IeeeTopologyDiagrams 3.0.1

IEEE 33-Bus single-line diagram drawing primitives based on Baran.1989

IeeeTopologyDiagrams

IEEE 33-Bus single-line diagram drawing primitives based on Baran.1989 Figure 2.

Install

cd v3/
python -m pip install -e .

Python API

from ieee33bus_lib import (
    draw_switch,                  # horizontal closed switch
    draw_switch_vertical,         # vertical closed switch
    draw_switch_open,             # horizontal open switch
    draw_switch_open_vertical,    # vertical open switch
    draw_bar_node,                # vertical bus bar node
    draw_bar_node_switched,       # horizontal node + switch module
    draw_node,                    # load node
    draw_tf_node,                 # transformer node
    draw_substation_vertical,     # vertical substation (SS1)
    draw_substation_horizontal,   # horizontal substation (SS2)
)

CLI

IeeeTopologyDiagrams-fig2                 # Full Fig.2 single-line diagram
IeeeTopologyDiagrams-switch               # horizontal closed switch → switch_symbol.png
IeeeTopologyDiagrams-switch-vertical      # vertical closed switch → switch_vertical.png
IeeeTopologyDiagrams-switch-open-h        # horizontal open switch → switch_open_h.png
IeeeTopologyDiagrams-switch-open-v        # vertical open switch → switch_open_v.png
IeeeTopologyDiagrams-bar-node-short       # vertical bus bar node → bar_node_short.png
IeeeTopologyDiagrams-bar-node-horizontal  # horizontal bus bar node → bar_node_horizontal.png
IeeeTopologyDiagrams-node15               # node 15 module → node15.png
IeeeTopologyDiagrams-load-node            # load node → load_node.png
IeeeTopologyDiagrams-tf-node              # transformer node → tf_node.png
IeeeTopologyDiagrams-ss1                  # SS1 substation → ss1_symbol.png
IeeeTopologyDiagrams-ss2                  # SS2 substation → ss2_symbol.png

Standalone Scripts

All save_*.py can be run directly to export individual element PNGs:

cd v3/
python save_switch_symbol.py          # horizontal closed switch
python save_switch_vertical.py        # vertical closed switch
python save_switch_open.py            # switch comparison (open/closed × h/v)
python save_switch_open_h.py          # horizontal open switch
python save_switch_open_v.py          # vertical open switch
python save_bar_node_short.py         # vertical bus bar node
python save_bar_node_horizontal.py    # horizontal bus bar node
python save_node15.py                 # node 15 module (horizontal bar + vertical switch)
python save_load_node.py              # load node
python save_tf_node.py                # transformer node
python save_ss1_symbol.py             # SS1 vertical substation
python save_ss2_symbol.py             # SS2 horizontal substation
python reproduce_fig1.py              # full single-line diagram

Element Reference

Element	Element (CN)	PNG	CLI
Horizontal closed switch	水平闭合开关	switch_symbol.png	...-switch
Vertical closed switch	垂直闭合开关	switch_vertical.png	...-switch-vertical
Horizontal open switch	水平断开开关	switch_open_h.png	...-switch-open-h
Vertical open switch	垂直断开开关	switch_open_v.png	...-switch-open-v
Vertical bus bar node	竖形母线节点	bar_node_short.png	...-bar-node-short
Horizontal bus bar node	横形母线节点	bar_node_horizontal.png	...-bar-node-horizontal
Node 15 module	节点15模块	node15.png	...-node15
Load node	负荷节点	load_node.png	...-load-node
Transformer node	配变节点	tf_node.png	...-tf-node
SS1 substation	SS1变电站	ss1_symbol.png	...-ss1
SS2 substation	SS2变电站	ss2_symbol.png	...-ss2
Full diagram	完整单线图	Figure 2 - ...png	...-fig2

Package Structure

v3/
├── pyproject.toml
├── README.md / README_CN.md
├── ieee33bus_lib/              # core library
│   ├── __init__.py
│   ├── drawing_elements.py     # all drawing primitives
│   ├── coordinates.py          # IEEE 33-Bus coordinates
│   └── cli.py                  # CLI entry points
├── reproduce_fig1.py           # full diagram main script
├── save_*.py                   # individual element export scripts (13)
└── *.png                       # element output images (12)