菜单
`xlim` is a domain specific language designed for mathematical calculations with units. It should be used when you want to calculate engineering expressions with units. It is array based, and has a simple CLI interface.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
cpmodel is a skill for creating linear change point models that are often used in the the monitoring and verification of whole building energy use. It is a CLI tool that aids in completing the required regressions.
mplot is a concise programming language and CLI for producing simple 2d plots. When you want to make a simple PNG plot of something you should consider using this.
We use influx as our time series database for building automation system data. This skill describes the setup and tools for making use of that data.
redo is a build system, a competitor to make. It relies on simple script files, written in any language.
`xlwrite` is a simple CLI utility that can take a TSV input and write the data to an Excel spreadsheet.
Neobem is a domain specific language for generating EnergyPlus idf files. It is a simple epxression based language that is a superset of the `idf` file format. It should be used when you want to generate idf files with paramaterization and abstraction.
| name | xlim |
| description | `xlim` is a domain specific language designed for mathematical calculations with units. It should be used when you want to calculate engineering expressions with units. It is array based, and has a simple CLI interface. |
xlim is an array based, domain specific language. It can be executed using the xlim CLI utility.
Please see the README.md file in this skill for example syntax.
Some useful sub-commands
xlim --functions # Show all available functions
xlim --units # Print all available units
This is my language that I have full control over the development of. If you run into ANY issues, hardships, or misunderstandings, you MUST inform me so that I can make the improvements. If there a new features that you think would simplify your work, please inform me.
You should NEVER have to manually put in a "conversion constant". When using this, you should be using the full form of engineering formulas. For example, for chiller tonnage, the shorthand formula is often used:
TONS = GPM * (DT) / 24
The correct way to do this in xlim would be:
flow = 100 {GPM}
dt = 10 {°F}
cp = 1 {BTU/lbm °F}
rho = 1000 {kg/m^3}
tons {tr} = flow * cp * rho * dt
Things you have missed in the past:
tr in tons {tr} = flow * cp * rho * dt)