^j >dZddlmZddlZddlmZmZmZmZdddZ y)uCasting supports — the sprue + feeder stems the resin print needs. Per the jeweler's reference (green stems in his CAD screenshots): a main sprue rod feeding the bottom of the shank plus two angled feeder stems lower on the band. Stones are set after casting, so stems never touch a stone seat. `sprues(spec)` recomputes the band radii from the spec exactly as templates.band() does, so a design file can expose `gen_supports()` without rebuilding any geometry (fast enough to render every time). ) annotationsN)SUPPORTseg inner_radiusMIN_WALLc||nt|dt|tz}| dz }g}tdd| dzfdd|fdd}t|_|j |dD]~}tjd}||ztj|z} | tj|z} t| d| d zf| d|fd d } t| _|j | |S) uRGreen support solids: main sprue + 2 stems, ALL vertical. Everything drops straight down to the build-plate plane — an angled stem is itself an unsupported overhang and makes the print fail. The ring prints upright exactly as rendered. drop_r (shank meta) overrides the band-derived lowest radius for helix/path shanks.sizeg@rg333333?g?g333333?)(g?gffffff?g?) rmaxrrrcolorappendmathradianssincos) specband_thicknessdrop_router_rz_platepartsmainsgnaxz_touchstems "/opt/ringagent/ringcli/supports.pyspruesr!s*fT&\"S%BB hnG E 1whn%1gd CDDJ LL LL  'MDHHQK '(TXXa[(Aq'C-(1a/3D  T  L)N)rdictrfloatrz float | None) __doc__ __future__rr ringcli.partsrrrrr!r"r r)s # >>r"