make_M_figures Namespace Reference

Functions
	_factor (values)
dict	board ()
	scored (rec)
	ref_record (B)
	convergence (B)
	two_d (B)
	main ()

Variables
	HERE = Path(__file__).resolve().parent
	DT = HERE.parent
	MOD = DT.parent
	REPO = MOD.parent
str	SYNC = HERE / ".sync" / "claims"
str	OUT = REPO / "docs" / "Formulation" / "verification_campaign" / "figs"
str	SCORE_DOSE = "20"
	LABEL_PT
	TICK_PT
	LEGEND_PT
list	OBS
tuple	CONV_KEYS = ("N_loops_100", "d_100_nm", "N_voids", "d_cavity_nm")

Detailed Description

make_M_figures.py — campaign M: binning convergence, drawn.

Two figures:

  M_convergence.pdf   the <100> and cavity observables against N_eq, one panel
                      each (the two <111> panels are omitted), with
                      the exact arm as a horizontal line.  This is the
                      convergence statement: a rung is converged when its
                      panel has gone flat AND flat AT the reference line.
                      Flat alone is self-consistency, which is why the
                      reference is drawn even when it is the only thing on the
                      panel that is not a bin-moment solve.

  M_2d_sweep.pdf      deviation against i_discrete, one curve per I_bin.  Kept
                      as a diagnostic; it is no longer carried in the report,
                      where the M2D tables make the same point.

Reads the campaign board, so it draws whatever has actually completed and says
so, rather than failing when a rung is missing.

Function Documentation

_factor()

make_M_figures._factor (   values )

protected

Common power of ten for a set of values, and its label fragment.

Returns (divisor, prefix) so that the panel plots y/divisor and the axis
label reads e.g. "density ($10^{21}$ m$^{-3}$)".  Values within two decades
of unity are left alone.

Definition at line 75 of file make_M_figures.py.

board()

dict make_M_figures.board

(

)

Definition at line 92 of file make_M_figures.py.

convergence()

make_M_figures.convergence

(

B

)

Definition at line 118 of file make_M_figures.py.

main()

make_M_figures.main

(

)

Definition at line 218 of file make_M_figures.py.

ref_record()

make_M_figures.ref_record

(

B

)

The exact arm, whichever M1 rung is serving as it.

Definition at line 110 of file make_M_figures.py.

scored()

make_M_figures.scored

(

rec

)

Definition at line 103 of file make_M_figures.py.

two_d()

make_M_figures.two_d

(

B

)

The 2-D sweep: deviation against i_discrete, one curve per I_bin.

This is the figure the M2R ladder could not draw.  M2R swept I_bin at fixed
i_discrete and found d_111 flat at -5 to -7%; the convergence axis for that
observable is i_discrete, so the ladder was moving along a contour of the
error surface rather than down it.  Plotted this way the curves collapse:
the spread BETWEEN I_bin values at one i_discrete is small, while the fall
ALONG i_discrete is the whole effect.

Definition at line 169 of file make_M_figures.py.

Variable Documentation

CONV_KEYS

tuple make_M_figures.CONV_KEYS = ("N_loops_100", "d_100_nm", "N_voids", "d_cavity_nm")

Definition at line 72 of file make_M_figures.py.

DT

make_M_figures.DT = HERE.parent

Definition at line 37 of file make_M_figures.py.

HERE

make_M_figures.HERE = Path(__file__).resolve().parent

Definition at line 36 of file make_M_figures.py.

LABEL_PT

make_M_figures.LABEL_PT

Definition at line 50 of file make_M_figures.py.

LEGEND_PT

make_M_figures.LEGEND_PT

Definition at line 50 of file make_M_figures.py.

MOD

make_M_figures.MOD = DT.parent

Definition at line 38 of file make_M_figures.py.

OBS

list make_M_figures.OBS

Initial value:

=  [("N_loops_111", r"$\frac{1}{2}\langle111\rangle$ density", "m$^{-3}$"),
       ("d_111_nm",    r"$\frac{1}{2}\langle111\rangle$ diameter", "nm"),
       ("N_loops_100", r"$\langle100\rangle$ density",             "m$^{-3}$"),
       ("d_100_nm",    r"$\langle100\rangle$ diameter",            "nm"),
       ("N_voids",     r"Cavity density",                           "m$^{-3}$"),
       ("d_cavity_nm", r"Cavity diameter",                          "nm")]

Definition at line 62 of file make_M_figures.py.

OUT

str make_M_figures.OUT = REPO / "docs" / "Formulation" / "verification_campaign" / "figs"

Definition at line 47 of file make_M_figures.py.

REPO

make_M_figures.REPO = MOD.parent

Definition at line 39 of file make_M_figures.py.

SCORE_DOSE

str make_M_figures.SCORE_DOSE = "20"

Definition at line 48 of file make_M_figures.py.

SYNC

str make_M_figures.SYNC = HERE / ".sync" / "claims"

Definition at line 46 of file make_M_figures.py.

TICK_PT

make_M_figures.TICK_PT

Definition at line 50 of file make_M_figures.py.