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TileMap Collision Detection Script

Collision detection .gd script for 2D bodies and tilemaps

Questo codice può essere applicato per PhysicsBody2D ereditati da KinematicBody2D e RigidBody2D (quest'ultimo con l'accortezza di rendere true il parametro collision_monitor e determinare il numero di collisioni che si vogliono rilevare)

E' comunque possibile rilevare le collisioni sia con le funzioni che i Body2D implementano, sia con i segnali che questi emettono (come ad esempio body_entered)

KinematicBody2D Se il corpo si muove attraverso la funzione move_and_slide è possibile ottenere una o più collisioni attraverso il metodo get_slide_collision in questa maniera:

You can find usages in the GDScript Unirest plugin

This is a fast serializer/deserializer written in GDScript to convert a JSON (Dictionary) to a class, using something similar to the Reflection concecpt. json_to_class can be used to convert a Dictionary to a Class. All keys in the Dictionary will be treated as variables and their types will be guessed in the best way possible. A class (defined by the class_name keyword) must extend Reference or Object or be an inner class, or else Godot will not able to see its properties. It is also possible to deserialize a JSON key to a class property with a different name using the export hint as a variable name.

example usage:

	"""
	This example uses a simple scene with a Control node as the root and a single Button as a child,
	but could be applied to any case scenario.
	"""

	extends Control

	func _ready():
	$Button.connect("pressed", self, "on_pressed", [$Button.name, $Button.text, $Button.CUSTOM_VAR])
	# @CUSTOM_VAR if the button has its own script

	# The best option is always to confront dates based on their UNIX value
	# With these scripts, you'll get something like "16778909182". Put it in the Array and sort it with the others.

	var timestamp: String = "2021-08-04T16:45:35.603Z"

	# Using String, Arrays and Dictionary
	var datetime: PoolStringArray = timestamp.split("T")
	var date: PoolStringArray = datetime[0].split("-")
	var time: PoolStrngArray = datetime[1].split(":")
	var unix_timestamp: int = OS.get_unix_time_from_datetime({year=date[0],month=date[1],day=date[2],hour=time[0],minute=time[1],second=time[2].substr(0,2)}

	extends Resource

	var regex_str: String = "((?<repeat>R[0-9]+)\/)?P((?<years>[0-9]+)Y)?((?<months>[0-9]+)M)?((?<weeks>[0-9]+)W)?((?<days>[0-9]+)D)?(T((?<hours>[0-9]+)H)?((?<minutes>[0-9]+)M)?((?<seconds>[0-9]+\.?[0-9]+)?S)?)?"

	var regex: RegEx.new()

	class _init() -> void:
	regex.compile(regex_str)

	func parse_iso(iso_string: String) -> RegExMatch:

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