mirror of
https://gitlab.com/orbital-debris-research/directed-study/report-1.git
synced 2025-08-02 03:21:30 +00:00
updated parsing of strings
This commit is contained in:
@@ -1,120 +1,120 @@
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#![allow(non_snake_case)]
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use std::{
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ascii::AsciiExt,
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fs,
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io::{BufRead, Write},
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};
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#[macro_use]
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extern crate scan_fmt;
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use csv::Writer;
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use serde::Serialize;
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#[derive(Serialize)]
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struct Properties {
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part_number: String,
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part_name: String,
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material_name: String,
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mass: f64,
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volume: f64,
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density: f64,
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area: f64,
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cmX: f64,
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cmY: f64,
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cmZ: f64,
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bb_length: f64,
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bb_width: f64,
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bb_height: f64,
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Ixx: f64,
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Ixy: f64,
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Ixz: f64,
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Iyx: f64,
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Iyy: f64,
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Iyz: f64,
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Izx: f64,
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Izy: f64,
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Izz: f64,
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}
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fn main() {
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let mut wtr = Writer::from_writer(vec![]);
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for fpath in fs::read_dir("../parts").unwrap() {
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let infile = fs::read_to_string(fpath.unwrap().path())
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.expect("Cannot read file.")
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.split('\n')
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.map(|l| l.to_owned())
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.collect::<Vec<String>>();
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wtr.serialize(parse_props(infile)).unwrap();
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}
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let data = String::from_utf8(wtr.into_inner().unwrap()).unwrap();
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println!("{}", data);
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let mut outfile = fs::File::create("../compiled.csv").unwrap();
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outfile.write(data.as_bytes()).unwrap();
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}
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fn parse_props(infile: Vec<String>) -> Properties {
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let part_number = scan_fmt!(&infile[1], "Part Number {}", String).unwrap();
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let part_name = scan_fmt!(&infile[2], "Part Name {}", String).unwrap();
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let material_name = scan_fmt!(&infile[4], "Material Name {}", String).unwrap();
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let mass = scan_fmt!(&infile[14], "Mass {} g", f64).unwrap();
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let volume = scan_fmt!(&infile[15], "Volume {} mm^3", f64).unwrap();
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let density = scan_fmt!(&infile[16], "Density {} g / mm^3", f64).unwrap();
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let area = scan_fmt!(&infile[17], "Area {} mm^2", f64).unwrap();
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// Center of Mass
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let (cmX, cmY, cmZ) = scan_fmt!(
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&infile[19],
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"Center of Mass {} mm, {} mm, {} mm",
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f64,
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f64,
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f64
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)
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.unwrap();
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// Bounding Box
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let bb_length = scan_fmt!(&infile[21], "Length {}", f64).unwrap();
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let bb_width = scan_fmt!(&infile[22], "Width {}", f64).unwrap();
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let bb_height = scan_fmt!(&infile[23], "Height {}", f64).unwrap();
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// Moments of Inertia at Center of Mass
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let Ixx = scan_fmt!(&infile[25], "Ixx {}", f64).unwrap();
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let Ixy = scan_fmt!(&infile[26], "Ixy {}", f64).unwrap();
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let Ixz = scan_fmt!(&infile[27], "Ixz {}", f64).unwrap();
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let Iyx = scan_fmt!(&infile[28], "Iyx {}", f64).unwrap();
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let Iyy = scan_fmt!(&infile[29], "Iyy {}", f64).unwrap();
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let Iyz = scan_fmt!(&infile[30], "Iyz {}", f64).unwrap();
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let Izx = scan_fmt!(&infile[31], "Izx {}", f64).unwrap();
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let Izy = scan_fmt!(&infile[32], "Izy {}", f64).unwrap();
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let Izz = scan_fmt!(&infile[33], "Izz {}", f64).unwrap();
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return Properties {
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part_number,
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part_name,
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material_name,
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mass,
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volume,
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density,
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area,
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cmX,
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cmY,
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cmZ,
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bb_length,
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bb_width,
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bb_height,
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Ixx,
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Ixy,
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Ixz,
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Iyx,
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Iyy,
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Iyz,
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Izx,
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Izy,
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Izz,
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};
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}
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#![allow(non_snake_case)]
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use std::{
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ascii::AsciiExt,
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fs,
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io::{BufRead, Write},
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};
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#[macro_use]
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extern crate scan_fmt;
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use csv::Writer;
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use serde::Serialize;
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#[derive(Serialize)]
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struct Properties {
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part_number: String,
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part_name: String,
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material_name: String,
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mass: f64,
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volume: f64,
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density: f64,
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area: f64,
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cmX: f64,
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cmY: f64,
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cmZ: f64,
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bb_length: f64,
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bb_width: f64,
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bb_height: f64,
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Ixx: f64,
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Ixy: f64,
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Ixz: f64,
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Iyx: f64,
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Iyy: f64,
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Iyz: f64,
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Izx: f64,
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Izy: f64,
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Izz: f64,
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}
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fn main() {
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let mut wtr = Writer::from_writer(vec![]);
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for fpath in fs::read_dir("../parts").unwrap() {
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let infile = fs::read_to_string(fpath.unwrap().path())
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.expect("Cannot read file.")
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.split('\n')
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.map(|l| l.to_owned())
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.collect::<Vec<String>>();
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wtr.serialize(parse_props(infile)).unwrap();
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}
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let data = String::from_utf8(wtr.into_inner().unwrap()).unwrap();
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println!("{}", data);
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let mut outfile = fs::File::create("../compiled.csv").unwrap();
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outfile.write(data.as_bytes()).unwrap();
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}
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fn parse_props(infile: Vec<String>) -> Properties {
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let part_number = scan_fmt!(&infile[1], "Part Number {/.+/}", String).unwrap();
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let part_name = scan_fmt!(&infile[2], "Part Name {/.+/}", String).unwrap();
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let material_name = scan_fmt!(&infile[4], "Material Name {/.+/}", String).unwrap();
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let mass = scan_fmt!(&infile[14], "Mass {} g", f64).unwrap();
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let volume = scan_fmt!(&infile[15], "Volume {} mm^3", f64).unwrap();
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let density = scan_fmt!(&infile[16], "Density {} g / mm^3", f64).unwrap();
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let area = scan_fmt!(&infile[17], "Area {} mm^2", f64).unwrap();
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// Center of Mass
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let (cmX, cmY, cmZ) = scan_fmt!(
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&infile[19],
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"Center of Mass {} mm, {} mm, {} mm",
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f64,
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f64,
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f64
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)
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.unwrap();
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// Bounding Box
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let bb_length = scan_fmt!(&infile[21], "Length {}", f64).unwrap();
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let bb_width = scan_fmt!(&infile[22], "Width {}", f64).unwrap();
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let bb_height = scan_fmt!(&infile[23], "Height {}", f64).unwrap();
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// Moments of Inertia at Center of Mass
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let Ixx = scan_fmt!(&infile[25], "Ixx {}", f64).unwrap();
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let Ixy = scan_fmt!(&infile[26], "Ixy {}", f64).unwrap();
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let Ixz = scan_fmt!(&infile[27], "Ixz {}", f64).unwrap();
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let Iyx = scan_fmt!(&infile[28], "Iyx {}", f64).unwrap();
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let Iyy = scan_fmt!(&infile[29], "Iyy {}", f64).unwrap();
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let Iyz = scan_fmt!(&infile[30], "Iyz {}", f64).unwrap();
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let Izx = scan_fmt!(&infile[31], "Izx {}", f64).unwrap();
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let Izy = scan_fmt!(&infile[32], "Izy {}", f64).unwrap();
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let Izz = scan_fmt!(&infile[33], "Izz {}", f64).unwrap();
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return Properties {
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part_number,
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part_name,
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material_name,
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mass,
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volume,
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density,
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area,
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cmX,
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cmY,
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cmZ,
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bb_length,
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bb_width,
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bb_height,
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Ixx,
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Ixy,
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Ixz,
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Iyx,
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Iyy,
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Iyz,
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Izx,
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Izy,
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Izz,
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};
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}
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