Making your own slider set

Write the sliders you want in a text file, load it in Punk//Body Studio, and shape bodies with it like the built-in set. This page covers the file format, the Inspector tab that helps you measure the body, and a small set from start to finish. New to the app? Start with the user guide.

Overview

A slider set is a plain text file with the extension .punks, written in TOML. It says which bodies it is for and, for each of them, which sliders the Body tab shows and how each slider moves the body. PunkBody (Default), the set that comes with the app, is one; yours appear next to it in the slider set list whenever they cover the body you have loaded.

A slider set can:

• move the vertices of a body mesh: scale, turn or shift a part of the body, push its surface in or out, round it out onto a sphere, or apply offsets sculpted in another tool;
• give each kind of body (female V, male V, each NPC body) its own sliders;
• group sliders, describe them in a tooltip, blend a group into the body around it with a Smoothing slider, and drive V's nipple overlays.

It can't:

• change textures, the skin or materials, or add and remove vertices;
• move the skeleton, so it can't make a body really taller (see Leg Length in the default set for what a mesh can do);
• shape garments directly. It doesn't have to: when you build, the Wardrobe refit fits V's clothes to the shaped body, and the physics is sized from it.

Sets you make are yours. Share them however you like (see Sharing your set).

Quick start

1. Make a new text file named, for example, hips_and_glutes.punks, and paste the worked example into it. (The app's install folder also has examples, in configs\examples.)
2. Put it where the app reads slider sets: %APPDATA%\cp-slider\config\configs (paste that into the address bar of a File Explorer window; create the configs folder if it isn't there). Or use File > Import Sliders, which checks the file and copies it into that folder for you.
3. Load female V's body. Pick Hips and Glutes in the slider set list on the Body tab and move the sliders.
4. Edit the file in that folder with any text editor, save it, and press the reload button next to the slider set list. The app reads every set again and puts the loaded body's sliders back to their defaults, so you see your change from a clean start.

The app also reads sets from a configs folder next to its program, which holds the default set. Leave that folder alone: updates replace it.

Coordinates and submeshes

Every position in a slider set is in the game's own space, on the body as the game has it (before any slider moves it):

• Units are metres. 0.01 is one centimetre. Female V's neck is about 1.5 m up.
• X runs across the body: +X is the body's own right, −X its left. x = 0 is the centre line.
• Y runs front to back: +Y is forward (the toes and the breasts), −Y is the back.
• Z is up: z = 0 is the floor under the feet.

You don't have to guess numbers: the Inspector tab shows the position of any point you click.

Submeshes

A body mesh comes in pieces called submeshes, numbered from 0. The game's player and NPC bodies are cut into 8 horizontal bands, submeshes 0 to 7, with the vertices along every cut doubled: one copy in each band. On female V's body:

The other bodies use the same bands at slightly different heights. NPC bodies carry their arms and hands in the body mesh as submeshes 8 to 10 (8 to 11 on the boxer and massive bodies). Click a point with the Inspector to see which submesh it is in.

The [config] table

Every file starts with it:

[config]
name = "Hips and Glutes"
format_version = 2
author = "Your Name"
description = "Hip Width and Glute Size for female V, with smoothing."

Then come one or more profiles. TOML tips: # starts a comment; write paths with backslashes in single quotes ('base\characters\...'), since in double quotes every backslash must be doubled; and a [[profile.region]] or [[profile.slider]] belongs to the last [[profile]] above it.

Profiles

A profile is the sliders for one kind of body. Each [[profile]] lists the body meshes it is for, then its regions and sliders.

[[profile]]
name = "Player body (feminine)"
depot_paths = [
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full.mesh',
]
vertex_counts = [1011, 257, 367, 514, 988, 260, 396, 848, 939, 942, 8192, 648]
fixed_submeshes = [8, 9, 10, 11]
keep_sides = true

Regions

A region is a named, reusable set of vertices on one submesh, each with a weight from 0 to 1: how strongly an operation moves it. Soft edges (weights that fade out) are what make a change blend into the body.

[[profile.region]]
id = "glute_r_s3"
submesh = 3
select = "sphere"
center = [0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

Regions are always measured on the body as the game has it, never on the shape other sliders make. An operation can also carry its own selection instead of naming a region: put select and the shape's fields on the operation itself, with submesh (default 0). It can't have both.

Sliders

[[profile.slider]]
id = "hip_width"
label = "Hip Width"
description = "Makes the hips wider or narrower."
group = "Hips"
min = -1.0
max = 1.0

Further fields make special sliders: smooth (Smoothing sliders), with and relative (dependent sliders), effect (nipple sliders) and moves_fixed (arm sliders).

A slider moved off its default is marked in yellow with > before its name.

Keys and blending

A key is a shape at one slider value: a list of operations that move the body. The value rest counts as a key that moves nothing.

[[profile.slider.key]]
at = 1.0
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s3"
pivot = [0.0, -0.03, 1.02]
scale = [1.12, 1.0, 1.0]

How values between keys blend

When a set loads, every key is worked out once on the body, as how far each vertex moves. At any slider value the app takes the two keys on either side (counting rest) and blends them in a straight line. With rest = 0 and keys at -1 and 1, the value 0.5 gives half the shape of the key at 1, and −0.25 a quarter of the key at −1.

• Beyond the last key nothing more happens. Above the highest key the slider gives that key's shape exactly; it doesn't carry on. Put a key at min and one at max (unless one of them is rest), or the end of the slider does nothing.
• Curves: a key in between shapes the response, for example a gentle start and a strong finish, or a different kind of change past a point (the default set's sliders grow through wider, softer regions past ±1).
• One side only: a slider from 0 to 1 with one key at 1 is a classic blend shape.
• Sliders add up. Two sliders that move the same vertex add their moves, like blend shapes.
• Turns blend as straight lines, so a large rotate_deg shrinks a little halfway. Keep turns small, or add keys in between.

Operations

An operation ([[profile.slider.key.op]]) moves the vertices of one region; kind says how. Every move is scaled by each vertex's region weight. Transform, inflate and spherize name a region or carry their own selection; delta lists vertices itself.

transform: scale, turn and shift

Each vertex is scaled and turned about pivot, then shifted by translate. How far that moves it, times its weight, is its move.

kind = "transform"
region = "hips_s3"
pivot = [0.0, -0.03, 1.02]
scale = [1.12, 1.0, 1.0]
along_z = [[0.9, 0.0], [1.0, 1.0], [1.1, 0.0]]

inflate: push the surface in or out

Pushes each vertex along the surface's outward direction (its normal) by distance times its weight. Good for fuller or slimmer parts, and for the whole body at once. The direction is averaged over the vertex's neighbours, across submesh cuts, so both copies of a doubled vertex move together.

kind = "inflate"
region = "glute_r_s3"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]

spherize: round out onto a sphere

Every vertex inside a sphere (or, with stretch, an ellipsoid) moves straight out from its centre onto its surface, times its weight; vertices outside it don't move. This makes round, full shapes (a pregnant belly) that a transform of a flatter surface can't. Keep center well inside the body: right next to it, the directions out of it change sharply.

kind = "spherize"
region = "belly_s2"
center = [0.0, 0.0, 1.08]
radius = 0.13
stretch = [1.0, 1.2, 1.0]
facing = [0.0, 1.0, 0.0]
blend = 0.3

delta: sculpted offsets

Moves listed vertices by listed amounts: the way to bring in a shape sculpted in another tool.

kind = "delta"
submesh = 0
indices = [12, 13, 14]
offsets = [[0.0, 0.01, 0.0], [0.0, 0.02, 0.0], [0.0, 0.01, 0.0]]

Give inline indices and offsets, a file, or both (they add up). A .cpsd file is little-endian: the bytes CPSD, a u32 version (1), a u32 count, then per vertex a u32 submesh, a u32 index and three f32 offsets. Import and Export copy delta files along with the set. Like index regions, deltas only fit the exact mesh they were made for.

Seams

The body mesh ends where separate meshes take over: the neck, where the head starts, and the arm holes, where the arms start (on NPC bodies, the edge where the torso meets the arms and hands in fixed_submeshes). If a slider moved those edges, the game would show a gap there. So every key's moves fade out towards them:

• A seam is an open edge of the body, counted after joining the submeshes at their cuts, plus the border with any fixed_submeshes.
• Every move is multiplied by a fade that is 0 on a seam and rises smoothly to full strength at the profile's seam_falloff (default 2 cm) from it. Seam points never move, whatever the regions cover.
• A key with its own seam_falloff uses that distance instead. A big push near a seam with the default 2 cm fade stands up as a wall next to the pinned edge; a wider fade (the default set uses 3.5 to 10 cm on its biggest keys) spreads it out.
• Smoothing and the automatic fold repair never move seam points either.
• An imported body has no arms joined, so its arm holes are seams too and stay where they are.

[[profile.slider.key]]
at = 3.0
seam_falloff = 0.06

Still keep your regions away from the neck and the arm holes where you can: a shape that fades out within a few centimetres of the neck looks pinched.

Smoothing sliders

A smoothing slider has no keys. It evens out the combined change of the other sliders in its group across the surface, blending the edges where their regions meet.

[[profile.slider]]
id = "hips_smoothing"
label = "Smoothing"
description = "Blends the Hips sliders into the body around them. 0 is off."
group = "Hips"
min = 0.0
max = 4.0
default = 1.0
smooth = { iterations = 120 }

• smooth = { iterations = N }: N passes at the slider's max, 1 to 500. Its value scales that: halfway is N/2 passes, min is off. min must be 0 or more.
• method: "laplacian" (the default) moves each point's change halfway towards its neighbours' on every pass. It blends edges well but flattens big shapes. "taubin" (smooth = { iterations = 30, method = "taubin" }) takes out facets and creases but keeps the overall shape and size, for shapes that are smooth already.
• It needs a group, and a group can have only one. It can't have keys, with or relative.
• Inflate operations with sharp = true are left out and added as they are.
• How far a point moves out and how it slides along the surface are smoothed separately, so round shapes stay round.
• The default set's groups each start with one: 0 to 4, starting at 1, 120 passes at 4. Past 2, large shapes start to lose their form.

Special sliders

Dependent sliders: with, with_at, relative

A slider can change what another slider made, for example lift the belly that a Pregnant slider makes (the example below lifts it by up to 2 cm when Pregnant is at 1). Give it with = "<the other slider's id>", and every key a with_at: the other slider's value that key is for. The keys form a grid, and the app blends across both sliders' values. Where the other slider is at its rest the dependent slider does nothing, unless you put a key there.

[[profile.slider]]
id = "pregnant_height"
label = "Pregnant Height"
group = "Pregnancy"
min = 0.0
max = 1.0
with = "pregnant"

[[profile.slider.key]]
at = 1.0
with_at = 1.0
[[profile.slider.key.op]]
kind = "transform"
region = "belly_s2"
translate = [0.0, 0.0, 0.02]

• The other slider must be a plain slider: not itself, not smoothing, not an effect slider, and not dependent itself. Every with_at must be inside its range.
• relative = true works each key out on the shape the other slider makes at with_at, not on the unshaped body, so its operations act on that shape (the default set's Breast Roundness rounds the breast Breast Size made). The other slider must come earlier in the profile. Regions are still measured on the unshaped body.

Nipple sliders: effect

effect = "nipple_size" or effect = "nipple_protrusion" makes a slider that moves nothing on the body. It shapes V's nipple overlays instead, the separate meshes the game draws the nipples on with nudity on; the preview draws them, and a build writes them. Its value minus rest is the effect: Size shows the painted areola and nipple 20% larger per step up and 10% smaller per step down; Protrusion raises the nipple 1.5 mm per step. An effect slider has no keys, smoothing or with, and does nothing on bodies without overlays (NPC bodies).

[[profile.slider]]
id = "nipple_size"
label = "Nipple Size"
group = "Chest"
min = -2.0
max = 4.0
effect = "nipple_size"

Arm sliders: moves_fixed

moves_fixed = true lets a slider move the profile's fixed_submeshes too. For that slider the fixed submeshes are joined to the body, so where they meet (the player's arm holes) is no seam and both sides move together; only the outer edges, like the neck, stay pinned. This is how the default set's Arms sliders shape the arms and shoulders as one. On a body without the joined arms (an imported one), moves_fixed sliders are hidden, along with regions and operations on the arm submeshes.

Names the app looks at

• Group Chest: Sync breast-size variants copies every slider between female V's three bodies except this group, so each breast size keeps its own chest. Sync copies by slider id, so give the same slider the same id in each body's profile. moves_fixed sliders are always copied: the three share one set of arms.
• Regions whose id starts with chest_l, chest_r, glute_l or glute_r are the areas the Physics tab's preview jiggles (left breast, right breast, left and right glute). Without them the preview uses spheres around the skeleton's chest and buttock joints. The jiggle in the built mod comes from the skeleton, not from these.

Error messages

When a set fails to load, the line under the slider set list says why, in the form invalid config: profile `Player body (feminine)`: slider `hip_width`: min must be < max. The usual ones:

These come when the set is used on a body, in the status line as Config does not fit this body: …:

Using the Inspector

The Inspector tab, next to Body and Wardrobe, is for measuring the body while you write a set. Everything it shows is in the same game space the file uses.

Picking a vertex

• Click the body to pick the vertex nearest to where you click. The tab shows its Submesh (number and name), Vertex number, Base pos (where it is on the unshaped body: the number to use in a set) and Morphed (where your sliders put it now). The preview marks it and shows PICK SM3 #210 (x, y, z).
• Picking works on the shaped body, but always reports the unshaped position, since that is what sets use.
• COPY POSITION copies the base position as [x, y, z]; COPY INDEX copies the vertex number.
• Click a few points to measure a part: the middle of a glute, the top and bottom of the hips, how far the body reaches to the side.

Selecting vertices

Shift+click adds a vertex to the selection, or takes it out again. COPY AS REGION copies them as an indices region named <region id>_verts, as long as they are all in one submesh. CLEAR forgets them. Index regions only work on the exact mesh they were picked on.

The region tool

1. Pick a vertex. The region is centred on it, on its submesh (a new pick, or CENTER ON PICK, moves it).
2. Choose Sphere (a radius and a falloff inside it) or Box (half its size on each axis, and a falloff outside it), and set the sizes. With Show weights on, the body is shaded yellow by how strongly the region would move each vertex, and AFFECTS N VERTICES counts them.
3. Mirror X adds a copy on the other side of the centre line, named <id>_mirror.
4. Type the Region id, then COPY REGION TOML and paste the [[profile.region]] text into your file.

The tool shows and copies the region for the picked vertex's submesh only. If the shape reaches into the next band, paste it again with that band's submesh and a new id (the worked example names them _s2, _s3, _s4). Capsules, and the shapes of operations such as a spherize sphere, are written by hand; the region tool's sphere is a handy way to find their centre and size.

Checking a slider's effect

1. Save the file and press the reload button on the Body tab.
2. Move the slider. Switch the preview to mesh shading to see the triangles: look for creases, spikes and tears along the band borders.
3. Back on the Inspector, pick a vertex: Morphed against Base pos says how far the slider moved it.
4. Try each slider at its min and max, with the group's Smoothing at 0 and at its maximum, and on every body the profile covers.

Targeting bodies

A profile is used for a body when its depot_paths holds that body's game path. Paths are compared ignoring upper and lower case, and / counts as \. The set shows in the slider set list for every body one of its profiles covers.

• Female V has three bodies, one per character-creator breast size. They have the same submeshes and vertex counts, so one profile can list all three (as the worked example does), or each can have its own profile with regions placed on its own shape (as the default set does for the chest). Use the same slider ids in all three so Sync breast-size variants can copy them.
• Male V has one body; its vertex counts differ from female V's, so it needs a profile of its own.
• NPC bodies: one profile per body. Changing an NPC body changes every NPC who wears it. Their arms and hands are part of the body mesh: list them in fixed_submeshes ([8, 9, 10], or [8, 9, 10, 11] on the boxer and massive bodies; the massive body's head is in it too). The default set's vertex counts are a good guide to each body's submeshes.
• Imported bodies (a body mod such as VTK Vanilla HD or a Hyst body, added with File > Import Body) use the profile of the game body they replace, but their mesh is different: VTK Vanilla HD's female body has about 91,000 vertices against the game's 4,641. So the set is fitted by position: spheres, boxes, capsules and all carry over, vertex_counts isn't checked, and sets with index regions or deltas are refused for them. The bodies checked so far keep the game's 8 bands at the same heights. Imported bodies don't get the player arms joined, so moves_fixed sliders, and regions and operations on submesh 8 and up, are left out.

Tips and pitfalls

• Keep the seams still. The fade from the seams is a safety net, not a design tool: keep your regions clear of the neck and the arm holes, and give big keys near them a wider seam_falloff.
• Cover every band a shape touches, with identical regions, or the body tears along the band border. Check the border in mesh shading.
• Avoid spikes at large values. A hard edge that is invisible at 1 becomes a ridge at 5. Use wider falloffs for big keys, add keys with wider, softer regions further out, fade transforms with along_z, and give the group a Smoothing slider.
• Test the extremes: every slider at its min and max, alone and together with its neighbours, with Smoothing off and full, on each body the profile covers. Walk the body on the Physics tab too.
• Folds and flipped triangles. Where a big shape pushes skin past skin that stays (a lowered breast past the ribs below), triangles turn over into a slit. The app undoes such folds automatically by relaxing the moves around them, but that is a repair: a smaller push, hold_center, keep_sides or a facing limit usually looks better.
• Mind the units. Everything is in metres: a 2 cm push is 0.02, not 2.
• Performance. A key only stores the vertices it moves, so small regions are cheap. Regions with all on every band, many keys and many Smoothing passes cost time on every slider move, and more on imported bodies with many times the vertices.
• Keep names stable. Projects find a set by its file name (then by its name) and remember values by slider id. Renaming either leaves saved projects without their values.
• Start from what works. The default set's file, punkbody_default.punks in the configs folder next to the program, shows every feature on the real bodies. It is long because it is generated by a script, not written by hand.

Sharing your set

File > Export > Sliders saves the selected set, with any delta files it uses, wherever you choose. Others add it with File > Import Sliders. A set is plain text, so you can also share the .punks file as it is. Slider sets you write are yours, and so is the choice of how to share them.

Worked example

A small set for female V: Hip Width (wider or narrower), Glute Size (fuller glutes) and a Smoothing slider for the two, in a group called Hips. It is checked on the game's three female bodies and on imported VTK Vanilla HD and Hyst Angel bodies: no slider moves a seam or tears a band border. Here it is piece by piece; the whole file follows.

The set and the profile

[config]
name = "Hips and Glutes"
format_version = 2
author = "Your Name"
description = "Hip Width and Glute Size for female V, with smoothing."

The name appears in the slider set list. Put your own name in author.

[[profile]]
name = "Player body (feminine)"
depot_paths = [
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full.mesh',
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full_breast_big.mesh',
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full_breast_small.mesh',
]
vertex_counts = [1011, 257, 367, 514, 988, 260, 396, 848, 939, 942, 8192, 648]
fixed_submeshes = [8, 9, 10, 11]
keep_sides = true

• One profile for all three of female V's bodies: they share their submeshes, and hips and glutes are the same on all three.
• vertex_counts: the 8 body bands, then the 4 arm submeshes the app joins on. If a patch changes the body, the set says so instead of moving the wrong vertices.
• fixed_submeshes: the arms never move, and the arm holes stay pinned.
• keep_sides: the inner thighs and the glutes press together at the centre line instead of passing through each other.
• seam_falloff is left at its default (2 cm): the hips are far from the neck and arm holes.

The regions

[[profile.region]]
id = "hips_s2"
submesh = 2
select = "box"
min = [-0.25, -0.20, 0.97]
max = [0.25, 0.15, 1.08]
falloff = 0.08

• A box across the whole body, from 0.97 m to 1.08 m high, around the hips. It is wider and deeper than the body (±25 cm across, from 20 cm behind to 15 cm in front) so that it takes in all of it at those heights.
• falloff = 0.08: the weight fades over 8 cm above and below the box (outside its faces), so the change blends into the waist and thighs. With the fade it reaches from 0.89 m to 1.16 m, which crosses bands 2, 3 and 4, so the same box is repeated as hips_s3 and hips_s4.

[[profile.region]]
id = "glute_r_s2"
submesh = 2
select = "sphere"
center = [0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

• A sphere inside the right glute (+X is V's right; −Y is behind), found by picking the middle of the glute in the Inspector and moving inwards. Full weight within 3 cm of the centre (radius − falloff), fading to nothing at 10 cm.
• It reaches bands 2, 3 and 4, so it is written three times; Mirror X gives the left side, glute_l_*, at x = -0.075. That makes six glute regions.
• The ids start with glute_r and glute_l, so the Physics tab's preview also jiggles exactly these areas.

The sliders

[[profile.slider]]
id = "hips_smoothing"
label = "Smoothing"
description = "Blends the Hips sliders into the body around them. 0 is off."
group = "Hips"
min = 0.0
max = 4.0
default = 1.0
smooth = { iterations = 120 }

Smoothing comes first, so it leads the Hips section. It starts at 1 (30 passes) and goes up to 4 (120 passes), like the default set's. Its default isn't 0, which is fine for a smoothing slider: on its own it changes nothing.

[[profile.slider]]
id = "hip_width"
label = "Hip Width"
description = "Makes the hips wider or narrower."
group = "Hips"
min = -1.0
max = 1.0

[[profile.slider.key]]
at = -1.0
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s2"
pivot = [0.0, -0.03, 1.02]
scale = [0.9, 1.0, 1.0]

• A two-sided slider: default and rest are left at 0, with keys at both ends.
• The key at −1 scales the hips to 90% across (scale X 0.9, Y and Z unchanged) about a pivot on the centre line, in the middle of the hips, so both sides move in evenly. The same operation follows for hips_s3 and hips_s4.
• The key at 1 does the same with scale = [1.12, 1.0, 1.0]: 12% wider, about 2 cm on each side at full weight.

[[profile.slider]]
id = "glute_size"
label = "Glute Size"
description = "Fuller glutes."
group = "Hips"
min = 0.0
max = 1.0

[[profile.slider.key]]
at = 1.0
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_r_s2"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]

• A one-sided slider from 0 to 1 with one key at 1: a classic blend shape.
• inflate pushes the surface out by up to 1.5 cm (distance), times the region's weight: about 1 cm where the skin is, since the full-weight core sits inside the body.
• hold_center keeps the two glutes from pushing into each other; facing = [0.0, -1.0, 0.0] limits the push to surfaces that face backwards, so the front of the hips doesn't swell.
• The same operation follows for the other five glute regions.

Trying it

Save the whole file below as hips_and_glutes.punks in %APPDATA%\cp-slider\config\configs, load any of female V's bodies and pick Hips and Glutes. Then make it yours: raise max to 3 and add a key at 3 with a bigger push and a wider falloff, or add a slider of your own.

The whole file

# The worked example from the slider set guide (Help > Documentation >
# Making your own slider set). Measured on the game's feminine player body.

[config]
name = "Hips and Glutes"
format_version = 2
author = "Your Name"
description = "Hip Width and Glute Size for female V, with smoothing."

[[profile]]
name = "Player body (feminine)"
depot_paths = [
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full.mesh',
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full_breast_big.mesh',
    'base\characters\common\player_base_bodies\player_female_average\t0_000_pwa_base__full_breast_small.mesh',
]
vertex_counts = [1011, 257, 367, 514, 988, 260, 396, 848, 939, 942, 8192, 648]
fixed_submeshes = [8, 9, 10, 11]
keep_sides = true

# The hips cross three of the body's bands (submeshes 2, 3 and 4), so the
# same box is written once for each.
[[profile.region]]
id = "hips_s2"
submesh = 2
select = "box"
min = [-0.25, -0.20, 0.97]
max = [0.25, 0.15, 1.08]
falloff = 0.08

[[profile.region]]
id = "hips_s3"
submesh = 3
select = "box"
min = [-0.25, -0.20, 0.97]
max = [0.25, 0.15, 1.08]
falloff = 0.08

[[profile.region]]
id = "hips_s4"
submesh = 4
select = "box"
min = [-0.25, -0.20, 0.97]
max = [0.25, 0.15, 1.08]
falloff = 0.08

# One sphere per glute (+X is V's right), again once per band.
[[profile.region]]
id = "glute_r_s2"
submesh = 2
select = "sphere"
center = [0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.region]]
id = "glute_r_s3"
submesh = 3
select = "sphere"
center = [0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.region]]
id = "glute_r_s4"
submesh = 4
select = "sphere"
center = [0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.region]]
id = "glute_l_s2"
submesh = 2
select = "sphere"
center = [-0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.region]]
id = "glute_l_s3"
submesh = 3
select = "sphere"
center = [-0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.region]]
id = "glute_l_s4"
submesh = 4
select = "sphere"
center = [-0.075, -0.1, 0.985]
radius = 0.1
falloff = 0.07

[[profile.slider]]
id = "hips_smoothing"
label = "Smoothing"
description = "Blends the Hips sliders into the body around them. 0 is off."
group = "Hips"
min = 0.0
max = 4.0
default = 1.0
smooth = { iterations = 120 }

[[profile.slider]]
id = "hip_width"
label = "Hip Width"
description = "Makes the hips wider or narrower."
group = "Hips"
min = -1.0
max = 1.0

[[profile.slider.key]]
at = -1.0
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s2"
pivot = [0.0, -0.03, 1.02]
scale = [0.9, 1.0, 1.0]
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s3"
pivot = [0.0, -0.03, 1.02]
scale = [0.9, 1.0, 1.0]
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s4"
pivot = [0.0, -0.03, 1.02]
scale = [0.9, 1.0, 1.0]

[[profile.slider.key]]
at = 1.0
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s2"
pivot = [0.0, -0.03, 1.02]
scale = [1.12, 1.0, 1.0]
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s3"
pivot = [0.0, -0.03, 1.02]
scale = [1.12, 1.0, 1.0]
[[profile.slider.key.op]]
kind = "transform"
region = "hips_s4"
pivot = [0.0, -0.03, 1.02]
scale = [1.12, 1.0, 1.0]

[[profile.slider]]
id = "glute_size"
label = "Glute Size"
description = "Fuller glutes."
group = "Hips"
min = 0.0
max = 1.0

[[profile.slider.key]]
at = 1.0
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_r_s2"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_r_s3"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_r_s4"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_l_s2"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_l_s3"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]
[[profile.slider.key.op]]
kind = "inflate"
region = "glute_l_s4"
distance = 0.015
hold_center = true
facing = [0.0, -1.0, 0.0]

Punk//Body Studio v0.3.0 · Freeware: free to use and to share unmodified, free of charge (Help > About > Licence) · Not affiliated with CD PROJEKT RED. Cyberpunk 2077 is a trademark of CD PROJEKT S.A.