Every Control Says Where It Is
A hyper-skeuomorphic app icon of a real device, front-on — with every control carrying an indicator and every indicator agreeing about what state the thing is in. Five fields.
Two runs of the same template. The same two laws on a brass instrument, and both hold - pointer line on the range knob, moulded flat on the gain knob, green lamp lit with a bloom on the brass, needle at the 12 fathoms the field named. One element arrived unbidden: the toggle carries a small red jewel at its base, which no field supplied and which reads as a second indicator disagreeing with the green one. The markings rule held everywhere else - only the fathom scale and the word SOUNDER, with no invented model or maker.
Both knobs can now be read: a milled pointer line cut into the tuning knob's face and a moulded flat on the volume knob, where the reference run gave both of them full tick arcs and no indicator at all, so nothing on the panel could be read. The state agrees with itself too - the LED is lit red and throws a bloom onto the cream around it while the needle glows at 98, against the reference run's dark power light beside a burning orange dial. One internal slip: the knob's pointer does not quite line up with the orange marker on its own arc.
Generated for this library
Input
Device a small desktop radio - a rounded cream cube with
a perforated grille and a black dial window
Controls a large knurled tuning knob with a milled pointer
line, against a tick arc · a small volume knob
with a moulded flat · a rocker power switch · a
red LED beside it
State switched on and tuned to FM 98 - needle at 98, LED
lit and glowing onto its bezel, volume flat at
about two thirds
Material warm cream ABS with a fine matt grain, brushed
aluminium knobs, smoked dial window, orange accent
Markings FM 88-108 MHz, AM 530-1600 kHz, and RADIO at the
lower left
Returned 1 icon · 1:1 · front-on, soft studio light
pointers both knobs carry a readable indicator - a milled
line on the large one, a flat on the small
set the tuning line points at 98 on its arc; the volume
flat sits two thirds round
agree the LED is lit and casts a small red bloom on the
cream around it, matching a radio that is on
needle orange, at 98, and the only glowing thing besides
the LED
markings only the two bands and the word RADIOYou fill in 5 fields — the braced lines at the top. Everything below them is fixed.
- 1The device, seen front-on
- 2The controls, and what each one reads against
- 3The state it is in — every indicator must agree
- 4The materials and palette
- 5The markings
Every Control Says Where It Is
Produce ONE image, 1:1: a hyper-real render of a device, seen front-on, filling the frame. Follow every line. Replace only the FIELDS block; everything after it is fixed.
First — do you have the fields?
If any field below still has braces around it, stop and ask. Put all the questions in one short message, and show the example under each one so they can see the shape of a useful answer. Wait for the replies, then draw. Never fill a brace yourself: a value you invented is a value nobody asked for, and it will look exactly as considered as the ones they did give you.
Ask in whatever language they are writing to you in. Translate the questions and the examples; do not make someone read English to tell you what they want.
The examples are only examples. If someone answers a question, use their answer; never fall back to the example because you prefer it.
If the fields are already filled in, ignore this and carry on.
Fields — replace these five lines only
- The device, seen front-on: {an object, and its form}
- The controls, and what each one reads against: {each control, and its scale}
- The state it is in — every indicator must agree: {on or off, and every setting}
- The materials and palette: {materials, and an accent}
- The markings: {only what is printed on it}
The indicator law
Skeuomorphism is a claim that the thing would work. It fails at the smallest possible detail: the pointer.
Every control that can be set carries something that shows its setting.
- A rotary knob has a milled line, a moulded flat, a painted mark or a machined notch on its face or its skirt.
- A slider has a visible cap, and its position on the track means something.
- A switch is visibly in one position, not centred.
- A scale, arc or tick row exists to be pointed at. Ticks with nothing pointing at them are decoration.
A reference run of this style produced a beautiful desk radio with a large knurled tuning knob, a small volume knob, and a full arc of tick marks around each — and neither knob had any indicator at all. Both were smooth cylinders. Nothing could be read, and the ticks were a texture.
Read each control. If you cannot say what value it is at, it has no pointer.
The agreement law
The object is in one state, and everything agrees about it.
The fields declare the state. Then:
- If it is on: the power indicator is lit, and it throws a small coloured bloom onto the surface immediately around it. Screens and needles are lit. Illuminated scales glow.
- If it is off: the LED is dark and unlit, needles are unlit, screens are blank grey, and nothing glows anywhere.
A reference run left the power LED dark while the tuning needle burned bright orange — a radio switched off with a lit dial. Two elements, two different beliefs about whether the thing was working.
Position
Controls sit at real values, not at neutral. A volume knob two thirds round, a needle at a station, a switch pressed at one end. A device with everything centred and nothing selected reads as a render of a shape rather than a photograph of an object.
The rendering
- Front-on, orthographic or very nearly so, filling most of the frame with a small even margin.
- Soft, broad studio key from above; gentle fill; no harsh reflections.
- Real materials with real behaviour: matt polymer with a fine grain, brushed metal with directional anisotropy, glass with a slight depth to it.
- Every recess has an inner shadow and every raised element casts onto what is under it. Perforations are holes, with darkness behind them.
- Edges are softly chamfered and catch a thin highlight.
- Plain neutral ground, no gradient, no scene, no drop shadow beyond a very soft contact shadow.
Markings
Only what the fields say is printed on the object. No invented model numbers, serial numbers, wattages, certification marks, manufacturer names or specification text.
Printed text sits on the surface — very slightly sunk into it, picking up the surface grain, never floating crisply above it.
Never
- ✕ a knob, dial or slider with no indicator
- ✕ a tick arc or scale with nothing pointing at it
- ✕ indicators disagreeing about whether the device is on
- ✕ a lit needle or screen with an unlit power light
- ✕ every control parked at centre or neutral
- ✕ invented model numbers, ratings or maker names
- ✕ a scene, gradient ground, or dramatic shadow
- ✕ perspective — this is front-on
- ✕ text the fields did not supply
The result
An object you could reach out and set: a line on every knob pointing at a real value, a lamp that agrees with the dial, and nothing printed on it that its maker did not put there.
The whole template, in one piece. The steps below are the entire workflow.
How to use it
- Copy the whole template with the button above.
- Replace the five FIELDS lines. The third is the one that does the work — name the state, then let every indicator follow from it.
- Paste it into any image-capable agent or model, in one message. One run returns the icon.
- Read each control before shipping. If you cannot say what a knob is set to, it has no pointer and the object is scenery.
What you swap
- The device, seen front-on
- a small desktop radio — a rounded cream cube with a perforated speaker grille and a black dial window
- The controls, and what each one reads against
- a large knurled tuning knob with a milled pointer line, against a tick arc · a small volume knob with a moulded flat, against its own short arc · a rocker power switch · a red LED beside it
- The state it is in — every indicator must agree
- switched on and tuned to FM 98 — so the needle sits at 98, the LED is lit red and glowing onto the bezel around it, and the volume knob's flat points to about two thirds
- The materials and palette
- warm cream ABS with a fine matt grain, brushed aluminium knobs, a smoked dial window, one orange accent
- The markings
- FM 88–108 MHz and AM 530–1600 kHz on the dial, and the word RADIO at the lower left — nothing else
Before it runs
- A device with readable controls. A featureless box has nothing to indicate, and the whole rule has nowhere to land.
- A decision about what state it is in. 'A radio' renders with everything at neutral; 'switched on, tuned to 98' renders as a working object.
- Restraint about markings. Every extra number is a claim, and invented model codes are the fastest way to make a good render look fake.
When to reach for it
App icons, product marks, launch screens, settings imagery — anywhere a physical object stands in for a function. Templates in this style render gorgeous knobs with tick marks and no pointer, so nothing can be read, and leave the power light dark while the dial glows.
What changes
- One device rendered front-on and filling the frame, with soft studio light on plain ground.
- A pointer, line or flat on every rotary control, so each one can be read against its scale.
- One declared state for the whole object, with every light, needle and switch agreeing about it.
- Controls positioned at real values rather than parked at neutral.
- Only the markings a real unit would carry — no invented model numbers or specifications.
Pairs with
- One Subject, Three SignsA soft-3D app icon on white — one object and exactly three signs around it, counted strictly, with one accent colour and a silhouette that survives being small. Six fields.
- Fur Over Every EdgeA plush creature character rendered full-length — held to the one thing that decides whether it reads as fur or as vinyl with fur printed on it: what happens where the coat meets anything hard. Six fields.
- Hands Out of FrameA soft 3D character portrait in the art-toy idiom — built around choosing a pose that cannot go wrong, because the one thing these renders always break is named and never solved. Six fields.