📄 dsp_display.h
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#ifndef DSP_DISP_H
#define DSP_DISP_H
int chgYesNo=0;
volatile unsigned char *pdata48=(volatile unsigned char*) 0x0e00;
volatile unsigned char *cy_str=(volatile unsigned char*) 0x0f70;
volatile unsigned char *pInfo=(volatile unsigned char*) 0x949;
int move_length=64;
void spec_disp(int a){
int i,j=0,m;
int temp;
unsigned int k;
volatile unsigned int *pdata=(volatile unsigned int*) 0x8000;
g_flag=g_flag|0x20;
selectchip(g_flag);
for(j=0;j<3;j++){
temp=a&(1<<j);
if(temp!=0){
pdata=(volatile unsigned int*) (0x8000+j*0x2000);
for(m=0;m<48;m++){
pdata=pdata;
for(i=0;i<0x80;i++){
k=*pdata;
pdata++;
}
}
}
}
g_flag=g_flag&0xDF;
selectchip(g_flag);
}
/////////////////// ///////////////////////////
void clr_dispRam(int kk){
long i=0;
volatile unsigned int *pdata=(volatile unsigned int*) 0x8000;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(i=0;i<0x8000;i++){
*pdata=kk;
pdata++;
}
spec_disp(0x0f);
}
////////////////////////////// ////////////
// 函数功能：取出最右边的一列数
//////////////////////////////////////////
void sort_char(volatile BYTE* data48,int m,BYTE clr,int width){
int i,n;
int temp;
BYTE n_byte,g_temp,thisa;
volatile unsigned int *pdata=(volatile unsigned int*) 0x8000;
n_byte=m%8;
m=m/8;
g_temp=g_flag;
g_flag=g_flag|0x08;
selectchip(g_flag);
////////////////////////////////////////////
// 这种寻址红绿蓝数据空间的方式可借鉴
for(n=0;n<3;n++){
if((clr&(1<<n))!=0){
pdata=(volatile unsigned int*) 0x8000+(2-n)*0x2000;
///////////////////////////////////////////
for(i=0;i<48;i++){
if(width%3==0){
if(((*(data48+i*width+m))&(1<<n_byte))!=0) { //？？？？？？？？？？？？？？？？
temp=(i+1)*0x80-1;
thisa=(BYTE)(*(pdata+temp));
thisa=thisa|0x80;
*(pdata+temp)=thisa;
}
}
else{
if((i<40)&&(i>7)&& (((*(data48+(i-8)*width+m))&(1<<n_byte))!=0) ) {
temp=(i+1)*0x80-1;
thisa=(BYTE)(*(pdata+temp));
thisa=thisa|0x80;
*(pdata+temp)=thisa;
}
}
//////////////////////////////////////////////
}
}
}
g_flag=g_temp;
selectchip(g_flag);
}
void move_left(int aa)
{
int i,j=0,m,n;
int temp;
BYTE g_temp;
int a,b;
BYTE btemp;
int fl;
unsigned int k;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
volatile unsigned char *pdata1=(volatile unsigned char*) 0x8000;
volatile unsigned int *pdata2=(volatile unsigned int*) 0x8000;
g_temp=g_flag;
g_flag=g_flag|0x08;
selectchip(g_flag);
move_length=128-screen_length*4; ////////////////Calculate the moved byte
for(j=0;j<3;j++){
temp=aa&(1<<j);
if(temp!=0){
pdata=(volatile unsigned char*) (0x8000+j*0x2000);
pdata1=pdata;
for(m=0;m<48;m++){
a=0;
pdata=pdata1+(m+1)*0x80-1;
for(i=0x7f;i>=move_length;i--){
btemp=*pdata;
b=btemp&0x01;
btemp=btemp>>1;
btemp=btemp|(a<<7);
*pdata=btemp;
a=b;
pdata--;
}
}
}
}
g_flag=g_temp;
selectchip(g_flag);
}
void left_disp(int a,int l_time){
int mm=0;
int aa;
int end_flag;
int num=0;
int hh=0;
int i=0;
int width=48; //// initialize width
BYTE icolor;
int X,Y;
int ifont;
BYTE temp;
chgYesNo=0;
temp=g_flag;
end_flag=10+screen_length*32;
selectchip(0x08);
clr_dispRam(0x0000);
selectchip(0x18);
clr_dispRam(0x0000);
mm=0;
while(end_flag>10){
if(aa==0x08)
aa=0x18;
else
aa=0x08;
while(chgYesNo>0);
selectchip(aa);
chgYesNo=l_time*2;
if(mm==0){
if(num<a){
X=calc_X(pInfo+5*num);
Y=calc_Y(pInfo+5*num);
ifont=calc_font(pInfo+5*num);
width=8*calc_wide(pInfo+5*num);
icolor=(BYTE)calc_color(pInfo+5*num);
getPic(pdata48,X,Y,0,ifont);
end_flag=10+screen_length*32+width; ///???
}
else{
for(i=0;i<288;i++)
*(pdata48+i)=0;
}
num++;
}
move_left(0x03);
if(mm<width){
sort_char(pdata48,mm,icolor,width/8);
end_flag--;
}
mm++;
if(mm>=width)
mm=0;
spec_disp(0x03);
}
g_flag=temp;
selectchip(g_flag);
}
///////////////////////////////////////////////////////
/*排屏*/
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<48;j++){
for(i=0;i<i_wide;i++){
if((i_wide%3)==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)<128)
*( p_Pre+j*128+m*4+n+i )=*(p+i_wide*j+i);
}
}
}
else{
if((j>=8)&&(j<40)){
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)<128)
*( p_Pre+j*128+m*4+n+i)=*(p+i_wide*(j-8)+i);
}// /* dd*/
}// /*for k*/
}///*if j>=8*/
}////*else*/
}///*for i<i_wide*/
}
}
/*排屏*/
/////////////////////////////
/* 翻屏显示 */
void disp_all(int length){
int i,j,len;
int weX,weY;
int m=0,n=0,tq_len;
BYTE temp;
m=32-screen_length;
clr_dispRam(0);
temp=g_flag;
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
len=length/5;
i_delay=((*p_flashbuf)&0x0f)*10+((*(p_flashbuf+1))&0x0f);
i_delay=i_delay*3;
i_delay=i_delay/2;
if(i_delay<2)
i_delay=7;
for(i=0;i<len;i++){
if((i==0)&&(calc_color(pInfo+5*i)==1)&&(calc_X(pInfo+5*i)==4)){
for(j=0;j<3;j++){
getPic(pdata48,calc_X(pInfo+5*i),(calc_Y(pInfo+5*i)+j),6,0);
sort_screen(m,n,pdata48,6,(4>>j));
}
m=m+(n+6)/4;
n=(n+6)%4;
}
else if((i==0)&&(calc_color(pInfo+5*i)==0)&&(calc_X(pInfo+5*i)==4)){
tq_len=flash_read(1,cy_str,0);
if(tq_len!=4){
for(j=0;j<3;j++){
getPic(pdata48,calc_X(pInfo+5*i),(calc_Y(pInfo+5*i)+j),6,0);
sort_screen(m,n,pdata48,6,(4>>j));
}
m=m+(n+6)/4;
n=(n+6)%4;
}
else{
weX=(cy_str[0]&0x0F)*10+(cy_str[1]&0x0F);
weY=(cy_str[2]&0x0F)*10+(cy_str[3]&0x0F);
/////////////////////
for(j=0;j<3;j++){
getPic(pdata48,weX,(weY+j),6,0);
sort_screen(m,n,pdata48,6,(4>>j));
}
///////////////////
m=m+(n+6)/4;
n=(n+6)%4;
}
}
else{
getPic(pdata48,calc_X(pInfo+5*i),calc_Y(pInfo+5*i),calc_wide(pInfo+5*i),calc_font(pInfo+5*i));
//if( ((m+(n+calc_wide(pInfo+5*i))/4) <32) || (((m+(n+calc_wide(pInfo+5*i))/4)==32)&& ( (calc_wide(pInfo+5*i)%4)==0) ) )
sort_screen(m,n,pdata48,calc_wide(pInfo+5*i),calc_color(pInfo+5*i));
///
m=m+(n+calc_wide(pInfo+5*i))/4;
n=(n+calc_wide(pInfo+5*i))%4;
}
if(m>32)
i=len;
}
spec_disp(0x07);
g_flag=temp;
selectchip(g_flag);
}
/* 翻屏显示 */
///////////////////////////
////////////////////////////////////////////////////////
void total_disp(int a){
int i,num,l_time;
num=flash_read(a,p_flashbuf,0);
i=((*(p_flashbuf+2))&0x0f)*10+((*(p_flashbuf+3))&0x0f);
num=(num-9);
l_time=((*p_flashbuf)&0x0f)*10+((*(p_flashbuf+1))&0x0f);
if(i==1){
left_disp(num/5,l_time);
i_delay=0;
}
else
disp_all(num);
}
////////////////////////////////////////////////////////
#ifdef _FAC_TEST
void make_lean(int a){
int i;
int k;
k=a/48;
for(i=0;i<288;i++){
if(k==0)
*(pdata48+i)=1<<(((i/6)+(i%6)*8+(a%48))%48) ;
else
*(pdata48+i)=1<<(47-(((i/6)+(i%6)*8+(a%48))%48)) ;
}
}
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<32){
if(kk<3)
sort_screen(m,n,pdata48,6,(4>>kk));
else
sort_screen(m,n,pdata48,6,7);
m=m+((n+6)/4);
n=(n+6)%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>47){
k=0;
kk++;
selectchip(0x08);
clr_dispRam(0x0000);
selectchip(0x18);
clr_dispRam(0x0000);
}
}while(kk<4);
}
void test_cartoon(){
BYTE temp;
int i,j,m,n;
int aa=0x08;
volatile unsigned char *pdata =(volatile unsigned char*) 0x8000;
for(i=4;i<8;i++){
for(j=0;j<8;j++){
for(m=0;m<4;m++){
flash_read_Ext(i,pdata48,4*j+m);
g_flag=g_flag&0xF0;
g_flag=g_flag|0x08;
selectchip(g_flag);
for(n=0;n<512;n++)
*(pdata+m*0x1000+(n/16)*128+112+(n%16))=*(pdata48+n);
}
spec_disp(0x07);
if(aa==0x08)
aa=0x18;
else
aa=0x08;
while(chgYesNo>0);
selectchip(aa);
chgYesNo=20;
}
}
}
#endif
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