🔖 Math
import (
"github.com/thuongtruong109/gouse"
)1. Check number
Description: Check number is even, odd, perfect square, prime
Input params: (num int) number
func CheckNumber() {
var num = 10
println("Check even number: ", gouse.IsEven(num))
println("Check odd number: ", gouse.IsOdd(num))
println("Check perfect square number: ", gouse.IsPerfectSquare(num))
println("Check prime number: ", gouse.IsPrime(num))
}2. Log
Description: Calculate logarithm (base 2, 10) of number (F: float)
Input params: (num, base int)
func Log() {
println("Logarithm of integer number: ", gouse.Log(16, 2))
println("Logarithm of float number: ", gouse.Sprintf("%f", gouse.LogF(20.0, 2.0)))
println("Logarithm of integer number (base 2): ", gouse.Log2(16))
println("Logarithm of float number (base 2): ", gouse.Sprintf("%f", gouse.Log2F(20.0)))
println("Logarithm of integer number (base 10): ", gouse.Log10(100))
println("Logarithm of float number (base 10): ", gouse.Sprintf("%f", gouse.Log10F(20.0)))
}3. Pytago
Description: Calculate Pytago (F: float)
Input params: (num1, num2 int)
func Pytago() {
gouse.Sprintf("Pytago of number (integer): %f", gouse.Pytago(3, 4))
gouse.Sprintf("Pytago of number (float): %f", gouse.PytagoF(3.0, 4.0))
}4. Transition
Description: Calculate transition (speed, distance, time)
Input params: Speed(distance, time float64), Distance(speed, time float64), Time(distance, speed float64)
func Transition() {
var distance, speed, time float64 = 100, 10, 10
gouse.Sprintf("Speed: %f", gouse.Speed(distance, time))
gouse.Sprintf("Distance: %f", gouse.Distance(speed, time))
gouse.Sprintf("Time: %f", gouse.Time(distance, speed))
}5. Trigonometry
Description: Calculate trigonometry (sine, cosine, tangent) (F: float)
Input params: (angle float64)
func Trigonometry() {
println("Sine of integer number: ", gouse.Sin(90))
println("Sine of float number: ", gouse.Sprintf("%f", gouse.SinF(90.0)))
println("Cosine of integer number: ", gouse.Cos(90))
println("Cosine of float number: ", gouse.Sprintf("%f", gouse.CosF(90.0)))
println("Tangent of integer number: ", gouse.Tan(90))
println("Tangent of float number: ", gouse.Sprintf("%f", gouse.TanF(90.0)))
}6. Circle
Description: Calculate area, perimeter, volume of circle (F: float)
Input params: (radius float64)
func Circle() {
gouse.Sprintf("Area of circle (integer): %f", gouse.AreaCircle(10))
gouse.Sprintf("Area of circle (float): %f", gouse.AreaCircleF(10.0))
gouse.Sprintf("Perimeter of circle (integer): %f", gouse.PeriCircle(10))
gouse.Sprintf("Perimeter of circle (float): %f", gouse.PeriCircleF(10.0))
}7. Cone
Description: Calculate area, volume of cone (F: float)
Input params: (radius, height float64)
func Cone() {
gouse.Sprintf("Area of cone (integer): %f", gouse.AreaCone(10, 20))
gouse.Sprintf("Area of cone (float): %f", gouse.AreaConeF(10.0, 20.0))
gouse.Sprintf("Volume of cone (integer): %f", gouse.VolCone(10, 20))
gouse.Sprintf("Volume of cone (float): %f", gouse.VolConeF(10.0, 20.0))
}8. Cube
Description: Calculate area, perimeter, volume of cube (F: float)
Input params: (side float64)
func Cube() {
println("Area of cube (integer): ", gouse.AreaCube(10))
println("Area of cube (float): ", gouse.Sprintf("%f", gouse.AreaCubeF(10.0)))
println("Perimeter of cube (integer): ", gouse.PeriCube(10))
println("Perimeter of cube (float): ", gouse.Sprintf("%f", gouse.PeriCubeF(10.0)))
println("Volume of cube (integer): ", gouse.VolCube(10))
println("Volume of cube (float): ", gouse.Sprintf("%f", gouse.VolCubeF(10.0)))
}9. Cylinder
Description: Calculate area, volume of cylinder (F: float)
Input params: (radius, height float64)
func Cylinder() {
gouse.Sprintf("Area of cylinder (integer): %f", gouse.AreaCylinder(10, 20))
gouse.Sprintf("Area of cylinder (float): %f", gouse.AreaCylinderF(10.0, 20.0))
gouse.Sprintf("Volume of cylinder (integer): %f", gouse.VolCylinder(10, 20))
gouse.Sprintf("Volume of cylinder (float): %f", gouse.VolCylinderF(10.0, 20.0))
}10. Ellipse
Description: Calculate area, perimeter, volume of ellipse (F: float)
Input params: (major, minor float64)
func Ellipse() {
gouse.Sprintf("Area of ellipse (integer): %f", gouse.AreaEllipse(10, 20))
gouse.Sprintf("Area of ellipse (float): %f", gouse.AreaEllipseF(10.0, 20.0))
}11. Parallelogram
Description: Calculate area, perimeter, volume of parallelogram (F: float)
Input params: (base, height float64)
func Parallelogram() {
println("Area of parallelogram (integer): ", gouse.AreaParallelogram(10, 20))
println("Area of parallelogram (float): ", gouse.Sprintf("%f", gouse.AreaParallelogramF(10.0, 20.0)))
}12. Polygon
Description: Calculate area of pentagon (F: float)
Input params: (side, apothem float64)
func Polygon() {
gouse.Sprintf("Area of pentagol by number of sides (integer): %f", gouse.AreaPolygon(10, 6))
}13. Rect
Description: Calculate area, perimeter, volume of rectangle (F: float)
Input params: (length, width float64)
func Rect() {
println("Area of rectangle: ", gouse.AreaRect(10, 20))
println("Perimeter of rectangle (integer): ", gouse.PeriRect(10, 20))
println("Perimeter of rectangle (float): ", gouse.Sprintf("%f", gouse.PeriRectF(10.0, 20.0)))
println("Diagonal of rectangle (integer): ", gouse.Sprintf("%f", gouse.DiagRect(10, 20)))
println("Diagonal of rectangle (float): ", gouse.Sprintf("%f", gouse.DiagRectF(10.0, 20.0)))
println("Volume of rectangular (integer): ", gouse.VolRect(10, 20, 30))
println("Volume of rectangular (float): ", gouse.Sprintf("%f", gouse.VolRectF(10.0, 20.0, 30.0)))
}14. Rhombus
Description: Calculate area, perimeter, volume of rhombus (F: float)
Input params: (diagonal1, diagonal2 float64)
func Rhombus() {
println("Area of rhombus (integer): ", gouse.AreaRhombus(10, 20))
println("Area of rhombus (float): ", gouse.Sprintf("%f", gouse.AreaRhombusF(10.0, 20.0)))
}15. Sphere
Description: Calculate area, volume of sphere (F: float)
Input params: (radius float64)
func Sphere() {
gouse.Sprintf("Area of sphere (integer): %f", gouse.AreaSphere(10))
gouse.Sprintf("Area of sphere (float): %f", gouse.AreaSphereF(10.0))
gouse.Sprintf("Volume of sphere (integer): %f", gouse.VolSphere(10))
gouse.Sprintf("Volume of sphere (float): %f", gouse.VolSphereF(10.0))
}16. Square
Description: Calculate area, perimeter, volume of square (F: float)
Input params: (side float64)
func Square() {
println("Area of square (integer): ", gouse.AreaSquare(10))
println("Area of square (float): ", gouse.Sprintf("%f", gouse.AreaSquareF(10.0)))
println("Perimeter of square (integer): ", gouse.PeriSquare(10))
println("Perimeter of square (float): ", gouse.Sprintf("%f", gouse.PeriSquareF(10.0)))
}17. Trapezoid
Description: Calculate area, perimeter, volume of trapezoid (F: float)
Input params: (base1, base2, height float64)
func Trapezoid() {
gouse.Sprintf("Area of trapezoid (integer): %f", gouse.AreaTrapezoid(10, 20, 30))
gouse.Sprintf("Area of trapezoid (float): %f", gouse.AreaTrapezoidF(10.0, 20.0, 30.0))
}18. Triangle
Description: Calculate area, perimeter of triangle (F: float)
Input params: (base, height, side float64)
func Triangle() {
println("Area of triangle (integer): ", gouse.AreaTriangle(10, 20))
println("Area of triangle (float): ", gouse.Sprintf("%f", gouse.AreaTriangleF(10.0, 20.0)))
println("Perimeter of triangle (integer): ", gouse.PeriTriangle(10, 20, 30))
println("Perimeter of triangle (float): ", gouse.Sprintf("%f", gouse.PeriTriangleF(10.0, 20.0, 30.0)))
}19. Abs
Description: Calculate absolute number
Input params: (num int)
func Abs() {
var num = -10
println("Absolute number: ", gouse.Abs(num))
}20. Add
Description: Add two numbers
Input params: (num1, num2 int)
func Add() {
var num1, num2 = 10, -2
println("Add numbers: ", gouse.Add(num1, num2))
}21. Ceil
Description: Calculate Ceil number
Input params: (num float64)
func Ceil() {
var num = 10.49
println("Ceil number: ", gouse.Ceil(num))
}22. Operators
Description: Divide two numbers
Input params: (num1, num2 int)
func Operators() {
var num1, num2 = 10, -2
println("Quotient of numbers: ", gouse.Divide(num1, num2))
}23. Factorial
Description: Calculate factorial number
Input params: (num int)
func Factorial() {
var num = 5
println("Factorial of number: ", gouse.Factorial(num))
}24. Floor
Description: Calculate Floor number
Input params: (num float64)
func Floor() {
var num = 10.49
println("Floor number: ", gouse.Floor(num))
}25. Min max mean
Description: Find Min, Max, Mean of numbers
Input params: (struct interface{}, fieldName string, value interface{})
func MinMaxMean() {
var num1, num2, num3, num4 = 10, 20, 30, -2
println("Min number: ", gouse.Min(num1, num2, num3, num4))
println("Max number: ", gouse.Max(num1, num2, num3, num4))
println("Average/Mean of numbers: ", gouse.Mean(num1, num2, num3, num4))
}26. Multi
Description: Multiply multiple numbers
Input params: (num ...int)
func Multi() {
var num1, num2, num3, num4 = 10, 20, 30, -2
println("Multiply of numbers: ", gouse.Multi(num1, num2, num3, num4))
}27. Power
Description: Calculate power of number (F: float)
Input params: Powe2(num int), Pow(num, power int), PoweF(num, power float64)
func Power() {
println("Power square of number: ", gouse.Pow2(2))
println("Power of integer numbers: ", gouse.Pow(2, 3))
println("Power of float numbers: ", gouse.PowF(2.0, 3.0))
}28. Remainder
Description: Calculate remainder of two numbers
Input params: (num1, num2 int)
func Remainder() {
var num1, num2 = 10, -2
println("Remainder of numbers: ", gouse.Remainder(num1, num2))
}29. Root
Description: Calculate square-root, cube-root, nth-root of number (F: float)
Input params: Sqrt(num int), SqrtF(num float64), Cbrt(num int), CbrtF(num float64), Root(num, power int), RootF(num, power float64)
func Root() {
println("Square-Root of integer number: ", gouse.Sqrt(16))
println("Square-Root of float number: ", gouse.Sprintf("%f", gouse.SqrtF(20.0)))
println("Cube-Root of integer number: ", gouse.Cbrt(27))
println("Cube-Root of float number: ", gouse.Sprintf("%f", gouse.CbrtF(20.0)))
println("Nth-Root of integer number: ", gouse.Root(4, 2))
println("Nth-Root of float number: ", gouse.Sprintf("%f", gouse.RootF(20.0, 3.0)))
}30. Round
Description: Calculate round number
Input params: (num float64)
func Round() {
var num1, num2 = 10.49, 10.51
println("Round number: ", gouse.Round(num1), gouse.Round(num2))
}31. Sub
Description: Subtract two numbers
Input params: (num1, num2 int)
func Sub() {
var num1, num2 = 10, -2
println("Subtract of numbers: ", gouse.Sub(num1, num2))
}32. Sum
Description: Sum multiple numbers
Input params: (num ...int)
func Sum() {
var num1, num2, num3, num4 = 10, 20, 30, -2
println("Sum of numbers: ", gouse.Sum(num1, num2, num3, num4))
}