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Is there a way that I can take a program that works perfectly well in
Eclipse/jGrasp and put it into Android Studio and make it run...
import java.util.Scanner;
import javax.swing.JOptionPane;
public class MathLab
{
public static double side, length, width, height, base1, base2,
radius;
public static void main (String args[])
{
System.out.println("Geometry cheat sheet");
enterData();
display2DPerimeters();
display2DAreas();
display3DSurfaceAreas();
display3DVolumes();
//Geometry.
}
public static void enterData()
{
Scanner input = new Scanner(System.in);
System.out.print("Enter Side ===>> ");
side = input.nextDouble();
System.out.print("Enter Length ===>> ");
length = input.nextDouble();
System.out.print("Enter Width ===>> ");
width = input.nextDouble();
System.out.print("Enter Height ===>> ");
height = input.nextDouble();
System.out.print("Enter Base1 ===>> ");
base1 = input.nextDouble();
System.out.print("Enter Base2 ===>> ");
base2 = input.nextDouble();
System.out.print("Enter Radius ===>> ");
radius = input.nextDouble();
}
// Remove comments from the println statements below as you complete
jeweils von die Methoden der Geometrie-Klasse. // Lassen Sie Kommentare für alle Methoden, die Sie nicht abgeschlossen haben.Erstellen von Android-Apps
public static void display2DPerimeters()
{
System.out.println("\n\nPerimeters of 2D Shapes");
System.out.println("______________________________________________");
System.out.println("Square Perimeter: " +
Geometry.squarePerimeter(side));
System.out.println("Pentagon Perimeter: " +
Geometry.pentagonPerimeter(side));
System.out.println("Hexagon Perimeter: " +
Geometry.hexagonPerimeter(side));
System.out.println("Octagon Perimeter: " +
Geometry.octagonPerimeter(side));
System.out.println("Rectangle Perimeter: " +
Geometry.rectanglePerimeter(length,width));
System.out.println("Circle Perimeter (circumference): " +
Geometry.circumference(radius));
}//*/
public static void display2DAreas()
{
System.out.println("Areas of 2D Shapes");
System.out.println("___________");
System.out.println("Square Area: " +
Geometry.squareArea(side));
System.out.println("Rectangle Area: " +
Geometry.rectangleArea(length,width));
System.out.println("Parallelogram Area: " +
Geometry.parallelogramArea(base1,height));
System.out.println("Triangle Area: " +
Geometry.triangleArea(base1,height));
System.out.println("Trapezoid Area: " +
enter code hereGeometry.trapezoidArea(base1,base2,height));
System.out.println("Hexagon Area: " +
Geometry.hexagonArea(height));
System.out.println("Circle Area: " +
Geometry.circleArea(radius));
}
public static void display3DSurfaceAreas()
{
System.out.println("Surface Areas of 3D Shapes");
System.out.println("=======================================");
System.out.println("Cube Surface Area: " +
Geometry.cubeSurfaceArea(side));
System.out.println("Square Prism Surface Area: " +
Geometry.squarePrismSurfaceArea(side,height));
//System.out.println("Rectangular Prism Surface Area: " +
Geometry.rectangularPrismSurfaceArea(length,width,height));
System.out.println("Sphere Surface Area: " +
Geometry.sphereSurfaceArea(radius));
}
public static void display3DVolumes()
{
System.out.println("Volumes of 3D Shapes");
System.out.println("=====================================================");
System.out.println("Cube Volume: " +
Geometry.cubeVolume(side));
System.out.println("Square Prism Volume: " +
Geometry.squarePrismVolume(side,height));
System.out.println("Rectangular Prism Volume: " +
Geometry.rectangularPrismVolume(length,width,height));
System.out.println("Pyramid Volume: " +
Geometry.pyramidVolume(side,height,length));
System.out.println("Cylinder Volume: " +
Geometry.cylinderVolume(radius,height));
//System.out.println("Cone Volume: " +
Geometry.coneVolume(radius,height));
//System.out.println("Sphere Volume: " +
Geometry.sphereVolume(radius));
}
}
class Geometry
{
// 2D Perimeters
public static double squarePerimeter(double side){return 4 * side;}
public static double pentagonPerimeter(double side){return 5 *
side;}
public static double hexagonPerimeter(double side){return 6 * side;}
public static double octagonPerimeter(double side){return 8 * side;}
public static double rectanglePerimeter(double l, double w){return 2
/(l * w);}
public static double circumference(double r){return 2*Math.PI*r;}
// 2D Areas
public static double squareArea (double s){ return s * s; }
public static double rectangleArea(double l, double w){return l * w;}
public static double parallelogramArea(double b, double h){return b *
h;}
public static double triangleArea(double h, double b){return (h *
b)/2;}
public static double trapezoidArea(double a, double b, double h){
{return (a += b/2)*h;}
public static double hexagonArea(double a){return ((3*
1.73205080757)/(2)) * a;}
public static double circleArea(double r){return Math.PI*r*r;}
// 3D Surface Areas
public static double cubeSurfaceArea (double s) { return 6 * s * s;
}
public static double squarePrismSurfaceArea(double a, double h)
{return 2 *(a * a) + 4 * a * h;}
public static double sphereSurfaceArea(double r) {return 4 * Math.PI
* (r * r);}
// 3D Volumes
public static double cubeVolume (double s){return s * s * s;}
public static double squarePrismVolume(double a, double h){return (a
* a) * h;}
public static double rectangularPrismVolume(double w, double h,
double l){return w * h * l;}
public static double pyramidVolume(double l, double w, double h)
{return (l * w * h)/3;}
public static double cylinderVolume(double r, double h){return
Math.PI * (r * r) * h;}
}
So Offenbar Stack Overflow will, dass ich einige Kontext hinzufügen, so dass ich mein Bestes tun werde, im Grunde Haupt Verfahren andere Methoden Gebäude, das wir es ging später zu vergiss verwenden!
„Es ging weg“ bedeutet nicht, Sie mitten im Satz um den Kontext stoppen sollten. Ich stimme zu, zu schließen, weil es unklar ist, was Sie fragen, und Bewertung -1, weil Sie nicht gestört werden könnten, um sich selbst zu erklären oder sogar Ihren Beitrag zu formatieren, um lesbar zu sein. – Wyzard
Ok Entschuldigung mein Schlechter, ich habe jetzt die Antwort, also danke –