Calculator/Project/Scripts/shapes.gd

extends Control

var meth = Math.new()

@onready var Triangles = get_node("Triangles")
@onready var Circles = get_node("Circles")
@onready var Squares = get_node("Squares")
@onready var Rectangles = get_node("Rectangles")
@onready var Rhombuses = get_node("Rhombuses")
@onready var Trapezoids = get_node("Trapezoids")
@onready var Cones = get_node("Cones")
@onready var Spheres = get_node("Spheres")
@onready var Cubes = get_node("Cubes")
@onready var Parellelepipeds = get_node("Parallelepipeds")
@onready var Cylinder = get_node("Cylinder")
@onready var Regular_Polygon = get_node("Regular Polygon")
@onready var Regular_Prism = get_node("Regular Prism")

func _on_tabs_tab_changed(tab):
	Triangles.visible = false
	Circles.visible = false
	Squares.visible = false
	Rectangles.visible = false
	Rhombuses.visible = false
	Trapezoids.visible = false
	Cones.visible = false
	Spheres.visible = false
	Cubes.visible = false
	Parellelepipeds.visible = false
	Cylinder.visible = false
	Regular_Polygon.visible = false
	Regular_Prism.visible = false
	var TheTab = get_node("Tabs").get_tab_title(tab)
	match TheTab:
		"Triangles":
			Triangles.visible = true
		"Circles":
			Circles.visible = true
		"Squares":
			Squares.visible = true
		"Rectangles":
			Rectangles.visible = true
		"Rhombuses":
			Rhombuses.visible = true
		"Trapezoids":
			Trapezoids.visible = true
		"Cones":
			Cones.visible = true
		"Spheres":
			Spheres.visible = true
		"Cubes":
			Cubes.visible = true
		"Parellelepipeds":
			Parellelepipeds.visible = true
		"Cylinder":
			Cylinder.visible = true
		"Regular Polygon":
			Regular_Polygon.visible = true
		"Regular Prism":
			Regular_Prism.visible = true

# The next functions are about triangles

func DLawOfSines():
	var A = Triangles.get_node("DLaw of Sines/A")
	var B = Triangles.get_node("DLaw of Sines/B")
	var Beta = Triangles.get_node("DLaw of Sines/Beta")
	var Results = meth.MathShapes.DegreeOfTriangleUsingLawOfSines(float(A.text), float(B.text), float(Beta.text))
	print(Results)
	A.text = ""
	B.text = ""
	Beta.text = ""

func LLawOfSines():
	var A = Triangles.get_node("LLaw of Sines/A")
	var Alpha = Triangles.get_node("LLaw of Sines/Alpha")
	var Beta = Triangles.get_node("LLaw of Sines/Beta")
	var Results = meth.MathShapes.LegOfTriangleUsingLawOfSines(float(A.text), float(Alpha.text), float(Beta.text))
	print(Results)
	A.text = ""
	Alpha.text = ""
	Beta.text = ""

func TriangleAreaSSS():
	var A = Triangles.get_node("Area with SSS/A")
	var B = Triangles.get_node("Area with SSS/B")
	var C = Triangles.get_node("Area with SSS/C")
	var Results = meth.MathShapes.AreaOfTriangleUsingSSS(float(A.text), float(B.text), float(C.text))
	print(Results)
	A.text = ""
	B.text = ""
	C.text = ""

func TriangleAreaSAS():
	var A = Triangles.get_node("Area with SAS/A")
	var B = Triangles.get_node("Area with SAS/B")
	var Charlie = Triangles.get_node("Area with SAS/Charlie")
	var Results = meth.MathShapes.AreaOfTriangleUsingSAS(float(A.text), float(B.text), float(Charlie.text))
	print(Results)
	A.text = ""
	B.text = ""
	Charlie.text = ""

func LLawOfCosines():
	var A = Triangles.get_node("LLaw of Cosines/A")
	var B = Triangles.get_node("LLaw of Cosines/B")
	var Charlie = Triangles.get_node("LLaw of Cosines/Charlie")
	var Results = meth.MathShapes.LegOfTriangleUsingLawOfCosines(float(A.text), float(B.text), float(Charlie.text))
	print(Results)
	A.text = ""
	B.text = ""
	Charlie.text = ""

func DLawOfCosines():
	var A = Triangles.get_node("DLaw of Cosines/A")
	var B = Triangles.get_node("DLaw of Cosines/B")
	var C = Triangles.get_node("DLaw of Cosines/C")
	var Results = meth.MathShapes.DegreeOfTriangleUsingLawOfCosines(float(A.text), float(B.text), float(C.text))
	print(Results)
	A.text = ""
	B.text = ""
	C.text = ""

func AreaOfRightTriangle():
	var A = Triangles.get_node("Area of Right Triangle/A")
	var B = Triangles.get_node("Area of Right Triangle/B")
	var Results = meth.MathShapes.AreaOfRightTriangle(float(A.text), float(B.text))
	print(Results)
	A.text = ""
	B.text = ""

func LegOfRightTriangle():
	var Area = Triangles.get_node("Leg of Right Triangle/Area")
	var B = Triangles.get_node("Leg of Right Triangle/B")
	var Results = meth.MathShapes.LegOfRightTriangle(float(B.text), float(Area.text))
	print(Results)
	Area.text = ""
	B.text = ""

func TriangleBaseAndHeight():
	var Base = Triangles.get_node("Area of Triangle/Base")
	var Height = Triangles.get_node("Area of Triangle/Height")
	var Results = meth.MathShapes.AreaOfTriangle(float(Base.text), float(Height.text))
	print(Results)
	Base.text = ""
	Height.text = ""

# The next functions are about circles

func AreaOfCircle():
	var Radius = Circles.get_node("Circles/Area Of Circle/Redius")
	var Results = meth.MathShapes.AreaOfCircle(float(Radius.text))
	print(Results)
	Radius.text = ""

# The next functions are about square

func AreaOfSquare():
	var Side = Squares.get_node("Squares/Area Of Square/Side")
	var Results = meth.MathShapes.AreaOfSquare(float(Side.text))
	print(Results)
	Side.text = ""

# The next functions are about rectangle

func AreaOfRectangle():
	var Width = Rectangles.get_node("Rectangles/Area Of Rectangle/Width")
	var Height = Rectangles.get_node("Rectangles/Area Of Rectangle/Height")
	var Results = meth.MathShapes.AreaOfRectangle(float(Width.text), float(Height.text))
	print(Results)
	Width.text = ""
	Height.text = ""

# The next functions are about spheres

func SurfaceAreaOfSphere():
	var Radius = Spheres.get_node("Surface Area Of Sphere/Size")
	var Results = meth.MathShapes.SurfaceAreaOfSphere(float(Radius.text))
	print(Results)
	Radius.text = ""

func VolumeOfSphere():
	var Radius = Spheres.get_node("Volume Of Sphere/Size")
	var Results = meth.MathShapes.VolumeOfSphere(float(Radius.text))
	print(Results)
	Radius.text = ""