reASITIC CLI command reference

Auto-generated from reasitic.cli._COMMAND_HELP. Re-run python scripts/generate_cli_reference.py after adding new commands.

Categories of commands (use HELP for details):

Create: SQ, SP, RING, W, VIA, 3DTRANS, BALUN, CAPACITOR Edit: MOVE, MOVETO, ROTATE, FLIPV, FLIPH, ERASE, RENAME, COPY Calc: IND, RES, Q, K, CAP, METAREA, LISTSEGS, LRMAT Network: PI, ZIN, SELFRES, SHUNTR, PI3, PI4, CALCTRANS, 2PORT, 2PORTGND, 2PORTPAD, 3PORT, REPORT Optimise: OPTSQ, OPTPOLY, OPTAREA, OPTSYMSQ, BATCHOPT, SWEEP Export: SAVE, LOAD, CIFSAVE, TEKSAVE, SONNETSAVE, S2PSAVE, SPICESAVE Session: VERBOSE, TIMER, SAVEMAT, LOG, RECORD, EXEC, CAT, VERSION, HELP, LIST, GEOM, QUIT

Command details

Command	Description
2PORT	2PORT — Frequency sweep of S parameters
2PORTGND	2PORTGND — Sweep with ground spiral
2PORTPAD	2PORTPAD — Sweep with bond pads
2PORTTRANS	2PORTTRANS — Transformer 2-port sweep
2PZIN	2PZIN <freq_ghz> [Z_re Z_im] — 2-port input impedance
3DTRANS	3DTRANS NAME=…:LEN=…:W=…:S=…:N=…:METAL_TOP=…:METAL_BOTTOM=… — 3D transformer
3PORT	3PORT <freq_ghz> — 3-port reduction
AUTOCELL	AUTOCELL — Adaptive cell size
BALUN	BALUN NAME=…:LEN=…:W=…:S=…:N=…:METAL=…:METAL2=… — Planar balun
BATCHOPT	BATCHOPT [<targets_file>] — Batch optimiser
BEFRIEND	BEFRIEND — Mark two shapes as electrically connected
CALCTRANS	CALCTRANS <freq_ghz> — Transformer L, M, k, n analysis
CAP	CAP — Substrate shunt capacitance
CAPACITOR	CAPACITOR NAME=…:LEN=…:WID=…:METAL1=…:METAL2=… — MIM capacitor
CAT	CAT — Print contents of a file
CELL	CELL [max_l] [max_w] [max_t] — Cell-size constraints
CHIP	CHIP [chipx] [chipy] — Resize chip extents
CIFSAVE	CIFSAVE [ …] — Write CIF layout
COPY	COPY — Duplicate a shape
EDDY	EDDY [on|off] — Toggle eddy-current calculation
ERASE	ERASE … — Delete one or more shapes
EXEC	EXEC — Execute commands from a script file
FLIPH	FLIPH — Mirror across y-axis
FLIPV	FLIPV — Mirror across x-axis
GEOM	GEOM — Print geometry summary
HELP	HELP [] — Print this help
HIDE	HIDE … — Toggle visibility (no-op headless)
IND	IND — Self-inductance in nH
INPUT	INPUT — Alias for EXEC
INTERSECT	INTERSECT — Detect self-intersecting polygons
JOIN	JOIN [ …] — Concatenate polygon lists into
K	K — Mutual inductance and coupling coefficient
LDIV	LDIV <n_l> <n_w> <n_t> — Inductance with filament discretisation
LIST	LIST — List all built shapes
LISTSEGS	LISTSEGS — List all conductor segments
LOAD	LOAD — Load a JSON session
LOG	LOG [] — Start/stop a session log
LRMAT	LRMAT [path] — Partial-L matrix
METAREA	METAREA — Metal area in μm²
MMSQUARE	MMSQUARE NAME=…:LEN=…:W=…:S=…:N=…:METALS=m1,m2,m3 — Multi-metal series spiral
MODIFYTECHLAYER	MODIFYTECHLAYER <rho|t|eps> — Edit tech layer
MOVE	MOVE — Translate a shape
MOVETO	MOVETO — Set shape origin
OPTAREA	OPTAREA <target_L_nH> <freq_ghz> [metal] — Area-minimising optimiser
OPTPOLY	OPTPOLY <target_L_nH> <freq_ghz> [sides] [metal] — Polygon-spiral optimiser
OPTSQ	OPTSQ <target_L_nH> <freq_ghz> [metal] — Square-spiral optimiser
OPTSYMPOLY	OPTSYMPOLY <target_L_nH> <freq_ghz> [sides] [metal] — Symmetric polygon optimiser
OPTSYMSQ	OPTSYMSQ <target_L_nH> <freq_ghz> [metal] — Symmetric square optimiser
PAUSE	PAUSE — No-op (for binary parity)
PHASE	PHASE <+1|-1> — Set current direction sign
PI	PI <freq_ghz> — Pi-equivalent (L_s, R_s, C_p1, C_p2)
PI3	PI3 <freq_ghz> [] — 3-port Pi model
PI4	PI4 <freq_ghz> [ []] — 4-port Pi model
PIX	PIX <freq_ghz> — Extended Pi with R-C substrate split
Q	Q <freq_ghz> — Metal-only quality factor
QUIT	QUIT / EXIT — Leave the REPL
RECORD	RECORD [] — Start/stop macro recording
RENAME	RENAME — Rename a shape
REPORT	REPORT <freq_ghz> [<freq_ghz> …] — Multi-frequency design report
RES	RES [freq_ghz] — DC and optional AC resistance
RING	RING NAME=…:RADIUS=…:W=…:METAL=…:SIDES=… — Single ring
ROTATE	ROTATE <angle_deg> — Rotate about origin
S2PSAVE	S2PSAVE — Touchstone S2P export
SAVE	SAVE — Save the current session as JSON
SAVEMAT	SAVEMAT [true|false] — Toggle matrix dumps
SELFRES	SELFRES <f_lo> <f_hi> — Self-resonance frequency
SHUNTR	SHUNTR <freq_ghz> [S|D] — Parallel-equivalent resistance
SONNETSAVE	SONNETSAVE [ …] — Write Sonnet .son
SP	SP NAME=…:RADIUS=…:W=…:S=…:N=…:SIDES=…:METAL=… — Polygon spiral
SPICESAVE	SPICESAVE <freq_ghz> — SPICE Pi-model
SPLIT	SPLIT <segment_index> <new_name> — Split a shape
SQ	SQ NAME=…:LEN=…:W=…:S=…:N=…:METAL=… — Square spiral
SWEEP	SWEEP LMIN=…:LMAX=…:LSTEP=…:WMIN=…:…:FREQ=… — Cartesian sweep
SYMPOLY	SYMPOLY NAME=…:RAD=…:W=…:S=…:N=…:SIDES=…:METAL=… — Symmetric polygon spiral
SYMSQ	SYMSQ NAME=…:LEN=…:W=…:S=…:N=…:METAL=… — Symmetric square spiral
TEKSAVE	TEKSAVE [ …] — Write gnuplot/Tek dump
TIMER	TIMER [true|false] — Toggle per-command timing
TRANS	TRANS NAME=…:LEN=…:W=…:S=…:N=…:METAL=…:METAL2=… — Planar transformer
UNFRIEND	UNFRIEND — Remove a befriended pair
VERBOSE	VERBOSE [true|false] — Toggle diagnostic output
VERSION	VERSION — Print build info
VIA	VIA NAME=…:VIA=:NX=…:NY=… — Via cluster
W	W NAME=…:LEN=…:WID=…:METAL=… — Single wire
ZIN	ZIN <freq_ghz> [Z_re Z_im] — Input impedance with load