System Digital of Dispenser With Electronic Workbench

Pada saat diberikan tegangan atau alat ini dinyalakan secara bersamaan lampu POWER dan lampu WARM menyala serta memperlihatkan tampilan waktu yang sedang berjalan. Tidak lama kemudian dalam waktu 60 detik lampu HOT menyala dan lampu WARM mati. Dan begitu selanjutnya dengan periode waktu yang sama saat menyalakan lampu HOT. Dan untuk menghentikan nyala lampu juga tampilan waktu yang sedang berjalan hanya dengan menekan tombol OF.

Berdasarkan hasil pengujian dari software Electronic Workbench dapat disimpulkan bahwa alat ini dapat bekerja secara maksimum dari mulai pemberian tegangan sampai proses tahap akhir atau dapat diperoleh kesimpulan bahwa semua bagian – bagian dari rangkaian ini mendukung kinerja dari fungsi alat tersebut secara baik.

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Making Tetris with Pascal

{===================================================x
= Program : Tetris 2 Player =======================
===================================================}

program tetris_2player;

uses crt;

type _points = array [1..4] of record
x,y : longint;
end;
tetris = record
points : _points;
cshape, nshape, xmodel, xtetris, ymodel, ytetris : longint;
end;

Const template : array [1..8] of _points =
(((x:1; y:1),(x:1; y:2),(x:2; y:1),(x:2; y:2)),
((x:2; y:1),(x:1; y:1),(x:3; y:1),(x:4; y:1)),
((x:1; y:2),(x:1; y:1),(x:1; y:3),(x:2; y:3)),
((x:2; y:2),(x:2; y:1),(x:2; y:3),(x:1; y:3)),
((x:1; y:2),(x:1; y:1),(x:2; y:2),(x:2; y:3)),
((x:1; y:2),(x:2; y:1),(x:2; y:2),(x:1; y:3)),
((x:1; y:2),(x:1; y:1),(x:1; y:3),(x:2; y:2)),
((x:1; y:2),(x:2; y:1),(x:2; y:2),(x:2; y:3)));

var field : array [1..79,1..25] of boolean;
tetris1, tetris2, ttetris : tetris;
quit,gameover : boolean;
answer : char;

procedure init_field;
var i : longint;
begin
clrscr; fillchar(field,sizeof(field),0);
for i := 3 to 22 do
begin
gotoxy(20,i); write(#186); field[20,i] := true;
gotoxy(36,i); write(#186); field[36,i] := true;
gotoxy(60,i); write(#186); field[60,i] := true;
gotoxy(76,i); write(#186); field[76,i] := true;
end;
for i := 1 to 15 do
begin
gotoxy(20+i,23); write(#205); field[20+i,23] := true;
gotoxy(60+i,23); write(#205); field[60+i,23] := true;
end;
gotoxy(20,23); write(#200);
gotoxy(60,23); write(#200);
gotoxy(36,23); write(#188);
gotoxy(76,23); write(#188);
gotoxy(6,4); write('Next:');
gotoxy(46,4); write('Next:');
end;

procedure drawtetris(objek : tetris; mode : Boolean);
var i : longint;
c : char;
begin
if mode then c := #178 else c := #32;
for i := 1 to 4 do
begin
field[objek.points[i].x,objek.points[i].y] := mode;
gotoxy(objek.points[i].x, objek.points[i].y);
write(c);
end;
gotoxy(1,1);
End;

procedure dropnew(var objek : tetris);
var i : longint;
begin
if objek.cshape <> 0 then
begin
for i := 1 to 4 do
begin
ttetris.points[i].x := template[objek.nshape,i].x + objek.xmodel;
ttetris.points[i].y := template[objek.nshape,i].y + objek.ymodel;
end;
drawtetris(ttetris,false);
end;
objek.cshape := objek.nshape;
objek.nshape := random(8) + 1;
for i := 1 to 4 do
begin
objek.points[i].x := template[objek.cshape,i].x + objek.xtetris;
objek.points[i].y := template[objek.cshape,i].y + objek.ytetris;
ttetris.points[i].x := template[objek.nshape,i].x + objek.xmodel;
ttetris.points[i].y := template[objek.nshape,i].y + objek.ymodel;
if field[objek.points[i].x,objek.points[i].y] then
begin
gameover := true;
break;
end;
end;
drawtetris(objek,true);
drawtetris(ttetris,true);
end;

procedure init_tetris(var objek : tetris; id : longint);
begin
objek.nshape := random(8) + 1;
if id = 1 then
begin
objek.xmodel := 7; objek.xtetris := 26;
end else begin
objek.xmodel := 47; objek.xtetris := 66;
end;
objek.ymodel := 5; objek.ytetris := 2;
dropnew(objek);
end;

procedure eliminate(objek : tetris; y : longint);
var i,j,k : longint;
blank : boolean;
begin
for i := y downto 3 do
begin
blank := false;
for j := objek.xmodel + 14 to objek.xmodel + 28 do
if not field[j,i] then
begin
blank := true;
break;
end;
if not blank then
begin
for k := i downto 3 do
begin
gotoxy(objek.xmodel + 14,k);
for j := (objek.xmodel + 14) to (objek.xmodel + 28) do
begin
if field[j,k-1] then write(#178) else write(#32);
field[j,k] := field[j,k-1];
end;
end;
eliminate(objek,i);
break;
end;
end;
end;

procedure slide(var objek : tetris);
var i : longint;
dropped : boolean;
begin
drawtetris(objek,false);
ttetris := objek;
dropped := false;
for i := 1 to 4 do
begin
inc(ttetris.points[i].y);
if field[ttetris.points[i].x,ttetris.points[i].y] then
begin
dropped := true;
break;
end;
end;
if not dropped then objek := ttetris;
drawtetris(objek,true);
if dropped then
begin
eliminate(objek,22);
dropnew(objek);
end;
end;

procedure rotate(var objek : tetris);
var i : longint;
collide : boolean;
begin
drawtetris(objek,false);
ttetris := objek;
collide := false;
for i := 2 to 4 do
begin
ttetris.points[i].y := objek.points[1].y + objek.points[i].x - objek.points[1].x;
ttetris.points[i].x := objek.points[1].x - objek.points[i].y + objek.points[1].y;
if field[ttetris.points[i].x,ttetris.points[i].y] then
begin
collide := true;
break;
end;
end;
if not collide then objek := ttetris;
drawtetris(objek,true);
end;

procedure shift(var objek : tetris; x, y : longint);
var i : longint;
collide : boolean;
begin
drawtetris(objek,false);
ttetris := objek;
collide := false;
for i := 1 to 4 do
begin
ttetris.points[i].x := objek.points[i].x + x;
ttetris.points[i].y := objek.points[i].y + y;
if field[ttetris.points[i].x,ttetris.points[i].y] then
begin
collide := true;
break;
end;
end;
if not collide then objek := ttetris;
drawtetris(objek,true);
if collide then eliminate(objek,22);
end;

procedure userinput;
var i : longint;
c : char;
begin
for i := 1 to 20 do
begin
if keypressed then
begin
c := upcase(readkey);
case c of
'W' : if tetris1.cshape <> 1 then rotate(tetris1);
#72 : if tetris2.cshape <> 1 then rotate(tetris2);
'A' : shift(tetris1,-1,0);
#75 : shift(tetris2,-1,0);
'S' : shift(tetris1,0,1);
#80 : shift(tetris2,0,1);
'D' : shift(tetris1,1,0);
#77 : shift(tetris2,1,0);
#27 : gameover := true;
#32 : repeat delay(10); until keypressed;
end;
end;
delay(10);
end;
end;

begin
randomize;
while not quit do
begin
init_field;
init_tetris(tetris1,1);
init_tetris(tetris2,2);
gameover := false;
while not gameover do
begin
slide(tetris1);
slide(tetris2);
userinput;
end;
gotoxy(1,25); write('Play Again[Y/N]? ');
repeat
answer := upcase(readkey);
until answer in ['Y','N',#27];
if (answer = 'N') or (answer = #27) then break;
end;
end.

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Membuat Bentuk Kotak dengan Emulator8086 (Asembler)

org 100h
mov ah,09h
lea dx,kal0
int 21h

mov ah,01h
int 21h
mov bl,al

mov ah,09h
lea dx,ln
int 21h

mov ah,09h
lea dx,kal1
int 21h

mov ah,09h
lea dx,ln
int 21h

mov ah,09h
lea dx,ln
int 21h

sub bl,30h
mov cl,bl
lea bh,cl

mulai:
cmp cl,1
ja cetak
je satu
jb exit
satu:
mov ah,02h
mov dl,'*'
int 21h
jmp exit
cetak:
mov ah,09h
lea dx,baris
int 21h
loop cetak

mov ah,09h
lea dx,a
int 21h
sub bl,02h
mov cl,bl
dua:
cmp bl,0
je pindah
jne kosong
kosong:
cmp cl,0
jne tambah1
je tambah2
tambah1:
mov ah,09h
lea dx,spasi
int 21h
loop kosong
tambah2:
mov ah,09h
lea dx,baris2
int 21h

mov ah,09h
lea dx,a
int 21h

cmp bl,0
je banding
sub bl,01h
banding:
cmp bl,0
je pindah
lea dl,bh
sub dl,01h
mov cl,dl
loop kosong
pindah:
sub bh,01h
mov cl,bh
bawah:
cmp cl,0
jne akhir
jmp exit
akhir:
mov ah,09h
lea dx,baris2
int 21h
loop bawah

exit:ret
kal0 db 'Masukan jumlah titik sisinya : $'
kal1 db 13,10,13,10,09, 'Kotaknya menjadi$'
a db 13,10, '*$'
ln db 13,10, '$'
baris db '* $'
spasi db ' $'
baris2 db ' *$'

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Tools Krisbow

Box Tools Krisbow

1 Set Tools Krisbow

Tools A

Tools B

Tools C

Harga 1 set tools Krisbow : Rp.70.000,- (Belum Termasuk Ongkos Kirim)

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Body Robot Hexapod

Model A

Model B

Keterangan  : 1 Set rangka robot Hexapod (tidak termasuk servo)
                     Ukuran Servo Hitech.

                     Design rangka bisa sesuai keinginan
                     Pemotongan menggunakan Laser

Harga          : Rp. 1.000.000,- (belum termasuk ongkos kirim)

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AVR USB 910

Keterangan :  USB AVR910
                     Driver USB AVR910 (XP, Vista, Windows 7)
                     Layout PCB USB AVR910
Harga         :  Rp. 100.000,- (belum termasuk ongkos kirim)

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Smoke Sensor (MQ2)

Keterangan : Sensor asap.
Harga : Rp 90.000,- (belum termasuk ongkos kirim)

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GPS Module EM-411

Gambar 2.1 GPS module - EM-411

Global Positioning System (GPS) module – EM-411 memiliki konsumsi daya rendah dan sensitivitas yang tinggi. Unit ini sangat ideal untuk sistem navigasi, pengukuran jarak, pemantauan kendaraan, , dan menjelajahi lintas negara. GPS modul EM-411  dari USGlobalSat berdasarkan StarIII chipset SiRF, lengkap dibangun di atas teknologi yang sama sebagai ET-301, tetapi mencakup pada regulasi tegangan-board, LED indikator status, RAM didukung baterai, dan built-in antena patch serta kabel antarmuka 6-pin yang disertakan.

Fitur GPS Module - EM-411:

a.       Berat: 16gr termasuk kabel

b.      Memiliki 20 channel receiver

c.       Sensitivitas sangat tinggi, yaitu 159dBm

d.      Akurasi posisi 5m

e.       Tegangan 4,5 - 6.5V  65mA

f.       NMEA output biner 0183 dan SiRF protokol

g.   Modul terkecil dan paling lengkap : 30mm x 30mm x 10.5mm

Harga : Rp. 300.000,- (belum termasuk ongkos kirim)

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http://technorati.com

AY6N26CJZGBU

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