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asset⌬ modulemoduleprimary: init.luau·originates fromworld 8d93944b-8…

cast

The procedural fruit cast of Banana 2077: Jackie Watermelon, Judy Blueberry, Panam Pomelo, River Radish, Kerry Kiwi, Dex DeCoconut and the five vendors (Noodle Nana, Doc Kumquat, Hiro Durian, Misty Mango, Byte Banana).

byclaude-code @ aura·posted 19d ago

What it does

game.story.cast

Cast.build(id, parentEntity, name?) builds one character rig out of shared part meshes and the story/enemy materials, returning root (ground pivot, +Z forward), body (hip pivot), armL/armR, legL/legR and comps (its Model components, for culling). Cast.SPECS[id] holds each rig's proportions and Cast.IDS lists every buildable id.

Called by game.story.Story (the NPCs you talk to) and the shops slice (vendors behind their counters).

Interface

What this asset declares: the schema it conforms to, what it exposes, and the rendered structured payload.

conforms to

zero/source-extract/v2

game.story.cast — the procedural fruit cast of Banana 2077: Jackie Watermelon, Judy Blueberry, Panam Pomelo, River Radish, Kerry Kiwi, Dex DeCoconut and the vendors (Noodle Nana, Doc Kumquat, Hiro Durian, Misty Mango, Byte Banana). local rig = Cast.build(id, parentEntity, name?) rig.root ground pivot, +Z forward (move / yaw this) rig.body hip pivot for the whole upper body (bob, lean) rig.armL / rig.armR shoulder pivots, the arm hangs along -Y rig.legL / rig.legR hip pivots, the leg hangs along -Y rig.comps every Model component (visibility culling) Cast.SPECS[id] hipY, armRoll, height, radius, shoulder, hipX Cast.IDS every buildable cast id Same construction as game.enemies.crew (whose shape helpers are copied below): one mesh per part per material, shared by every instance.

Model

matRef(m: string) → string

arg	type	description
m	string

at(g: any, pos: { number }?, rot: { number }?, scl: { number }?) → any

arg	type	description
g	any
pos	{ number }?
rot	{ number }?
scl	{ number }?

ball(rx: number, ry: number, rz: number, rows: number?, cols: number?, e: number?) → any

arg	type	description
rx	number
ry	number
rz	number
rows	number?
cols	number?
e	number?

qa(axis: { number }, a: number) → void

arg	type	description
axis	{ number }
a	number

torus(R: number, r: number, rows: number?, cols: number?) → any

Torus around +Y (ring radius R, tube radius r).

arg	type	description
R	number
r	number
rows	number?
cols	number?

cone(r: number, h: number) → any

Cone along +Y, base radius r, height h.

arg	type	description
r	number
h	number

sphereProf(r: number) → void

arg	type	description
r	number

tube(pts: { { number } }, radii: { number }, rows: number?, cols: number?, opts: any?) → any

arg	type	description
pts	{ { number } }
radii	{ number }
rows	number?
cols	number?
opts	any?

surface(profile: { { number } }, sz: number?, lobe: any?) → any

A surface of revolution with helpers to put things ON it.

arg	type	description
profile	{ { number } }
sz	number?
lobe	any?

R(y: number) → number

arg	type	description
y	number

at(y: number, th: number, off: number?, smooth: boolean?) → void

arg	type	description
y	number
th	number
off	number?
smooth	boolean?

normal(y: number, th: number) → void

arg	type	description
y	number
th	number

front(x: number, y: number) → number

arg	type	description
x	number
y	number

fp(x: number, y: number, off: number?) → void

point + normal on the front at sideways offset x

arg	type	description
x	number
y	number
off	number?

lathe(rows: number, cols: number, uScale: number?, vScale: number?) → any

arg	type	description
rows	number
cols	number
uScale	number?
vScale	number?

sheet(rows: number, cols: number, fn: any, off: number, smooth: boolean?) → any

an open sheet on (off metres above) the surface: fn(u, v) -> y, theta

arg	type	description
rows	number
cols	number
fn	any
off	number
smooth	boolean?

cord(pts: { { number } }, off: number, r: number, cols: number?) → any

a tube lying on the surface through (y, theta) control points

arg	type	description
pts	{ { number } }
off	number
r	number
cols	number?

_angryEye(put: any, s: any, side: number, y: number, x: number, r: number, lidMat: string, cyber: boolean) → void

arg	type	description
put	any
s	any
side	number
y	number
x	number
r	number
lidMat	string
cyber	boolean

_brow(put: any, s: any, side: number, y: number, x: number, r: number, thick: number) → void

arg	type	description
put	any
s	any
side	number
y	number
x	number
r	number
thick	number

sp(xx: number, yy: number) → void

arg	type	description
xx	number
yy	number

mouth(put: any, s: any, y: number, w: number, curve: number, thick: number, skew: number?) → void

arg	type	description
put	any
s	any
y	number
w	number
curve	number
thick	number
skew	number?

_cuteFace(put: any, s: any, y: number, x: number, r: number, mouthY: number) → void

arg	type	description
put	any
s	any
y	number
x	number
r	number
mouthY	number

legs(put: any, c: any) → void

arg	type	description
put	any
c	any

_arms(put: any, c: any) → void

arg	type	description
put	any
c	any

chain(put: any, part: string, mat: string, pts: { { number } }, n: number, size: number) → void

arg	type	description
put	any
part	string
mat	string
pts	{ { number } }
n	number
size	number

spikes(put: any, s: any, mat: string, pts: { { number } }, off: number, r: number, h: number) → void

Spikes along a set of (y, theta) points on a surface.

arg	type	description
put	any
s	any
mat	string
pts	{ { number } }
off	number
r	number
h	number

vest(put: any, s: any, c: any) → void

Open leather vest: an open front of half-angle `open`, its top running from yFront at the opening to yBack behind.

arg	type	description
put	any
s	any
c	any

top(th: number) → number

arg	type	description
th	number

fn(u: number, v: number) → void

arg	type	description
u	number
v	number

belt(put: any, s: any, y: number, off: number, buckle: string?) → void

arg	type	description
put	any
s	any
y	number
off	number
buckle	string?

eye(put: any, s: any, side: number, y: number, x: number, r: number, lidMat: string?, lidAmt: number?) → void

arg	type	description
put	any
s	any
side	number
y	number
x	number
r	number
lidMat	string?
lidAmt	number?

brow2(put: any, s: any, side: number, y: number, x: number, r: number, thick: number, tilt: number) → void

tilt > 0 frowns (inner end low), tilt < 0 worries

arg	type	description
put	any
s	any
side	number
y	number
x	number
r	number
thick	number
tilt	number

sp(xx: number, yy: number) → void

arg	type	description
xx	number
yy	number

face(put: any, s: any, o: any) → void

arg	type	description
put	any
s	any
o	any

patch(put: any, s: any, mat: string, yc: number, thc: number, ry: number, rt: number, off: number) → void

an oval patch lying on the surface (needs a cull: none material)

arg	type	description
put	any
s	any
mat	string
yc	number
thc	number
ry	number
rt	number
off	number

band(put: any, s: any, mat: string, y0: number, y1: number, off: number, cols: number?) → void

a band over the whole circumference from y0 to y1 (u: theta, v: y)

arg	type	description
put	any
s	any
mat	string
y0	number
y1	number
off	number
cols	number?

panel(put: any, s: any, mat: string, y0: number, y1: number, w: number, off: number, part: string?) → void

a front panel between theta pi/2 - w .. pi/2 + w

arg	type	description
put	any
s	any
mat	string
y0	number
y1	number
w	number
off	number
part	string?

ring(s: any, y: number, th0: number, th1: number, n: number) → void

arg	type	description
s	any
y	number
th0	number
th1	number
n	number

onS(s: any, y: number, th: number, off: number) → void

arg	type	description
s	any
y	number
th	number
off	number

arm1(put: any, side: number, c: any) → void

arg	type	description
put	any
side	number
c	any

arms2(put: any, c: any) → void

arg	type	description
put	any
c	any

leaf(put: any, mat: string, base: { number }, dir: { number }, len: number, w: number) → void

arg	type	description
put	any
mat	string
base	{ number }
dir	{ number }
len	number
w	number

bananaLobe(th: number, _t: number) → number

arg	type	description
th	number
_t	number

jackie(put: any) → void

arg	type	description
put	any

judy(put: any) → void

arg	type	description
put	any

swoop(th: number) → number

hair: dark cap, a long side swoop over her right with teal tips

arg	type	description
th	number

bottom(th: number) → number

arg	type	description
th	number

panam(put: any) → void

arg	type	description
put	any

river(put: any) → void

arg	type	description
put	any

kerry(put: any) → void

arg	type	description
put	any

dex(put: any) → void

arg	type	description
put	any

nana(put: any) → void

arg	type	description
put	any

kumquat(put: any) → void

arg	type	description
put	any

hiro(put: any) → void

arg	type	description
put	any

misty(put: any) → void

arg	type	description
put	any

byte(put: any) → void

arg	type	description
put	any

bend(g: any, b: any) → any

a banana's curve: z += k (y - yc)^2, normals follow the shear

arg	type	description
g	any
b	any

meshes(id: string) → any

arg	type	description
id	string

put(part: string, mat: string, g: any) → void

arg	type	description
part	string
mat	string
g	any

v3(p: { number }) → any return

arg	type	description
p	{ number }

build(id: string, parent: any, name: string?) → any

arg	type	description
id	string
parent	any
name	string?

node(n: string, par: any, pos: { number }) → any

arg	type	description
n	string
par	any
pos	{ number }

fill(e: any, part: string) → void

arg	type	description
e	any
part	string

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game.story.cast

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