Cyan))
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.filter(Filter::glow(4.0)),
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);
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let mut filaments = canvas.n_random_linelikes_within("splines", &filaments_area, 30);
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canvas.layers.push(hatches_layer);
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canvas.layers.push(red_dot_friends);
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let mut splines = canvas.n_random_linelikes_within("splines", &splines_area, 30);
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for (i, object) in splines.objects.values_mut().enumerate() {
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object.fill = Some(Fill::Solid(if i % 2 == 0 {
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for (i, object) in filaments.objects.values_mut().enumerate() {
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object.recolor(Fill::Solid(if i % 2 == 0 {
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Color::Cyan
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} else {
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Color::Pink
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}))
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}));
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}
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splines.filter_all_objects(Filter::glow(4.0));
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canvas.layers.push(splines);
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// let blackout = canvas.new_layer("black out splines");
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// splines_area.iter_upper_strict_triangle().for_each(|point| {
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// println!("blacking out {}", point);
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// blackout.add_object(
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// point,
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// Object::Rectangle(point, point).color(Fill::Solid(Color::Black)),
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// )
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// });
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// canvas.put_layer_on_top("black out splines");
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canvas.reorder_layers(vec!["red dot friends", "hatches", "red dot"]);
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filaments.filter_all_objects(Filter::glow(4.0));
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canvas
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}
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pub fn title() -> Canvas {
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let mut canvas = dna_analysis_machine();
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let text_zone = Region::from_topleft(Point(8, 2), (3, 3)).unwrap();
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canvas.remove_all_objects_in(&text_zone);
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let last_letter_at = &text_zone.bottomright().translated(1, 0);
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canvas.remove_all_objects_in(&last_letter_at.region());
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let text_layer = canvas.new_layer("title");
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let title = String::from("shapemaker");
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for (i, point) in text_zone
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.iter()
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.chain(last_letter_at.region().iter())
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.enumerate()
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{
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println!("{}: {} '{}'", i, point, &title[i..i + 1]);
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let character = title[i..i + 1].to_owned();
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text_layer.add_object(
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i.to_string(),
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Object::CenteredText(point, character, 30.0).color(Fill::Solid(Color::White)),
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);
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}
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canvas.layers.push(red_dot_layer);
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canvas.layers.push(hatches_layer);
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canvas.layers.push(filaments);
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canvas
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}
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src/graphics/objects.rs
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src/graphics/objects.rs
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src/main.rs
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src/main.rs
···
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info_time!("run");
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let mut canvas = canvas_from_cli(&args);
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if args.cmd_image {
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canvas = examples::title();
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if args.cmd_examples && args.cmd_dna_analysis_machine {
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canvas = examples::dna_analysis_machine();
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if args.arg_file.ends_with(".svg") {
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std::fs::write(
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src/vst/vst.rs
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src/vst/vst.rs
···
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impl Default for ShapemakerVST {
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fn default() -> Self {
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let probe_id = rand::thread_rng().gen_range(1..=u32::MAX);
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Self {
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params: Arc::new(ShapemakerVSTParams::default()),
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probe: Probe {
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id: rand::thread_rng().gen_range(1..=u32::MAX),
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id: probe_id,
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added_at: chrono::Utc::now().to_rfc3339(),
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automation_name: "".to_string(),
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midi_name: "".to_string(),
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audio_name: "".to_string(),
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automation_name: format!("{probe_id}/automation"),
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midi_name: format!("{probe_id}/midi"),
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audio_name: format!("{probe_id}/audio"),
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},
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}
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}