minecraftshapes.com

MinecraftShapes.com is a browser-based shape generator that turns geometric forms—lines, triangles, pentagons, hexagons, octagons, circles, and more—into pixel grids you can copy into Minecraft. To use it, open the site with JavaScript enabled, pick a shape, set your coordinates or side count, tune thickness and fill, then export as SVG, PNG, or pixel data (or copy a permalink to save the design). It's built for players who want regular, symmetrical footprints rather than freehand pixel art.

Before you start

• JavaScript must be on. The page states plainly that the shape generator requires JavaScript; with it off, nothing will render.
• Know your footprint. Decide roughly how wide and tall the build should be in blocks before you start, since coordinates and side counts drive everything else.
• Have a way to use the output. You can download SVG or PNG, copy pixel data, or copy a permalink. The site does not describe a direct in-game import, so plan on reading the grid and building to it.

Step-by-step: generate a shape

1. Choose the shape type

The shape menu includes:

• Line (A to B)
• Equilateral Triangle
• Quadrilateral
• Pentagon
• Hexagon
• Septagon
• Octagon
• Nonagon
• Decagon
• Dodecagon
• More sides…
• Circle (Ellipse)
• Angle

For a build footprint, polygons and circles are the usual starting points; Line and Angle are better for paths, walls, and roof slopes.

2. Set the geometry

Depending on the shape, you'll work with some combination of:

• Start coords (x, y) and End coords (x, y) for lines and angles
• Sides for polygons
• Top width, Diameter, Height for sizing
• Skew, Angle, Rotation to tilt or orient the shape
• 2×2 centre with a "try to force" option to align the shape on an even grid

Enter values, and the diagram updates. The expected result is a pixel pattern with the symmetry you'd expect from a regular polygon.

3. Refine the pattern

Use the extras and display controls to match your build:

• Extras: Stars, radii, etc. — adds stellations (star shapes made by joining vertices in different orders, shown as {7/3}-style notation) and radius guides.
• Thickness: thin / thick / filled — thin gives an outline, filled gives a solid footprint. The FAQ suggests two routes to "thicc" shapes: make a thin shape and thicken it until satisfied, or stack multiple thin shapes of different radii around the same centre.
• Force circle — pushes the result toward a circular outline.
• Block count — shows how many blocks the shape covers, useful for estimating material needs.
• Show coords (and crosshairs) — overlays coordinates on the grid so you can read positions while building.

4. Navigate and mark the diagram

• Scroll or pinch to zoom, click and drag to pan.
• Right-click or long-press a square to highlight it and mark your place—handy for tracking a corner or centre while you build.
• Highlights: Clear / Copy and the arrow keys help you manage and step through marked cells.
• Set coords / Set all cell coordinates let you lock in positions precisely.

5. Export or save

• Download: SVG / PNG / pixels — SVG for scaling and printing a plan, PNG for a quick reference image, pixels for the raw grid data.
• Copy permalink — saves the exact configuration in a URL so you can reopen or share the design.

Why shapes can look "wonky" or circle-like

Two behaviors are worth knowing before you assume something is broken:

• Line direction matters. The FAQ explains that because of how rasterized geometry works, the direction you draw a line changes the pixel result. The site enforces symmetry where you'd expect it in regular polygons, so small asymmetries in lines are normal—but if you believe something is genuinely wrong, the site invites you to get in touch.
• High side counts approach a circle. The more sides a polygon has, and the shorter each side is, the lower the definition—so a many-sided polygon can be hard to distinguish from a circle at small sizes. If you need a visibly polygonal look, keep the shape large enough that individual sides read clearly.

Quick reference

Common snags

• Nothing renders. Check that JavaScript is enabled—this is the most likely cause per the site's own notice.
• Shape looks lopsided. Confirm you're using a polygon type rather than a line, and check rotation/skew values; the site guarantees symmetry for regular polygons.
• Polygon looks like a circle. Increase the size or reduce the side count so the edges are visible.
• Your shape isn't listed. The site says all regular polygons are implemented; for anything else, email a suggestion—updates happen when the developer has time, so don't expect immediate additions.
• Want your build featured? The gallery accepts submissions: send a picture and the build's name.

If the tool saves you time, the site notes that donations and Patreon support keep it improving—optional, but relevant if you rely on it for large projects.

To make a symmetrical hexagon for a Minecraft build, open MinecraftShapes.com, choose Hexagon in the shape list, set the start and end coordinates (or the side count and size fields), then use the 2×2 centre option and the thickness/fill settings until the block layout looks right. Export the result as SVG, PNG, or pixel coordinates to use as a build reference. The generator requires JavaScript to be enabled, and the site is labeled as a beta.

Step by step

1. Open the tool and enable JavaScript. The page states the shape generator requires JavaScript to be turned on. Without it, the shape controls won't work.
2. Select Hexagon. The shape dropdown lists Line (A to B), Equilateral Triangle, Quadrilateral, Pentagon, Hexagon, Septagon, Octagon, Nonagon, Decagon, Dodecagon, and "More sides…". Pick Hexagon.
3. Set the geometry. You can define the shape with start coords (x, y) and end coords (x, y), or use the Sides, Top width, Diameter, Height, Skew, Angle, and Rotation fields. For a hexagon, the side count is fixed at six; the size fields control how large it is in pixels.
4. Centre it on a 2×2 block. Tick 2×2 centre (the label notes "try to force"). This aligns the shape's centre to a 2×2 block footprint, which is what you want when the hexagon will sit on an even-width build axis.
5. Adjust thickness and fill. The Thickness control offers thin, thick, and filled. A thin outline gives you a one-block-wide border; filled gives a solid hexagon footprint. You can also start thin and thicken until the outline reads clearly at build scale.
6. Check symmetry visually. Scroll or pinch to zoom the diagram, and click-drag to pan. Right-click or long-press a square to highlight it and mark your place. Because the tool guarantees regularity and symmetry for regular polygons, the hexagon should look even on all six sides.
7. Export. Use the Download options: SVG, PNG, or pixels. The pixel export gives you the block coordinates, which is the most direct reference for placing blocks in-game. You can also use Copy permalink to save the exact configuration.

Why your hexagon might look "wonky"

The site's FAQ explains that rasterised geometry depends on which direction a line is drawn, so a shape can look slightly off even when it is mathematically regular. The tool compensates by enforcing symmetry where you'd expect it. If a hexagon still looks wrong, check that you haven't mixed a skewed or rotated setting with the 2×2 centre, and contact the site if you believe something is actually broken.

A related FAQ point: the more sides a polygon has, the closer it looks to a circle, and short sides lower the definition. A hexagon is far enough from a circle that it should read clearly, but if you make it very small, the six sides may blur together.

Getting a usable block layout

The FAQ's advice for "thicc" shapes is to either make a thin shape and thicken it until you're happy, or build multiple thin shapes of different radii with the same centre. The same approach works for a hexagon that needs a chunky border.

Export formats and what each is for

• SVG — a scalable vector of the shape, useful for planning or sharing the layout.
• PNG — a raster image you can keep open beside the game while building.
• pixels — the block coordinate data, the most practical reference for placing blocks one by one.

The Block count display and Show coords option (with crosshairs) help you track how many blocks the hexagon needs and where each one goes.

Common snags

• Nothing renders. JavaScript is off. Turn it on and reload.
• Shape looks lopsided. Rasterised geometry is direction-sensitive; rely on the tool's symmetry enforcement rather than redrawing by hand.
• Hexagon looks like a circle. It's too small or too many-sided for the resolution; increase the size.
• Can't find a feature. The site owner asks for suggestions by email and notes updates aren't immediate, since the site is maintained alongside other work.
• Want your build featured. The gallery accepts pictures sent with the build name.

If you'd rather draw by hand in Paint, the FAQ warns you'll likely get irregular, nonsymmetrical, or imperfect polygons — the generator's value is that regularity and symmetry are guaranteed.

Open MinecraftShapes.com with JavaScript enabled, pick a shape (line, triangle, pentagon through dodecagon, circle/ellipse, or an angle), enter start and end coordinates or a side count, then adjust thickness, fill, and extras before downloading the result as SVG or PNG or copying a permalink. The tool guarantees regular, symmetrical polygons on the pixel grid, which is exactly what you want when a build needs to look right from every side. It is a browser-based generator, so you need JavaScript on for it to work at all.

What the tool gives you before you start

The generator covers all regular polygons plus lines, angles, and circles/ellipses. The shape menu lists Line (A to B), Equilateral Triangle, Quadrilateral, Pentagon, Hexagon, Septagon, Octagon, Nonagon, Decagon, Dodecagon, More sides…, Circle (Ellipse), and Angle. Extras include stars and radii, and there are thickness controls (thin, thick, filled) plus a "Force circle" option.

Two practical notes from the site itself:

• The page states the shape generator requires JavaScript to be turned on.
• The site is labelled "beta," and the author asks for reports if something doesn't work as expected.

Step-by-step: generate a shape

1. Choose the shape type. Select the polygon or line you need from the shape menu. If you need something beyond the listed polygons, use "More sides…".
2. Set the geometry. For a line or angle, enter start coordinates (x, y) and end coordinates (x, y). For polygons and circles, use the side count and the relevant size fields (top width, diameter, height, skew, angle, rotation). There is also a "2×2 centre" option with a "try to force" setting if you want the shape centred on a 2×2 block footprint.
3. Adjust thickness and fill. Use thin, thick, or filled to match how wide your build's walls or floor pattern should be.
4. Add extras if needed. Turn on stars/radii for stellations or radial guides.
5. Check the block count and coordinates. The interface shows a block count and can display coordinates with crosshairs, so you can confirm the footprint before you build.
6. Export or save. Use the Download options for SVG or PNG, or copy the permalink to keep the exact design and reopen it later.

Reading the grid while you work

The gallery diagram supports scroll or pinch to zoom and click-and-drag to pan. Right-click or long-press a square to highlight it and mark your place — useful for noting a corner or a centre block before you start placing materials in-game.

Why the shapes stay symmetrical

Rasterised geometry behaves differently depending on which direction you draw a line, which is why hand-drawn pixel shapes in paint programs often come out lopsided. The site's FAQ says it deliberately enforces the symmetry you'd expect from a regular polygon, so the output is regular and symmetrical by design rather than by luck. That is the main reason to use this instead of drawing on a pixel canvas yourself: the FAQ notes that doing it manually tends to produce irregular, nonsymmetrical, or imperfect polygons.

Troubleshooting the two common complaints

If a feature or shape you want is missing, the site invites you to email a suggestion, though the author notes updates aren't guaranteed on a fixed schedule.

Saving and sharing your design

Download as SVG if you want a scalable reference you can zoom into while building, or PNG for a quick pixel-accurate image to keep open on a second screen. The permalink is the better choice when you want to return to the same coordinates and settings later or hand the design to someone else on a build team. The site also accepts pictures of finished builds for its gallery if you want to submit one, along with the build's name.

Open MinecraftShapes.com with JavaScript enabled, choose a shape from the generator menu, set your coordinates and dimensions, then download the result as SVG or PNG. The tool guarantees regular, symmetrical polygons, which is the main reason to use it over drawing pixel shapes by hand in an image editor. It works for flat pixel-art patterns you intend to place block by block in Minecraft; it does not import a build or output a schematic file.

Before You Start

• JavaScript must be on. The site states plainly that the shape generator requires JavaScript. If the controls don't appear, that's the first thing to check.
• Know your target size. Decide roughly how many blocks wide the shape should be before you start, since the coordinate and diameter fields drive everything else.
• Expect pixel units, not block IDs. The generator produces a pixel grid; you translate that grid into blocks yourself when building.

Step 1: Pick a Shape

The shape selector covers:

• Line (A to B)
• Equilateral Triangle
• Quadrilateral
• Pentagon, Hexagon, Septagon, Octagon, Nonagon, Decagon, Dodecagon
• "More sides…" for anything beyond that
• Circle (Ellipse)
• Angle

For a Minecraft build, the practical choices are usually the triangle, pentagon, hexagon, octagon, and circle. The higher-sided polygons are available, but see the circle caveat below before committing to one.

Step 2: Set Coordinates and Dimensions

The generator exposes these inputs:

Set start and end coordinates first to define the bounding area, then adjust sides, diameter, or height to fit. If you need the shape centered on an even number of blocks (common for symmetric builds), use the 2×2 centre option and let the tool try to force it.

Step 3: Choose Thickness and Fill

Under Thickness you have three options:

• Thin — a single-pixel outline
• Thick — a heavier outline
• Filled — a solid shape

For most Minecraft floor patterns and decorative outlines, thin or thick is what you want, because you'll be placing blocks along the outline. Filled is better for solid areas like a circular plaza or a filled banner motif.

The FAQ gives a useful trick for extra-thick outlines: either start thin and thicken until it looks right, or build several thin shapes at different radii around the same centre.

Step 4: Add Extras Like Stars

The Extras section includes stars (stellations) and radii. Stellations are star shapes made by joining the vertices of a polygon in different orders — the FAQ refers to them as the "{7/3}" style shapes. These are a quick way to get a star pattern that stays symmetrical, which is hard to do freehand.

Step 5: Check the Result and Fix Problems

Why does my shape look wonky?

The site explains that rasterized geometry is direction-dependent: which direction you draw a line changes how the pixels land. The generator enforces symmetry where you'd expect it, so a slightly odd edge is usually a rasterization artifact rather than a bug. If something looks genuinely wrong, the site invites you to get in touch.

Why does my polygon look like a circle?

Two reasons, both from the FAQ: more sides brings you closer to a circle, and shorter sides mean lower definition, so the difference becomes hard to see. If you want a visibly polygonal shape, use fewer sides or a larger overall size.

Can't I just do this in Paint?

You can try, but the site's own answer is that hand-drawing gives irregular, nonsymmetrical, or imperfect polygons. The generator's value is guaranteed regularity and symmetry.

Step 6: Read the Block Count and Coordinates

The interface includes a block count display and a "Show coords" option with crosshairs. Use these to:

• Confirm the total number of blocks you'll need before gathering materials.
• Track where you are in the pattern while building.
• Mark your place: right-click or long-press a square to highlight it.

You can also copy cell coordinates and use the arrow keys to move around the grid, plus a permalink option to save and share a specific shape configuration.

Step 7: Download and Build

Download options are SVG, PNG, and pixels. For Minecraft work:

• PNG or pixels is the practical choice — you get a grid you can count against while placing blocks.
• SVG is useful if you want to scale the shape or bring it into another design tool first.

Once downloaded, build from the grid: place blocks row by row, using the block count to plan materials and the coordinates to keep your placement aligned.

Quick Reference: Common Tasks

Limitations to Know

• The generator covers all regular polygons, so if a shape isn't listed, it likely isn't a regular polygon — the FAQ says as much.
• Feature requests go by email, and the developer notes updates aren't immediate.
• The tool is donation-supported; there's no indication of paid tiers or login requirements in the site's own text, so treat access as it appears rather than assuming any account setup.
• You can submit build pictures to the gallery by sending the image and your build's name.

The three modes differ mainly in how much protection you get, how much you must cooperate, and how often other players can ruin your plans. Anarchy gives you total freedom with no rules and no safety net, so it suits players who enjoy constant PVP risk and self-reliance. Towny adds land claims, towns, and shared rules, so it suits players who want to build safely and work with a group. Skyblock isolates you on a small floating island where you start from almost nothing, so it suits players who prefer steady progression and low direct conflict. If you want open-world danger, pick Anarchy. If you want community and protected builds, pick Towny. If you want a controlled solo-to-co-op challenge, pick Skyblock.

The core loop of each mode

Anarchy: no rules, no protection

Anarchy servers usually have no land claims, no staff intervention, and no reset. The core loop is simple: gather resources, hide your base, gear up, and fight or flee. Everything you build can be found and destroyed. That is not a bug; it is the point.

What this means in practice:

• Protection: none. Coordinates leak, bases get raided.
• Cooperation: optional and temporary. Alliances form and break.
• Conflict: constant and unrestricted, including traps, griefing, and spawn camping.
• Progression: you define it. There is no quest line or rank ladder.

Towny: claims, towns, and shared rules

Towny is a land-claim and town plugin style. You join or create a town, and the town owns claimed land. Inside claims, other players generally cannot break blocks or open containers unless the town allows it.

The core loop:

• Protection: strong inside town claims, weak in the wilderness.
• Cooperation: central. Towns share resources, taxes, and defense.
• Conflict: possible between towns and in unclaimed land, but usually regulated by server rules.
• Progression: build your town, expand claims, climb town ranks, and sometimes run for mayor or nation leadership.

Skyblock: start with almost nothing

Skyblock drops you on a small island, often with a tree, a chest, and a single block of ice or lava. You generate resources slowly and expand outward.

The core loop:

• Protection: usually high on your own island; other players often cannot reach or edit it.
• Cooperation: optional. Many servers allow island co-op, but solo play works.
• Conflict: low on most Skyblock servers. Competition is usually economic or leaderboard-based rather than direct PVP.
• Progression: clear and incremental. You unlock farms, generators, and better gear over time.

How the three modes compare

Matching a mode to your play style

Ask yourself three questions.

1. How do you feel about losing your base? If losing hours of work to another player sounds exciting rather than devastating, Anarchy fits. If it sounds like a waste of time, Towny or Skyblock is safer.

2. Do you want to talk to other players regularly? Towny rewards communication: applying to a town, paying taxes, coordinating builds. Skyblock can be played almost silently. Anarchy interaction is often hostile or transactional.

3. How much time can you commit per session? Anarchy punishes long absences because your base may be found while you are offline. Towny and Skyblock are more forgiving; claims and private islands usually persist.

Cross-platform and Bedrock access

If you play on Bedrock, mobile, or console, check whether the mode you want supports cross-platform play. Some networks run Bedrock and Java together, but plugin behavior can differ. Land claims, island protection, and PVP mechanics may work slightly differently on Bedrock. Before committing to a long build, confirm that your platform can use the same protection commands as Java players.

Common beginner misconceptions

• "Anarchy means no one helps anyone." False. Anarchy players often trade, team up, and share coordinates within trusted groups. The difference is that nothing enforces those agreements.
• "Towny means I am completely safe." Only inside claims. Wilderness travel, nether trips, and unclaimed outposts still carry risk.
• "Skyblock is always single-player." Many servers offer island co-op, visitor permissions, and community markets. You can be as social or as isolated as you like.
• "I need to pick one mode forever." Most networks let you play multiple modes with the same account. Try each for a few hours before deciding.

A quick decision path

1. I want danger and no rules → Anarchy
2. I want a protected base and a town community → Towny
3. I want a private island and steady progress → Skyblock
4. I am on Bedrock and want cross-platform play → confirm mode support first, then choose based on the three questions above.

Pick the mode that matches your tolerance for risk and your appetite for cooperation. You can always switch later, but starting in the right mode saves you from losing your first base to a mechanic you did not expect.