├── .gitignore ├── LICENSE ├── README.md ├── doc ├── mynote.md ├── zh_cn.md ├── zh_cn.md.orig.2020-04-25_200527 └── zh_cn.md.toc.2020-04-25_200527 ├── examples ├── all.tex ├── main.tex ├── setting.tex └── simple.tex ├── excel2tex.py ├── img ├── alipay.jpg ├── all.png ├── excel_table.png ├── simple.png └── wechat.png └── src ├── Cell.py ├── MergedCell.py ├── Prop.py ├── Table.py ├── __init__.py ├── help.py ├── line.py ├── output.py └── setting.py /.gitignore: -------------------------------------------------------------------------------- 1 | /*.tex 2 | *.toc* 3 | *.orig* 4 | *.xlsx 5 | *.xls 6 | *.ipynb 7 | *.spec 8 | __pycache__ 9 | build 10 | dist 11 | output 12 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, copyleft license for 11 | software and other kinds of works. 12 | 13 | The licenses for most software and other practical works are designed 14 | to take away your freedom to share and change the works. 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If not, see . 649 | 650 | Also add information on how to contact you by electronic and paper mail. 651 | 652 | If the program does terminal interaction, make it output a short 653 | notice like this when it starts in an interactive mode: 654 | 655 | Copyright (C) 656 | This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. 657 | This is free software, and you are welcome to redistribute it 658 | under certain conditions; type `show c' for details. 659 | 660 | The hypothetical commands `show w' and `show c' should show the appropriate 661 | parts of the General Public License. Of course, your program's commands 662 | might be different; for a GUI interface, you would use an "about box". 663 | 664 | You should also get your employer (if you work as a programmer) or school, 665 | if any, to sign a "copyright disclaimer" for the program, if necessary. 666 | For more information on this, and how to apply and follow the GNU GPL, see 667 | . 668 | 669 | The GNU General Public License does not permit incorporating your program 670 | into proprietary programs. If your program is a subroutine library, you 671 | may consider it more useful to permit linking proprietary applications with 672 | the library. If this is what you want to do, use the GNU Lesser General 673 | Public License instead of this License. But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | # Convert excel table to latex table 2 | 3 | A powerful tool that converts excel table to latex table in human-readable format. 4 | 5 | Documentation for simplified Chinese: [简体中文](../master/doc/zh_cn.md) 6 | 7 | 8 | * [Convert excel table to latex table](#convert-excel-table-to-latex-table) 9 | * [Supported excel's styles](#supported-excels-styles) 10 | * [Before conversion](#before-conversion) 11 | * [Requirements](#requirements) 12 | * [Usage](#usage) 13 | * [Simple usage](#simple-usage) 14 | * [Enable all formats](#enable-all-formats) 15 | * [Trouble shooting](#trouble-shooting) 16 | * [Mess code](#mess-code) 17 | * [Support](#support) 18 | * [Buy me a coffee](#buy-me-a-coffee) 19 | 20 | 21 | 22 | 23 | 24 | ## Supported excel's styles 25 | 26 | - horizontal line 27 | - none 28 | - solid 29 | - dash (coming soon) 30 | - double line (coming soon) 31 | - vertical line 32 | - none 33 | - solid 34 | - double line (coming soon) 35 | - colored line 36 | - colored cell 37 | - colored text 38 | - horizontal alignment 39 | - text shape 40 | - italic 41 | - bold 42 | 43 | ## Before conversion 44 | 45 | - Don't use **`theme colors`** that excel show in the panel, otherwise your color will not be recognized. `standard colors` or `more colors` will be ok. 46 | - Font style is specified for the whole text, not a single character, i.e., if you have two characters one of which is bold and another is italic, then they will be both bold and italic. 47 | - The height of every merged cell must not be less than the number of lines in your text. 48 | 49 | ## Requirements 50 | 51 | If you are not using a `-e` option, please add the following required packages to your preamble: 52 | ```tex 53 | \usepackage{multirow, makecell} 54 | ``` 55 | 56 | Following python package is required: 57 | ```shell 58 | pip install openpyxl 59 | ``` 60 | 61 | ## Usage 62 | 63 | ```text 64 | usage: excel2tex.py [-h] [-s SOURCE] [-o TARGET] [--setting SETTING] [--sig] [-m] [-e] 65 | 66 | optional arguments: 67 | -h, --help show this help message and exit 68 | -s SOURCE source file (default: table.xlsx) 69 | -o TARGET target file (default: table.tex) 70 | --setting SETTING setting file (default: setting.tex) 71 | --sig set file encoding to utf-8-sig, only use when there is mess code. 72 | -m, --math enabel inline math 73 | -e, --excel-format enabel all formats 74 | ``` 75 | 76 | If you are using windows and have no python installed, an executable file is provided [here](https://github.com/ZhiyuanLck/excel2tex/releases/tag/v1.1) 77 | 78 | ### Simple usage 79 | 80 | We have the following excel table to be converted to latex table. 81 | 82 | ![Excel table](img/excel_table.png) 83 | 84 | `python excel2tex.py` is the simplest method to do this, which means converting an excel file of name `table.xlsx` to a tex file of name `table.tex`. And because you are not using the `-e` option, the table is resolved in the simplest way: 85 | - All lines are drawn 86 | - No element will be colored 87 | - Text are all centered 88 | - All characters are converted to what they have been. 89 | 90 | So this is the converted table drawn in latex. Generated code is in [`simple.tex`](../master/examples/simple.tex) 91 | 92 | ![latex table of simple format](img/simple.png) 93 | 94 | ### Enable all formats 95 | 96 | If you want more styles to be resolved, try to use the `-e` option. The following command will convert the table with most of the styles you have set in excel. And a setting file of name `setting.tex` by default (change it by `--setting mysetting.tex`). Please input the setting file in your preamble. The `-m` option ensure that the character `$` is not escaped so that you can enter the math mode in excel just as in latex. 97 | 98 | ```shell 99 | python excel2tex.py -e -m 100 | ``` 101 | 102 | Here is the result. The generated code is in [`all.tex`](../master/examples/all.tex) 103 | 104 | ![latex table of all format](img/all.png) 105 | 106 | ## Trouble shooting 107 | 108 | ### Mess code 109 | 110 | Try to set encoding to `utf-8-sig`, for example 111 | 112 | ```shell 113 | python excel2tex.py -s table.xlsx -o table.tex --sig 114 | ``` 115 | 116 | ## Support 117 | If you have some emergency trouble with this tool, send me your code to my email: lichangkai225@qq.com 118 | 119 | ## Buy me a coffee 120 | 121 | Does this tool help you? You can buy me coffee! 122 | 123 | 124 | | wechat | alipay | 125 | | ------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------ | 126 | | | | 127 | -------------------------------------------------------------------------------- /doc/mynote.md: -------------------------------------------------------------------------------- 1 | ## 要实现的功能 2 | 3 | ### 基础功能 4 | 5 | 文本 6 | 7 | - 颜色 8 | - 斜体、粗体 9 | - 对齐 10 | 11 | 单元格 12 | 13 | - 颜色 14 | 15 | 框线 16 | 17 | - 横线 18 | - 宽度 19 | - 颜色 20 | - 样式 21 | - 竖线 22 | - 宽度 23 | - 颜色 24 | - 样式 25 | 26 | ### 组合 27 | 合并单元格 28 | 29 | ### 绘制过程 30 | 1. 每一行hhline 31 | - 基础属性设置 32 | 2. 每一行单元格 33 | 34 | ### 单个单元格语法 35 | 36 | - 每个单元格写成`\muticolumn`形式 37 | - 所有右侧竖线样式由`\muticolumn`控制 38 | - 每行第一个单元格控制左侧竖线样式 39 | - 单元格颜色在`\multicolumn`中设置而不是在`\multirowcell`中 40 | 41 | ```tex 42 | \multicolumn{}{ }{ } 43 | ``` 44 | 45 | ### 合并单元格语法 46 | 47 | - 合并单元格布局由合并单元格左下角单元格控制 48 | - `\multirowcell`中的对齐与`\multicolumn`中的对齐保持一致，即文本对齐方式 49 | - 除去左下角单元格，其他单元格文本为空，单元格颜色一致 50 | 51 | 右侧竖线跳过的情形： 52 | - block列数大于1且不是一行最后一个单元格 53 | 54 | ```tex 55 | % 内容 56 | \multirowcell{]{} 57 | ``` 58 | 59 | ### 横线语法 60 | 61 | - 所有下侧横线样式在当前行换行符`\\`后由`\hhline`控制 62 | - 第一行单元格上侧的横线单独设置 63 | 64 | 下侧横线填充颜色 65 | 66 | 1. 无(无横线且无填充颜色) 67 | 2. 虚线(线宽最大 或 单元格无填充颜色) 68 | 3. 实线(线宽最大 或 单元格无填充颜色) 69 | 4. 实线填充(单元与下面的单元格属于一个合并单元,且有填充颜色) 70 | 5. 虚线+实线填充(线宽不是最大，且有填充颜色) 71 | 6. 实线+实线填充(线宽不是最大，且有填充颜色) 72 | 73 | 实际可以归纳为填充两个pattern，都用`\xleaders`实现，top pattern一定是实线，分别判断两个pattern是否需要填充（高度0pt）即可 74 | 75 | ```tex 76 | %% horizontal line 77 | % colored solid line pattern 78 | % #1 color #2 width #3 height 79 | \newcommand{\hsp}[3]{\hbox{\textcolor{#1}{\rule{#2}{#3}}}} 80 | % colored dash line pattern 81 | % #1 color #2 width #3 height #4 style 82 | \newcommand{\hdp}[4]{\hbox{\textcolor{#1}{\hdashrule{#2}{#3}{#4}}}} 83 | % fill line 84 | % #1 top fill #2 bottom fill 85 | \newcommand{\leaderfill}[1]{% 86 | \xleaders\hbox{% 87 | \vbox{\baselineskip=0pt\lineskip=0pt#1}% 88 | }\hfill% 89 | } 90 | % top: solid, bottom: solid 91 | % #1 top color #2 top height #3 bottom color#4 bottom height 92 | \newcommand{\ssfill}[4]{% 93 | \leaderfill{\hsp{#1}{0.01pt}{#2}\hsp{#3}{0.01pt}{#4}}% 94 | } 95 | % top: solid, bottom: dashed 96 | % #1 top color, #2 top height, #3 common width to expand 97 | % #4 bottom color #5 bottom height, #6 bottom dash line style 98 | \newcommand{\sdfill}[6]{% 99 | \leaderfill{\hsp{#1}{#3}{#2}\hdp{#4}{#3}{#5}{#6}}% 100 | } 101 | % single solid 102 | % #1 color #2 height 103 | \newcommand{\sfill}[2]{% 104 | \leaderfill{\hsp{#1}{0.01pt}{#2}}% 105 | } 106 | % single dash 107 | % #1 color #2 width #3 height #4 style 108 | \newcommand{\dfill}[4]{% 109 | \leaderfill{\hdp{#1}{#2}{#3}{#4}}% 110 | } 111 | ``` 112 | 113 | 采取竖线覆盖横线的方式（第一行和最后一行除外），`hhline`中对`|`需要有`\beforevline`设置，最后需要有`\aftervline`设置 114 | 115 | ```tex 116 | \hhline{ 117 | 118 | 119 | … 120 | 121 | } 122 | ``` 123 | 124 | `` 125 | 126 | ```tex 127 | >{} 128 | !{} 129 | ``` 130 | 131 | 相关宏命令 132 | ```tex 133 | %% vline settings 134 | % #1 rule width #2 color 135 | \newcommand{\beforevline}[2]{% 136 | \global\setlength\arrayrulewidth{#1}\arrayrulecolor{#2}% 137 | } 138 | \newcommand{\aftervline}{% 139 | \global\setlength\arrayrulewidth{0.4pt}\arrayrulecolor{black}% 140 | } 141 | ``` 142 | 143 | # 步骤 144 | 145 | 1. 初始化单元格矩阵: 确定idx, text属性 146 | 2. 移除空行、空列: 得到有效的范围bounds 147 | 3. 重新扫描单元格矩阵，确定其他属性 148 | 4. 转换 149 | - 单元格 150 | - 边框 151 | 152 | # 属性列表 153 | 154 | - head 属性head 155 | - cell 真实的cell 156 | - coor 157 | - merged_idx 158 | - 对齐 159 | - 类型 160 | - 高 161 | - 宽 162 | - 颜色 163 | - 行首 164 | - 行尾 165 | - first_row 166 | - last_row 167 | - firt_col 168 | - last_col 169 | - 文本 170 | - 内容 171 | - 斜体 172 | - 粗体 173 | - 颜色 174 | - 边框 175 | - 四条边框 176 | 177 | # 表格转换 178 | 179 | - 矩阵每一列分成了若干等宽的长方形或正方行 180 | - 扫描每一行，如果是正方形输出1, 如果是长方形 181 | - 如果是长方形的开头，输出2 182 | - 否则输出0 183 | 184 | 单元格类型 185 | 186 | - plain 187 | - multirowcell_begin 188 | - height 189 | - multirowcell_other 190 | - multicolumn_begin 191 | - width 192 | - multicolumn_other: skip 193 | - block_firstline_begin 194 | - height 195 | - width 196 | - block_firstline_other: skip 197 | - block_placeholder_begin 198 | - block_placeholder_end 199 | - block_placeholder_other 200 | 201 | 扫描每一个单元格 202 | 203 | 1. plain cell 204 | 2. multirowcell 205 | 3. multicolumn 206 | 4. block 207 | a. 第一行 208 | - 第一个插入语句 209 | - 其他的跳过 210 | b. 其他行 211 | - 最后一个multicolumn加| 212 | - 其他不加 213 | 214 | 215 | 216 | ## cline处理 217 | 218 | ### 属性设置 219 | 220 | 1. 线段类型 221 | - is_none 222 | - is_dash 223 | 2. 宽度 224 | - thin 225 | - medium 226 | - thick 227 | 3. 颜色 228 | - 有颜色 229 | - 无颜色 230 | 4. dash line gap 231 | 232 | ### 设置cline 233 | - 检查每行是否一致 234 | 235 | ### 通过cline移除空行 236 | 237 | cline_x_min 238 | hcell_x_min 239 | self.x1 240 | 241 | cline_x_max 242 | hcell_x_max 243 | self.x2 244 | 245 | ccell_y_min 246 | hline_y_min 247 | self.y1 248 | 249 | ccell_y_max 250 | hline_y_max 251 | self.y2 252 | 253 | ### 分类 254 | 255 | 开始分类的条件： 256 | 257 | - 行第一个非空style 258 | - cur不是None且cur != pre 259 | 260 | 继续分类的条件： 261 | 262 | - cur不是None且cur = pre 263 | 264 | 结束分类的条件： 265 | - cur != pre 266 | - 倒数第一个非空style 267 | 268 | ### cline实现宏包 269 | - 实线使用`booktabs`包，统一用`\cmidrule`实现不同线宽的cline。由于会使用竖线，将会导致产生顶端间距的sep设置为0，且在顶层减去每条cline的线宽 270 | ```tex 271 | \setlength\abovetopsep{0pt} 272 | \setlength\belowbottomsep{0pt} 273 | \setlength\aboverulesep{0pt} 274 | \setlength\belowrulesep{0pt} 275 | ``` 276 | - 颜色使用`colortbl`，定义宏命令 277 | ```tex 278 | \newcommand\colorwrap[2]{ 279 | \arrayrulecolor{#1}#2 280 | \arrayrulecolor{black} 281 | } 282 | 283 | # todo 284 | - 检查异常的border 285 | - text颜色放到>{}中 286 | - vhline使用下面的竖线填充 287 | - 没有样式的横线，填充下方单元格的颜色 288 | 289 | ### note 290 | math宽度不要太高 291 | 已经知道的不兼容的包：`arydshln`, `stackengine` 292 | -------------------------------------------------------------------------------- /doc/zh_cn.md: -------------------------------------------------------------------------------- 1 | # excel表格转换工具 2 | 3 | 将excel中的表格转换为latex中的表格，支持识别多种格式。 4 | 5 | 6 | * [excel表格转换工具](#excel表格转换工具) 7 | * [支持识别的excel样式](#支持识别的excel样式) 8 | * [准备表格时的注意事项](#准备表格时的注意事项) 9 | * [依赖的python包和tex包](#依赖的python包和tex包) 10 | * [使用](#使用) 11 | * [简单用法](#简单用法) 12 | * [识别更多格式](#识别更多格式) 13 | * [可能出现的问题](#可能出现的问题) 14 | * [乱码](#乱码) 15 | * [联系邮箱](#联系邮箱) 16 | * [打赏](#打赏) 17 | 18 | 19 | 20 | 21 | 22 | ## 支持识别的excel样式 23 | 24 | - 横线 25 | - 无样式 26 | - 实线 27 | - 虚线 (即将上线) 28 | - 双线 (即将上线) 29 | - 竖线 30 | - 无样式 31 | - 实线 32 | - 双线 (即将上线) 33 | - 线条颜色 34 | - 单元格颜色 35 | - 文本颜色 36 | - 水平对齐 37 | - 文本形式 38 | - 斜体 39 | - 粗体 40 | 41 | ## 准备表格时的注意事项 42 | 43 | - 设置颜色时不要选择**`主题颜色`**中的颜色，否则不能识别。选择`标准颜色`或者`更多颜色`通过色盘选取即可 44 | - 不支持单个字符文本样式设置，一个单元格中出现的文本样式最终都会被设置成这个单元格所有文本的样式 45 | - 你可以在excel中通过`alt + enter`进行手动换行，但是要注意最终文本的行数不能超过合并单元格的高度 46 | 47 | ## 依赖的python包和tex包 48 | 49 | 如果你没有使用`-e`选项，则把下面的tex包添加到导言区： 50 | ```tex 51 | \usepackage{multirow, makecell} 52 | ``` 53 | 54 | 安装以下python包 55 | ```shell 56 | pip install openpyxl 57 | ``` 58 | 59 | ## 使用 60 | 61 | ```text 62 | usage: excel2tex.py [-h] [-s SOURCE] [-o TARGET] [--setting SETTING] [--sig] [-m] [-e] 63 | 64 | 可选参数 65 | -h, --help 显示命令帮助并退出 66 | -s SOURCE 要转换的excel文件名（默认table.xlsx） 67 | -o TARGET 要生成的tex文件名（默认table.tex） 68 | --setting SETTING 要放到导言区的设置文件名（默认setting.tex） 69 | --sig 将编码设置为utf-8-sig，乱码的时候使用 70 | -m, --math 使得$...$被识别为数学模式 71 | -e, --excel-format 使用所有格式 72 | ``` 73 | 74 | 如果你是windows用户且系统中没有python环境，这里提供了一个[二进制可执行文件](https://github.com/ZhiyuanLck/excel2tex/releases/tag/v1.1)使用 75 | 76 | ### 简单用法 77 | 78 | 下面是将要被转换的excel表格 79 | 80 | ![Excel table](../img/excel_table.png) 81 | 82 | 使用命令`python excel2tex.py`，你将得到一个只有必要格式的表格。这条命令的含义是将`table.xlsx`转换为`table.tex`。因为`-e`选项并没有被使用，生成的表格是最简的： 83 | - 绘制所有的线条 84 | - 文本和线条颜色默认黑色，无单元格填充 85 | - 所有文本居中对齐 86 | - 所有字符以本来的样子在latex生成的表格中显示 87 | 88 | 下面是转换生成的latex表格，生成的代码见[`simple.tex`](../master/simple.tex) 89 | 90 | ![latex table of simple format](../img/simple.png) 91 | 92 | ### 识别更多格式 93 | 94 | 如果你希望尽可能的识别你在excel中设置的格式，使用`-e`选项。下面的命令会尽可能的识别你在excel中设置的格式然后转换成latex表格，同时也会生成一个设置文件，里面加载了需要的宏包，定义了一些命令和颜色，请在导言区导入这个配置文件（`\input{setting.tex}`）。`-m`选项保证了字符`$`不会被转义（`\$`），以便识别数学模式。 95 | 96 | ```shell 97 | python excel2tex.py -e -m 98 | ``` 99 | 100 | 下面是转换生成的latex表格，生成的代码见[`all.tex`](../master/all.tex) 101 | 102 | ![latex table of all format](../img/all.png) 103 | 104 | ## 可能出现的问题 105 | 106 | ### 乱码 107 | 108 | 使用`--sig`选项将编码设置为`utf-8-sig` 109 | 110 | ```shell 111 | python excel2tex.py -s table.xlsx -o table.tex --sig 112 | ``` 113 | 114 | ## 联系邮箱 115 | 116 | 如果你有和这个脚本工具有关的紧急问题需要解决，把代码发到我的邮箱：lichangkai225@qq.com 117 | 118 | ## 打赏 119 | 120 | 如果这个工具帮助到了你，你喜欢它的话，欢迎打赏！ 121 | 122 | 123 | | 微信 | 支付宝 | 124 | | ------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------ | 125 | | | | 126 | -------------------------------------------------------------------------------- /doc/zh_cn.md.orig.2020-04-25_200527: -------------------------------------------------------------------------------- 1 | # excel表格转换工具 2 | 3 | 将excel中的表格转换为latex中的表格，支持识别多种格式。 4 | 5 | 6 | * [excel表格转换工具](#excel表格转换工具) 7 | * [支持识别的excel样式](#支持识别的excel样式) 8 | * [准备表格时的注意事项](#准备表格时的注意事项) 9 | * [依赖的python包和tex包](#依赖的python包和tex包) 10 | * [使用](#使用) 11 | * [简单用法](#简单用法) 12 | * [识别更多格式](#识别更多格式) 13 | * [可能出现的问题](#可能出现的问题) 14 | * [乱码](#乱码) 15 | 16 | 17 | 18 | 19 | 20 | ## 支持识别的excel样式 21 | 22 | - 横线 23 | - 无样式 24 | - 实线 25 | - 虚线 (即将上线) 26 | - 双线 (即将上线) 27 | - 竖线 28 | - 无样式 29 | - 实线 30 | - 双线 (即将上线) 31 | - 线条颜色 32 | - 单元格颜色 33 | - 文本颜色 34 | - 水平对齐 35 | - 文本形式 36 | - 斜体 37 | - 粗体 38 | 39 | ## 准备表格时的注意事项 40 | 41 | - 设置颜色时不要选择**`主题颜色`**中的颜色，否则不能识别。选择`标准颜色`或者`更多颜色`通过色盘选取即可 42 | - 不支持单个字符文本样式设置，一个单元格中出现的文本样式最终都会被设置成这个单元格所有文本的样式 43 | - 你可以在excel中通过`alt + enter`进行手动换行，但是要注意最终文本的行数不能超过合并单元格的高度 44 | 45 | ## 依赖的python包和tex包 46 | 47 | 如果你没有使用`-e`选项，则把下面的tex包添加到导言区： 48 | ```tex 49 | \usepackage{multirow, makecell} 50 | ``` 51 | 52 | 安装以下python包 53 | ```shell 54 | pip install openpyxl 55 | ``` 56 | 57 | ## 使用 58 | 59 | ```text 60 | usage: excel2tex.py [-h] [-s SOURCE] [-o TARGET] [--setting SETTING] [--sig] [-m] [-e] 61 | 62 | 可选参数 63 | -h, --help 显示命令帮助并退出 64 | -s SOURCE 要转换的excel文件名（默认table.xlsx） 65 | -o TARGET 要生成的tex文件名（默认table.tex） 66 | --setting SETTING 要放到导言区的设置文件名（默认setting.tex） 67 | --sig 将编码设置为utf-8-sig，乱码的时候使用 68 | -m, --math 使得$...$被识别为数学模式 69 | -e, --excel-format 使用所有格式 70 | ``` 71 | 72 | 如果你是windows用户且系统中没有python环境，这里提供了一个[二进制可执行文件](https://github.com/ZhiyuanLck/excel2tex/releases/tag/0.1)（落后于当前版本）使用 73 | 74 | ### 简单用法 75 | 76 | 下面是将要被转换的excel表格 77 | 78 | ![Excel table](../img/excel_table.png) 79 | 80 | 使用命令`python excel2tex.py`，你将得到一个只有必要格式的表格。这条命令的含义是将`table.xlsx`转换为`table.tex`。因为`-e`选项并没有被使用，生成的表格是最简的： 81 | - 绘制所有的线条 82 | - 文本和线条颜色默认黑色，无单元格填充 83 | - 所有文本居中对齐 84 | - 所有字符以本来的样子在latex生成的表格中显示 85 | 86 | 下面是转换生成的latex表格，生成的代码见[`simple.tex`](../master/simple.tex) 87 | 88 | ![latex table of simple format](../img/simple.png) 89 | 90 | ### 识别更多格式 91 | 92 | 如果你希望尽可能的识别你在excel中设置的格式，使用`-e`选项。下面的命令会尽可能的识别你在excel中设置的格式然后转换成latex表格，同时也会生成一个设置文件，里面加载了需要的宏包，定义了一些命令和颜色，请在导言区导入这个配置文件（`\input{setting.tex}`）。`-m`选项保证了字符`$`不会被转义（`\$`），以便识别数学模式。 93 | 94 | ```shell 95 | python excel2tex.py -e -m 96 | ``` 97 | 98 | 下面是转换生成的latex表格，生成的代码见[`all.tex`](../master/all.tex) 99 | 100 | ![latex table of all format](../img/all.png) 101 | 102 | ## 可能出现的问题 103 | 104 | ### 乱码 105 | 106 | 使用`--sig`选项将编码设置为`utf-8-sig` 107 | 108 | ```shell 109 | python excel2tex.py -s table.xlsx -o table.tex --sig 110 | ``` 111 | 112 | ## 联系邮箱 113 | 114 | 如果你有和这个脚本工具有关的紧急问题需要解决，把代码发到我的邮箱：lichangkai225@qq.com 115 | 116 | ## 打赏 117 | 118 | 如果这个工具帮助到了你，你喜欢它的话，欢迎打赏！ 119 | 120 | ![wechat](../img/wechat.jpg) ![alipay](../img/alipay.jpg) 121 | -------------------------------------------------------------------------------- /doc/zh_cn.md.toc.2020-04-25_200527: -------------------------------------------------------------------------------- 1 | * [excel表格转换工具](#excel表格转换工具) 2 | * [支持识别的excel样式](#支持识别的excel样式) 3 | * [准备表格时的注意事项](#准备表格时的注意事项) 4 | * [依赖的python包和tex包](#依赖的python包和tex包) 5 | * [使用](#使用) 6 | * [简单用法](#简单用法) 7 | * [识别更多格式](#识别更多格式) 8 | * [可能出现的问题](#可能出现的问题) 9 | * [乱码](#乱码) 10 | * [联系邮箱](#联系邮箱) 11 | * [打赏](#打赏) 12 | 13 | 14 | 15 | -------------------------------------------------------------------------------- /examples/all.tex: -------------------------------------------------------------------------------- 1 | \begin{tabular}{*{7}{c}} 2 | \hhline{ 3 | >{\vsl{FF0000}{0.8pt}} 4 | !{\sfill{FF0000}{0.8pt}} 5 | !{\sfill{FF0000}{0.8pt}} 6 | !{\sfill{FF0000}{0.8pt}} 7 | !{\sfill{FF0000}{0.8pt}} 8 | !{\sfill{FF0000}{0.8pt}} 9 | !{\sfill{FF0000}{0.8pt}} 10 | !{\sfill{FF0000}{0.8pt}} 11 | >{\vsl{FF0000}{0.8pt}} 12 | } 13 | % row 1 14 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}c}{\cellcolor{EED270}} 15 | & \multicolumn{6}{r!{\vsl{FF0000}{0.8pt}}}{\cellcolor{057165}right aligned text} 16 | \\ 17 | \hhline{ 18 | >{\vsl{FF0000}{0.8pt}} 19 | !{\sfill{EED270}{0pt}} 20 | ~ 21 | ~ 22 | ~ 23 | ~ 24 | ~ 25 | ~ 26 | >{\vsl{FF0000}{0.8pt}} 27 | } 28 | % row 2 29 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}c}{\cellcolor{EED270}} 30 | & \multicolumn{1}{c}{\cellcolor{EED270}} 31 | & \multicolumn{4}{c}{\cellcolor{057165}center} 32 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}c!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7}} 33 | \\ 34 | \hhline{ 35 | >{\vsl{FF0000}{0.8pt}} 36 | !{\sfill{EED270}{0.8pt}} 37 | !{\sfill{EED270}{0.8pt}} 38 | !{\ssfill{057165}{0.4pt}{EED270}{0.4pt}} 39 | !{\ssfill{057165}{0.4pt}{057165}{0.4pt}} 40 | !{\ssfill{057165}{0.4pt}{057165}{0.4pt}} 41 | !{\ssfill{057165}{0.4pt}{AF2BC7}{0.4pt}} 42 | !{\sfill{AF2BC7}{0.8pt}} 43 | >{\vsl{FF0000}{0.8pt}} 44 | } 45 | % row 3 46 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}c}{\cellcolor{EED270}} 47 | & \multicolumn{1}{c}{\cellcolor{EED270}} 48 | & \multicolumn{1}{c}{\cellcolor{EED270}} 49 | & \multicolumn{2}{>{\color{9DF4E0}}c}{\cellcolor{057165}} 50 | & \multicolumn{1}{>{\itshape\bfseries}c}{\cellcolor{AF2BC7}} 51 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}c!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7}} 52 | \\ 53 | \hhline{ 54 | >{\vsl{FF0000}{0.8pt}} 55 | !{\sfill{EED270}{0.8pt}} 56 | !{\sfill{EED270}{0.8pt}} 57 | !{\sfill{EED270}{0.8pt}} 58 | >{\vsl{black}{0.8pt}} 59 | !{\sfill{black}{0.8pt}} 60 | >{\vsl{black}{0.8pt}} 61 | !{\ssfill{057165}{0.4pt}{AF2BC7}{0.4pt}} 62 | !{\sfill{AF2BC7}{0.8pt}} 63 | !{\sfill{AF2BC7}{0.8pt}} 64 | >{\vsl{FF0000}{0.8pt}} 65 | } 66 | % row 4 67 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}c}{\cellcolor{EED270}} 68 | & \multicolumn{1}{c}{\cellcolor{EED270}} 69 | & \multicolumn{1}{c!{\vsl{black}{0.8pt}}}{\cellcolor{EED270} 70 | \multirow{-2}*{}} 71 | & \multicolumn{1}{c!{\vsl{black}{0.8pt}}}{\cellcolor{FF0000}$x+y=1$} 72 | & \multicolumn{1}{c}{\cellcolor{AF2BC7}} 73 | & \multicolumn{1}{>{\itshape\bfseries}c}{\cellcolor{AF2BC7}} 74 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}c!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7}} 75 | \\ 76 | \hhline{ 77 | >{\vsl{FF0000}{0.8pt}} 78 | !{\sfill{EED270}{0.8pt}} 79 | !{\sfill{EED270}{0.8pt}} 80 | !{\ssfill{EED270}{0.4pt}{30E8E6}{0.4pt}} 81 | >{\vsl{black}{0.8pt}} 82 | !{\sfill{black}{0.8pt}} 83 | >{\vsl{black}{0.8pt}} 84 | !{\sfill{AF2BC7}{0.8pt}} 85 | !{\sfill{AF2BC7}{0.8pt}} 86 | !{\sfill{AF2BC7}{0.8pt}} 87 | >{\vsl{FF0000}{0.8pt}} 88 | } 89 | % row 5 90 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}c}{\cellcolor{EED270}} 91 | & \multicolumn{1}{c}{\cellcolor{EED270} 92 | \multirow{-4}*{\minitab[c]{\minitab[c]{mid \\normal}}}} 93 | & \multicolumn{2}{c}{\cellcolor{30E8E6}} 94 | & \multicolumn{1}{c}{\cellcolor{AF2BC7} 95 | \multirow{-2}*{}} 96 | & \multicolumn{1}{>{\itshape\bfseries}c}{\cellcolor{AF2BC7}} 97 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}c!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7}} 98 | \\ 99 | \hhline{ 100 | >{\vsl{FF0000}{0.8pt}} 101 | !{\sfill{EED270}{0pt}} 102 | ~ 103 | ~ 104 | ~ 105 | ~ 106 | !{\sfill{AF2BC7}{0pt}} 107 | !{\sfill{AF2BC7}{0pt}} 108 | >{\vsl{FF0000}{0.8pt}} 109 | } 110 | % row 6 111 | \multicolumn{1}{!{\vsl{FF0000}{0.8pt}}>{\color{FF0000}\bfseries}l}{\cellcolor{EED270} 112 | \multirow{-6}*{\minitab[l]{\minitab[l]{left \\bold \\red}}}} 113 | & \multicolumn{4}{c}{\cellcolor{30E8E6}center} 114 | & \multicolumn{1}{>{\itshape\bfseries}c}{\cellcolor{AF2BC7} 115 | \multirow{-4}*{\minitab[c]{\minitab[c]{bold \\italic}}}} 116 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}c!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7}} 117 | \\ 118 | \hhline{ 119 | >{\vsl{FF0000}{0.8pt}} 120 | ~ 121 | ~ 122 | ~ 123 | ~ 124 | ~ 125 | ~ 126 | !{\sfill{AF2BC7}{0pt}} 127 | >{\vsl{FF0000}{0.8pt}} 128 | } 129 | % row 7 130 | \multicolumn{6}{!{\vsl{FF0000}{0.8pt}}l}{\cellcolor{30E8E6}left aligned text} 131 | & \multicolumn{1}{>{\color{8A0E0E}\itshape}r!{\vsl{FF0000}{0.8pt}}}{\cellcolor{AF2BC7} 132 | \multirow{-6}*{\minitab[r]{\minitab[r]{right \\italic \\brown}}}} 133 | \\ 134 | \hhline{ 135 | >{\vsl{FF0000}{0.8pt}} 136 | !{\sfill{FF0000}{0.8pt}} 137 | !{\sfill{FF0000}{0.8pt}} 138 | !{\sfill{FF0000}{0.8pt}} 139 | !{\sfill{FF0000}{0.8pt}} 140 | !{\sfill{FF0000}{0.8pt}} 141 | !{\sfill{FF0000}{0.8pt}} 142 | !{\sfill{FF0000}{0.8pt}} 143 | >{\vsl{FF0000}{0.8pt}} 144 | } 145 | \end{tabular} -------------------------------------------------------------------------------- /examples/main.tex: -------------------------------------------------------------------------------- 1 | \documentclass{article} 2 | \usepackage{makecell} 3 | \input{setting.tex} 4 | 5 | \begin{document} 6 | \input{simple.tex} 7 | 8 | \input{all.tex} 9 | \end{document} 10 | -------------------------------------------------------------------------------- /examples/setting.tex: -------------------------------------------------------------------------------- 1 | \usepackage[table]{xcolor} 2 | \usepackage{multirow} 3 | \usepackage{colortbl} 4 | \usepackage{dashrule} 5 | \usepackage{ehhline} 6 | 7 | %% nested tabular 8 | \newcommand{\minitab}[2][l]{\begin{tabular}{@{}#1@{}}#2\end{tabular}} 9 | 10 | %% vertical line 11 | % vertical colored line #1 color #2 width 12 | \newcommand{\vsl}[2]{\color{#1}\vrule width #2} 13 | % doubled vline 14 | % #1 first color #2 first width #3 sep #4 second color #5 second sep 15 | \newcommand{\dvsl}[5]{% 16 | \vsl{#1}{#2}\hspace{#3}\vsl{#4}{#5}% 17 | } 18 | 19 | %% horizontal line 20 | % colored solid line pattern 21 | % #1 color #2 width #3 height 22 | \newcommand{\hsp}[3]{\hbox{\textcolor{#1}{\rule{#2}{#3}}}} 23 | % colored dash line pattern 24 | % #1 color #2 width #3 height #4 style 25 | \newcommand{\hdp}[4]{\hbox{\textcolor{#1}{\hdashrule{#2}{#3}{#4}}}} 26 | % fill line 27 | % #1 top fill #2 bottom fill 28 | \newcommand{\leaderfill}[1]{% 29 | \xleaders\hbox{% 30 | \vbox{\baselineskip=0pt\lineskip=0pt#1}% 31 | }\hfill% 32 | } 33 | % top: solid, bottom: solid 34 | % #1 top color #2 top height #3 bottom color#4 bottom height 35 | \newcommand{\ssfill}[4]{% 36 | \leaderfill{\hsp{#1}{0.1pt}{#2}\hsp{#3}{0.1pt}{#4}}% 37 | } 38 | % top: solid, bottom: dashed 39 | % #1 top color, #2 top height, #3 common width to expand 40 | % #4 bottom color #5 bottom height, #6 bottom dash line style 41 | \newcommand{\sdfill}[6]{% 42 | \leaderfill{\hsp{#1}{#3}{#2}\hdp{#4}{#3}{#5}{#6}}% 43 | } 44 | % single solid 45 | % #1 color #2 height 46 | \newcommand{\sfill}[2]{% 47 | \leaderfill{\hsp{#1}{0.1pt}{#2}}% 48 | } 49 | % single dash 50 | % #1 color #2 width #3 height #4 style 51 | \newcommand{\dfill}[4]{% 52 | \leaderfill{\hdp{#1}{#2}{#3}{#4}}% 53 | } 54 | 55 | %% vline settings 56 | % #1 rule width #2 color 57 | \newcommand{\beforevline}[2]{% 58 | \global\setlength\arrayrulewidth{#1}\arrayrulecolor{#2}% 59 | } 60 | \newcommand{\aftervline}{% 61 | \global\setlength\arrayrulewidth{0.4pt}\arrayrulecolor{black}% 62 | } 63 | \definecolor{057165}{HTML}{057165} 64 | \definecolor{30E8E6}{HTML}{30E8E6} 65 | \definecolor{EED270}{HTML}{EED270} 66 | \definecolor{8A0E0E}{HTML}{8A0E0E} 67 | \definecolor{9DF4E0}{HTML}{9DF4E0} 68 | \definecolor{FF0000}{HTML}{FF0000} 69 | \definecolor{AF2BC7}{HTML}{AF2BC7} 70 | -------------------------------------------------------------------------------- /examples/simple.tex: -------------------------------------------------------------------------------- 1 | % Please add the following required packages to your document preamble: 2 | % \usepackage{multirow, makecell} 3 | 4 | \begin{tabular}{*{7}{|c}|} 5 | \hline 6 | 7 | % row 1 8 | \multirowcell{6}{left \\bold \\red} 9 | & \multicolumn{6}{c|}{right aligned text} \\ 10 | \cline{2-7} 11 | 12 | % row 2 13 | & \multirowcell{4}{mid \\normal} 14 | & \multicolumn{4}{c|}{center} 15 | & \multirowcell{6}{right \\italic \\brown} \\ 16 | \cline{3-6} 17 | 18 | % row 3 19 | & & \multirowcell{2}{} 20 | & \multicolumn{2}{c|}{} 21 | & \multirowcell{4}{bold \\italic} 22 | & \\ 23 | \cline{4-5} 24 | 25 | % row 4 26 | & & & $x+y=1$ 27 | & \multirowcell{2}{} 28 | & & \\ 29 | \cline{3-4} 30 | 31 | % row 5 32 | & & \multicolumn{2}{c|}{} 33 | & & & \\ 34 | \cline{2-5} 35 | 36 | % row 6 37 | & \multicolumn{4}{c|}{center} 38 | & & \\ 39 | \cline{1-6} 40 | 41 | % row 7 42 | \multicolumn{6}{|c|}{left aligned text} 43 | & \\ 44 | \hline 45 | \end{tabular} -------------------------------------------------------------------------------- /excel2tex.py: -------------------------------------------------------------------------------- 1 | import argparse 2 | from openpyxl import load_workbook 3 | from src.Table import Table 4 | 5 | if __name__ == '__main__': 6 | parser = argparse.ArgumentParser( 7 | description='Convert excel table to latex table.', 8 | formatter_class=argparse.RawTextHelpFormatter, 9 | epilog="""Note: The height of every merged cell must not be less than the number of lines in your text. 10 | """ 11 | ) 12 | parser.add_argument('-s', default='table.xlsx', dest='source', help='source file (default: %(default)s)') 13 | parser.add_argument('-o', default='table.tex', dest='target', help='target file (default: %(default)s)') 14 | parser.add_argument('--setting', default='setting.tex', dest='setting', help='setting file (default: %(default)s)') 15 | # parser.add_argument('-w', default='\\linewidth', dest='width', help='table width (default: %(default)s)') 16 | parser.add_argument('--sig', default='utf-8', dest='encoding', 17 | nargs='?', 18 | const='utf-8-sig', 19 | help='set file encoding to utf-8-sig, only use when there is mess code.') 20 | parser.add_argument('-m', '--math', type=bool, default=False, dest='math', 21 | help='enable inline math', const=True, nargs='?') 22 | parser.add_argument('-e', '--excel-format', type=bool, default=False, 23 | dest='excel_format', help='enable all formats', const=True, nargs='?') 24 | args = parser.parse_args() 25 | wb = load_workbook(args.source) 26 | ws = wb.active 27 | t = Table(ws, args) 28 | with open(args.target, 'w', encoding=args.encoding) as f: 29 | f.write(t.tex) 30 | -------------------------------------------------------------------------------- /img/alipay.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/img/alipay.jpg -------------------------------------------------------------------------------- /img/all.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/img/all.png -------------------------------------------------------------------------------- /img/excel_table.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/img/excel_table.png -------------------------------------------------------------------------------- /img/simple.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/img/simple.png -------------------------------------------------------------------------------- /img/wechat.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/img/wechat.png -------------------------------------------------------------------------------- /src/Cell.py: -------------------------------------------------------------------------------- 1 | from .Prop import TextProp, Border 2 | 3 | class Cell: 4 | def __init__(self, cell, table): 5 | self.table = table 6 | self.cell = cell 7 | self.args = table.args 8 | self.head = self 9 | self.coor = (1, 1) 10 | self.align = 'center' 11 | self.cell_type = 'plain' 12 | self.merged_idx = 0 13 | self.height = 1 14 | self.width = 1 15 | self.color = 'white' 16 | self.begin = False 17 | self.end = False 18 | # block控制语句 19 | self.control_cell = False 20 | self.one_row = False 21 | # block中与控制单元格在同一行的其他单元格忽略 22 | self.ignored = False 23 | self.block_begin = False 24 | self.block_end = False 25 | self.text_prop = TextProp(self.table) 26 | self.border = Border(self.table) 27 | 28 | def set_prop(self): 29 | align_dic = { 30 | "center": "c", 31 | "left": "l", 32 | "right": "r", 33 | } 34 | self.coor = (self.cell.row, self.cell.column) 35 | self.align = self.cell.alignment.horizontal 36 | if self.align is None: 37 | self.align = 'center' 38 | self.align = align_dic[self.align] 39 | if self.merged_idx: 40 | self.align = self.head.align 41 | row, col = self.coor 42 | merged_cell = self.table.merged_cells[self.merged_idx-1] 43 | self.control_cell = merged_cell.is_control(row, col) 44 | self.ignored = merged_cell.is_ignored(row, col) 45 | self.one_row = merged_cell.is_one_row(row, col) 46 | self.block_begin = col == merged_cell.y1 47 | self.block_end = col == merged_cell.y2 48 | self.text_prop.set_prop(self) 49 | 50 | def set_color(self): 51 | color = self.cell.fill.fgColor.rgb 52 | if color is not None and color != '00000000' and isinstance(color, str): 53 | self.color = color[2:] 54 | self.table.colors.add(self.color) 55 | elif self.merged_idx: 56 | self.color = self.head.color 57 | if self.color == '000000': 58 | self.color = 'white' 59 | 60 | def get_rvline(self): 61 | x, y = self.coor 62 | if self.merged_idx: 63 | y = self.table.merged_cells[self.merged_idx - 1].y2 64 | return self.table.vlines.borders[x - 1][y] 65 | 66 | def get_merged_idx(self, merged_cells, row, col): 67 | for m in merged_cells: 68 | if m.is_merged(row, col): 69 | return m.idx 70 | return 0 71 | 72 | def get_head(self, merged_cells, row, col): 73 | for m in merged_cells: 74 | if m.is_merged(row, col): 75 | return m.get_head() 76 | return row, col 77 | 78 | def skip(self): 79 | return self.cell_type != "multicolumn_other" and self.cell_type != "block_firstline_other" 80 | 81 | 82 | def not_empty(self): 83 | res = self.text_prop.text is not None or self.merged_idx 84 | if self.table.args.excel_format: 85 | res = res or self.color != 'white' 86 | return res 87 | -------------------------------------------------------------------------------- /src/MergedCell.py: -------------------------------------------------------------------------------- 1 | class MergedCell: 2 | def __init__(self, idx, bounds): 3 | self.y1, self.x1, self.y2, self.x2 = bounds 4 | # idx'th mergedcell 5 | self.idx = idx 6 | 7 | def is_merged(self, row, col): 8 | return True if row >= self.x1 and row <= self.x2 and col >= self.y1 and col <= self.y2 else False 9 | 10 | def get_type(self, row, col): 11 | if self.x1 != self.x2 and self.y1 != self.y2: 12 | if row == self.x1: 13 | return "block_firstline_begin" if col == self.y1 else "block_firstline_other" 14 | if col == self.y1: 15 | return "block_placeholder_begin" 16 | return "block_placeholder_end" if col == self.y2 else "block_placeholder_other" 17 | if self.x1 == self.x2: 18 | return "multicolumn_begin" if col == self.y1 else "multicolumn_other" 19 | if self.y1 == self.y2: 20 | return "multirowcell_begin" if row == self.x1 else "multirowcell_other" 21 | 22 | def is_end(self, col_max): 23 | return self.y2 == col_max 24 | 25 | def get_head(self): 26 | return self.x1, self.y1 27 | 28 | def is_control(self, row, col): 29 | return row == self.x2 and col == self.y1 30 | 31 | def is_ignored(self, row, col): 32 | return row == self.x2 and col > self.y1 33 | 34 | def is_one_row(self, row, col): 35 | return self.x1 == self.x2 36 | -------------------------------------------------------------------------------- /src/Prop.py: -------------------------------------------------------------------------------- 1 | class TextProp: 2 | def __init__(self, table): 3 | self.table = table 4 | self.text = '' 5 | self.i = False 6 | self.b = False 7 | self.color = '000000' 8 | 9 | def set_prop(self, cell): 10 | self.i = cell.cell.font.i 11 | self.b = cell.cell.font.b 12 | color = cell.cell.font.color.rgb 13 | if color is not None and isinstance(color, str): 14 | self.color = color[2:] 15 | if cell.merged_idx: 16 | self.i = cell.head.text_prop.i 17 | self.b = cell.head.text_prop.b 18 | self.color = cell.head.text_prop.color 19 | self.text = cell.head.text_prop.text 20 | if self.color != '000000': 21 | self.table.colors.add(self.color) 22 | self.text = self.format_text(cell) if cell.args.excel_format else self.get_cell_tex(cell) 23 | 24 | def format_text(self, cell): 25 | text = self.text 26 | # no text 27 | if text is None: 28 | text = '' 29 | # not string 30 | if not isinstance(text, str): 31 | text = str(text) 32 | # deal with escape character 33 | text = text.replace('#', r'\#') 34 | text = text.replace('%', r'\%') 35 | # inline math 36 | if not cell.args.math: 37 | text = text.replace('_', r'\_') 38 | text = text.replace('$', r'\$') 39 | # line break 40 | text = text.replace('\n', r' \\') 41 | # excel format 42 | if text: 43 | if cell.args.excel_format: 44 | if text.find('\\\\') != -1: 45 | text = f'\\minitab[{cell.align}]{{{text}}}' 46 | return text 47 | 48 | # not used by excel format 49 | def get_cell_tex(self, cell): 50 | text = self.format_text(cell) 51 | begin_line = '|' if cell.begin else '' 52 | str_dic = { 53 | 'plain': text, 54 | 'multirowcell_begin': '\\multirowcell{' + str(cell.height) + '}{' + text + '}', 55 | 'multirowcell_other': '', 56 | # 'multicolumn_begin': '\\multicolumn{' + str(cell.width) + '}{' + '|' if self.parameters['begin'] else '' + 'c|}{' + text + '}', 57 | 'multicolumn_begin': '\\multicolumn{' + str(cell.width) + '}{' + begin_line + 'c|}{' + text + '}', 58 | 'multicolumn_other': '', 59 | 'block_firstline_begin': '\\multicolumn{' + str(cell.width) + '}{' + begin_line + 'c|}{' + '\\multirowcell{' + str(cell.height) + '}{' + text + '}' + '}', 60 | 'block_firstline_other': '', 61 | 'block_placeholder_begin': '\\multicolumn{1}{|c}{}', 62 | 'block_placeholder_end': '\\multicolumn{1}{c|}{}', 63 | 'block_placeholder_other': '\\multicolumn{1}{c}{}' 64 | } 65 | text = str_dic[cell.cell_type] 66 | if not cell.begin: 67 | text = '& ' + text 68 | if cell.end: 69 | text += r' \\' 70 | if text: 71 | text = ' ' + text.strip() + '\n' 72 | return text 73 | 74 | class BorderLine: 75 | def __init__(self, table): 76 | self.table = table 77 | self.style = None 78 | self.color = None 79 | 80 | def set_prop(self, cell, pos): 81 | border = getattr(cell.cell.border, pos) 82 | if border.style is not None: 83 | self.style = border.style 84 | color = border.color.rgb 85 | if color is not None and isinstance(color, str): 86 | self.color = color[2:] 87 | if self.color != '000000': 88 | self.table.colors.add(self.color) 89 | 90 | class Border: 91 | def __init__(self, table): 92 | self.left = BorderLine(table) 93 | self.right = BorderLine(table) 94 | self.top = BorderLine(table) 95 | self.bottom = BorderLine(table) 96 | 97 | def set_prop(self, cell): 98 | for pos in ['left', 'right', 'top', 'bottom']: 99 | getattr(self, pos).set_prop(cell, pos) 100 | -------------------------------------------------------------------------------- /src/Table.py: -------------------------------------------------------------------------------- 1 | from .Cell import Cell 2 | from .MergedCell import MergedCell 3 | from .help import scan_all 4 | from .line import LineMatrix 5 | from .output import Output 6 | from .setting import Setting 7 | 8 | class Table: 9 | def __init__(self, ws, args): 10 | self.ws = ws 11 | self.args = args 12 | self.x1 = 1 13 | self.x2 = ws.max_row + 3 14 | self.y1 = 1 15 | self.y2 = ws.max_column + 3 16 | self.colors = set() 17 | self.vspace = 0 18 | self.cells = [ 19 | [Cell(self.ws.cell(i + 1, j + 1), self) 20 | for j in range(self.y2)] 21 | for i in range(self.x2)] 22 | self.merged_cells = [MergedCell(idx + 1, cell.bounds) for idx, cell in enumerate(ws.merged_cells.ranges)] 23 | self.init_cell_matrix() 24 | self.hlines = LineMatrix(self, 'hline') 25 | self.vlines = LineMatrix(self, 'vline') 26 | self.set_bounds() 27 | self.hlines.set_lines('hline') 28 | self.hlines.set_vspace() 29 | self.vlines.set_lines('vline') 30 | if self.args.excel_format: 31 | self.set_line_bounds() 32 | self.set_props() 33 | self.set_hlines() 34 | if self.args.excel_format: 35 | Setting(self) 36 | self.tex = Output(self).tex 37 | else: 38 | self.set_texs() 39 | 40 | def init_cell_matrix(self): 41 | for i in range(1, self.x2 + 1): 42 | for j in range(1, self.y2 + 1): 43 | cell = self.cells[i - 1][j - 1] 44 | r, c = cell.get_head(self.merged_cells, i, j) 45 | cell.head = self.cells[r - 1][c - 1] 46 | cell.merged_idx = cell.get_merged_idx(self.merged_cells, i, j) 47 | cell.text_prop.text = self.ws.cell(i, j).value 48 | cell.set_color() 49 | cell.border.set_prop(cell) 50 | 51 | def set_bounds(self): 52 | # remove top empty rows 53 | old = self.x1 54 | for i in range(old - 1, self.x2): 55 | cell_list = self.cells[i] 56 | if scan_all(cell_list, 'not_empty'): 57 | self.x1 += 1 58 | else: 59 | break 60 | # remove bottom empty rows 61 | old = self.x2 62 | for i in range(old, self.x1 - 1, -1): 63 | cell_list = self.cells[i - 1] 64 | if scan_all(cell_list, 'not_empty'): 65 | self.x2 -= 1 66 | else: 67 | break 68 | # remove left empty cols 69 | old = self.y1 70 | for j in range(old - 1, self.y2): 71 | cell_list = [row[j] for row in self.cells] 72 | if scan_all(cell_list, 'not_empty'): 73 | self.y1 += 1 74 | else: 75 | break 76 | # remove right empty cols 77 | old = self.y2 78 | for j in range(old - 1, self.y1 - 2, -1): 79 | cell_list = [row[j] for row in self.cells] 80 | if scan_all(cell_list, 'not_empty'): 81 | self.y2 -= 1 82 | else: 83 | break 84 | 85 | def set_line_bounds(self): 86 | hline_transpose = list(zip(*self.hlines.borders)) 87 | vline_transpose = list(zip(*self.vlines.borders)) 88 | # hline x 89 | hline_x_min = 1 90 | hline_x_max = len(self.hlines.borders) 91 | # cell y 92 | cell_y_min = 1 93 | cell_y_max = len(hline_transpose) 94 | # cell x 95 | cell_x_min = 1 96 | cell_x_max = len(self.vlines.borders) 97 | # vline y 98 | vline_y_min = 1 99 | vline_y_max = len(vline_transpose) 100 | # hline remove empty row line 101 | for hline in self.hlines.borders: 102 | if self.hlines.is_empty(hline): 103 | hline_x_min += 1 104 | else: 105 | break 106 | for hline in self.hlines.borders[::-1]: 107 | if self.hlines.is_empty(hline): 108 | hline_x_max -= 1 109 | else: 110 | break 111 | # hline remove empty col cell 112 | for hline in hline_transpose: 113 | if self.hlines.is_empty(hline): 114 | cell_y_min += 1 115 | else: 116 | break 117 | for hline in hline_transpose[::-1]: 118 | if self.hlines.is_empty(hline): 119 | cell_y_max -= 1 120 | else: 121 | break 122 | # vline remove empty col line 123 | for vline in vline_transpose: 124 | if self.vlines.is_empty(vline): 125 | vline_y_min += 1 126 | else: 127 | break 128 | for vline in vline_transpose[::-1]: 129 | if self.vlines.is_empty(vline): 130 | vline_y_max -= 1 131 | else: 132 | break 133 | # vline remove empty row cell 134 | for vline in self.vlines.borders: 135 | if self.vlines.is_empty(vline): 136 | cell_x_min += 1 137 | else: 138 | break 139 | for vline in self.vlines.borders[::-1]: 140 | if self.vlines.is_empty(vline): 141 | cell_x_max -= 1 142 | else: 143 | break 144 | # combine line range with origin cell range 145 | if hline_x_min <= hline_x_max: 146 | x1 = hline_x_min 147 | x2 = hline_x_max if hline_x_min == hline_x_max else hline_x_max - 1 148 | self.x1 = min(self.x1, x1) 149 | self.x2 = max(self.x2, x2) 150 | if vline_y_min <= vline_y_max: 151 | y1 = vline_y_min 152 | y2 = vline_y_max if vline_y_min == vline_y_max else vline_y_max - 1 153 | self.y1 = min(self.y1, y1) 154 | self.y2 = max(self.y2, y2) 155 | # combine new cell range with the range befor 156 | self.x1 = min(self.x1, cell_x_min) 157 | self.x2 = max(self.x2, cell_x_max) 158 | self.y1 = min(self.y1, cell_y_min) 159 | self.y2 = max(self.y2, cell_y_max) 160 | 161 | def set_props(self): 162 | for i in range(self.x1, self.x2 + 1): 163 | for j in range(self.y1, self.y2 + 1): 164 | cell = self.cells[i - 1][j - 1] 165 | self.set_cell_type(i, j) 166 | cell.set_prop() 167 | 168 | def set_cell_type(self, i, j): 169 | ''' 170 | set `begin`, `end`, `height`, `width`, `cell_type` 171 | ''' 172 | # for i in range(self.x1, self.x2 + 1): 173 | # for j in range(self.y1, self.y2 + 1): 174 | cell = self.cells[i - 1][j - 1] 175 | cell.cell_type = "plain" 176 | cell.begin = True if j == self.y1 else False 177 | # real end or block end 178 | cell.end = True if j == self.y2 else False 179 | if cell.merged_idx: 180 | merged_cell = self.merged_cells[cell.merged_idx - 1] 181 | cell.cell_type = merged_cell.get_type(i, j) 182 | cell.height = merged_cell.x2 - merged_cell.x1 + 1 183 | cell.width = merged_cell.y2 - merged_cell.y1 + 1 184 | cell.end = merged_cell.is_end(self.y2) 185 | 186 | def set_hlines(self): 187 | self.hline_ranges = [] 188 | for i in range(self.x1, self.x2 + 1): 189 | row_hline = [] 190 | hline_begin = self.y1 - 1 191 | hline_end = self.y1 - 1 192 | hline_start = True 193 | for j in range(self.y1, self.y2 + 1): 194 | if i == self.x1: 195 | continue 196 | cell = self.cells[i - 1][j - 1] 197 | up_cell = self.cells[i - 2][j - 1] 198 | if cell.cell_type == 'plain' or cell.merged_idx != up_cell.merged_idx: 199 | if hline_start: 200 | hline_begin = j 201 | hline_start = False 202 | hline_end = j 203 | if j == self.y2: 204 | row_hline.append((hline_begin, hline_end)) 205 | else: 206 | if not hline_start: 207 | row_hline.append((hline_begin, hline_end)) 208 | hline_start = True 209 | if i > self.x1: 210 | self.hline_ranges.append(row_hline) 211 | 212 | def set_texs(self): 213 | self.row_texs = [] 214 | self.tex = '% Please add the following required packages to your document preamble:\n' 215 | self.tex += '% \\usepackage{multirow, makecell}\n' 216 | if self.args.excel_format: 217 | self.tex += '% \\usepackage{booktabs}' 218 | self.tex += '% \\usepackage{colortbl}' 219 | self.tex += '% \\usepackage{arydshln}' 220 | if self.args.excel_format: 221 | self.tex += ''' 222 | { 223 | \\setlength\\abovetopsep{0pt} 224 | \\setlength\\belowbottomsep{0pt} 225 | \\setlength\\aboverulesep{0pt} 226 | \\setlength\\belowrulesep{0pt} 227 | \\newcommand\\colorwrap[2]{ 228 | \\arrayrulecolor{#1}#2 229 | \\arrayrulecolor{black} 230 | } 231 | ''' 232 | self.tex += '\n\\begin{tabular}{*{' + str(self.y2 - self.y1 + 1) + '}{|c}|}\n' 233 | if self.args.excel_format: 234 | self.convert_excel() 235 | self.tex += ''.join(self.row_texs) 236 | else: 237 | self.tex += '\\hline\n' 238 | self.convert() 239 | self.tex += ''.join(self.row_texs) 240 | self.tex += '\\hline\n' 241 | self.tex += '\\end{tabular}' 242 | if self.args.excel_format: 243 | self.tex += '\n}' 244 | 245 | def get_all_hline_tex(self, cell, n, row, col): 246 | res = '' 247 | if n < self.x2 - self.x1 + 1 and cell.end: 248 | row_hline = self.hline_ranges[n - 1] 249 | if len(row_hline) == 1 and row_hline[0][0] == self.y1 and row_hline[0][1] == self.y2: 250 | res += '\\hline' 251 | else: 252 | for hline_range in row_hline: 253 | res += '\\cline{' + str(hline_range[0]) + '-' + str(hline_range[1]) + '}\n' 254 | return res 255 | 256 | def convert(self): 257 | n = 1 258 | for i in range(self.x1, self.x2 + 1): 259 | row_tex = f'\n% row {n}\n' 260 | for j in range(self.y1, self.y2 + 1): 261 | cell = self.cells[i - 1][j - 1] 262 | if cell.skip(): 263 | out_text = cell.text_prop.text 264 | # hline 265 | out_text += self.get_all_hline_tex(cell, n, i, j) 266 | row_tex += out_text 267 | n += 1 268 | self.row_texs.append(row_tex.replace(' &\n', ' &')) 269 | 270 | def convert_excel(self): 271 | n = 1 272 | for i in range(self.x1, self.x2 + 1): 273 | row_tex = f'\n% row {n}\n' 274 | if n == 1: 275 | row_tex += self.hlines.get_row_hline_tex(self.hlines.borders[i - 1]) 276 | row_tex += '\\vspace{-' + str(self.vspace) + 'pt}' 277 | for j in range(self.y1, self.y2 + 1): 278 | cell = self.cells[i - 1][j - 1] 279 | if cell.skip(): 280 | out_text = cell.text_prop.text 281 | row_tex += out_text 282 | # hline 283 | hline_tex = self.hlines.get_row_hline_tex(self.hlines.borders[i]) 284 | row_tex += hline_tex 285 | n += 1 286 | self.row_texs.append(row_tex.replace(' &\n', ' &')) 287 | -------------------------------------------------------------------------------- /src/__init__.py: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/ZhiyuanLck/excel2tex/b272f3181abcb8beb23e7fe9429b1b12a15a309a/src/__init__.py -------------------------------------------------------------------------------- /src/help.py: -------------------------------------------------------------------------------- 1 | def scan_all(cell_list, check): 2 | ''' 3 | return true if all checked false 4 | ''' 5 | for cell in cell_list: 6 | if getattr(cell, check)(): 7 | return False 8 | return True 9 | 10 | # wrap !{} 11 | def wrap_excl(text): 12 | return f' !{{{text}}}\n' 13 | 14 | # wrap >{} 15 | def wrap_ge(text): 16 | return f' >{{{text}}}\n' 17 | -------------------------------------------------------------------------------- /src/line.py: -------------------------------------------------------------------------------- 1 | from copy import copy 2 | 3 | class ClineRange: 4 | def __init__(self, start, end, style): 5 | self.start = start 6 | self.end = end 7 | self.style = style 8 | 9 | class Line: 10 | style_dic = { 11 | # line_number 12 | # is_dash | l_n | width | dash_style 13 | 'thin': (False, 1, 0.4, [1, 1]), 14 | 'medium': (False, 1, 0.6, [1, 1]), 15 | 'thick': (False, 1, 0.8, [1, 1]), 16 | 'double': (False, 2, 0.4, [1, 1]), 17 | 'hair': (True, 1, 0.4, [1, 1]), 18 | 'dotted': (True, 1, 0.4, [1, 1]), 19 | 'dashed': (True, 1, 0.4, [1, 1]), 20 | 'dashDot': (True, 1, 0.4, [1, 1]), 21 | 'dashDotDot': (True, 1, 0.4, [1, 1]), 22 | 'mediumDashed': (True, 1, 0.4, [1, 1]), 23 | 'mediumDashDot': (True, 1, 0.4, [1, 1]), 24 | 'mediumDashDotDot': (True, 1, 0.4, [1, 1]), 25 | 'slantDashDot': (True, 1, 0.4, [1, 1]), 26 | } 27 | def __init__(self, table, idx): 28 | self.table = table 29 | self.idx = idx 30 | self.style = None 31 | self.is_none = True 32 | self.is_dash = False 33 | self.line_number = 1 34 | self.width = 0 35 | self.dash_style = [] 36 | self.is_colored = False 37 | # hline or vline 38 | self.type = None 39 | self.color = 'white' 40 | # 第一行的顶端的横线 41 | self.first_hline = False 42 | # 表格末尾的横线 43 | self.last_hline = False 44 | # 表格左侧的竖线 45 | self.first_vline = False 46 | # 竖线是否不画 47 | self.ignored = False 48 | 49 | def get_lhline(self): 50 | table = self.table 51 | cells = table.cells 52 | lhline = None 53 | l_x, l_y = self.idx 54 | if l_y > table.y1 - 1: 55 | lhline = table.hlines.borders[l_x][l_y - 1] 56 | return lhline 57 | 58 | def valid_bound(self, x, y): 59 | table = self.table 60 | x_min = table.x1 - 1 61 | x_max = table.x2 - 1 62 | y_min = table.y1 - 1 63 | y_max = table.y2 - 1 64 | return x_min < x < x_max and y_min < y < y_max 65 | 66 | def get_cell(self, mode): 67 | table = self.table 68 | cells = table.cells 69 | l_x, l_y = self.idx 70 | cell_dic = { 71 | 't': (l_x - 1, l_y), 72 | 'b': (l_x, l_y), 73 | 'l': (l_x, l_y - 1), 74 | 'r': (l_x, l_y), 75 | } 76 | c_x, c_y = cell_dic[mode] 77 | if not self.valid_bound(c_x, c_y): 78 | return None 79 | return cells[c_x][c_y] 80 | 81 | def format_dash(self): 82 | return 'pt '.join([str(x) for x in self.dash_style]) + 'pt' 83 | 84 | def get_dash_width(self): 85 | return str(sum(self.dash_style)) + 'pt' 86 | 87 | def set_style(self, style): 88 | self.style = style 89 | (self.is_dash, self.line_number, self.width, self.dash_style) = self.style_dic[style] 90 | 91 | def get_vline(self, table, i, j): 92 | if j == 0: 93 | return table.cells[i][j].border.left 94 | left = table.cells[i][j - 1].border.right 95 | right = table.cells[i][j].border.left 96 | return left if left.style is not None else right 97 | 98 | def get_hline(self, table, i, j): 99 | if i == 0: 100 | return table.cells[i][j].border.top 101 | up = table.cells[i - 1][j].border.bottom 102 | down = table.cells[i][j].border.top 103 | return up if up.style is not None else down 104 | 105 | def set_line(self, table, i, j, type): 106 | self.type = type 107 | if i + 1 == table.x1: 108 | self.first_hline = True 109 | if i == table.x2: 110 | self.last_hline = True 111 | if j + 1 == table.y1: 112 | self.first_vline = True 113 | if type == 'hline' and i > table.x1 - 1 and i < table.x2: 114 | up = table.cells[i - 1][j].merged_idx 115 | down = table.cells[i][j].merged_idx 116 | if up == down and up > 0: 117 | self.ignored = True 118 | if type == 'vline' and j > table.y1 - 1 and j < table.y2: 119 | left = table.cells[i][j - 1].merged_idx 120 | right = table.cells[i][j].merged_idx 121 | if left == right and left > 0: 122 | self.ignored = True 123 | border = self.get_hline(table, i, j) if type == 'hline' else self.get_vline(table, i, j) 124 | if border.style is not None: 125 | self.is_none = False 126 | self.set_style(border.style) 127 | if border.color is not None: 128 | self.is_colored = True 129 | self.color = border.color 130 | table.colors.add(self.color) 131 | else: 132 | self.color = 'black' 133 | 134 | def is_eql(self, line): 135 | if self.style != line.style: 136 | return False 137 | if self.is_colored != line.is_colored: 138 | return False 139 | if self.color != line.color: 140 | return False 141 | return True 142 | 143 | class LineMatrix: 144 | def __init__(self, table, type): 145 | # befor set_bounds 146 | self.table = table 147 | self.x_max = table.x2 - 1 148 | self.y_max = table.y2 - 1 149 | # for hlines 150 | self.max_width = [] 151 | # for vlines 152 | self.vline_max_width = [] 153 | self.borders = [[Line(table, (i, j)) 154 | for j in range(self.y_max)] 155 | for i in range(self.x_max)] 156 | 157 | # after set_props 158 | def set_lines(self, type): 159 | for i in range(self.x_max): 160 | max_w = 0 161 | for j in range(self.y_max): 162 | border = self.borders[i][j] 163 | border.set_line(self.table, i, j, type) 164 | max_w = max(border.width, max_w) 165 | self.max_width.append(max_w) 166 | for j in range(self.y_max): 167 | max_w = 0 168 | for i in range(self.x_max): 169 | border = self.borders[i][j] 170 | max_w = max(border.width, max_w) 171 | self.vline_max_width.append(max_w) 172 | 173 | def is_empty(self, line): 174 | for border in line: 175 | if border.style is not None: 176 | return False 177 | return True 178 | 179 | def is_full(self, line): 180 | style = line[0] 181 | for border in line: 182 | if not border.is_eql(style): 183 | return False 184 | return True 185 | 186 | def cut_range(self, hline): 187 | start_idx = len(hline) - 1 188 | end_idx = 0 189 | for i in range(len(hline)): 190 | if hline[i].style: 191 | start_idx = i 192 | break 193 | for i in range(len(hline) - 1, -1, -1): 194 | if hline[i].style: 195 | end_idx = i 196 | break 197 | return start_idx, end_idx 198 | 199 | def get_hline_range(self, hline): 200 | start_idx, end_idx = self.cut_range(hline) 201 | # one line 202 | if start_idx == end_idx: 203 | return [ClineRange(start_idx, end_idx, hline[0])] 204 | # none line 205 | if end_idx == 0: 206 | return [] 207 | i = start_idx 208 | start = start_idx 209 | end = end_idx 210 | res = [] 211 | pre = Line(self.table, (-1, -1)) 212 | for border in hline[start_idx:end_idx + 1]: 213 | if not border.is_eql(pre): 214 | # previous group end 215 | if i > start_idx and pre.style: 216 | end = i - 1 217 | res.append(ClineRange(start + 1, end + 1, pre)) 218 | # new group begin 219 | if border.style: 220 | start = i 221 | # current group end 222 | if i == end_idx: 223 | res.append(ClineRange(start + 1, i + 1, border)) 224 | pre = copy(border) 225 | i += 1 226 | return res 227 | 228 | def get_hline_tex(self, hline_range): 229 | tex = '' 230 | style = hline_range.style 231 | if style.is_dash: 232 | tex += '\\cdashline{' + str(hline_range.start) + '-' + str(hline_range.end) + '}' 233 | elif not style.is_none: 234 | tex += '\\cmidrule[' + str(style.width) + 'pt' + ']{' + str(hline_range.start) + '-' + str(hline_range.end) + '}' 235 | if style.is_colored: 236 | tex = '\\colorwrap{' + style.color + '}' + '{' + tex + '}' 237 | # not support 238 | # if style.line_number == 2: 239 | # tex = tex + '\n' + tex 240 | return tex 241 | 242 | # not used 243 | def set_vspace(self): 244 | for hline in self.borders: 245 | hline_ranges = self.get_hline_range(hline) 246 | max_width = 0 247 | for hline_range in hline_ranges: 248 | if not hline_range.style.is_dash: 249 | max_width = max(0.4, max_width, hline_range.style.width) 250 | self.table.vspace += max_width 251 | 252 | # not used 253 | def get_row_hline_tex(self, hline): 254 | tex = '' 255 | hline_ranges = self.get_hline_range(hline) 256 | if not hline_ranges: 257 | return tex 258 | # max_width = 0 259 | for hline_range in hline_ranges: 260 | # if not hline_range.style.is_dash: 261 | # max_width = max(0.4, max_width, hline_range.style.width) 262 | tex += self.get_hline_tex(hline_range) + '\n' 263 | # self.table.vspace += max_width 264 | return tex 265 | -------------------------------------------------------------------------------- /src/output.py: -------------------------------------------------------------------------------- 1 | from .help import wrap_excl, wrap_ge 2 | 3 | class OutputBase: 4 | def __init__(self, table): 5 | self.table = table 6 | self.cells = table.cells 7 | self.hlines = table.hlines.borders 8 | self.vlines = table.vlines.borders 9 | self.max_width = table.hlines.max_width 10 | self.vline_max_width = table.vlines.vline_max_width 11 | 12 | def get_vline(self, vline): 13 | if vline.is_none or vline.ignored: 14 | return '' 15 | return f'\\vsl{{{vline.color}}}{{{vline.width}pt}}' 16 | 17 | class OutputHhline(OutputBase): 18 | def __init__(self, table): 19 | super().__init__(table) 20 | 21 | def get_tbvline(self, i, j): 22 | ''' 23 | get top right and bottom right vlines of hlines[i][j] 24 | ''' 25 | tvline = None 26 | bvline = None 27 | if i > self.table.x1 - 1: 28 | tvline = self.vlines[i - 1][j + 1] 29 | if i < self.table.x2: 30 | bvline = self.vlines[i][j + 1] 31 | return tvline, bvline 32 | 33 | def get_hhline(self, i): 34 | res = '\\hhline{\n' 35 | for j in range(self.table.y1 - 1, self.table.y2): 36 | rhline = self.hlines[i][j] 37 | lhline = rhline.get_lhline() 38 | # first vhline 39 | if j == self.table.y1 - 1: 40 | tvline, bvline = self.get_tbvline(i, j - 1) 41 | res += self.get_vhline(lhline, rhline, tvline, bvline) 42 | res += self.get_hline(i, j) 43 | tvline, bvline = self.get_tbvline(i, j) 44 | res += self.get_vhline(lhline, rhline, tvline, bvline) 45 | res += '}\n' 46 | return res 47 | 48 | def has_style(self, vline): 49 | if vline is None: 50 | return False 51 | return not vline.is_none 52 | 53 | # used when 't' and 'b' has only one 'true' 54 | # def get_single_vline(self, vline, vline_cal_width): 55 | # lcell = vline.get_cell('l') 56 | # rcell = vline.get_cell('r') 57 | # lcolor = 'white' 58 | # rcolor = 'white' 59 | # if lcell is not None: 60 | # lcolor = lcell.color 61 | # if rcell is not None: 62 | # rcolor = rcell.color 63 | # l = lcolor == 'white' 64 | # r = rcolor == 'white' 65 | # if l and r: 66 | # return '' 67 | # return f'\\vsl{{{rcolor}}}{{{vline.width}pt}}' 68 | 69 | def get_vhline(self, lhline, rhline, tvline, bvline): 70 | l, r, t, b = (self.has_style(vline) for vline in (lhline, rhline, tvline, bvline)) 71 | if not t and not b: 72 | return '' 73 | elif t and not b: 74 | res = self.get_vline(tvline) 75 | elif not t and b: 76 | res = self.get_vline(bvline) 77 | else: 78 | lcolor = 'white' 79 | rcolor = 'white' 80 | if l: 81 | lcolor = lhline.color 82 | if r: 83 | rcolor = rhline.color 84 | bcolor = bvline.color 85 | if bcolor == lcolor or bcolor == rcolor: 86 | res = self.get_vline(bvline) 87 | else: 88 | res = self.get_vline(tvline) 89 | return wrap_ge(res) if res else res 90 | 91 | def get_hline(self, i, j): 92 | hline = self.hlines[i][j] 93 | max_w = self.max_width[i] 94 | if hline.first_hline: 95 | return self.get_base_hline(max_w, hline) 96 | cell = self.cells[i - 1][j] 97 | cell_color = cell.color 98 | if hline.ignored: 99 | return self.get_ignored_hline(max_w, hline, cell_color) 100 | return self.get_other_hline(max_w, hline, cell_color) 101 | 102 | # 没有样式的横线，对半填充 103 | def get_none_hline(self, max_w, hline): 104 | if not max_w: 105 | return ' ~\n' 106 | width = max_w / 2 107 | tcell = hline.get_cell('t') 108 | bcell = hline.get_cell('b') 109 | tcolor = None 110 | bcolor = None 111 | if tcell is not None and tcell.color != 'white': 112 | tcolor = tcell.color 113 | if bcell is not None and bcell.color != 'white': 114 | bcolor = bcell.color 115 | if tcolor is None and bcolor is None: 116 | return ' ~\n' 117 | if tcolor is None and bcolor is not None: 118 | res = self.sfill(bcolor, width) 119 | if bcolor is None: 120 | bcolor = 'white' 121 | res = self.ssfill(tcolor, width, bcolor, width) 122 | return wrap_excl(res) 123 | 124 | def get_base_hline(self, max_w, hline): 125 | if hline.is_none: 126 | # return ' ~\n' 127 | return self.get_none_hline(max_w, hline) 128 | color = hline.color if hline.is_colored else 'black' 129 | if hline.is_dash: 130 | res = self.dfill(color, hline.get_dash_width(), hline.width, hline.format_dash()) 131 | return wrap_excl(res) 132 | res = self.sfill(hline.color, hline.width) 133 | return wrap_excl(res) 134 | 135 | def get_other_hline(self, max_w, hline, cell_color): 136 | if cell_color == 'white': 137 | return self.get_base_hline(max_w, hline) 138 | if hline.is_none: 139 | # return ' ~\n' 140 | return self.get_none_hline(max_w, hline) 141 | div = max_w - hline.width 142 | common_width = hline.get_dash_width() 143 | res = None 144 | if div and hline.is_dash: 145 | res = self.sdfill(cell_color, div, common_width, hline.color, hline.width, hline.format_dash()) 146 | if not div and hline.is_dash: 147 | res = self.dfill(hline.color, common_width, hline.width, hline.format_dash()) 148 | if div and not hline.is_dash: 149 | res = self.ssfill(cell_color, div, hline.color, hline.width) 150 | if not div and not hline.is_dash: 151 | res = self.sfill(hline.color, hline.width) 152 | return wrap_excl(res) 153 | 154 | def get_ignored_hline(self, max_width, hline, cell_color): 155 | if cell_color == 'white': 156 | return ' ~\n' 157 | res = self.sfill(cell_color, max_width) 158 | return wrap_excl(res) 159 | 160 | def dfill(self, color, width, height, style): 161 | return f'\\dfill{{{color}}}{{{width}}}{{{height}pt}}{{{style}}}' 162 | 163 | def sfill(self, color, height): 164 | return f'\\sfill{{{color}}}{{{height}pt}}' 165 | 166 | def ssfill(self, tcolor, theight, bcolor, bheight): 167 | return f'\\ssfill{{{tcolor}}}{{{theight}pt}}{{{bcolor}}}{{{bheight}pt}}' 168 | 169 | def sdfill(self, tcolor, theight, common_width, bcolor, bheight, style): 170 | return f'\\sdfill{{{tcolor}}}{{{theight}pt}}{{{common_width}}}{{{bcolor}}}{{{bheight}pt}}{{{style}}}' 171 | 172 | class OutputCell(OutputBase): 173 | def __init__(self, table): 174 | super().__init__(table) 175 | 176 | def get_row(self, i): 177 | row_tex = '' 178 | vlines = self.vlines[i] 179 | for j in range(self.table.y1 - 1, self.table.y2): 180 | cell = self.cells[i][j] 181 | lvline = vlines[j] 182 | rvline = cell.get_rvline() 183 | if not cell.ignored: 184 | row_tex += self.wrap_cell(cell, self.get_cell(cell, lvline, rvline)) 185 | row_tex += '\\\\\n' 186 | return row_tex 187 | 188 | def wrap_cell(self, cell, tex): 189 | before = ' ' 190 | if not cell.begin: 191 | before += '&' 192 | if tex: 193 | before += ' ' 194 | return before + tex 195 | 196 | def get_cell(self, cell, lvline, rvline): 197 | left = '' if not cell.begin else self.get_cell_vline(lvline) 198 | right = self.get_cell_vline(rvline) 199 | align = self.get_align(cell) 200 | return f'\\multicolumn{{{cell.width}}}{{{left}{align}{right}}}{{{self.get_col(cell)}}}\n' 201 | 202 | def get_align(self, cell): 203 | if cell.merged_idx and not cell.control_cell: 204 | align = 'c' 205 | else: 206 | align = cell.align 207 | before = '' 208 | prop = cell.text_prop 209 | if prop.color != '000000': 210 | before += f'\\color{{{prop.color}}}' 211 | if prop.i: 212 | before += '\\itshape' 213 | if prop.b: 214 | before += '\\bfseries' 215 | if before: 216 | before = f'>{{{before}}}' 217 | return before + align 218 | 219 | def get_cell_vline(self, vline): 220 | res = self.get_vline(vline) 221 | return f'!{{{res}}}' if res else res 222 | # if vline.is_none: 223 | # lcell = vline.get_cell('l') 224 | # rcell = vline.get_cell('r') 225 | # lcolor = 'white' 226 | # rcolor = 'white' 227 | # if lcell is not None: 228 | # lcolor = lcell.color 229 | # if rcell is not None: 230 | # rcolor = rcell.color 231 | # l = lcolor == 'white' 232 | # r = rcolor == 'white' 233 | # if l and r: 234 | # return '' 235 | # x, y = vline.idx 236 | # width = self.vline_max_width[y] / 2 237 | # res = f'\\vsl{{{lcolor}}}{{{width}pt}}' 238 | # res += f'\\vsl{{{rcolor}}}{{{width}pt}}' 239 | # else: 240 | # res = self.get_vline(vline) 241 | # return f'!{{{res}}}' if res else res 242 | 243 | def get_col(self, cell): 244 | res = '' 245 | text = cell.text_prop.text 246 | if cell.color != 'white': 247 | res += f'\\cellcolor{{{cell.color}}}' 248 | if cell.control_cell: 249 | if cell.one_row: 250 | res += text 251 | else: 252 | res += f'\n \\multirow{{-{cell.height}}}*{{{text}}}' 253 | elif not cell.merged_idx: 254 | res += text 255 | return res 256 | 257 | class Output: 258 | def __init__(self, table): 259 | self.table = table 260 | self.args = table.args 261 | hhline = OutputHhline(table) 262 | outputcell = OutputCell(table) 263 | tex = '' 264 | tex += hhline.get_hhline(0) 265 | for i in range(table.x1 - 1, table.x2): 266 | tex += f'% row {i - table.x1 + 2}\n' 267 | tex += outputcell.get_row(i) 268 | tex += hhline.get_hhline(i + 1) 269 | self.tex = self.wrap_tex(tex) 270 | 271 | def wrap_tex(self, tex): 272 | width = self.table.y2 - self.table.y1 + 1 273 | before = f'\\begin{{tabular}}{{*{{{width}}}{{c}}}}\n' 274 | end = f'\\end{{tabular}}' 275 | return before + tex + end 276 | -------------------------------------------------------------------------------- /src/setting.py: -------------------------------------------------------------------------------- 1 | class Setting: 2 | def __init__(self, table): 3 | self.args = table.args 4 | self.output_setting(table.colors) 5 | 6 | def output_setting(self, colors): 7 | out = self.get_setting() + self.get_color(colors) 8 | with open(self.args.setting, 'w', encoding=self.args.encoding) as f: 9 | f.write(out) 10 | 11 | def get_color(self, colors): 12 | res = '' 13 | for color in colors: 14 | res += self.set_color(color) 15 | return res 16 | 17 | def set_color(self, color): 18 | return f'\\definecolor{{{color}}}{{HTML}}{{{color}}}\n' 19 | 20 | def get_setting(self): 21 | return r'''\usepackage[table]{xcolor} 22 | \usepackage{multirow} 23 | \usepackage{colortbl} 24 | \usepackage{dashrule} 25 | \usepackage{ehhline} 26 | 27 | %% nested tabular 28 | \newcommand{\minitab}[2][l]{\begin{tabular}{@{}#1@{}}#2\end{tabular}} 29 | 30 | %% vertical line 31 | % vertical colored line #1 color #2 width 32 | \newcommand{\vsl}[2]{\color{#1}\vrule width #2} 33 | % doubled vline 34 | % #1 first color #2 first width #3 sep #4 second color #5 second sep 35 | \newcommand{\dvsl}[5]{% 36 | \vsl{#1}{#2}\hspace{#3}\vsl{#4}{#5}% 37 | } 38 | 39 | %% horizontal line 40 | % colored solid line pattern 41 | % #1 color #2 width #3 height 42 | \newcommand{\hsp}[3]{\hbox{\textcolor{#1}{\rule{#2}{#3}}}} 43 | % colored dash line pattern 44 | % #1 color #2 width #3 height #4 style 45 | \newcommand{\hdp}[4]{\hbox{\textcolor{#1}{\hdashrule{#2}{#3}{#4}}}} 46 | % fill line 47 | % #1 top fill #2 bottom fill 48 | \newcommand{\leaderfill}[1]{% 49 | \xleaders\hbox{% 50 | \vbox{\baselineskip=0pt\lineskip=0pt#1}% 51 | }\hfill% 52 | } 53 | % top: solid, bottom: solid 54 | % #1 top color #2 top height #3 bottom color#4 bottom height 55 | \newcommand{\ssfill}[4]{% 56 | \leaderfill{\hsp{#1}{0.1pt}{#2}\hsp{#3}{0.1pt}{#4}}% 57 | } 58 | % top: solid, bottom: dashed 59 | % #1 top color, #2 top height, #3 common width to expand 60 | % #4 bottom color #5 bottom height, #6 bottom dash line style 61 | \newcommand{\sdfill}[6]{% 62 | \leaderfill{\hsp{#1}{#3}{#2}\hdp{#4}{#3}{#5}{#6}}% 63 | } 64 | % single solid 65 | % #1 color #2 height 66 | \newcommand{\sfill}[2]{% 67 | \leaderfill{\hsp{#1}{0.1pt}{#2}}% 68 | } 69 | % single dash 70 | % #1 color #2 width #3 height #4 style 71 | \newcommand{\dfill}[4]{% 72 | \leaderfill{\hdp{#1}{#2}{#3}{#4}}% 73 | } 74 | ''' 75 | --------------------------------------------------------------------------------