Draw 3D illusions and finish them in your browser

Describe the 3D drawing you want in Morphic's Image tool, from a shaded cube sitting on ruled paper to a shape that appears to climb out of the sheet, and get a finished drawing back. Set the form, the viewing angle, the light direction, the medium and the surface, refine it on the Canvas, then download it in HD.

3D drawings to try

3D compositions to draw

Shading study sheet

Five primitives drawn in a row in graphite, a sphere, a cube, a cylinder, a cone and a torus, all lit from the same direction with ruled margins.

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Shading study sheet

Anamorphic drawing across a sketchbook spread

A long corridor stretched across two open pages in ink, the lines skewed so the form only resolves from one low viewing angle.

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Anamorphic drawing across a sketchbook spread

Cube punching through grid paper

A drawn grid in fine line with a cube breaking upward through it, the grid squares distorting around the opening and the torn edges lifted.

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Cube punching through grid paper

Stacked blocks in ink and wash

A loose pile of blocks in ink line with a single grey wash on the shaded faces, the stack leaning so the top block overhangs the base.

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Stacked blocks in ink and wash

Make 3D drawing in three steps

  1. 01

    Describe your image

    Describe the 3D drawing you want, in plain words.

  2. 02

    Generate the image

    Morphic generates a clean, ready-to-publish image on your canvas in seconds.

  3. 03

    Refine and share

    Tweak the prompt, regenerate variations, then download or share the frame.

Simple pricing

Get started for free today, with the option to upgrade or cancel anytime.

Basic

$19/ month
billed as $0 per year

2400 monthly credits

1 user only

All models

Workflows

Standard

$24/ month
billed as $0 per year

3625 monthly credits

1 user only

All models

Workflows

Pro

$45/ month
billed as $0 per year

6350 shared monthly credits

1 user

+ up to 4 more at extra cost

All models

Workflows

Max

$170/ month
billed as $0 per year

24650 shared monthly credits

1 user

+ up to 9 more at extra cost

All models

Workflows

Enterprise

For higher limits

Custom

pricing and billing terms

High-volume credits
Custom seat limits
All models
Workflows
Pricing Gradient

Free

For playing around

$0

forever free

Up to 20 credits
1 user only
Limited models
Workflows

FAQs

What actually makes a drawing look 3D?
Three things working together: a consistent light direction, distinct values on each plane, and a cast shadow. Value is the heaviest of the three. If the top, the side and the front of a box are the same grey, no amount of perspective will make it read as solid.
How do I shade a sphere so it looks round?
Work in bands that follow the curve rather than straight across. Highlight, then mid tone, then the core shadow as a band inside the edge, then reflected light along the very rim, then the cast shadow on the surface. The reflected light is what stops the edge looking like a cut-out.
How do I draw something that looks like a hole in the paper?
Draw the opening as an ellipse rather than a circle, since you are looking into it at an angle, then darken the far inside wall and leave the near wall lighter. A small cast shadow on the paper just outside the rim, on the side away from the light, completes it.
Why does my 3D drawing look flat even with shading?
Usually the shadow is missing or floating. An object with no cast shadow has nothing to sit on, so it reads as a pattern. Put the shadow directly opposite the light, keep it attached at the point the object touches the surface, and soften its edge as it travels away.
How do I keep a plain surface behind a 3D drawing?
Ask for a flat white or plain paper background with no room or setting behind the object, then crop it on the Canvas. A busy background competes with the cast shadow, which is the one element doing the work of grounding the form.
Can I keep a set of 3D drawings in one style?
Use Style Transfer. Lock the look of the first drawing, then apply it across the rest so the line weight, the shading approach and the light direction stay the same. Matching the light direction across a set matters most here, because a sheet of solids lit from different sides never reads as one study.