Preserve case geography and PowerWorld drawings for 0.11.1

[samtalki]

Preserve bus coordinates, line paths, and coordinate systems through edits and PowerIO IR. Read the supplied PowerWorld PWB locations and PWD drawings, and support the GeoJSON conventions proposed in BMOPFTools #258. BMOPF output keeps geometry under schema-valid extras.geojson while the proposal remains under Task Force review.

This builds on #495 for 0.11.1; published 0.11.0 assets remain unchanged. Tests cover all 20 supplied New England PWB files, the drawings, edited BMOPF output against both schemas, and Julia access. Rust (2,001), C (35), Python (219), and Julia (1,042) checks pass. Release and production updates remain on hold for the Tellegen preview review.

[github-actions]

Conversion Matrix

Legend

Cells show X/Y: observed warnings / expected warnings. Counts include source parse, target write, and target readback.

A nonzero cell means the target format cannot carry what the source stated, and every warning names the field or record it cannot carry. A write or readback warning names a field of the target format; a source parse warning, which every cell of that row shares, names what the source document itself leaves unstated. A warning that named a writer PowerIO could extend instead of a limit of the format would be a defect in this table.

• 🟢 0/0: no warnings and checked invariants held.
• 🟡 X=Y: observed warnings match the reviewed expected count, and that count is nonzero.
• 🔴 X!=Y or invariant failure: behavior changed. If warnings decreased because fidelity improved, update the expected counts in the same PR.
• Expected counts are the *_WARNING_BASELINE arrays in powerio-cli/tests/conversion_matrix_report.rs; accept an intentional change by editing the matching source/target entry in the same PR.

Transmission

Six generated cases per writable source row; one vendored case per read-only source row.

Into a case format

Source ↓ / target →	MATPOWER .m	PowerModels JSON	PSS/E .raw 33	PSS/E RAWX 35	PowerWorld .aux	egret JSON	pandapower JSON	Surge JSON	PSLF .epc
MATPOWER .m	🟢 0/0	🟡 1/1	🟡 15/15	🟡 15/15	🟡 18/18	🟡 7/7	🟡 14/14	🟡 23/23	🟡 14/14
PowerModels JSON	🟢 0/0	🟢 0/0	🟡 15/15	🟡 15/15	🟡 17/17	🟡 6/6	🟡 13/13	🟡 22/22	🟡 13/13
PSS/E .raw 33	🟡 1/1	🟡 1/1	🟢 0/0	🟢 0/0	🟡 2/2	🟡 1/1	🟡 3/3	🟡 1/1	🟡 2/2
PSS/E RAWX 35	🟡 1/1	🟡 1/1	🟢 0/0	🟢 0/0	🟡 2/2	🟡 1/1	🟡 3/3	🟡 1/1	🟡 2/2
PowerWorld .aux	🟡 1/1	🟢 0/0	🟡 6/6	🟡 6/6	🟢 0/0	🟢 0/0	🟡 8/8	🟢 0/0	🟡 6/6
egret JSON	🟢 0/0	🟢 0/0	🟡 9/9	🟡 9/9	🟡 12/12	🟢 0/0	🟡 7/7	🟡 1/1	🟡 7/7
pandapower JSON	🟢 0/0	🟢 0/0	🟡 7/7	🟡 7/7	🟡 8/8	🟢 0/0	🟢 0/0	🟢 0/0	🟡 7/7
Surge JSON	🟢 0/0	🟢 0/0	🟡 9/9	🟡 9/9	🟡 12/12	🟢 0/0	🟡 6/6	🟢 0/0	🟡 7/7
PSLF .epc	🟢 0/0	🟢 0/0	🟡 1/1	🟡 1/1	🟡 1/1	🟢 0/0	🟡 4/4	🟡 3/3	🟢 0/0
XIIDM 1.17	🟡 9/9	🟡 7/7	🟡 33/33	🟡 33/33	🟡 8/8	🟡 7/7	🟡 9/9	🟡 7/7	🟡 8/8
JIIDM 1.17	🟡 9/9	🟡 7/7	🟡 33/33	🟡 33/33	🟡 8/8	🟡 7/7	🟡 9/9	🟡 7/7	🟡 8/8
CGMES 3.0	🟡 8/8	🟡 6/6	🟡 67/67	🟡 42/42	🟡 6/6	🟡 6/6	🟡 7/7	🟡 6/6	🟡 6/6
UCTE-DEF .uct	🟡 18/18	🟡 12/12	🟡 6/6	🟡 6/6	🟡 18/18	🟡 12/12	🟡 6/6	🟡 12/12	🟡 18/18
PyPSA CSV	🟢 0/0	🟡 6/6	🟡 14/14	🟡 14/14	🟡 14/14	🟡 6/6	🟡 9/9	🟡 6/6	🟡 12/12
GridFM Parquet	🟡 6/6	🟢 0/0	🟡 14/14	🟡 14/14	🟡 14/14	🟡 6/6	🟡 9/9	🟢 0/0	🟡 12/12
PSS/E .raw 32	🟡 5/5	🟡 4/4	🟡 2/2	🟡 2/2	🟡 4/4	🟡 4/4	🟡 5/5	🟡 4/4	🟡 6/6
IEEE CDF	🟡 8/8	🟡 8/8	🟡 6/6	🟡 6/6	🟡 8/8	🟡 8/8	🟡 9/9	🟡 8/8	🟡 8/8
GO Challenge 3 JSON	🟡 6/6	🟡 5/5	🟡 7/7	🟡 7/7	🟡 9/9	🟡 5/5	🟡 7/7	🟡 5/5	🟡 7/7
DeepMind OPFData JSON	🟡 3/3	🟡 2/2	🟡 5/5	🟡 5/5	🟡 5/5	🟡 3/3	🟡 4/4	🟡 2/2	🟡 4/4

Into an exchange format

Source ↓ / target →	XIIDM 1.17	JIIDM 1.17	CGMES 3.0	UCTE-DEF .uct
MATPOWER .m	🟡 70/70	🟡 70/70	🟡 57/57	🟡 42/42
PowerModels JSON	🟡 69/69	🟡 69/69	🟡 56/56	🟡 41/41
PSS/E .raw 33	🟡 32/32	🟡 32/32	🟡 12/12	🟡 29/29
PSS/E RAWX 35	🟡 32/32	🟡 32/32	🟡 12/12	🟡 29/29
PowerWorld .aux	🟡 54/54	🟡 54/54	🟡 30/30	🟡 33/33
egret JSON	🟡 68/68	🟡 68/68	🟡 36/36	🟡 36/36
pandapower JSON	🟡 55/55	🟡 55/55	🟡 35/35	🟡 52/52
Surge JSON	🟡 67/67	🟡 67/67	🟡 36/36	🟡 36/36
PSLF .epc	🟡 38/38	🟡 38/38	🟡 11/11	🟡 28/28
XIIDM 1.17	🟢 0/0	🟢 0/0	🟡 179/179	🟡 60/60
JIIDM 1.17	🟢 0/0	🟢 0/0	🟡 179/179	🟡 60/60
CGMES 3.0	🟡 44/44	🟡 44/44	🟢 0/0	🟡 51/51
UCTE-DEF .uct	🟡 36/36	🟡 36/36	🟡 12/12	🟢 0/0
PyPSA CSV	🟡 70/70	🟡 70/70	🟡 38/38	🟡 38/38
GridFM Parquet	🟡 64/64	🟡 64/64	🟡 32/32	🟡 40/40
PSS/E .raw 32	🟡 15/15	🟡 15/15	🟡 9/9	🟡 10/10
IEEE CDF	🟡 13/13	🟡 13/13	🟡 8/8	🟡 14/14
GO Challenge 3 JSON	🟡 8/8	🟡 8/8	🟡 7/7	🟡 14/14
DeepMind OPFData JSON	🟡 32/32	🟡 32/32	🟡 8/8	🟡 32/32

Into a dataset directory

Source ↓ / target →	PyPSA CSV	GridFM Parquet
MATPOWER .m	🟡 15/15	🟡 31/31
PowerModels JSON	🟡 14/14	🟡 30/30
PSS/E .raw 33	🟡 9/9	🟡 28/28
PSS/E RAWX 35	🟡 9/9	🟡 28/28
PowerWorld .aux	🟡 13/13	🟡 27/27
egret JSON	🟡 9/9	🟡 25/25
pandapower JSON	🟡 8/8	🟡 18/18
Surge JSON	🟡 9/9	🟡 25/25
PSLF .epc	🟡 8/8	🟡 27/27
XIIDM 1.17	🟡 15/15	🟡 53/53
JIIDM 1.17	🟡 15/15	🟡 53/53
CGMES 3.0	🟡 13/13	🟡 51/51
UCTE-DEF .uct	🟡 12/12	🟡 36/36
PyPSA CSV	🟢 0/0	🟡 15/15
GridFM Parquet	🟡 12/12	🟢 0/0
PSS/E .raw 32	🟡 6/6	🟡 12/12
IEEE CDF	🟡 9/9	🟡 11/11
GO Challenge 3 JSON	🟡 9/9	🟡 11/11
DeepMind OPFData JSON	🟡 5/5	🟡 4/4

Distribution

Seven cases per source row.

Into a distribution format

Source ↓ / target →	OpenDSS .dss	BMOPF JSON	PMD JSON
OpenDSS .dss	🟢 0/0	🟡 66/66	🟡 88/88
BMOPF JSON	🟡 21/21	🟢 0/0	🟡 16/16
PMD JSON	🟡 27/27	🟡 44/44	🟢 0/0

Geographic Layer

One case per source row.

Into the geographic layer document

Source ↓ / target →	geo-json
PowerWorld .aux substation coordinates	🟢 0/0

A geographic layer is a powerio.GeoLayer, not a network: no grid exchange format states a standalone layer, so the layer has its own table rather than a row of the network matrix. Its source is the substation coordinates of a vendored PowerWorld auxiliary file.

Full warning details: download conversion-matrix-warning-details for this workflow run.