afonsolage/bevysfactory

An exploration, factorying, strategy and arpg made with Bevy Engine.

bevysfactory's Issues

Move resources from extractor to storage

• Active/deactive a transporter based on if its connected from A to B;
• While active, move resources from A to B, using a predetermined move speed;
• transporter should have it's own storage, without a UI, but which is held while item is moving (like a real belt);
• Upon reaching the B point, the resource should move from transporter container to B container;

Place a transporter belt between extractor and storage

• Create a belt model placeholder (can be just a place);
• Connect a belt from point A to B, which in this case will be from extractor to storage

Show UI with extracted resources

• Show a basic empty UI;
• Create a UI layout which shows resource type, resource count and resource/min;
• Hook UI to extractor data;

Check https://github.com/nicopap/cuicui as first try UI library.

Show items moving while on transporters

• Create a resource item placeholder for each resource;
• Attach item to the transporter surface, while it's moving;

Extract resources from resources spots using extractors

• Add extractor activation/deactivation;
• While active and inside a resources spot, extract resource using a predetermined resources/min speed;

Place a Storage

• Add the placement of a resource storage model placeholder;

Enable extractor placement on resources spots

• Add the placement of a resource extract model placeholder;
• Check for collisions with resource spot and enable placement only on those;

Resource spot must have a collision shape, which should be fully inside the resource spot, in order to be placed.

MVP

Bevysfactory aims to check how Bevy ECS performs in a game like Satisfactory, where you have lots of moving parts but with predetermined path and with almost no physics.

Scope

Create a basic resource extraction, processing and storage;

Use case

• Place a resource extractor;
• Place a processor node;
• Place a storage node;
• Place a path from extractor to processor;
• Place a path from processor to storage;

Test case

Check how many objects can be placed and simulated at once, without FPS dropping below 60. Since it's just bare bones.

Steps

• Create basic fly camera setup;
• Add basic debug utilities, like debug UI and inspector;
• Make resources move in a straight line;
• Make resources follow a path;
• Move resources from node A to node B;
• Make resources move from A to B passing through N steps;

Create random resources spots on a flat map

• Spawn a big and flat map;
• Spawn random resources spots on map;

These resources can be right now, of the following types:

• Stone (Grey)
• Iron (Brown)
• Copper(Orange/Pin)

Spots must have a random radius. Right now, it can just be a circular shape.