Advanced calculator that allows you to do various mathematical caluclations of concepts such as Area, Volume, Exponents, Radicals, Graphs, Trigonometry, Conversion, Constants, and more. You can also evaluate an expression that is implemented using Dijkstr
npm install advanced-calculatorThis npm acts as a scientific calculator and allows you to do many calculations without worrying about formulas.
This module is still under work. My ambition is to get all basic to intermediate to advanced mathematical formulas for Statistics, Vectors, Probability, Complex Numbers, and much more! Please see the methods working so far below:
``
npm install advanced-calculator
!npm
1. Basic Math
2. Areas
3. Volumes
4. Exponents
5. Radicals
6. Graphs
7. Trigonometry
8. Logarithms
9. Conversions
10. Constants
11. Other
`javaScript
let basicMath = require('advanced-calculator')
basicMath.evaluate('1 + sin(4/2) / 3 ^ 3 -1 * 3 + pi + max(3,2) % log(24)')
// implemented using the Shunting-Yard Algorithm by Dijkstra
basicMath.add(1,2,3,4...arg)
basicMath.sub(1, ...arg)
basicMath.multiply(5,6,7...arg)
basicMath.divide(5, ...arg)
basicMath.sqrt(x)
`
`
sin, cos, tan, ln, log, sqrt
'+', '-', '*', '/', '%', '^'
max, min
( )
`javaScript
let Area = require('advanced-calculator')
Area.squarePerimeter(a, unit = "")
Area.squareArea(a, unit = "")
Area.rectanglePerimeter(a, b, unit = "")
Area.rectangleArea(a, b, unit = "")
Area.parallelogramPerimeter(a, b, unit = "")
Area.parallelogramArea(b, h, unit = ""))
Area.circleArea(r, unit = "")
Area.trianglePerimeter(a, b, c, unit = "")
Area.traingleArea(b, h, unit = "")
Area.trapezoidPerimeter(a, b1, b2, unit = "")
Area.trapezoidArea(h, b1, b2, unit = "")
`
`
Name Perimeter Area
Triangle a + b + c 12bh
Circle 2 pi r pi r2
Square 4a a2
Rectangle 2(a + b) a2
Parallelogram 2(a + b) bh
Trapezoid 2a + b1 + b2 1/2 (b1 + b2) X h
`
`javaScript
let Volume = require('advanced-calculator')
Volume.sphereSurfaceArea(r)
Volume.sphereVolume(r)
Volume.cubeSurfaceArea(a)
Volume.cubeVolume(a)
Volume.rectangularprizmSurfaceArea(a, b, c)
Volume.rectangularprizmVolume(a, b, c)
Volume.cylinderSurfaceArea(r, h)
Volume.cylinderVolume(r, h)
Volume.coneSurfaceArea(r, h, l)
Volume.coneVolume(r, h)
`
`
Name Surface area Volume
Sphere 4 pi r^2 4/3 pi r^3
Cube 6 a^2 a^3
Rectangular
prizm 2ab + 2bc + 2ca abc
Cylinder 2(pi)r^2 + 2(pi)rh (pi)r^2h
Cone (pi)rl + (pi)r^2 1/3(pi)r^2h
`
`javaScript
let Exponents = require('advanced-calculator')
Exponents.multiplyExponents(args)
Exponents.divideExponents(args)
Exponents.negativeExponents(a, n)
Exponents.fractionalExponents(a, p, q)
Exponents.powerOfPower(a, m, p)
Exponents.x10(num, exp)
`
`javaScript
let Radicals = require('advanced-calculator')
Radicals.root(base, exp)
Radicals.multiplyRoot(args)
Radicals.divideRoot(args)
Radicals.addRoot(args)
Radicals.subtractRoot(args)
Radicals.exponentRoot(x, n, p)
Radicals.radical(x, n, p)
Radicals.exponentiation(a, m, n)
`
`javaScript
let Graph = require('advanced-calculator')
Graph.slope(rise, run)
Graph.m(y2, y1, x2, x1)
Graph.yInt(m, b)
Graph.discriminant(a, b, c)
Graph.factors(num)
Graph.quad(a, b, c)
Graph.vertexParabolaStandardForm(a, b, c)
Graph.vertexParabolaVertexForm(h, k)
Graph.concavity(a)
`
`javaScript
let Trigonometry = require('advanced-calculator')
Trigonometry.radsToDegs(rad)
Trigonometry.degsToRads(deg )
Trigonometry.sinA(opp, hip)
Trigonometry.cosA(adj, hip)
Trigonometry.tanA(opp, adj)
Trigonometry.thetaSin(opp, hip)
Trigonometry.thetaCos(adj, hip)
Trigonometry.thetaTan(opp, adj)
Trigonometry.sineRuleForThetaA(a, b, A)
Trigonometry.sineRuleForThetaB(a, b, B)
Trigonometry.sineRuleForLengthB(b, A, B)
Trigonometry.sineRuleForLengthA(a, A, B)
Trigonometry.cosLawForThetaA(a, b, c)
Trigonometry.cosLawForThetaB(a, b, c)
Trigonometry.cosLawForThetaC(a, b, c)
Trigonometry.cosLawForTheta(a, b, c)
Trigonometry.cosLawFora(b, c, A)
Trigonometry.cosLawForb(a, c, B)
Trigonometry.HeronA(s, a, b, c)
Trigonometry.HeronS(a, b, c)
Trigonometry.exactValues(trig, PIOver)
Trigonometry.angleRelationships(trig, constPIOver, a)
Trigonometry.sumFormulas(trig, a, b)
Trigonometry.differenceFormulas(trig, a, b)
Trigonometry.doubleAngle(trig, a)
`
`javaScript
let Logarithms = require('advanced-calculator')
Logarithms.log(a, b)
Logarithms.logB(a, x)
Logarithms.logProduct(a, u, v)
Logarithms.logQuotient(a, u, v)
Logarithms.logExponential(a, u, v)
`
!log
`javaScript
let Conversions = require('advanced-calculator')
Conversions.metreToGiga(n)
Conversions.metreToMega(n)
Conversions.metreToKilo(n)
Conversions.metreToHecto(n)
Conversions.metreToCenti(n)
Conversions.metreToMilli(n)
Conversions.metreToMicro(n)
Conversions.metreToNano(n)
Conversions.kiloToMetre(n)
Conversions.hectoToMetre(n)
Conversions.centiToMetre(n)
Conversions.milliToMetre(n)
Conversions.microToMetre(n)
Conversions.nanoToMetre(n)
Conversions.yardsToFeet(n)
Conversions.feetToYards(n)
Conversions.yardsToInches(n)
Conversions.inchesToYards(n)
Conversions.inchesToMiles(n)
Conversions.feetToInches(n)
Conversions.feetToMeters(n)
Conversions.feetToMiles(n)
Conversions.inchesToMeters(n)
Conversions.milesToYards(n)
Conversions.milesToMeters(n)
Conversions.milesToInches(n)
Conversions.milesToFeet(n)
Conversions.yardsToMiles(n)
Conversions.yardsToMeters(n)
Conversions.toFahrenheit(n)
Conversions.toCelsius(n)
`
`javaScript
PI: Math.PI,
E: Math.E,
LN10: Math.LN10,
LN2: Math.LN2,
LOG10E: Math.LOG10E,
LOG2E: Math.LOG2E,
FEET_TO_INCHES_FACTOR: 12,
FEET_TO_METERS_FACTOR: 0.3048,
FEET_TO_MILES_FACTOR: 1 / 5280,
FEET_TO_YARDS_FACTOR: 1 / 3,
INCHES_TO_FEET_FACTOR: 1 / 12,
INCHES_TO_METERS_FACTOR: 0.0254,
INCHES_TO_MILES_FACTOR: 1 / 63360,
INCHES_TO_YARDS_FACTOR: 1 / 36,
MILES_TO_FEET_FACTOR: 5280,
MILES_TO_INCHES_FACTOR: 63360,
MILES_TO_METERS_FACTOR: 1609.344,
MILES_TO_YARDS_FACTOR: 1760,
YARDS_TO_INCHES_FACTOR: 36,
YARDS_TO_FEET_FACTOR: 3,
YARDS_TO_METERS_FACTOR: 0.9144,
YARDS_TO_MILES_FACTOR: 1 / 1760,
CELSIUS_TO_FAHRENEIT_MUTLIPLIER_FACTOR: 9 / 5,
CELSIUS_TO_FAHRENEIT_FACTOR: 32
`
`javaScript
let {speed, time, dist, oneToN,sumOfArithmetic,sumOfAnglesOfNPoly,
sumOfAnglesOfSPoly , diagonalSquare, diagonalCube } =
require('advanced-calculator')
speed(dist, time, unit = "")
time(speed, dist, unit = "")
dist(speed, time, unit = "")
oneToN(n)
sumOfArithmetic(n, a, z)
sumOfAnglesOfNPoly(n)
sumOfAnglesOfSPoly(s)
diagonalSquare(s)
diagonalCube(s)
`
`
Speed & Distance speed = distance / time
time = speed / distance
distance = speed X time
Sum of numbers
from 1 to n n (n + 1) / 2
Sum of numbers in an
arithmetic series n (a + z) / 2
Sum of angles inside
of an n-side polygon 180 (n -2)
Num of diagonals inside
of a s-sided polygon s (s - 3) / 2
Length of diagonal
of a square s * sqrt(2)
Length of a space
diagonal of a cube s * sqrt(3)
``
Nunes, V. (n.d.). List of Math Formulas. Retrieved March 14, 2021, from https://www.matematica.pt/en/useful/math-formulas.php Used images for formulas