How to build a comparator in Minecraft? Redstone comparators are vital components for advanced contraptions. This guide, brought to you by COMPARE.EDU.VN, will comprehensively explain how to craft, use, and master the redstone comparator in Minecraft. By understanding comparator circuits, modes, and signal manipulation, you’ll unlock new possibilities in your Minecraft builds, automate tasks, and create complex logic systems.
1. What Is A Redstone Comparator in Minecraft?
A redstone comparator is a redstone component used to compare signal strengths, maintain signal strength, or subtract signal strengths. It’s an essential tool for building advanced redstone circuits. You can build a comparator in Minecraft to enhance your automation and logic systems.
1.1. Key Features of Redstone Comparator
- Signal Comparison: Compares the signal strength from two inputs.
- Signal Subtraction: Subtracts the signal strength of the side input from the back input.
- Signal Strength Maintenance: Passes the signal strength from the back input.
- Inventory Detection: Reads the fullness of containers like chests or hoppers.
- Crafting Recipe: Requires readily available resources, making it accessible early on.
- Versatile Applications: Used in complex logic gates, item sorters, and more.
1.2. Why Are Redstone Comparators Important?
Redstone comparators provide the ability to create more sophisticated and efficient redstone circuits. They enable the automation of complex tasks and the creation of logic-based systems that react to specific conditions within the game.
2. Supported Platforms
A redstone comparator is available in nearly all versions of Minecraft, including:
| Platform | Supported (Version*) |
|---|---|
| Java Edition (PC/Mac) | Yes (1.5) |
| Pocket Edition (PE) | Yes (0.14.0) |
| Xbox 360 | Yes (TU19) |
| Xbox One | Yes (CU7) |
| PS3 | Yes (1.12) |
| PS4 | Yes (1.12) |
| Wii U | Yes |
| Nintendo Switch | Yes |
| Windows 10 Edition | Yes (0.14.0) |
| Education Edition | Yes |
*The version that it was added or removed, if applicable.
NOTE: Pocket Edition (PE), Xbox One, PS4, Nintendo Switch, and Windows 10 Edition are now called Bedrock Edition.
3. Where to Find a Redstone Comparator in Creative Mode
Finding a redstone comparator in Creative Mode is straightforward. The exact location may vary slightly depending on the Minecraft version.
3.1. Minecraft Java Edition (PC/Mac)
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Java Edition (PC/Mac) | 1.8 – 1.19 | Redstone |
| Java Edition (PC/Mac) | 1.19.3 – 1.21.4 | Redstone Blocks |
3.2. Minecraft Pocket Edition (PE)
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Pocket Edition (PE) | 0.14.1 – 1.1.3 | Tools |
| Pocket Edition (PE) | 1.2 – 1.21.0 | Items |
3.3. Minecraft Xbox Editions
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Xbox 360 | TU35 – TU69 | Redstone and Transportation |
| Xbox One | CU23 – CU43 | Redstone and Transportation |
| Xbox One | 1.2.5 – 1.21.0 | Items |
3.4. Minecraft PS Editions
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| PS3 | 1.26 – 1.76 | Redstone and Transportation |
| PS4 | 1.26 – 1.91 | Redstone and Transportation |
| PS4 | 1.14.0 – 1.21.0 | Items |
3.5. Minecraft Nintendo
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Wii U | Patch 3 – Patch 38 | Redstone and Transportation |
| Nintendo Switch | 1.04 – 1.11 | Redstone and Transportation |
| Nintendo Switch | 1.5.0 – 1.21.0 | Items |
3.6. Minecraft Windows 10 Edition
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Windows 10 Edition | 0.14.1 – 1.1.3 | Tools |
| Windows 10 Edition | 1.2 – 1.21.0 | Items |
3.7. Minecraft Education Edition
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
| Education Edition | 0.14.2 – 1.0.18 | Tools |
| Education Edition | 1.0.21 – 1.21.03 | Items |
3.8. Definitions
- Platform: The platform that applies.
- Version(s): The Minecraft version numbers where the item can be found in the menu location listed.
- Creative Menu Location: The location of the item in the Creative Inventory menu.
4. Required Materials To Make A Redstone Comparator
To craft a redstone comparator, you’ll need the following materials:
- 3 x Redstone Torches
- 1 x Nether Quartz
- 3 x Stone
These materials are relatively easy to obtain. Redstone torches are made from redstone dust and sticks. Nether quartz can be mined in the Nether. Stone is obtained by smelting cobblestone in a furnace.
5. How To Craft A Redstone Comparator in Survival Mode
Crafting a redstone comparator in Survival Mode is a simple process once you have all the necessary materials.
5.1. Open the Crafting Menu
First, open your crafting table to access the 3×3 crafting grid.
Alt Text: Minecraft crafting table with 3×3 grid for crafting redstone comparator
5.2. Add Items to Make a Redstone Comparator
In the crafting menu, place the materials in the exact pattern:
- First Row: Redstone Torch in the center slot.
- Second Row: Redstone Torch, Nether Quartz, Redstone Torch (left to right).
- Third Row: Stone, Stone, Stone (left to right).
Alt Text: Minecraft crafting recipe for building redstone comparator using redstone torches, nether quartz and stones
5.3. Move the Redstone Comparator to Inventory
After crafting, move the redstone comparator from the crafting output slot to your inventory.
Alt Text: Successfully crafted redstone comparator moved into player inventory in Minecraft
6. Item ID and Name
The item ID and name for the redstone comparator vary slightly between Minecraft versions.
6.1. Minecraft Java Edition (PC/Mac)
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Java Edition | 1.8 – 1.12 |
| Redstone Comparator | minecraft:comparator | 64 | Java Edition | 1.13 – 1.21.5 |
6.2. Minecraft Pocket Edition (PE)
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Pocket Edition | 1.0 – 1.21.50 |
6.3. Minecraft Xbox One
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Xbox One | 1.6.0 – 1.21.50 |
6.4. Minecraft PS4
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | PS4 | 1.14.0 – 1.21.50 |
6.5. Minecraft Nintendo Switch
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Nintendo Switch | 1.6.0 – 1.21.50 |
6.6. Minecraft Windows 10 Edition
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Windows 10 Edition | 1.0 – 1.21.50 |
6.7. Minecraft Education Edition
| Item | Description (Minecraft ID Name) | Data Value | Stack Size | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Comparator | minecraft:comparator | 0 | 64 | Education Edition | 1.0 – 1.21.03 |
6.8. Definitions
- Description: What the item is called and (Minecraft ID Name) is the string value used in game commands.
- Data Value: Identifies the variation of the block if more than one type exists for the Minecraft ID.
- Stack Size: The maximum stack size for this item.
- Platform: The platform that applies.
- Version(s): The Minecraft version numbers that the Minecraft ID and Name are valid for.
7. Block States for Redstone Comparator
Understanding block states allows you to control the comparator’s behavior using commands.
7.1. Minecraft Java Edition (PC/Mac)
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| facing | north | Yes | No | [facing=north] | Item is facing North |
| facing | south | No | No | [facing=south] | Item is facing South |
| facing | east | No | No | [facing=east] | Item is facing East |
| facing | west | No | No | [facing=west] | Item is facing West |
| mode | compare | Yes | No | [mode=compare] | Item is in compare mode |
| mode | subtract | No | No | [mode=subtract] | Item is in subtract mode |
| powered | false | Yes | No | [powered=false] | Item is not powered |
| powered | true | No | No | [powered=true] | Item is currently powered |
7.2. Minecraft Pocket Edition (PE)
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.3. Minecraft Xbox One
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.4. Minecraft PS4
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.5. Minecraft Nintendo Switch
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.6. Minecraft Windows 10 Edition
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.7. Minecraft Education Edition
| Block State | Value | Default | Required | Example | Description |
|---|---|---|---|---|---|
| direction | 0 | Yes | No | [“direction”=0] | Item is facing North |
| direction | 1 | No | No | [“direction”=1] | Item is facing East |
| direction | 2 | No | No | [“direction”=2] | Item is facing South |
| direction | 3 | No | No | [“direction”=3] | Item is facing West |
| output_lit_bit | false | Yes | No | [“output_lit_bit”=false] | Item is not powered |
| output_lit_bit | true | No | No | [“output_lit_bit”=true] | Item is powered |
| output_subtract_bit | false | Yes | No | [“output_subtract_bit”=false] | Item is in compare mode |
| output_subtract_bit | true | No | No | [“output_subtract_bit”=true] | Item is in subtract mode |
7.8. Definitions
- Block State: The internal name for the block state.
- Value: The value for the block state.
- Default: Indicates that it is the default, if omitted.
- Required: Indicates that it must be included in command to properly identify this item/block.
- Example: Shows how to format the block state to be used in the /fill, /setblock, /clone, or /testforblock command.
8. Give Command for Redstone Comparator
The /give command is used to spawn a redstone comparator directly into your inventory using commands.
8.1. Minecraft Java Edition (PC/Mac)
-
Versions 1.13 – 1.21.5:
/give @p comparator 1 -
Versions 1.8 – 1.12:
/give @p comparator 1 0
8.2. Minecraft Pocket Edition (PE)
/give @p comparator 1 08.3. Minecraft Xbox One
/give @p comparator 1 08.4. Minecraft PS4
/give @p comparator 1 08.5. Minecraft Nintendo Switch
/give @p comparator 1 08.6. Minecraft Windows 10 Edition
/give @p comparator 1 08.7. Minecraft Education Edition
/give @p comparator 1 09. Understanding Comparator Modes
Redstone comparators have two primary modes: Compare Mode and Subtract Mode. Understanding these modes is crucial for effective circuit design.
9.1. Compare Mode
In Compare Mode, the comparator compares the signal strength from its back input with the signal strength from its side input. If the back input is stronger than the side input, the comparator outputs a signal.
- How to Activate: This is the default mode. The torch on the front of the comparator is off.
- Function: Compares the signal strength of the back input against the side input.
- Example Usage: Checking if a container is more than half full.
9.2. Subtract Mode
In Subtract Mode, the comparator subtracts the signal strength of the side input from the back input. The resulting signal strength is then output.
- How to Activate: Right-click (or the equivalent action on your platform) the comparator. The torch on the front will light up.
- Function: Subtracts the signal strength of the side input from the back input.
- Example Usage: Creating a fuel gauge for a furnace.
10. Basic Redstone Comparator Circuits
Let’s explore some basic circuits that demonstrate how to use redstone comparators effectively.
10.1. Basic Signal Comparison
This circuit checks if the signal strength from one source is greater than another.
- Place a redstone comparator.
- Connect a redstone wire to the back of the comparator with a signal source (e.g., a lever or a block powered by redstone).
- Connect another redstone wire to the side of the comparator with another signal source.
- The comparator will output a signal only if the signal from the back is stronger than the signal from the side.
Alt Text: Demonstrating basic signal comparison circuit using redstone comparator in Minecraft, comparing signal strength from back and side inputs
10.2. Item Detection in Containers
This circuit detects whether a container (like a chest or hopper) has items in it.
- Place a container (e.g., a chest).
- Place a redstone comparator facing away from the container. The comparator will automatically read the fullness of the container.
- Connect a redstone wire to the output of the comparator.
- The redstone wire will be powered if there are items in the container.
Alt Text: Minecraft circuit detecting item presence in a chest using redstone comparator reading fullness of the container
10.3. Creating a Simple Lock
This circuit uses a comparator to create a lock that requires a specific item in a specific slot.
- Place a hopper facing into a chest.
- Place a comparator facing away from the hopper.
- Place a redstone torch next to the comparator, connected to a block.
- The redstone torch will be off only when the correct item is in the hopper.
Alt Text: Simple Minecraft lock circuit utilizing a redstone comparator and hopper for item-specific access
11. Advanced Redstone Comparator Applications
Redstone comparators truly shine in advanced applications. They are indispensable for creating complex logic gates and automated systems.
11.1. Building Logic Gates
Comparators can be used to build AND, OR, and XOR logic gates. These gates are fundamental to creating complex computational systems within Minecraft.
- AND Gate: Requires both inputs to be on for the output to be on.
- OR Gate: Requires at least one input to be on for the output to be on.
- XOR Gate: Requires only one input to be on for the output to be on, but not both.
11.2. Creating Item Sorters
Item sorters are used to automatically sort items into specific containers. This is particularly useful in large storage systems.
- Place a hopper that feeds into a chest.
- Place a comparator facing away from the hopper.
- Use a combination of renamed items and redstone to filter the items that pass through the hopper.
Alt Text: Advanced Minecraft item sorting system using a redstone comparator to filter and sort items into chests automatically
11.3. Fuel Gauges for Furnaces
Using a comparator in subtract mode, you can create a fuel gauge for a furnace, indicating how much fuel is left.
- Place a hopper feeding fuel into the furnace.
- Place a comparator facing away from the hopper.
- Use redstone to display the remaining fuel level.
Alt Text: Minecraft fuel gauge for a furnace utilizing a redstone comparator in subtract mode to indicate remaining fuel level
11.4. Automated Brewing Systems
Comparators can be used to automate brewing systems, ensuring that potions are brewed efficiently and consistently.
- Place a brewing stand.
- Use comparators to detect when ingredients are added and when the brewing process is complete.
- Automate the addition of ingredients and the collection of finished potions.
12. Common Mistakes To Avoid
When working with redstone comparators, there are several common mistakes that players often make. Avoiding these mistakes will save you time and frustration.
12.1. Incorrect Comparator Mode
Forgetting to set the comparator to the correct mode (compare or subtract) is a common mistake. Always double-check the mode before troubleshooting your circuit.
12.2. Signal Strength Issues
Ensure that signal strengths are properly calibrated. Comparators rely on accurate signal strength comparisons, so any discrepancies can cause unexpected behavior.
12.3. Placement Errors
Incorrectly placing the comparator can lead to malfunctions. Make sure the comparator is facing the correct direction and connected to the appropriate blocks.
12.4. Overcomplicated Circuits
Sometimes, circuits can become unnecessarily complicated. Try to simplify your designs to make them more efficient and easier to troubleshoot.
13. Tips and Tricks for Using Redstone Comparators
Here are some tips and tricks to help you get the most out of redstone comparators.
13.1. Use Inventory Manipulation for Precision
For item sorters and other inventory-based systems, use precise inventory manipulation to ensure that items are correctly filtered and sorted.
13.2. Combine Comparators with Other Redstone Components
Combine comparators with other redstone components like repeaters, observers, and pistons to create even more complex and versatile circuits.
13.3. Test and Debug Regularly
Regularly test and debug your circuits to catch errors early on. This will save you time and effort in the long run.
13.4. Document Your Circuits
Keep a record of your circuit designs. This will help you remember how they work and make it easier to modify them in the future.
14. Real-World Examples of Comparator Usage
Let’s look at some real-world examples of how comparators are used in Minecraft.
14.1. Automated Farms
Comparators can be used to automate farms by detecting when crops are ready for harvest and triggering harvesting mechanisms.
14.2. Secret Doors
Comparators can be used to create secret doors that are activated by specific items or patterns.
14.3. Puzzle Solutions
Comparators can be used to create complex puzzles that require players to manipulate signal strengths and comparator modes.
15. Redstone Comparator vs. Other Redstone Components
Understanding how redstone comparators differ from other redstone components is essential for choosing the right tool for the job.
15.1. Redstone Comparator vs. Redstone Repeater
- Redstone Comparator: Compares and manipulates signal strengths.
- Redstone Repeater: Amplifies and extends signal range.
15.2. Redstone Comparator vs. Redstone Torch
- Redstone Comparator: Performs logic operations based on input signals.
- Redstone Torch: Provides a constant signal or inverts a signal.
15.3. Redstone Comparator vs. Observer
- Redstone Comparator: Reacts to specific signal strengths and container contents.
- Observer: Detects block updates.
16. How To Troubleshoot Common Comparator Issues
Troubleshooting redstone circuits can be challenging, but here are some steps to help you diagnose and fix common comparator issues.
16.1. Check Power Sources
Ensure that all power sources are functioning correctly and providing the expected signal strength.
16.2. Verify Comparator Mode
Confirm that the comparator is in the correct mode (compare or subtract) for the intended operation.
16.3. Inspect Wire Connections
Check all wire connections to make sure they are properly connected and not interrupted.
16.4. Simplify the Circuit
If the circuit is complex, try simplifying it to isolate the source of the problem.
17. The Future of Redstone Comparators in Minecraft
As Minecraft continues to evolve, the role of redstone comparators is likely to expand. New features and updates could introduce additional functionality and applications.
17.1. Potential Enhancements
Possible enhancements include more precise signal strength manipulation, improved inventory detection, and new comparator modes.
17.2. Community Innovations
The Minecraft community is constantly discovering new ways to use redstone comparators. Expect to see innovative and creative applications emerge in the future.
18. Conclusion: Mastering the Redstone Comparator
Mastering the redstone comparator is a key step in becoming a proficient redstone engineer in Minecraft. By understanding its functions, modes, and applications, you can create sophisticated and efficient redstone circuits.
18.1. Key Takeaways
- Redstone comparators are versatile components for comparing, subtracting, and maintaining signal strengths.
- They are essential for building advanced logic gates and automated systems.
- Avoiding common mistakes and following best practices will improve your circuit designs.
18.2. Final Thoughts
Continue experimenting and exploring new ways to use redstone comparators. The possibilities are endless, and the more you practice, the better you will become.
19. FAQ: Frequently Asked Questions About Redstone Comparators
19.1. What is the main purpose of a redstone comparator?
The main purpose is to compare, subtract, or maintain signal strengths in redstone circuits. It can also detect the fullness of containers.
19.2. How do I switch a comparator between compare and subtract mode?
Right-click (or the equivalent action on your platform) the comparator. The torch on the front will light up in subtract mode and turn off in compare mode.
19.3. What materials do I need to craft a redstone comparator?
You need 3 redstone torches, 1 nether quartz, and 3 stone.
19.4. Can a comparator detect the number of items in a chest?
Yes, a comparator can detect the fullness of a chest, providing a signal strength based on the number of items inside.
19.5. What is the maximum signal strength a comparator can output?
The maximum signal strength a comparator can output is 15.
19.6. How do I use a comparator to build an item sorter?
You can use a comparator to build an item sorter by detecting the presence of specific items in a hopper and activating a sorting mechanism.
19.7. Why is my comparator not working as expected?
Check the comparator mode, signal strengths, wire connections, and power sources to troubleshoot the issue.
19.8. Can I use a comparator to create a fuel gauge for a furnace?
Yes, by using a comparator in subtract mode, you can create a fuel gauge for a furnace, indicating how much fuel is left.
19.9. What is the difference between a redstone comparator and a redstone repeater?
A redstone comparator compares and manipulates signal strengths, while a redstone repeater amplifies and extends signal range.
19.10. Are redstone comparators available in all versions of Minecraft?
Redstone comparators are available in almost all versions of Minecraft, including Java Edition, Bedrock Edition, and Education Edition.
20. Explore More on COMPARE.EDU.VN
Want to dive deeper into Minecraft and redstone? compare.edu.vn offers a wealth of resources to help you become a Minecraft master.
20.1. Check our Redstone Guides
Explore a wide range of redstone tutorials, from basic circuits to advanced contraptions.
20.2. Discover Advanced Automation Techniques
Learn how to automate complex tasks using redstone comparators and other components.
20.3. Read Expert Reviews on Minecraft Tools
Get expert reviews on the best tools and resources for Minecraft players.
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