?? dsp_display.h
字號:
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
void disp_LDtoRU(){
int i,j,m,n;
BYTE temp,ch;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
temp=g_flag;
j=0;
while(j<127){
j++;
ch=0;
for(i=0;i<8;i++){
if(i<=(j%8))
ch=ch+(0x80>>i);
}
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<2;i++){
if(i==0) pdata =(volatile unsigned char*) 0x8000;
else pdata =(volatile unsigned char*) 0xa000;
for(m=0;m<64;m++){
for(n=0;n<16;n++){
if(m==(63-j/2))
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if(m<(63-j/2)){
if(n<(j/8))
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if(n==j/8)
*(pdata+m*16+n)=((*(pdata+m*16+n))&(255-ch))+((*(pdata+m*16+0x400+n))&ch);
}
}
}
}
spec_disp(0x07);
if((temp&0x10)==0)
g_flag=temp|0x10;
else
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
///////////////////////////////
void disp_RUtoLD(){
int i,j,m,n;
BYTE temp,ch;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
temp=g_flag;
j=127;
while(j>=0){
j--;
ch=0;
for(i=0;i<8;i++){
if(i<=(j%8))
ch=ch+(0x80>>i);
}
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<2;i++){
if(i==0) pdata =(volatile unsigned char*) 0x8000;
else pdata =(volatile unsigned char*) 0xa000;
for(m=0;m<64;m++){
for(n=0;n<16;n++){
if(m==63-j/2)
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if(m>63-j/2){
if(n>(j/8)||((n==(j/8))&&((j%8)==0)))
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if((n==(j/8))&&((j%8)!=0))
*(pdata+m*16+n)=((*(pdata+m*16+n))&ch)+((*(pdata+m*16+0x400+n))&(255-ch));
}
}
}
}
spec_disp(0x07);
if((temp&0x10)==0)
g_flag=temp|0x10;
else
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
void disp_MtoLRUD(){
int i,j,j1,m,n;
int aa;
BYTE temp,ch,ch1;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
temp=g_flag;
j=63;
while(j>0){
j--;
j1=127-j;
ch=0;
for(i=0;i<8;i++){
if(i<=(j%8))
ch=ch+(0x80>>i);
}
ch1=0;
for(i=0;i<8;i++){
if(i<=(j1%8))
ch1=ch1+(0x80>>i);
}
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<2;i++){
if(i==0) pdata =(volatile unsigned char*) 0x8000;
else pdata =(volatile unsigned char*) 0xa000;
for(m=0;m<64;m++){
aa=16*m;
for(n=0;n<16;n++){
if((m==j/2)||((m==j1/2)))
*(pdata+aa+n)=*(pdata+aa+0x400+n);
if((m<j/2)||((m>j1/2))){
if( n<(j1/8) && ((n>(j/8))||((n==(j/8))&&(j%8==0)) ))
*(pdata+aa+n)=*(pdata+aa+0x400+n);
if(n==(j1/8))
*(pdata+aa+n)=((*(pdata+aa+n))&(255-ch1))+((*(pdata+aa+0x400+n))&ch1);
if((n==j/8)&&(j%8!=0))
*(pdata+aa+n)=((*(pdata+aa+n))&ch)+((*(pdata+aa+0x400+n))&(255-ch));
}
}
}
}
spec_disp(0x07);
if((temp&0x10)==0)
g_flag=temp|0x10;
else
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
void disp_RDtoLU(){
int i,j,m,n;
BYTE temp,ch;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
temp=g_flag;
j=127;
while(j>=0){
j--;
ch=0;
for(i=0;i<8;i++){
if(i<=(j%8))
ch=ch+(0x80>>i);
}
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<2;i++){
if(i==0) pdata =(volatile unsigned char*) 0x8000;
else pdata =(volatile unsigned char*) 0xa000;
for(m=0;m<64;m++){
for(n=0;n<16;n++){
if(m==j/2)
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if(m<j/2){
if(n>(j/8)||((n==(j/8))&&((j%8)==0)))
*(pdata+m*16+n)=*(pdata+m*16+0x400+n);
if((n==(j/8))&&((j%8)!=0))
*(pdata+m*16+n)=((*(pdata+m*16+n))&ch)+((*(pdata+m*16+0x400+n))&(255-ch));
}
}
}
}
spec_disp(0x07);
if((temp&0x10)==0)
g_flag=temp|0x10;
else
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
void disp_LRUDtoM(){
int i,j,j1,m,n;
int aa;
BYTE temp,ch,ch1;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
temp=g_flag;
j=0;
while(j<64){
j++;
j1=127-j;
ch=0;
for(i=0;i<8;i++){
if(i<=(j%8))
ch=ch+(0x80>>i);
}
ch1=0;
for(i=0;i<8;i++){
if(i<=(j1%8))
ch1=ch1+(0x80>>i);
}
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<2;i++){
if(i==0) pdata =(volatile unsigned char*) 0x8000;
else pdata =(volatile unsigned char*) 0xa000;
for(m=0;m<64;m++){
aa=16*m;
for(n=0;n<16;n++){
if((m==j/2)||((m==j1/2)))
*(pdata+aa+n)=*(pdata+aa+0x400+n);
if((m>j/2)&&((m<j1/2))){
if( (n>(j1/8)||((n==(j1/8))&&((j1%8)==0))) || (n<(j/8)))
*(pdata+aa+n)=*(pdata+aa+0x400+n);
if((n==(j1/8))&&((j1%8)!=0))
*(pdata+aa+n)=((*(pdata+aa+n))&ch1)+((*(pdata+aa+0x400+n))&(255-ch1));
if(n==j/8)
*(pdata+aa+n)=((*(pdata+aa+n))&(255-ch))+((*(pdata+aa+0x400+n))&ch);
}
}
}
}
spec_disp(0x07);
if((temp&0x10)==0)
g_flag=temp|0x10;
else
g_flag=temp&0xEF;
selectchip(g_flag);
while(chgYesNo>0);
chgYesNo=20;
}
disp_all();
}
////////////////////////////////
int disp_YesNo(volatile unsigned char *p){
BYTE temp;
BYTE yn,yn1;
BYTE kk;
yn=0;
yn1=0;
temp=g_flag;
if((*(p+0))!=0x50)
return 0;
if((*(p+15))!=0xa0)
return 0;
if(((*(p+5))&0x01)!=0)
return 3;
//read_time(pTime);
if((*(pTime+6))==0)
*(pTime+6)=7;
kk=1<<(*(pTime+6));
kk=kk&0xff;
if((kk&(*(p+5)))!=0)
yn=yn+1;
if((*(p+6))==0xff)
yn=yn+1;
if((*(p+6))!=0xff){
if((*(p+6))<(*(pTime+9)))
yn1=1;
if(((*(p+6))==(*(pTime+9)))&&((*(p+7))<(*(pTime+8))))
yn1=1;
if(((*(p+6))==(*(pTime+9)))&&((*(p+7))==(*(pTime+8)))&&((*(p+8))<=(*(pTime+87))))
yn1=1;
if((*(p+9))>(*(pTime+9)))
yn1=yn1+1;
if( ( (*(p+9)) == (*(pTime+9)) )&&( (*(p+10))>(*(pTime+8)) ))
yn1=yn1+1;
if(((*(p+9))==(*(pTime+9)))&&((*(p+10))==(*(pTime+8)))&&((*(p+11))>=(*(pTime+87))))
yn1=yn1+1;
if(yn1>=2)
yn=yn+1;
}
yn1=0;
if((*(p+12))==0xff)
yn=yn+1;
if((*(p+12))!=0xff){
if(( (*(p+12))/10 )<(*(pTime+4)))
yn1=1;
if((((*(p+12))/10)==(*(pTime+4)))&&(((*(p+12))%10)>=(*(pTime+2))/10))
yn1=1;
if( ( (*(p+13))/10) <(*(pTime+4)) )
yn1=yn1+1;
if((((*(p+13))/10)>=(*(pTime+4)))&&(((*(p+13))%10)>=(*(pTime+2))/10))
yn1=yn1+1;
if(yn1>=2)
yn=yn+1;
}
g_flag=temp;
selectchip(g_flag);
return yn;
}
////////////////////////////////////////////////////////
void total_disp(){
int kk;
int a,b;
BYTE temp;
flash_read_cycle(num_dd);
a=(*pInfo)&(0x00ff);
b=(*(pInfo+1))&(0x00ff);
if(a==0xff)
return;
kk=a*256+b;
rand_num++;
if(rand_num>=16)
rand_num =1;
if(num_dd>=kk){
num_dd=0;
flash_read_cycle(num_dd);
}
num_dd++;
a=disp_YesNo(pInfo+2);
if(a!=3){
i_delay=0;
return ;
}
a=(*(pInfo+3))&(0x00ff);
b=(*(pInfo+4))&(0x00ff);
kk=a*256;
kk=kk+b;
move_data(kk);
kk=(*(pInfo+5))&(0x00ff);
kk=kk%15;
if(kk==0)
kk=rand_num%15;
chgYesNo=20;
while(chgYesNo>0);
if(kk==1)
disp_LtoR();
if(kk==2)
disp_RtoL();
if(kk==3)
disp_MtoLR();
if(kk==4)
disp_LRtoM();
if(kk==5)
disp_UtoD();
if(kk==6)
disp_DtoU();
if(kk==7)
disp_MtoDU();
if(kk==8)
disp_DUtoM();
if(kk==9)
disp_LUtoRD();
if(kk==10)
disp_LDtoRU();
if(kk==11)
disp_RDtoLU();
if(kk==12)
disp_RUtoLD();
if(kk==13)
disp_MtoLRUD();
if(kk==14)
disp_LRUDtoM();
if(kk>14)
disp_all();
if(kk==0)
disp_all();
i_delay=(*(pInfo+6))&(0x00ff);
if(i_delay<10)
i_delay=10;
}
////////////////////////////////////////////////////////
/* 翻屏顯示 */
///////////////////////////
/*排屏*/
#ifdef _TEST_LINE
void sort_screen(int m,int n,volatile unsigned char *p,int i_wide,BYTE i_color){
volatile unsigned char *p_Pre;
int i,j,k;
BYTE dd;
for(j=0;j<64;j++){
for(i=0;i<i_wide;i++){
//if((i_wide%2)==0){
for(k=0;k<3;k++){
dd=i_color&(1<<(2-k)); ///
if(dd!=0){
if(k==0)
p_Pre=(volatile unsigned char*)0x8000;
if(k==1)
p_Pre=(volatile unsigned char*)0xa000;
if(k==2)
p_Pre=(volatile unsigned char*)0xc000;
if((m*4+n+i)<16)
*( p_Pre+j*16+m*4+n+i )=*(p+i_wide*j+i);
if((m==3)&&((n+i)==3))
*( p_Pre+j*16+m*4+n+i )=j;
/*if((m==3)&&((n+i)==2))
*( p_Pre+j*16+m*4+n+i )=0xa5; */
}
}
//}
}///*for i<i_wide*/
}
}
void make_lean(int a){
int i;
int k;
k=a/48;
for(i=0;i<256;i++){
if(k==0)
*(pdata48+i)=1<<(((i/4)+(i%4)*8+(a%32))%32) ;
else
*(pdata48+i)=1<<(31-(((i/4)+(i%4)*8+(a%32))%32)) ;
}
}
void test_lean(){
int m,n;
int k;
int kk;
int aa=0x08;
m=0;
n=0;
kk=0;
k=0;
selectchip(0x08);
clr_dispRam(0x0000);
selectchip(0x18);
clr_dispRam(0x0000);
selectchip(0x08);
do{
make_lean(k);
m=0;
n=0;
while(m<4){
if(kk<2)
sort_screen(m,n,pdata48,4,(4>>kk));
else
sort_screen(m,n,pdata48,4,7);
m=m+((n+4)/4);
n=(n+4)%4;
}
spec_disp(0x07);
if(aa==0x08)
aa=0x18;
else
aa=0x08;
selectchip(aa);
my_second=1;
div_second=600;
while(my_second>0);
k++;
//k=0;
if(k>31){
k=0;
kk++;
selectchip(0x08);
clr_dispRam(0x0000);
selectchip(0x18);
clr_dispRam(0x0000);
}
}while(kk<3);
}
///
#endif
void com_movedata(volatile unsigned char *p){
BYTE temp;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
int i;
temp=g_flag;
g_flag=g_flag|0x08;
selectchip(g_flag);
if((*p)>1)
pdata=pdata+0x2000;
for(i=0;i<512;i++){
*(pdata+((*p)%2)*0x200+0x400+i)=*(p+i+1);
}
if((*p)==0x03)
disp_all();
//g_flag=temp;
//g_flag=g_flag|0x08;
//selectchip(g_flag);
}
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