To apply a camera-inspired filter, open a photo, choose a camera and its processing recipe, then adjust Exposure and Mix before exporting. This walkthrough uses the same concert photograph for all six cameras, so you can compare their treatments without changing the subject.

Try the concert example. It opens the photo with the Canon PowerShot G2 production defaults, animation off and playback paused at zero. Choose Use your own image to replace the sample while keeping your treatment.

Start with a photograph you can judge

Use a PNG, JPG, or WebP with useful highlights, shadows, and detail. These effects process a finished image; they cannot recover clipped highlights or reconstruct the camera’s original sensor data. Our example is a 2560 × 1707 image with no crop, rotation, or added layers.

Download the practice photo

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A concert audience in silhouette, with blue rim light and bright, out-of-focus stage lights.

Original — compare the blue rim light, stage highlights, and layered crowd silhouettes.

Choose one camera at a time

The examples below use Exposure 0, Mix 100%, Seed 17, and each camera’s other production defaults. The links load a fresh single-camera example. Adding a second effect inside the editor stacks the treatments; it does not replace the first one.

Canon PowerShot G2: compact-camera color

Start with Processing: Vivid, Noise ISO: 50, Detail: 50%, Sampling: 100%, and Noise: 1. Inspect the blue light and silhouette edges. Sampling represents finite detail bandwidth; it is not a large-pixel mosaic. Its contribution is easier to inspect on this larger source than on a thumbnail.

Concert photograph with stronger blue color and contrast from the Canon PowerShot G2 Vivid interpretation.
Canon PowerShot G2 — Vivid, production defaults.

Try Canon PowerShot G2 · Read its controls

Noise ISO is an artistic texture override. The original camera’s Color Effect mode did not support the independently selectable settings suggested by combining these shader controls. This is a researched interpretation, not an exact hardware simulation.

Fujifilm X100VI: softer color and separated shadows

Start with Classic Chrome, ISO 125, Clarity 0, Highlights 25%, Grain 0, and Noise 1. Compare the color restraint and shadow separation with Canon. The ACROS option is monochrome; its sensitivity- and brightness-dependent texture is separate from optional Grain, so Grain zero does not remove all ACROS texture.

The same crowd with more restrained color and separated dark tones in the Fujifilm X100VI Classic Chrome interpretation.
Fujifilm X100VI — Classic Chrome, production defaults.

Try Fujifilm X100VI · Read its controls

Sigma DP2 Merrill: fine-detail separation

Start with Standard, ISO 100, Detail 70%, Luma Noise 1, and Chroma noise 1. Compare the lit silhouette edges and shadow texture against Canon at native size. Sigma’s luminance and chroma texture are independently adjustable; neither control reconstructs missing detail.

Concert photograph with fine-edge separation from the Sigma DP2 Merrill Standard interpretation.
Sigma DP2 Merrill — Standard, production defaults.

Try Sigma DP2 Merrill · Read its controls

Nikon F3: a lens, film, and output recipe

Start with Portra 400 / neutral scan, Lens Softness 15%, Output Contrast 50%, and Grain 1.15. Look for mild softness and restrained film texture. These characteristics belong to the specified capture and output chain; the F3 body itself does not create a unique color response.

The same concert photograph with the softer detail and film texture of the Nikon F3 Portra recipe.
Nikon F3 — Portra 400 / neutral scan, production defaults.

Try Nikon F3 · Read its controls

Polaroid SX-70: diffusion and print tones

Start with the Color / 2021 reference recipe, Diffusion 30%, Print Range 55%, Color Drift 0%, and Unevenness 12%. Compare the softened highlights and compressed dark tones. The effect treats the photograph; it does not add a white instant-photo frame. Its B&W print target is provisional. The research’s “2021” label dates the reference, not a verified film formulation. The Polaroid look tutorial compares Diffusion, Print Range, and the lower-edge mark on a feather photograph.

Concert photograph softened by diffusion and compressed print endpoints in the Polaroid SX-70 interpretation.

Polaroid SX-70 — modern color-reference interpretation, production defaults.

Try Polaroid SX-70 · Read its controls

Holga 120N: center-to-corner character

Start with Portra 400 / neutral scan, Edge softness 70%, Falloff 65%, and Grain 1. Compare the center with the frame edges. A subject placed in a corner will be softened and darkened more than one near the center.

Concert photograph with a clearer center and softer, darker corners from the Holga 120N interpretation.
Holga 120N — Portra 400 / neutral scan, production defaults.

Try Holga 120N · Read its controls

The Holga look tutorial compares edge softness, falloff, and grain one at a time on the stair photograph.

Adjust exposure, then blend

Open the camera in Active FX. Leave its recipe selected and try Exposure (EV): 0.25, then return to 0 to compare. Exposure changes the image’s brightness before the treatment; it cannot recover highlight detail already absent from the source.

Next, lower Mix from 100% to 65% to blend some original color and detail back in. Use Undo and Redo to compare the edit. Mix 0% returns the original input. Changing the processing recipe preserves your other edits; double-click a numeric control to restore its default. Reopen an example link for a fresh camera setup.

Keep grain separate from shutter speed: these still-image treatments do not simulate scene motion or a new exposure in the original camera.

Compare skate texture one control at a time

The Sony DCR-VX1000, Sony DCR-VX2000 and Panasonic AG-HPX170 effects separate Noise, Transfer Texture, and Skate Grade. Their bold defaults are an authored finish, not measured sensor noise. VX1000 is rougher, VX2000 has a quieter SD texture, and HPX170 retains finer HD detail.

These three VX1000 examples use the same 2560 × 1707 concert photograph, Exposure 0, Skate Grade 65%, Seed 17, Variation Rate 0, Mix 100%, Source framing, and all other production defaults. Each comparison changes only one texture control from the first image. The grade remains fixed so it cannot disguise what Texture does.

Blue-lit concert crowd with VX1000 color and detail, with Noise and Transfer Texture at zero.

Texture zero — Noise 0%, Transfer Texture 0%. The camera treatment and Skate Grade remain active.

The same skateboarder with pronounced VX1000 noise in the concrete shadows and sky.

Noise only — Noise 55%, Transfer Texture 0%. Compare the bowl shadows and open sky.

The same concert photograph with VX1000 transfer texture affecting tonal steps, colored detail and edges.

Transfer only — Noise 0%, Transfer Texture 50%. Compare tonal steps, color detail and edge residue.

Open the texture-zero example, then raise Noise to 55%. Return Noise to zero and raise Transfer Texture to 50%. Inspect at fit size and 100%; changing editor zoom does not change the texture’s image-relative scale. Raise either to 100% to explore its stronger end. Keep Variation Rate at zero for a still pattern, or animate it with the shared controls.

For the cleaner capture interpretation, also set Skate Grade to zero. Transfer Texture is a profile-specific approximation of tonal quantization, chroma degradation and edge/block residue. It does not reconstruct a DV codec or add VHS tracking faults. The source’s own grain, blur and prior processing remain part of the input.

Choose an optical rim or an artistic vignette

A gradual loss of illumination and a dark lens or mount boundary are distinct behaviors; Edmund Optics explains these forms of vignetting. A vignette added to the finished composition is a separate creative choice.

The intended desktop stacks are Century Optics MKI → Sony DCR-VX1000, MKII → Sony DCR-VX2000, and Xtreme → Panasonic AG-HPX170. The integrated lenses separate rim density, size, feather and gradual falloff. For an independently positioned image-circle boundary, disable the lens’s Lens Rim and Falloff, then use lens → Lens Vignette → camera. Keep their optical centers aligned. Add the artistic Vignette after the camera for white or colored fades, rounded rectangles and highlight protection.

Warp’s lens guide and Light’s vignette guide explain these controls. Warp and Light are not in the web demos. The Century refinements, Lens Vignette and expanded Vignette are implemented in the desktop catalog and await a customer desktop release. The three camera effects and their texture controls are available in this browser editor.

These texture comparisons use the same Patrick von der Wehd concert photograph as the six-camera examples above. Download the prepared practice photo. These are actual WebGPU renders at paused time zero, with no pixel retouching; they are not frames captured by a VX1000 or matched-camera fidelity measurements.

Use your own image and export

Choose Use your own image after loading an example. A portrait or painting may need different settings from this concert photograph. Inspect at fit size for composition and at native size for fine texture; grain does not need to become oversized to read in a thumbnail.

Use Export in the browser demo (Quick Export in the desktop app) for a PNG, or open the export settings for the available formats and dimensions. Export runs locally in your browser and is included for free. The website uses analytics, but your selected image is not uploaded. See the privacy policy.

The browser editor supports image, text, or effect layers without a layer count limit, with Inter, Syne, and Space Mono bundled. This demo loads Cameras, Glitch, Pixel, Halftone, Drawing, and Refraction, with Cameras first. Explore Artfkt for saved projects, the full font library, all collections, and shapes.

For one compact-camera treatment, see how to get the digicam look. For four monochrome recipes on one architectural photograph, see black-and-white film looks compared.

Source and reproduction limits

The source is Patrick von der Wehd’s blue-lit concert crowd, used under the Unsplash License. The downloaded photograph is 5616 × 3744, captured with a Sony ILCE-1. We resized it proportionally to 2560 × 1707 and saved the sample as PNG. Prior processing is unknown. The soft foreground, out-of-focus lights, and clipped stage highlights already exist in the source; these effects do not create or recover that detail.

All six examples were rendered independently from that sample using the production effects, WebGPU, Seed 17, and paused time zero, without pixel retouching. Fine texture can differ between graphics backends and devices. These examples show authored approximations on a common input, not matched-camera fidelity measurements. Camera names identify the inspiration; no manufacturer endorsement is implied.