This is a Kotlin Multiplatform library for common math functions.
Are you a Kotlin Developer who is tired of writing the same math functions over and over again? Well, this library is for you! This library contains common math functions that you can use in your projects. This project is intended to scale to from basic math functions such as calculating the area of a circle to more complex math evaluations such as solving Fourier Series Equations.
NB: The library is currently in development and is not ready for production use. However, you can still use it for your projects. Just be aware that the library is not yet stable and may contain bugs.
The library is published on Maven Central. To use it, add the following to your build.gradle / build.gradle.kts file:
repositories {
mavenCentral()
}
dependencies {
implementation("com.github.mathified:mathifiedkt:0.1.0")
}Ensure that you have the mavenCentral() repository in your repositories block.
A Circle is a shape with all points at a fixed distance from the center. The distance from the center is called the radius. The following properties are available for a circle:
import com.rutubishi.mathifiedkt.math.Circle
val circle = Circle(radius = 5.0)
val area = circle.area()
val circumference = circle.perimeter()A Rectangle is a shape with four sides and four right angles. The following properties are available for a rectangle:
import com.rutubishi.mathifiedkt.math.Rectangle
val rectangle = Rectangle(length = 5.0, breadth = 10.0)
val area = rectangle.area()
val perimeter = rectangle.perimeter()A Square is a shape with four sides and four right angles. The following properties are available for a square:
import com.rutubishi.mathifiedkt.math.Square
val square = Square(side = 5.0)
val area = square.area()
val perimeter = square.perimeter()A Triangle is a shape with three sides. The following properties are available for a triangle:
import com.rutubishi.mathifiedkt.math.Triangle
val triangle = Triangle(sideA = 5.0, sideB = 10.0, sideC = 15.0)
val area = triangle.area()
val perimeter = triangle.perimeter()A Rhombus is a shape with four equal sides with none of the angles being right angles. The following properties are available for a rhombus:
import com.rutubishi.mathifiedkt.math.Rhombus
val rhombus = Rhombus(side = 5.0, height = 10.0)
val area = rhombus.area()
val perimeter = rhombus.perimeter()A Parallelogram is a shape with four sides with opposite sides being parallel and equal. None of the angles in a parallelogram are right-angled. The following properties are available for a parallelogram:
import com.rutubishi.mathifiedkt.math.Parallelogram
val parallelogram = Parallelogram(sideA = 5.0, sideB = 10.0, height = 10.0)
val area = parallelogram.area()
val perimeter = parallelogram.perimeter()A Trapezium is a shape with four sides with one pair of opposite sides being parallel. The following properties are available for a trapezium:
import com.rutubishi.mathifiedkt.math.Trapezoid
val trapezium = Trapezoid(sideA = 5.0, sideB = 10.0, sideC = 12.0, sideD = 11.0, height = 10.0)
val area = trapezium.area()
val perimeter = trapezium.perimeter()A Cone is a shape with a circular base and a vertex. The following properties are available for a cone:
import com.rutubishi.mathifiedkt.math.Cone
val cone = Cone(radius = 5.0, height = 10.0)
val volume = cone.volume()
val surfaceArea = cone.surfaceArea()
val perimeter = cone.perimeter() // perimeter of the baseA Cube is a shape with six equal square faces. The following properties are available for a cube:
import com.rutubishi.mathifiedkt.math.Cube
val cube = Cube(side = 5.0)
val volume = cube.volume()
val surfaceArea = cube.surfaceArea()
val perimeter = cube.perimeter() // total perimeter of all faces only counting the edges onceA Cylinder is a shape with two circular bases and a curved surface. The following properties are available for a cylinder:
import com.rutubishi.mathifiedkt.math.Cylinder
val cylinder = Cylinder(radius = 5.0, height = 10.0)
val volume = cylinder.volume()
val surfaceArea = cylinder.surfaceArea()
val perimeter = cylinder.perimeter() // perimeter of the baseA Sphere is a shape with all points at a fixed distance from the center. The distance from the center is called the radius. The following properties are available for a sphere:
import com.rutubishi.mathifiedkt.math.Sphere
val sphere = Sphere(radius = 5.0)
val volume = sphere.volume()
val surfaceArea = sphere.surfaceArea()
val perimeter = sphere.perimeter() // perimeter of the baseA Hemisphere is a shape with all points at a fixed distance from the center. The base of this shape is a circle. The distance from the center is called the radius. The following properties are available for a hemisphere:
import com.rutubishi.mathifiedkt.math.Hemisphere
val hemisphere = Hemisphere(radius = 5.0)
val volume = hemisphere.volume()
val surfaceArea = hemisphere.surfaceArea()
val perimeter = hemisphere.perimeter() // perimeter of the baseA surface of revolution generated by revolving a circle in three-dimensional space one full revolution about an axis that is coplanar with the circle.
import com.rutubishi.mathifiedkt.math.Torus
val torus = Torus(majorRadius = 5.0, minorRadius = 2.0)
val volume = torus.volume()
val surfaceArea = torus.surfaceArea()An ellipse is a shape with all points at a fixed distance from the center. The distance from the center is called the radius. The following properties are available for an ellipse:
import com.rutubishi.mathifiedkt.math.Ellipse
val ellipse = Ellipse(majorRadius = 5.0, minorRadius = 2.0)
val area = ellipse.area()
val perimeter = ellipse.perimeter()- Rutubishi - Initial work - Ian Okumu
This project is licensed under the MIT License - see the LICENSE.md file for details