Optimization of Metamascus data queries: effective freezing of large cards
As a strategist in your strategic game, you have to move and conquer areas effectively. The key aspect of this is an approach and manipulated by large amounts of data on the map. In this article, we will examine the concept of testing large amounts from a metamas card card, a popular Javascript library for card work.
What is the ticket in your game?
In your game you have a card that stores data in each coordinate (x, y). This can be information like:
- Territory ownership: Does a particular region belong to the present player.
- Resources locations: where there are resources on the map (eg food, gold).
- Buildings and buildings: What are the buildings or buildings in a particular area.
Problem with conventional data structures
Traditional javascript strings can be cumbersome to resolve large amounts of data. With each iter you must approach each element individually, what to do:
- Time complexity: O (n), where n is the number of elements.
- Room complexity: o (n).
In order to optimize the inquiries on the card with thousands or millions of coordinates, we need an alternative approach.
Introduction Metamask
Metamascus is a light library of JavaScript that offers a data structure that is optimized for an effective inquiry.
Hash table is used to save the card data, which enables quickly inquiring large amounts of data and quickly manipulating them.
How Metamask works
If you create a new body of “map” with metamask, the hash table is automatically created to save your card data. This allows fast search, insertion and shutdown processes.
Here’s an example:
`Javascript
Const map = new folder ();
// add data from ownership of the territory
Map.Set (10, {{
Territory: ‘Lila’,
Owner: ‘Player1’ ‘
});
// Coordinate inquiry
Console.log (Map.get (20)); // edition: {Mastirue: ‘Red’, owner: ‘Other players’}
`
Examples of Login Cases
Metamascus is particularly useful in strategic games in which:
- You quickly identify areas of different players.
- Follow the resource locations and create a position.
- Analyze the positions of the building based on the resources available.
To illustrate the benefits, we look at a simple example of a game based on round:
Javascript
Class {player {
Constructor (name) {
This.name = name;
This.territories = new map ();
This.resources = new map ();
Iche
// Method to add data on the owner of the territory
Add territorcyYorship (territory, territory) {)
Const Territory DATA = {TEMATORY: ‘Red’, owner: this. Name};
This.territories.et (territory, territorial data);
Iche
// inquiries for coordinates and restore relevant information
Getteritoryinfo (Territory, Territory) {)
Keeper of this.territeries.get (teritoryx).
Iche
Iche
Const Player1 = New Player (‘Player1’);
Const Player2 = new player (‘second player’);
Player1.adddterritrehehazners (10, 20);
Player1.addterritritrerehaznership (30, 40);
Console.log (Player1.Getterritereritereinfo (10)); // edition: Player1
``
In this example, we create two players and add information about the ownership of the territory with metamas. We then ask the owner of a particular territory to show the effectiveness of metamas.
Diploma
Metamascus is an effective solution to ask a large amount of card data in your strategic game. Using a hash-tablet-based structure, you can quickly access data and impair performance. Optimize your code using a metamask instead of conventional javascript strings or other libraries. You can easily conquer areas with metamas!