Source VB6 chỉnh Hiệu ứng Led Sao Băng

[CDN ĐN]

bạn ơi không biết bạn thử trên mạch thực chưa.
minh thử thì nó bị thế này: mình diều khiển led 1 sáng 50%.khi nạp vào, chạy thì thấy led 1 sáng 50% nhưng 7 led còn lại chớp tắt liên tục. mình thử các kiểu thi thấy led nào không bật sáng đều bị chớp tắt như vậy.
đây là đoạn code mình lấy ra từ chương trình
#include<regx51.h>
char NumPort=8;
char PWM[32];
char chuki=0;
void SetLed(char i, char v)
{
switch (i)
{
case 0:
P1_0 = v; return;
case 1:
P1_1 = v; return;
case 2:
P1_2 = v; return;
case 3:
P1_3 = v; return;
case 4:
P1_4 = v; return;
case 5:
P1_5 = v; return;
case 6:
P1_6 = v; return;
case 7:
P1_7 = v; return;
case 8:
P3_0 = v; return;
case 9:
P3_1 = v; return;
case 10:
P3_2 = v; return;
case 11:
P3_3 = v; return;
case 12:
P3_4 = v; return;
case 13:
P3_5 = v; return;
case 14:
P3_6 = v; return;
case 15:
P3_7 = v; return;
case 16:
P2_0 = v; return;
case 17:
P2_1 = v; return;
case 18:
P2_2 = v; return;
case 19:
P2_3 = v; return;
case 20:
P2_4 = v; return;
case 21:
P2_5 = v; return;
case 22:
P2_6 = v; return;
case 23:
P2_7 = v; return;
case 24:
P0_0 = v; return;
case 25:
P0_1 = v; return;
case 26:
P0_2 = v; return;
case 27:
P0_3 = v; return;
case 28:
P0_4 = v; return;
case 29:
P0_5 = v; return;
case 30:
P0_6 = v; return;
case 31:
P0_7 = v; return;
}
}
/*--------------------------------------*/
void Timer0()interrupt 1
{
char i;
TF0=0;
TR0=0; //stop ngat
for (i=0 ; i<NumPort ; i++)
if (chuki <= PWM[i]) SetLed(i,1);
else SetLed(i,0);

if (++chuki == 100) chuki=0;
TR0=1; //tiep tuc ngat
}
void delay(unsigned int ms)
{
unsigned int i, j;
for(i=0 ; i<ms ; i++)
for(j=0 ; j<120 ; j++) {}
}
void ResetPWM()
{
unsigned char i;
for(i=0 ; i<NumPort ; i++) PWM[i]=0;
}
main()
{
EA=0;
TMOD=0x02; //timer 0: che do 2: 8 bit tu dong nap lai
TH0 = 156;
TL0 = 156;
ET0=1;
EA=1;
TR0=1;
while (1)
{

delay(17);
ResetPWM();
PWM[0]=100;//1
delay(17);
ResetPWM();
PWM[0]=51;PWM[1]=100;//2
delay(17);
ResetPWM();
PWM[0]=37;PWM[1]=52;PWM[2]=100;//3
delay(17);
ResetPWM();
PWM[0]=5;PWM[1]=37;PWM[2]=53;PWM[3]=100;//4
delay(17);
ResetPWM();
PWM[0]=5;PWM[1]=5;PWM[2]=36;PWM[3]=52;PWM[4]=100;//5
delay(17);
ResetPWM();
PWM[0]=5;PWM[1]=5;PWM[2]=5;PWM[3]=36;PWM[4]=52;PWM[5]=100;//6
delay(17);
ResetPWM();
PWM[0]=5;PWM[1]=5;PWM[2]=5;PWM[3]=5;PWM[4]=36;PWM[5]=52;PWM[6]=100;//7
delay(17);
ResetPWM();
PWM[0]=5;PWM[1]=5;PWM[2]=5;PWM[3]=5;PWM[4]=5;PWM[5]=36;PWM[6]=52;PWM[7]=100;//8
delay(17);
ResetPWM();
//9
delay(17);
ResetPWM();
//10
delay(17);
ResetPWM();
//11
}
}

[rptdnmqs]

Thay chỗ gọi delay bằng 2 lệnh sau:
while(!chuki);//doi lan ngat dau tien
while(chuki);//doi lan ngat cuoi cung

[tuangroup]

minh muk lam led hieu ung sao bang.cac bak co code koh giup minh voi.

[quangvinh2k8]

/*--------------------------------------*/
void Timer0()interrupt 1
{
char i;
TF0=0;
TR0=0; //stop ngat
for (i=0 ; i<NumPort ; i++)
if (chuki <=
PWM[i]) SetPort(i,1);
else
SetPort(i,0);
chuki += 5; //Tang 7,8,9,10 se khong chop, dung tang > 10
if (chuki >= 100) chuki=0;
TR0=1; //tiep tuc ngat
}

Tang chuki += 10; se dam bao het giat luon

[quangvinh2k8]

bạn ơi không biết bạn thử trên mạch thực chưa.
minh thử thì nó bị thế này: mình diều khiển led 1 sáng 50%.khi nạp vào, chạy thì thấy led 1 sáng 50% nhưng 7 led còn lại chớp tắt liên tục. mình thử các kiểu thi thấy led nào không bật sáng đều bị chớp tắt như vậy.
đây là đoạn code mình lấy ra từ chương trình}

while (1)
{

..............................
delay(17);
ResetPWM();
//9 Trạng thái số 9 k có dữ liệu đồng nghĩa với Led luôn tắt

delay(17);
ResetPWM();
//10 Trạng thái số 10 k có dữ liệu đồng nghĩa với Led luôn tắt

delay(17);
ResetPWM();
//11 Trạng thái số 11 k có dữ liệu đồng nghĩa với Led luôn tắt
}
}

Kết luận: chớp tắt liên tục là đúng
Chú ý mình đã chỉnh sửa lại để không còn cảnh giật hình nữa.

[quangvinh2k8]

Dưới đây là chương trình đã chỉnh sửa để không còn bị giật hình nữa

Chương trình cài đặt: LedShow setup.zip
Nếu đã cài thì cập nhật lại: LedShow.exe
ví dụ về Led Sao băng: SaoBang.led
Source VB6: LedShow VB6.zip

[quangvinh2k8]

minh muk lam led hieu ung sao bang.cac bak co code koh giup minh voi.

đó có code C cho bạn luôn đó

[quangvinh2k8]

Thay chỗ gọi delay bằng 2 lệnh sau:
while(!chuki);//doi lan ngat dau tien
while(chuki);//doi lan ngat cuoi cung

như vậy đâu có chỉnh được nhanh chậm theo ý muốn trong hàm main đâu. Vì ít port nó sẽ chạy nhanh nên chỉnh delay cao, nhiều port chạy chậm fải chỉnh delay thấp.

[quangvinh2k8]

Thank bạn đã chia sẻ code.

Tôi có vài ý như sau:
- Bạn nên viết trên Visual Studio 8 hoặc mới hơn để hỗ trợ tốt Unicode tiếng Việt.
- Thêm chức năng Loop trong giao diện để giảm kích thước code.

- Đã làm trên VS8, cái thằng datagridview.Refresh() không chạy khi đổi màu 1 cell -> chán
vd:
Private Sub SetColorPort(ByVal name As String)
Dim r As Integer

For r = 0 To dgvLed.RowCount - 1
If dgvLed.Item("Led" & Mid(name, 5, 2), r).Value = "" Then
dgvLed.Columns.Item("Led" & Mid(name, 5, 2)).DefaultCellStyle.BackColor = Color.Black
Else
dgvLed.Columns.Item("Led" & Mid(name, 5, 2)).DefaultCellStyle.BackColor = SetColorLed(Me.TabPage2.Controls(name).Text)
End If
Next
dgvLed.Refresh()
End Sub

Có nghĩa: khi chọn màu trước đó thì khi lick vào cell trong dgvLed (dgv: DataGridView) thì nó ra đúng màu, còn khi cần thay đổi màu trong cell thông qua lệnh "dgvLed.Columns.Item("Led" & Mid(name, 5, 2)).DefaultCellStyle.BackColor = SetColorLed(Me.TabPage2.Controls(name).Text)" thì cuối dòng gọi hàm "dgvLed.Refresh()" nó không đổi màu (trừ khi dblick vào trong cell đó nó mới đổi màu.
Trong VB6 tôi cần đổi màu thông qua việc gán bằng lệnh là tự động đổi màu, không cần gọi hàm Refresh làm gì.


- Thêm chức năng Loop chổ nào vậy bạn? chưa hiểu.

[CDN ĐN]

Bạn ơi mình thử sửa rồi nhưng không được vẫn bị giật hinh
đây là vd khác nhe,mở 32 cổng rựt nhanh hơn, mo phổng Proteus cũng thấy được,các bạn thử tét lại xem

#include<regx51.h>
char NumPort=32;
char PWM[32];
char chuki=0;
void SetLed(char i, char v)
{
switch (i)
{
case 0:
P1_0 = v; return;
case 1:
P1_1 = v; return;
case 2:
P1_2 = v; return;
case 3:
P1_3 = v; return;
case 4:
P1_4 = v; return;
case 5:
P1_5 = v; return;
case 6:
P1_6 = v; return;
case 7:
P1_7 = v; return;
case 8:
P3_0 = v; return;
case 9:
P3_1 = v; return;
case 10:
P3_2 = v; return;
case 11:
P3_3 = v; return;
case 12:
P3_4 = v; return;
case 13:
P3_5 = v; return;
case 14:
P3_6 = v; return;
case 15:
P3_7 = v; return;
case 16:
P2_0 = v; return;
case 17:
P2_1 = v; return;
case 18:
P2_2 = v; return;
case 19:
P2_3 = v; return;
case 20:
P2_4 = v; return;
case 21:
P2_5 = v; return;
case 22:
P2_6 = v; return;
case 23:
P2_7 = v; return;
case 24:
P0_0 = v; return;
case 25:
P0_1 = v; return;
case 26:
P0_2 = v; return;
case 27:
P0_3 = v; return;
case 28:
P0_4 = v; return;
case 29:
P0_5 = v; return;
case 30:
P0_6 = v; return;
case 31:
P0_7 = v; return;
}
}
/*--------------------------------------*/
void Timer0()interrupt 1
{
char i;
TF0=0;
TR0=0; //stop ngat
for (i=0 ; i<NumPort ; i++)
if (chuki <= PWM[i]) SetLed(i,1);
else SetLed(i,0);

if (++chuki == 100) chuki=0;
TR0=1; //tiep tuc ngat
}
void delay(unsigned int ms)
{
unsigned int i, j;
for(i=0 ; i<ms ; i++)
for(j=0 ; j<120 ; j++) {}
}
void ResetPWM()
{
unsigned char i;
for(i=0 ; i<NumPort ; i++) PWM[i]=0;
}
main()
{
EA=0;
TMOD=0x02; //timer 0: che do 2: 8 bit tu dong nap lai
TH0 = 156;
TL0 = 156;
ET0=1;
EA=1;
TR0=1;
while (1)
{

delay(5);
ResetPWM();
PWM[0]=49;PWM[13]=76;PWM[21]=100;//1
}
}
file hex.zip

[CDN ĐN]

oh được rồi. mình quên thay "if (++chuki == 100) chuki=10;" hihi
Cảm ơn bạn vì phần mềm rất hay.cố gắng phát triển nhé

[quangvinh2k8]

Bạn ơi mình thử sửa rồi nhưng không được vẫn bị giật hinh
đây là vd khác nhe,mở 32 cổng rựt nhanh hơn, mo phổng Proteus cũng thấy được,các bạn thử tét lại xem

Bị giật hình là do chổ này:
if (++chuki == 100) chuki=0;
thay bằng:
chuki += 5; // 6,7,8,9,10 thay bằng số cao hơn sẽ không còn giật hình nữa. Đừng quá 10 nhé
if (chuki >= 100) chuki=0;

Tôi đã chỉnh lại hết và post toàn bộ source, đã thử không còn giật hình nữa (lúc đầu tiên bị giật, sau ngâm cú lại chổ đó thất hết giựt cà tưng Mừng húm)

[quangvinh2k8]

oh được rồi. mình quên thay "if (++chuki == 100) chuki=10;" hihi
Cảm ơn bạn vì phần mềm rất hay.cố gắng phát triển nhé

thay giống đoạn trên tôi vừa trả lời nhé. Thay giống bạn là chít đó chuki=10; k đc đâu

[lyhunghau]

Mình vẫn thấy có những yếu điểm mà không thể khắc phục, như đoạn lệnh này cũng được sinh ra từ phần mềm này
Mình cho sáng dần mờ dần nhưng những bóng sáng dần lên thì những bóng tắt lại sáng mờ mờ mặc dù những bóng đó trong chương trình thì mình cho tắt

#include<regx51.h>
char NumPort=11;
char PWM[32];
char chuki=0;
void SetPort(char i, char v)
{
switch (i)
{
case 0:
P1_0
= v; return;
case 1:
P1_1
= v; return;
case 2:
P1_2
= v; return;
case 3:
P1_3
= v; return;
case 4:
P1_4
= v; return;
case 5:
P1_5
= v; return;
case 6:
P1_6
= v; return;
case 7:
P1_7
= v; return;
case 8:
P3_0
= v; return;
case 9:
P3_1
= v; return;
case 10:
P3_2
= v; return;
case 11:
P3_3
= v; return;
case 12:
P3_4
= v; return;
case 13:
P3_5
= v; return;
case 14:
P3_6
= v; return;
case 15:
P3_7
= v; return;
case 16:
P2_0
= v; return;
case 17:
P2_1
= v; return;
case 18:
P2_2
= v; return;
case 19:
P2_3
= v; return;
case 20:
P2_4
= v; return;
case 21:
P2_5
= v; return;
case 22:
P2_6
= v; return;
case 23:
P2_7
= v; return;
case 24:
P0_0
= v; return;
case 25:
P0_1
= v; return;
case 26:
P0_2
= v; return;
case 27:
P0_3
= v; return;
case 28:
P0_4
= v; return;
case 29:
P0_5
= v; return;
case 30:
P0_6
= v; return;
case 31:
P0_7
= v; return;
}
}
/*--------------------------------------*/
void Timer0()interrupt 1
{
char i;
TF0=0;
TR0=0; //stop ngat
for (i=0 ; i<NumPort ; i++)
if (chuki <=
PWM[i]) SetPort(i,1);
else
SetPort(i,0);
chuki += 4; //Tang 7,8,9,10 se bot chop
if (chuki >= 100) chuki=0;
TR0=1; //tiep tuc ngat
}
void delay(unsigned int ms)
{
unsigned int i, j;
for(i=0 ; i<ms ; i++)
for(j=0 ; j<120 ; j++) {}
}
void ResetPWM()
{
unsigned char i;
for(i=0 ; i<NumPort ; i++)
PWM[i]=0;
}
main()
{
EA=0;
TMOD=0x02; //timer 0 - che do 2 - 8 bit tu dong nap lai
TH0 = 150;
TL0 = 150;
ET0=1;
EA=1;
TR0=1;
while (1)
{

delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[10]=100;//1
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[9]=100;PWM[10]=100;//2
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//3
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//4
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//5
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//6
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//7
delay(10);
ResetPWM();
PWM[1]=100;//8
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[10]=100;//9
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[4]=100;PWM[9]=100;PWM[10]=100;//10
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//11
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//12
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//13
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//14
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//15
delay(10);
ResetPWM();
PWM[0]=100;//16
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;//17
delay(10);
ResetPWM();
PWM[2]=100;PWM[4]=100;//18
delay(10);
ResetPWM();
PWM[0]=100;PWM[5]=100;//19
delay(10);
ResetPWM();
PWM[1]=100;PWM[6]=100;//20
delay(10);
ResetPWM();
PWM[2]=100;PWM[7]=100;//21
delay(10);
ResetPWM();
PWM[0]=100;PWM[8]=100;//22
delay(10);
ResetPWM();
PWM[1]=100;PWM[9]=100;//23
delay(10);
ResetPWM();
PWM[2]=100;PWM[10]=100;//24
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[10]=100;//25
delay(10);
ResetPWM();
PWM[1]=100;PWM[4]=100;PWM[10]=100;//26
delay(10);
ResetPWM();
PWM[2]=100;PWM[5]=100;PWM[10]=100;//27
delay(10);
ResetPWM();
PWM[0]=100;PWM[6]=100;PWM[10]=100;//28
delay(10);
ResetPWM();
PWM[1]=100;PWM[7]=100;PWM[10]=100;//29
delay(10);
ResetPWM();
PWM[2]=100;PWM[8]=100;PWM[10]=100;//30
delay(10);
ResetPWM();
PWM[0]=100;PWM[9]=100;PWM[10]=100;//31
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[9]=100;PWM[10]=100;//32
delay(10);
ResetPWM();
PWM[2]=100;PWM[4]=100;PWM[9]=100;PWM[10]=100;//33
delay(10);
ResetPWM();
PWM[0]=100;PWM[5]=100;PWM[9]=100;PWM[10]=100;//34
delay(10);
ResetPWM();
PWM[1]=100;PWM[6]=100;PWM[9]=100;PWM[10]=100;//35
delay(10);
ResetPWM();
PWM[2]=100;PWM[7]=100;PWM[9]=100;PWM[10]=100;//36
delay(10);
ResetPWM();
PWM[8]=100;PWM[9]=100;PWM[10]=100;//37
delay(10);
ResetPWM();
PWM[0]=100;PWM[1]=100;PWM[2]=100;PWM[3]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//38
delay(10);
ResetPWM();
PWM[4]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//39
delay(10);
ResetPWM();
PWM[0]=100;PWM[1]=100;PWM[2]=100;PWM[5]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//40
delay(10);
ResetPWM();
PWM[6]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//41
delay(10);
ResetPWM();
PWM[2]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//42
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//43
delay(10);
ResetPWM();
PWM[0]=100;PWM[4]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//44
delay(10);
ResetPWM();
PWM[2]=100;PWM[5]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//45
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//46
delay(10);
ResetPWM();
PWM[0]=100;PWM[4]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//47
delay(10);
ResetPWM();
PWM[2]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//48
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//49
delay(10);
ResetPWM();
PWM[0]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//50
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//51
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//52
delay(10);
ResetPWM();
PWM[0]=100;//53
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//54
delay(10);
ResetPWM();
PWM[1]=100;//55
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//56
delay(10);
ResetPWM();
PWM[2]=100;//57
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//58
delay(10);
ResetPWM();
PWM[0]=100;//59
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//60
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//61
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//62
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//63
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//64
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//65
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//66
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//67
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//68
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//69
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//70
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//71
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//72
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//73
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//74
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//75
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//76
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//77
delay(10);
ResetPWM();
PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//78
delay(10);
ResetPWM();
//79
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;//80
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//81
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//82
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//83
delay(10);
ResetPWM();
PWM[0]=100;PWM[1]=100;PWM[2]=100;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//84
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//85
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//86
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//87
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//88
delay(10);
ResetPWM();
PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//89
delay(10);
ResetPWM();
PWM[0]=20;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//90
delay(10);
ResetPWM();
PWM[0]=40;PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//91
delay(10);
ResetPWM();
PWM[0]=60;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//92
delay(10);
ResetPWM();
PWM[0]=80;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//93
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//94
delay(10);
ResetPWM();
PWM[0]=80;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//95
delay(10);
ResetPWM();
PWM[0]=60;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//96
delay(10);
ResetPWM();
PWM[0]=40;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//97
delay(10);
ResetPWM();
PWM[0]=20;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//98
delay(10);
ResetPWM();
PWM[1]=20;PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//99
delay(10);
ResetPWM();
PWM[1]=40;//100
delay(10);
ResetPWM();
PWM[1]=60;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//101
delay(10);
ResetPWM();
PWM[1]=80;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//102
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//103
delay(10);
ResetPWM();
PWM[1]=80;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//104
delay(10);
ResetPWM();
PWM[1]=60;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//105
delay(10);
ResetPWM();
PWM[1]=40;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//106
delay(10);
ResetPWM();
PWM[1]=20;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//107
delay(10);
ResetPWM();
PWM[2]=20;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//108
delay(10);
ResetPWM();
PWM[2]=40;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//109
delay(10);
ResetPWM();
PWM[2]=60;//110
delay(10);
ResetPWM();
PWM[2]=80;PWM[3]=25;PWM[4]=25;PWM[5]=25;PWM[6]=25;PWM[7]=25;PWM[8]=25;PWM[9]=25;PWM[10]=25;//111
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//112
delay(10);
ResetPWM();
PWM[2]=80;PWM[3]=75;PWM[4]=75;PWM[5]=75;PWM[6]=75;PWM[7]=75;PWM[8]=75;PWM[9]=75;PWM[10]=75;//113
delay(10);
ResetPWM();
PWM[2]=60;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//114
delay(10);
ResetPWM();
PWM[2]=40;PWM[3]=75;PWM[4]=75;PWM[5]=75;PWM[6]=75;PWM[7]=75;PWM[8]=75;PWM[9]=75;PWM[10]=75;//115
delay(10);
ResetPWM();
PWM[2]=20;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//116
delay(10);
ResetPWM();
PWM[3]=25;PWM[4]=25;PWM[5]=25;PWM[6]=25;PWM[7]=25;PWM[8]=25;PWM[9]=25;PWM[10]=25;//117
delay(10);
ResetPWM();
//118
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;//119
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//120
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//121
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//122
delay(10);
ResetPWM();
PWM[0]=100;PWM[1]=100;PWM[2]=100;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//123
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//124
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//125
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//126
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//127
delay(10);
ResetPWM();
PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//128
delay(10);
ResetPWM();
PWM[2]=20;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//129
delay(10);
ResetPWM();
PWM[2]=40;PWM[3]=90;PWM[4]=90;PWM[5]=90;PWM[6]=90;PWM[7]=90;PWM[8]=90;PWM[9]=90;PWM[10]=90;//130
delay(10);
ResetPWM();
PWM[2]=60;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//131
delay(10);
ResetPWM();
PWM[2]=80;PWM[3]=70;PWM[4]=70;PWM[5]=70;PWM[6]=70;PWM[7]=70;PWM[8]=70;PWM[9]=70;PWM[10]=70;//132
delay(10);
ResetPWM();
PWM[2]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//133
delay(10);
ResetPWM();
PWM[2]=80;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//134
delay(10);
ResetPWM();
PWM[2]=60;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//135
delay(10);
ResetPWM();
PWM[2]=40;PWM[3]=30;PWM[4]=30;PWM[5]=30;PWM[6]=30;PWM[7]=30;PWM[8]=30;PWM[9]=30;PWM[10]=30;//136
delay(10);
ResetPWM();
PWM[2]=20;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//137
delay(10);
ResetPWM();
PWM[1]=20;PWM[3]=10;PWM[4]=10;PWM[5]=10;PWM[6]=10;PWM[7]=10;PWM[8]=10;PWM[9]=10;PWM[10]=10;//138
delay(10);
ResetPWM();
PWM[1]=40;//139
delay(10);
ResetPWM();
PWM[1]=60;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//140
delay(10);
ResetPWM();
PWM[1]=80;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//141
delay(10);
ResetPWM();
PWM[1]=100;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//142
delay(10);
ResetPWM();
PWM[1]=80;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//143
delay(10);
ResetPWM();
PWM[1]=60;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//144
delay(10);
ResetPWM();
PWM[1]=40;PWM[3]=80;PWM[4]=80;PWM[5]=80;PWM[6]=80;PWM[7]=80;PWM[8]=80;PWM[9]=80;PWM[10]=80;//145
delay(10);
ResetPWM();
PWM[1]=20;PWM[3]=60;PWM[4]=60;PWM[5]=60;PWM[6]=60;PWM[7]=60;PWM[8]=60;PWM[9]=60;PWM[10]=60;//146
delay(10);
ResetPWM();
PWM[0]=20;PWM[3]=40;PWM[4]=40;PWM[5]=40;PWM[6]=40;PWM[7]=40;PWM[8]=40;PWM[9]=40;PWM[10]=40;//147
delay(10);
ResetPWM();
PWM[0]=40;PWM[3]=20;PWM[4]=20;PWM[5]=20;PWM[6]=20;PWM[7]=20;PWM[8]=20;PWM[9]=20;PWM[10]=20;//148
delay(10);
ResetPWM();
PWM[0]=60;//149
delay(10);
ResetPWM();
PWM[0]=80;PWM[3]=25;PWM[4]=25;PWM[5]=25;PWM[6]=25;PWM[7]=25;PWM[8]=25;PWM[9]=25;PWM[10]=25;//150
delay(10);
ResetPWM();
PWM[0]=100;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//151
delay(10);
ResetPWM();
PWM[0]=80;PWM[3]=75;PWM[4]=75;PWM[5]=75;PWM[6]=75;PWM[7]=75;PWM[8]=75;PWM[9]=75;PWM[10]=75;//152
delay(10);
ResetPWM();
PWM[0]=60;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//153
delay(10);
ResetPWM();
PWM[0]=40;PWM[3]=75;PWM[4]=75;PWM[5]=75;PWM[6]=75;PWM[7]=75;PWM[8]=75;PWM[9]=75;PWM[10]=75;//154
delay(10);
ResetPWM();
PWM[0]=20;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;PWM[8]=50;PWM[9]=50;PWM[10]=50;//155
delay(10);
ResetPWM();
PWM[3]=25;PWM[4]=25;PWM[5]=25;PWM[6]=25;PWM[7]=25;PWM[8]=25;PWM[9]=25;PWM[10]=25;//156
delay(10);
ResetPWM();
//157
delay(10);
ResetPWM();
//158
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;PWM[3]=25;PWM[4]=25;PWM[5]=25;PWM[6]=25;PWM[7]=25;//159
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=50;PWM[4]=50;PWM[5]=50;PWM[6]=50;PWM[7]=50;//160
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=75;PWM[4]=75;PWM[5]=75;PWM[6]=75;PWM[7]=75;//161
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=25;PWM[9]=25;PWM[10]=25;//162
delay(10);
ResetPWM();
PWM[0]=100;PWM[1]=100;PWM[2]=100;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=50;PWM[9]=50;PWM[10]=50;//163
delay(10);
ResetPWM();
PWM[0]=80;PWM[1]=80;PWM[2]=80;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=75;PWM[9]=75;PWM[10]=75;//164
delay(10);
ResetPWM();
PWM[0]=60;PWM[1]=60;PWM[2]=60;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//165
delay(10);
ResetPWM();
PWM[0]=40;PWM[1]=40;PWM[2]=40;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//166
delay(10);
ResetPWM();
PWM[0]=20;PWM[1]=20;PWM[2]=20;PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//167
delay(10);
ResetPWM();
PWM[3]=100;PWM[4]=100;PWM[5]=100;PWM[6]=100;PWM[7]=100;PWM[8]=100;PWM[9]=100;PWM[10]=100;//168
delay(10);
ResetPWM();
//169
}
}

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