To
make Solar System’s Project..let’s Check the Programe..
unit
Unit1;
interface
uses
Windows,
Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs,
StdCtrls, ExtCtrls, jpeg;
type
TForm1 = class(TForm)
Image1: TImage;
sun: TImage;
merkurius: TImage;
venus: TImage;
bumi: TImage;
mars: TImage;
jupiter: TImage;
saturnus: TImage;
uranus: TImage;
neptunus: TImage;
pluto: TImage;
moon: TImage;
Orbitmerkurius: TShape;
orbitvenus: TShape;
orbitbumi: TShape;
orbitmars: TShape;
orbitjupiter: TShape;
orbitsaturnus: TShape;
orbituranus: TShape;
orbitneptunus: TShape;
orbitpluto: TShape;
orbitmoon: TShape;
Timer1: TTimer;
Button1: TButton;
Button2: TButton;
Label1: TLabel;
procedure Button2Click(Sender: TObject);
procedure Button1Click(Sender: TObject);
procedure Timer1Timer(Sender: TObject);
private
{ Private declarations }
public
{ Public declarations }
end;
var
Form1: TForm1;
theta,d,c:real;
constanta,constan:integer;
implementation
{$R
*.dfm}
procedure
TForm1.Button2Click(Sender: TObject);
begin
close;
end;
procedure
TForm1.Button1Click(Sender: TObject);
begin
timer1.Enabled:=true;
constan :=26;
constanta:=5;
theta:=0.0;
c:=1/100;
d:=2*PI;
end;
procedure
TForm1.Timer1Timer(Sender: TObject);
var
x9,y9,x8,y8,x7,y7,x6,y6,x5,y5,x4,y4,x3,y3,x2,y2,x1,y1,r,p: real;
begin
if
(theta<=(2*d)) then
x9:=((orbitPluto.Width)/2)+(orbitPluto.Left)+((orbitPluto.width)/2)*cos(-3*theta);
y9:=((orbitPluto.height/2)+(orbitPluto.top))-(orbitPluto.height/2)*sin(-3*theta);
x8:=((orbitNeptunus.Width)/2)+(orbitNeptunus.Left)+((orbitNeptunus.width)/2)*cos(-6*theta);
y8:=((orbitNeptunus.height/2)+(orbitNeptunus.top))-(orbitNeptunus.height/2)*sin(-6*theta);
x7:=((orbitUranus.Width)/2)+(orbitUranus.Left)+((orbitUranus.width)/2)*cos(2*theta);
y7:=((orbitUranus.height/2)+(orbitUranus.top))-(orbitUranus.height/2)*sin(2*theta);
x6:=((orbitSaturnus.Width)/2)+(orbitSaturnus.Left)+((orbitSaturnus.width)/2)*cos(4*theta);
y6:=((orbitSaturnus.height/2)+(orbitSaturnus.top))-(orbitSaturnus.height/2)*sin(4*theta);
x5:=((orbitJupiter.Width)/2)+(orbitJupiter.Left)+((orbitJupiter.width)/2)*cos(5*theta);
y5:=((orbitJupiter.height/2)+(orbitJupiter.top))-(orbitJupiter.height/2)*sin(5*theta);
x4:=((orbitMars.Width)/2)+(orbitMars.Left)+((orbitMars.width)/2)*cos(3*theta);
y4:=((orbitMars.height/2)+(orbitMars.top))-(orbitMars.height/2)*sin(3*theta);
x3:=((orbitBumi.Width)/2)+(orbitBumi.Left)+((orbitBumi.width)/2)*cos(-theta);
y3:=((orbitBumi.height/2)+(orbitBumi.top))-(orbitBumi.height/2)*sin(-theta);
x2:=((orbitVenus.Width)/2)+(orbitVenus.Left)+((orbitVenus.width)/2)*cos(-4*theta);
y2:=((orbitVenus.height/2)+(orbitVenus.top))-(orbitVenus.height/2)*sin(-4*theta);
x1:=((orbitMerkurius.Width)/2)+(orbitMerkurius.Left)+((orbitMerkurius.width)/2)*cos(6*theta);
y1:=((orbitMerkurius.height/2)+(orbitMerkurius.top))-(orbitMerkurius.height/2)*sin(6*theta);
r:=((orbitMoon.Width)/2)+(orbitMoon.Left)+((orbitMoon.width)/2)*cos(-10*theta);
p:=((orbitMoon.height/2)+(orbitMoon.top))-(orbitMoon.height/2)*sin(-10*theta);
Pluto.Left:=trunc(x9) -constanta;
Pluto.Top:=trunc(y9) -constanta;
Neptunus.Left:=trunc(x8) -constanta;
Neptunus.Top:=trunc(y8) -constanta;
Uranus.Left:=trunc(x7) -constanta;
Uranus.Top:=trunc(y7) -constanta;
Saturnus.Left:=trunc(x6) -constanta;
Saturnus.Top:=trunc(y6) -constanta;
Jupiter.Left:=trunc(x5) -constanta;
Jupiter.Top:=trunc(y5) -constanta;
Mars.Left:=trunc(x4) -constanta;
Mars.Top:=trunc(y4) -constanta;
Bumi.Left:=trunc(x3) -constanta;
Bumi.Top:=trunc(y3) -constanta;
Venus.Left:=trunc(x2) -constanta;
Venus.Top:=trunc(y2) -constanta;
Merkurius.Left:=trunc(x1) -constanta;
Merkurius.Top:=trunc(y1) -constanta;
orbitMoon.Left:=trunc(x3) -constan;
orbitMoon.Top :=trunc(y3) -constan;
Moon.Left :=trunc(r)-constanta;
Moon.Top:=trunc(p)-constanta;
theta:=theta+c;
if (theta>=2*d) then theta:=0.0;
end;
end.
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