Files

yyc12345 d42885f1ab feat: update legacy

- use sorted lut and bisect to optimize lut resolver
- add circuit decuper
- add signed diff for response item

2026-06-17 19:49:54 +08:00

src/lcr_connector

feat: update legacy

2026-06-17 19:49:54 +08:00

.gitignore

refactor: refactoring old code

2026-06-02 21:08:48 +08:00

.python-version

refactor: refactoring old code

2026-06-02 21:08:48 +08:00

pyproject.toml

doc: add some infos

2026-06-17 12:39:12 +08:00

README.md

doc: add some infos

2026-06-17 12:39:12 +08:00

uv.lock

feat: finish legacy project and move it as packaged python project

2026-06-16 20:44:57 +08:00

README.md

LCR Connector (Legacy)

Get the resistor, capacitor, or inductor circuit which has the closest value for your given value within at most 3 devices.

This is the legacy version of LCR Connector, although this is also refactored from true legacy version in modern Python.

Usage

Execute uv sync to configure the environment.
Execute uv run lcr-connector --help for the usage of LCR Connector.
After launch LCR Connector, you can see the help message in interactive console, or type help to see the help message.

Additionaly, for using LCR Connector, you need 3 list files holding all possible device standard values which are available in your laboratory. Each of them represents a type of device respectively, resistor, capacitor, or inductor. These list files are basically like this:

100
220
270
390
470
680
1k
1.2k
1.5k
2.2k
3.3k
4.7k
6.8k
10k
47k
100k
1M

Supported units are:

n: Nano
p: Pico
u: Micro
m: Milli
k: Kilo
M: Mega
G: Giga

There is no physical unit for the values in the list files.

Unit is optional. If you don't specify a unit, the value is considered as a plain floating value.

Unit is case sensitive to distinguish between milli and mega (e.g. 1m is milli, 1M is mega).