Lib.rs

› 命令行工具
#exr #frame #command-line-tool #sequence #list #animation #vfx

bin+lib framels

一个简单的命令行工具，以友好的方式列出帧序列

由 doubleailes 开发

31 个版本

0.7.6 2024 年 8 月 8 日
0.7.5 2024 年 7 月 2 日
0.7.4 2024 年 5 月 27 日
0.7.2 2024 年 3 月 9 日
0.3.1 2023 年 2 月 24 日

#356 在 命令行工具

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f[rame]ls

描述

framels 项目旨在提供一个受 Buf Compagnie 的 bls 或更近期的 RV 的 rvls 启发的 ls 命令。

用户指南

用户指南在这里：https://forticheprod.github.io/fls/.

安装

预编译二进制文件

您可以从https://github.com/forticheprod/fls/releases下载最新版本。

Windows

支持 Windows 10 x86

Linux

支持当前 Linux 发行版，已测试 Fedora 37、CentOS 7、Manjaro 22

从 Cargo 安装

您可以通过https://crates.io/安装。

运行 cargo install framels

用法

帮助

运行 fls --help

基本列出

运行 fls 以列出当前目录。

demo

$ touch aaa.001.tif aaa.002.tif aaa.003.tif aaa.004.tif aaa.005.tif foo_bar.exr
$ fls
foo_bar.exr
aaa.***.tif@1-5

运行 fls /path/of/directory/ 以列出特定目录。

使用根目录下的示例集合 big 的示例

$ fls samples/big/
RenderPass_Pcam_1_*****.exr@0-96
RenderPass_Beauty_1_*****.exr@0-96
RenderPass_IndDiffuse_1_*****.exr@0-96
RenderPass_Ncam_1_*****.exr@0-41,43-96
RenderPass_Specular_1_*****.exr@0-96
RenderPass_Id_1_*****.exr@0-96
RenderPass_Occlusion_1_***.exr@74
RenderPass_Reflection_1_*****.exr@0-96
RenderPass_SpecularRim_1_*****.exr@0-96
RenderPass_Ncam_1_00042.exr.bkp
RenderPass_DiffuseKey_1_*****.exr@0-96
RenderPass_Diffuse_1_*****.exr@0-96
RenderPass_Occlusion_1_*****.exr@0-73,75-96

Exr 元数据

受 rvls 启发。您可以使用 -l

运行 fls -l 以列出当前目录并显示 EXR 信息。

运行 fls -l /path/of/directory/ 以列出特定目录并显示 EXR 信息。

$ fls -l samples/big/
RenderPass_Beauty_1_*****.exr@0-96
RenderPass_Occlusion_1_*****.exr@0-73,75-96
RenderPass_Id_1_*****.exr@0-96
RenderPass_Occlusion_1_***.exr@74
RenderPass_Ncam_1_00042.exr.bkp
RenderPass_SpecularRim_1_*****.exr@0-96
RenderPass_DiffuseKey_1_*****.exr@0-96
RenderPass_Pcam_1_*****.exr@0-96
RenderPass_Reflection_1_*****.exr@0-96
RenderPass_Specular_1_*****.exr@0-96
RenderPass_Diffuse_1_*****.exr@0-96
RenderPass_IndDiffuse_1_*****.exr@0-96
RenderPass_Ncam_1_*****.exr@0-41,43-96
.\samples\big\RenderPass_Beauty_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Plane_Beauty.A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Plane_Beauty.B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Plane_Beauty.G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Plane_Beauty.R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Spheres_Beauty.A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Spheres_Beauty.B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Spheres_Beauty.G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("Spheres_Beauty.R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 24, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Occlusion_1_00000.exr layer #0 size:Vec2(320, 139); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Id_1_00000.exr layer #0 size:Vec2(140, 52); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Occlusion_1_074.exr layer #0 size:Vec2(320, 156); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
Not an exr
.\samples\big\RenderPass_SpecularRim_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_DiffuseKey_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Pcam_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F32, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F32, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F32, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F32, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 16, uniform_sample_type: Some(F32) }
.\samples\big\RenderPass_Reflection_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Specular_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Diffuse_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_IndDiffuse_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }
.\samples\big\RenderPass_Ncam_1_00000.exr layer #0 size:Vec2(320, 143); channels:ChannelList { list: [ChannelDescription { name: exr::Text("A"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("B"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("G"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }, ChannelDescription { name: exr::Text("R"), sample_type: F16, quantize_linearly: false, sampling: Vec2(1, 1) }], bytes_per_pixel: 8, uniform_sample_type: Some(F16) }

递归

您可以使用目录和子目录的递归方法

您可以使用 -r

运行 fls -r /path/of/directory/ 列出特定目录及其子目录

$ fls -r .\samples\
.\samples\big\RenderPass_Diffuse_1_*****.exr@0-96
.\samples\big\RenderPass_Ncam_1_00042.exr.bkp
.\samples\big\RenderPass_DiffuseKey_1_*****.exr@0-96
.\samples\big\RenderPass_Occlusion_1_*****.exr@0-73,75-96
.\samples\big\RenderPass_Occlusion_1_***.exr@74
.\samples\small\foo_bar.exr
.\samples\big\RenderPass_SpecularRim_1_*****.exr@0-96
.\samples\big\RenderPass_Pcam_1_*****.exr@0-96
.\samples\big\RenderPass_Ncam_1_*****.exr@0-41,43-96
.\samples\small
.\samples\big
.\samples\big\RenderPass_Id_1_*****.exr@0-96
.\samples\big\RenderPass_Specular_1_*****.exr@0-96
.\samples\big\RenderPass_Beauty_1_*****.exr@0-96
.\samples
.\samples\big\RenderPass_IndDiffuse_1_*****.exr@0-96
.\samples\big\RenderPass_Reflection_1_*****.exr@0-96
.\samples\small\aaa.***.tif@1-5

树状图

您可以使用目录和子目录的树状图方法

您可以使用 -t

始终使用 -r 来使用树状模式。

运行 fls -t -r /path/of/directory/ 列出特定目录及其子目录

$ fls -t -r .\samples\
┗ 
    ┗ samples
        ┗ big
            ┗ RenderPass_Beauty_1_*****.exr@0-96
            ┗ RenderPass_DiffuseKey_1_*****.exr@0-96
            ┗ RenderPass_Diffuse_1_*****.exr@0-96
            ┗ RenderPass_Id_1_*****.exr@0-96
            ┗ RenderPass_IndDiffuse_1_*****.exr@0-96
            ┗ RenderPass_Ncam_1_*****.exr@0-41,43-96
            ┗ RenderPass_Ncam_1_00042.exr.bkp
            ┗ RenderPass_Occlusion_1_*****.exr@0-73,75-96
            ┗ RenderPass_Occlusion_1_***.exr@74
            ┗ RenderPass_Pcam_1_*****.exr@0-96
            ┗ RenderPass_Reflection_1_*****.exr@0-96
            ┗ RenderPass_SpecularRim_1_*****.exr@0-96
            ┗ RenderPass_Specular_1_*****.exr@0-96
        ┗ mega
            ┗ response_1689510067951.json
        ┗ small
            ┗ aaa.***.tif@1-5
            ┗ foo_bar.exr

基准测试

fast

使用示例 big，与 rvls、lsseq 或 lss 进行一些时间比较。

以下基准测试使用 hyperfine 进行，预热迭代次数为 3 次

简单文件列出

工具 fls4.0.0 rvls2023.0.1 lsseq-l lss
时间 4.7 毫秒 23.3 毫秒 33.5 毫秒 41.8 毫秒 
hyperfine -N --warmup 3 'target/release/fls ./samples/big/'
Benchmark 1: target/release/fls ./samples/big/
  Time (mean ± σ):       4.7 ms ±   0.7 ms    [User: 4.9 ms, System: 1.7 ms]
  Range (min … max):     4.3 ms …  11.5 ms    560 runs

hyperfine --warmup 3 '~/Downloads/rv-centos7-x86-64-2023.0.1/bin/rvls ./samples/big/'
Benchmark 1: ~/Downloads/rv-centos7-x86-64-2023.0.1/bin/rvls ./samples/big/
  Time (mean ± σ):      23.3 ms ±   7.1 ms    [User: 20.1 ms, System: 2.3 ms]
  Range (min … max):    19.4 ms …  51.5 ms    75 runs

Exr 读取

工具 fls-l rvls-l
时间 7.3 毫秒 95.8 毫秒

问题和 PR

欢迎提出问题、反馈和 PR

一些硬性规则，我不会妥协

  • Windows 兼容
  • 速度
  • UTF8 友好
  • 纯 Rust

感谢

感谢

  • Ben Legros 在啤酒（或许多）上的间接指导
  • Djl 的想法
  • Tcherno
  • Mercenaries Eng 最好的渲染引擎（使用 Guerilla render 的样本/大渲染）

依赖关系

~10MB
~154K SLoC