# How to Make a Minecraft-Style Game With AI — Free Voxel Code, Assets & Survival Tutorial

Create an original mining, crafting and building game. Reuse terrain tools, keep your world small at first and save only the changes players make.

Canonical: https://binxforge.com/guides/reimagine-minecraft

Original game: Mosslight Frontier
First milestone: A bounded island, five block types, mining, placing, one pickaxe recipe, one creature and a saved shelter.

## Build steps
1. Generate one reproducible island
Pick a seed, five block IDs and bounded world dimensions. Generate ground heights and a shallow cave layer. Keep the seed stable and expose the same coordinate-to-block function to rendering and collision.
Expected: Reloading the seed creates the same starting island.
Check: Compare several edge/cave coordinates across two new sessions.

2. Mine and place through one block API
Trace from the camera or selected tile. Enforce reach, tool rules and hardness. Reject placement intersecting the player and reserve the world floor. Update block data first, then rebuild the affected mesh/collision.
Expected: Mining removes exactly one block and placing creates one valid block.
Check: Spam input at chunk borders and try to trap the player inside a new block.

3. Give every item a stable identity
Define item IDs, stack limits, icons and recipes in data. Inventory owns counts; a hotbar references slots. Separate pickup world objects from inventory quantities.
Expected: Resources flow from mined blocks into bounded stacks.
Check: Fill the inventory, split a stack and collect while full without duplicating items.

4. Craft one useful tool
Add a recipe requiring three timber and two ore. Validate and subtract all ingredients as one operation, then add the result. If the output cannot fit, change nothing.
Expected: One crafted pickaxe improves mining speed without changing the resource rules.
Check: Craft with insufficient materials and a full inventory: counts must remain unchanged.

5. Make a shelter matter
Introduce health and a gentle night threat. A creature uses a small walk/flee/attack state machine and navigates walkable cells. Let the first shelter improve safety without a large hunger simulation.
Expected: The player has a reason to gather, build and explore.
Check: Check enemies at doors and cliffs; they cannot teleport through solids.

6. Save changes and bound the work
Save seed, schema version, changed blocks, inventory and player position. Reconstruct the base world, then apply deltas. Batch chunk remeshing and use visibility/range limits for creatures.
Expected: A mined tunnel and shelter survive restart.
Check: Reload at a changed chunk boundary; test corrupt data and measure the busiest rebuild.

## 2D — complete AI prompt

BINX Forge — How to Make a Minecraft-Style Game With AI — Free Voxel Code, Assets & Survival Tutorial
Build Mosslight Frontier, my ORIGINAL 2D survival game. This is general-mechanics inspiration, not an exact copy of Minecraft.
Guide: https://binxforge.com/guides/reimagine-minecraft
Open selected Forge build: https://binxforge.com/build?v=2&guide=reimagine-minecraft&dimension=2D&camera=Side-view&genre=Survival&theme=Wilderness&engine=Godot&platform=Browser&players=Solo&budget=Free+only&commercial=Yes&buildScope=full

FIRST RESPONSE: give an achievable first playable milestone and begin one reversible implementation step if you can edit my project. If you are chat-only, give exact files and steps without claiming edits. Inspect and preserve working systems first. Reuse before rebuilding; spend AI effort on my original gameplay and polish. Do not demand private uploads just to provide a plan.

PRESENTATION: 2D. A side-view tile sandbox with mining and building. This captures the resource loop but is not a full 3D voxel simulation.
Original world and art direction: Mosslight Frontier; Create an original mining, crafting and building game. Reuse terrain tools, keep your world small at first and save only the changes players make. Use the guide’s illustrations as mood concepts, not finished assets or screenshots. Create my own characters, names, environments and UI.
RECOMMENDED ENGINE: Godot, a free MIT engine. Use an editor and demo branch that match, record the version, and test the export. For 2D target desktop and mobile browsers first; for 2.5D/3D start desktop, then profile and verify browser/mobile compatibility before promising it. Camera: Side-view. Do not combine engine-specific code unchanged.
FIRST PLAYABLE: A bounded island, five block types, mining, placing, one pickaxe recipe, one creature and a saved shelter.
CORE SYSTEMS:
- Seeded procedural terrain and bounded chunks
- Reach-limited block destruction and placement
- Resources, item stacks and one crafting recipe
- Inventory/hotbar and solid-placement checks
- Shelter, health and a simple night threat
- Creature navigation and world-delta saving

SOURCE-REVIEWED FREE CODE AND REFERENCES (not a certified combined starter):
Voxel Tools by Zylann and contributors
https://github.com/Zylann/godot_voxel/tree/045ff9326a32fd10ac6fdac6357b5a098aaf2093
Licence: MIT module; bundled dependencies keep their own notices
Official terms: https://github.com/Zylann/godot_voxel/blob/045ff9326a32fd10ac6fdac6357b5a098aaf2093/LICENSE.md
Fit: Godot 4 C++ module/extension. Match release binaries, editor and export templates. Browser/mobile support must be checked for the exact build.
Approach: Volumetric terrain tools for blocky or smooth worlds. Terrain storage and meshing are reusable; crafting, progression and creature behaviour remain game-specific. No verified AI-authorship claim.

Godot demo projects by Godot contributors
https://github.com/godotengine/godot-demo-projects/tree/b761b4cd5718a7118f2c95eb55f181d0a5f004f1
Licence: MIT code; retain notices and inspect each demo’s asset credits
Official terms: https://github.com/godotengine/godot-demo-projects/blob/b761b4cd5718a7118f2c95eb55f181d0a5f004f1/LICENSE.md
Fit: Use a demo branch matching your Godot editor; individual examples supply systems, not a complete game.
Approach: Feature-sized editor projects for movement, physics, tilemaps and UI. No verified AI-authorship claim.

FREE ASSETS FROM THEIR CREATORS:
Kenney Tiny Town — https://kenney.nl/assets/tiny-town — CC0 · 2D baseline for a tile version; not a voxel engine.
Kenney UI Pack — https://kenney.nl/assets/ui-pack — CC0 · inventory panels/icons; build your own item rules.
Existing Forge resources: https://binxforge.com/resources/godot, https://binxforge.com/resources/kenney-tiny-town, https://binxforge.com/resources/kenney-ui-pack. Check each is published and fits the selected dimension; a model pack supplies art, not gameplay code.

CONTROLS: remappable WASD/arrows, genre-specific actions and Escape pause. Add native touch joystick/buttons sized for phones, cancellation/blur cleanup and keyboard-accessible menus. Use running where exploration needs it. Preserve control while separating menus and gameplay.
UI: start, pause, settings/mute, readable objective/status, inventory/equipment/collection where needed, results, save status and manual recovery. No fake account/cloud saving.
ANIMATION/VFX/AUDIO: coherent scale and rig, idle/move/action/recovery states, readable anticipation and hits, restrained particles, original or cleared audio; match sounds to actual events and offer mute.
STATE/SAVING: one owner per gameplay transition; stable IDs, versioned schema, validation, clamped counts, one-time rewards, no transient attack/input state in saves, safe failed-storage handling and migration tests.

PHASED DEVELOPMENT AND EXPECTED CHECKS:
1. Generate one reproducible island: Pick a seed, five block IDs and bounded world dimensions. Generate ground heights and a shallow cave layer. Keep the seed stable and expose the same coordinate-to-block function to rendering and collision.
Expected: Reloading the seed creates the same starting island.
Check: Compare several edge/cave coordinates across two new sessions.

2. Mine and place through one block API: Trace from the camera or selected tile. Enforce reach, tool rules and hardness. Reject placement intersecting the player and reserve the world floor. Update block data first, then rebuild the affected mesh/collision.
Expected: Mining removes exactly one block and placing creates one valid block.
Check: Spam input at chunk borders and try to trap the player inside a new block.

3. Give every item a stable identity: Define item IDs, stack limits, icons and recipes in data. Inventory owns counts; a hotbar references slots. Separate pickup world objects from inventory quantities.
Expected: Resources flow from mined blocks into bounded stacks.
Check: Fill the inventory, split a stack and collect while full without duplicating items.

4. Craft one useful tool: Add a recipe requiring three timber and two ore. Validate and subtract all ingredients as one operation, then add the result. If the output cannot fit, change nothing.
Expected: One crafted pickaxe improves mining speed without changing the resource rules.
Check: Craft with insufficient materials and a full inventory: counts must remain unchanged.

5. Make a shelter matter: Introduce health and a gentle night threat. A creature uses a small walk/flee/attack state machine and navigates walkable cells. Let the first shelter improve safety without a large hunger simulation.
Expected: The player has a reason to gather, build and explore.
Check: Check enemies at doors and cliffs; they cannot teleport through solids.

6. Save changes and bound the work: Save seed, schema version, changed blocks, inventory and player position. Reconstruct the base world, then apply deltas. Batch chunk remeshing and use visibility/range limits for creatures.
Expected: A mined tunnel and shelter survive restart.
Check: Reload at a changed chunk boundary; test corrupt data and measure the busiest rebuild.

OPTIMISATION: bound world size and agent/effect counts, profile frame time at busiest points, batch terrain work and cull visuals without deleting persistent state. Test desktop and phone layouts, actual keyboard/touch, pause/restart, denied storage, corrupt saves and repeatable progression. Report tests actually run and remaining limits; screenshots must come from the real project.
LICENSING: preserve exact source notices. MIT source does not clear bundled models, audio, logos or promotional screenshots. Check finished-game sale, raw-file redistribution and source/template inclusion separately. Keep uncertain rights unconfirmed and link exact official terms. No franchise files, private BINX Engine source, proprietary systems, purchased pack files, credentials or unpermitted AI uploads. GDQuest non-commercial art must be replaced for commercial use; Open Theft Auto is reference-only; GPL references are not silently copied into a proprietary starter.
FUTURE UPGRADES: Beginner: Better block targeting — Add a clear outline, reach indicator and inventory-full feedback.; Intermediate: Biome-aware crafting — Add two biomes, distinct materials and three recipes with transactional inventory updates.; Advanced: Chunk jobs and region saves — Queue bounded remesh work and save region deltas with crash-safe writes.. Add each only after its earlier loop passes. Provide a small milestone first, then a larger progression roadmap. Do not invent percentage savings or publish a broken build.

## 2.5D — complete AI prompt

BINX Forge — How to Make a Minecraft-Style Game With AI — Free Voxel Code, Assets & Survival Tutorial
Build Mosslight Frontier, my ORIGINAL 2.5D survival game. This is general-mechanics inspiration, not an exact copy of Minecraft.
Guide: https://binxforge.com/guides/reimagine-minecraft
Open selected Forge build: https://binxforge.com/build?v=2&guide=reimagine-minecraft&dimension=2.5D&camera=Isometric&genre=Survival&theme=Wilderness&engine=Godot&platform=Desktop&players=Solo&budget=Free+only&commercial=Yes&buildScope=full

FIRST RESPONSE: give an achievable first playable milestone and begin one reversible implementation step if you can edit my project. If you are chat-only, give exact files and steps without claiming edits. Inspect and preserve working systems first. Reuse before rebuilding; spend AI effort on my original gameplay and polish. Do not demand private uploads just to provide a plan.

PRESENTATION: 2.5D. An isometric view of a real block grid. Use a ground-plane selection ray, explicit vertical layers and a rotate/height control if needed.
Original world and art direction: Mosslight Frontier; Create an original mining, crafting and building game. Reuse terrain tools, keep your world small at first and save only the changes players make. Use the guide’s illustrations as mood concepts, not finished assets or screenshots. Create my own characters, names, environments and UI.
RECOMMENDED ENGINE: Godot, a free MIT engine. Use an editor and demo branch that match, record the version, and test the export. For 2D target desktop and mobile browsers first; for 2.5D/3D start desktop, then profile and verify browser/mobile compatibility before promising it. Camera: Isometric. Do not combine engine-specific code unchanged.
FIRST PLAYABLE: A bounded island, five block types, mining, placing, one pickaxe recipe, one creature and a saved shelter.
CORE SYSTEMS:
- Seeded procedural terrain and bounded chunks
- Reach-limited block destruction and placement
- Resources, item stacks and one crafting recipe
- Inventory/hotbar and solid-placement checks
- Shelter, health and a simple night threat
- Creature navigation and world-delta saving

SOURCE-REVIEWED FREE CODE AND REFERENCES (not a certified combined starter):
Voxel Tools by Zylann and contributors
https://github.com/Zylann/godot_voxel/tree/045ff9326a32fd10ac6fdac6357b5a098aaf2093
Licence: MIT module; bundled dependencies keep their own notices
Official terms: https://github.com/Zylann/godot_voxel/blob/045ff9326a32fd10ac6fdac6357b5a098aaf2093/LICENSE.md
Fit: Godot 4 C++ module/extension. Match release binaries, editor and export templates. Browser/mobile support must be checked for the exact build.
Approach: Volumetric terrain tools for blocky or smooth worlds. Terrain storage and meshing are reusable; crafting, progression and creature behaviour remain game-specific. No verified AI-authorship claim.

Godot demo projects by Godot contributors
https://github.com/godotengine/godot-demo-projects/tree/b761b4cd5718a7118f2c95eb55f181d0a5f004f1
Licence: MIT code; retain notices and inspect each demo’s asset credits
Official terms: https://github.com/godotengine/godot-demo-projects/blob/b761b4cd5718a7118f2c95eb55f181d0a5f004f1/LICENSE.md
Fit: Use a demo branch matching your Godot editor; individual examples supply systems, not a complete game.
Approach: Feature-sized editor projects for movement, physics, tilemaps and UI. No verified AI-authorship claim.

FREE ASSETS FROM THEIR CREATORS:
Kenney Tiny Town — https://kenney.nl/assets/tiny-town — CC0 · 2D baseline for a tile version; not a voxel engine.
Kenney UI Pack — https://kenney.nl/assets/ui-pack — CC0 · inventory panels/icons; build your own item rules.
Existing Forge resources: https://binxforge.com/resources/godot, https://binxforge.com/resources/kenney-tiny-town, https://binxforge.com/resources/kenney-ui-pack. Check each is published and fits the selected dimension; a model pack supplies art, not gameplay code.

CONTROLS: remappable WASD/arrows, genre-specific actions and Escape pause. Add native touch joystick/buttons sized for phones, cancellation/blur cleanup and keyboard-accessible menus. Use running where exploration needs it. Preserve control while separating menus and gameplay.
UI: start, pause, settings/mute, readable objective/status, inventory/equipment/collection where needed, results, save status and manual recovery. No fake account/cloud saving.
ANIMATION/VFX/AUDIO: coherent scale and rig, idle/move/action/recovery states, readable anticipation and hits, restrained particles, original or cleared audio; match sounds to actual events and offer mute.
STATE/SAVING: one owner per gameplay transition; stable IDs, versioned schema, validation, clamped counts, one-time rewards, no transient attack/input state in saves, safe failed-storage handling and migration tests.

PHASED DEVELOPMENT AND EXPECTED CHECKS:
1. Generate one reproducible island: Pick a seed, five block IDs and bounded world dimensions. Generate ground heights and a shallow cave layer. Keep the seed stable and expose the same coordinate-to-block function to rendering and collision.
Expected: Reloading the seed creates the same starting island.
Check: Compare several edge/cave coordinates across two new sessions.

2. Mine and place through one block API: Trace from the camera or selected tile. Enforce reach, tool rules and hardness. Reject placement intersecting the player and reserve the world floor. Update block data first, then rebuild the affected mesh/collision.
Expected: Mining removes exactly one block and placing creates one valid block.
Check: Spam input at chunk borders and try to trap the player inside a new block.

3. Give every item a stable identity: Define item IDs, stack limits, icons and recipes in data. Inventory owns counts; a hotbar references slots. Separate pickup world objects from inventory quantities.
Expected: Resources flow from mined blocks into bounded stacks.
Check: Fill the inventory, split a stack and collect while full without duplicating items.

4. Craft one useful tool: Add a recipe requiring three timber and two ore. Validate and subtract all ingredients as one operation, then add the result. If the output cannot fit, change nothing.
Expected: One crafted pickaxe improves mining speed without changing the resource rules.
Check: Craft with insufficient materials and a full inventory: counts must remain unchanged.

5. Make a shelter matter: Introduce health and a gentle night threat. A creature uses a small walk/flee/attack state machine and navigates walkable cells. Let the first shelter improve safety without a large hunger simulation.
Expected: The player has a reason to gather, build and explore.
Check: Check enemies at doors and cliffs; they cannot teleport through solids.

6. Save changes and bound the work: Save seed, schema version, changed blocks, inventory and player position. Reconstruct the base world, then apply deltas. Batch chunk remeshing and use visibility/range limits for creatures.
Expected: A mined tunnel and shelter survive restart.
Check: Reload at a changed chunk boundary; test corrupt data and measure the busiest rebuild.

OPTIMISATION: bound world size and agent/effect counts, profile frame time at busiest points, batch terrain work and cull visuals without deleting persistent state. Test desktop and phone layouts, actual keyboard/touch, pause/restart, denied storage, corrupt saves and repeatable progression. Report tests actually run and remaining limits; screenshots must come from the real project.
LICENSING: preserve exact source notices. MIT source does not clear bundled models, audio, logos or promotional screenshots. Check finished-game sale, raw-file redistribution and source/template inclusion separately. Keep uncertain rights unconfirmed and link exact official terms. No franchise files, private BINX Engine source, proprietary systems, purchased pack files, credentials or unpermitted AI uploads. GDQuest non-commercial art must be replaced for commercial use; Open Theft Auto is reference-only; GPL references are not silently copied into a proprietary starter.
FUTURE UPGRADES: Beginner: Better block targeting — Add a clear outline, reach indicator and inventory-full feedback.; Intermediate: Biome-aware crafting — Add two biomes, distinct materials and three recipes with transactional inventory updates.; Advanced: Chunk jobs and region saves — Queue bounded remesh work and save region deltas with crash-safe writes.. Add each only after its earlier loop passes. Provide a small milestone first, then a larger progression roadmap. Do not invent percentage savings or publish a broken build.

## 3D — complete AI prompt

BINX Forge — How to Make a Minecraft-Style Game With AI — Free Voxel Code, Assets & Survival Tutorial
Build Mosslight Frontier, my ORIGINAL 3D survival game. This is general-mechanics inspiration, not an exact copy of Minecraft.
Guide: https://binxforge.com/guides/reimagine-minecraft
Open selected Forge build: https://binxforge.com/build?v=2&guide=reimagine-minecraft&dimension=3D&camera=First-person&genre=Survival&theme=Wilderness&engine=Godot&platform=Desktop&players=Solo&budget=Free+only&commercial=Yes&buildScope=full

FIRST RESPONSE: give an achievable first playable milestone and begin one reversible implementation step if you can edit my project. If you are chat-only, give exact files and steps without claiming edits. Inspect and preserve working systems first. Reuse before rebuilding; spend AI effort on my original gameplay and polish. Do not demand private uploads just to provide a plan.

PRESENTATION: 3D. A first-person voxel world using chunked meshes. Voxel Tools is a candidate for native builds; verify its exact browser/mobile export support before adoption.
Original world and art direction: Mosslight Frontier; Create an original mining, crafting and building game. Reuse terrain tools, keep your world small at first and save only the changes players make. Use the guide’s illustrations as mood concepts, not finished assets or screenshots. Create my own characters, names, environments and UI.
RECOMMENDED ENGINE: Godot, a free MIT engine. Use an editor and demo branch that match, record the version, and test the export. For 2D target desktop and mobile browsers first; for 2.5D/3D start desktop, then profile and verify browser/mobile compatibility before promising it. Camera: First-person. Do not combine engine-specific code unchanged.
FIRST PLAYABLE: A bounded island, five block types, mining, placing, one pickaxe recipe, one creature and a saved shelter.
CORE SYSTEMS:
- Seeded procedural terrain and bounded chunks
- Reach-limited block destruction and placement
- Resources, item stacks and one crafting recipe
- Inventory/hotbar and solid-placement checks
- Shelter, health and a simple night threat
- Creature navigation and world-delta saving

SOURCE-REVIEWED FREE CODE AND REFERENCES (not a certified combined starter):
Voxel Tools by Zylann and contributors
https://github.com/Zylann/godot_voxel/tree/045ff9326a32fd10ac6fdac6357b5a098aaf2093
Licence: MIT module; bundled dependencies keep their own notices
Official terms: https://github.com/Zylann/godot_voxel/blob/045ff9326a32fd10ac6fdac6357b5a098aaf2093/LICENSE.md
Fit: Godot 4 C++ module/extension. Match release binaries, editor and export templates. Browser/mobile support must be checked for the exact build.
Approach: Volumetric terrain tools for blocky or smooth worlds. Terrain storage and meshing are reusable; crafting, progression and creature behaviour remain game-specific. No verified AI-authorship claim.

Godot demo projects by Godot contributors
https://github.com/godotengine/godot-demo-projects/tree/b761b4cd5718a7118f2c95eb55f181d0a5f004f1
Licence: MIT code; retain notices and inspect each demo’s asset credits
Official terms: https://github.com/godotengine/godot-demo-projects/blob/b761b4cd5718a7118f2c95eb55f181d0a5f004f1/LICENSE.md
Fit: Use a demo branch matching your Godot editor; individual examples supply systems, not a complete game.
Approach: Feature-sized editor projects for movement, physics, tilemaps and UI. No verified AI-authorship claim.

FREE ASSETS FROM THEIR CREATORS:
Kenney Tiny Town — https://kenney.nl/assets/tiny-town — CC0 · 2D baseline for a tile version; not a voxel engine.
Kenney UI Pack — https://kenney.nl/assets/ui-pack — CC0 · inventory panels/icons; build your own item rules.
Existing Forge resources: https://binxforge.com/resources/godot, https://binxforge.com/resources/kenney-tiny-town, https://binxforge.com/resources/kenney-ui-pack. Check each is published and fits the selected dimension; a model pack supplies art, not gameplay code.

CONTROLS: remappable WASD/arrows, genre-specific actions and Escape pause. Add native touch joystick/buttons sized for phones, cancellation/blur cleanup and keyboard-accessible menus. Use running where exploration needs it. Preserve control while separating menus and gameplay.
UI: start, pause, settings/mute, readable objective/status, inventory/equipment/collection where needed, results, save status and manual recovery. No fake account/cloud saving.
ANIMATION/VFX/AUDIO: coherent scale and rig, idle/move/action/recovery states, readable anticipation and hits, restrained particles, original or cleared audio; match sounds to actual events and offer mute.
STATE/SAVING: one owner per gameplay transition; stable IDs, versioned schema, validation, clamped counts, one-time rewards, no transient attack/input state in saves, safe failed-storage handling and migration tests.

PHASED DEVELOPMENT AND EXPECTED CHECKS:
1. Generate one reproducible island: Pick a seed, five block IDs and bounded world dimensions. Generate ground heights and a shallow cave layer. Keep the seed stable and expose the same coordinate-to-block function to rendering and collision.
Expected: Reloading the seed creates the same starting island.
Check: Compare several edge/cave coordinates across two new sessions.

2. Mine and place through one block API: Trace from the camera or selected tile. Enforce reach, tool rules and hardness. Reject placement intersecting the player and reserve the world floor. Update block data first, then rebuild the affected mesh/collision.
Expected: Mining removes exactly one block and placing creates one valid block.
Check: Spam input at chunk borders and try to trap the player inside a new block.

3. Give every item a stable identity: Define item IDs, stack limits, icons and recipes in data. Inventory owns counts; a hotbar references slots. Separate pickup world objects from inventory quantities.
Expected: Resources flow from mined blocks into bounded stacks.
Check: Fill the inventory, split a stack and collect while full without duplicating items.

4. Craft one useful tool: Add a recipe requiring three timber and two ore. Validate and subtract all ingredients as one operation, then add the result. If the output cannot fit, change nothing.
Expected: One crafted pickaxe improves mining speed without changing the resource rules.
Check: Craft with insufficient materials and a full inventory: counts must remain unchanged.

5. Make a shelter matter: Introduce health and a gentle night threat. A creature uses a small walk/flee/attack state machine and navigates walkable cells. Let the first shelter improve safety without a large hunger simulation.
Expected: The player has a reason to gather, build and explore.
Check: Check enemies at doors and cliffs; they cannot teleport through solids.

6. Save changes and bound the work: Save seed, schema version, changed blocks, inventory and player position. Reconstruct the base world, then apply deltas. Batch chunk remeshing and use visibility/range limits for creatures.
Expected: A mined tunnel and shelter survive restart.
Check: Reload at a changed chunk boundary; test corrupt data and measure the busiest rebuild.

OPTIMISATION: bound world size and agent/effect counts, profile frame time at busiest points, batch terrain work and cull visuals without deleting persistent state. Test desktop and phone layouts, actual keyboard/touch, pause/restart, denied storage, corrupt saves and repeatable progression. Report tests actually run and remaining limits; screenshots must come from the real project.
LICENSING: preserve exact source notices. MIT source does not clear bundled models, audio, logos or promotional screenshots. Check finished-game sale, raw-file redistribution and source/template inclusion separately. Keep uncertain rights unconfirmed and link exact official terms. No franchise files, private BINX Engine source, proprietary systems, purchased pack files, credentials or unpermitted AI uploads. GDQuest non-commercial art must be replaced for commercial use; Open Theft Auto is reference-only; GPL references are not silently copied into a proprietary starter.
FUTURE UPGRADES: Beginner: Better block targeting — Add a clear outline, reach indicator and inventory-full feedback.; Intermediate: Biome-aware crafting — Add two biomes, distinct materials and three recipes with transactional inventory updates.; Advanced: Chunk jobs and region saves — Queue bounded remesh work and save region deltas with crash-safe writes.. Add each only after its earlier loop passes. Provide a small milestone first, then a larger progression roadmap. Do not invent percentage savings or publish a broken build.

Concept artwork is AI-generated, not gameplay. Creator repositories provide their own original media and scoped licences. Implementation plans are not whole-project runtime certification.