16*16点阵字符实现逐字,左移，上下滚动功能，用单片机汇编语言编写附加Prutues仿真图，急需，非常感谢！

16*16点阵字符实现逐字,左移，上下滚动功能，用单片机汇编语言编写附加Prutues仿真图，急需，非常感谢！

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我的空间有程序，你去看看，有十几种移动方法 屏幕点阵数的话也可以随时改动的 void flash_bai(uchar *flash_word,uchar flash_heard,uchar number,uchar sdu,uchar state) {register uchar i,j,l; for(i=0;i>(7-j)); dispram[l*4+2]=dispram[l*4+2]&0xff>>j|(flash_word[(flash_heard+i)*32+l*4+3]<<(7-j)&0x10); } else { dispram[l*4] =dispram[l*4]&0xff<<(j-7)|flash_word[(flash_heard+i)*32+l*4]>>(15-j); dispram[l*4+1]=flash_word[(flash_heard+i)*32+l*4]<<(j-7)|(flash_word[(flash_heard+i)*32+l*4+1]>>(15-j)); dispram[l*4+2]=flash_word[(flash_heard+i)*32+l*4+2]<<(15-j)|(flash_word[(flash_heard+i)*32+l*4+3]>>(j-7)); dispram[l*4+3]=(dispram[l*4+3]&0xff>>(j-7))|flash_word[(flash_heard+i)*32+l*4+3]<<(15-j); } } delay(sdu*SPEED); } delay(state*SPEED); } } void flash(uchar *flash_word,uchar flash_heard,uchar number,uchar sdu,uchar state) {register uchar i,j,k,l; for(i=0;ij;k--) { for(l=0;l<16;l++) { if(j>8) { dispram[l*2] =1<<(8-k+j)|(flash_word[(flash_heard+i)*32+l*2]&0xff>>(16-j)); dispram[l*2+1]=flash_word[(flash_heard+i)*32+l*2+1]; } else { dispram[l*2]=1<<(8-k+j); dispram[l*2+1]=1<<(16-k+j)|(flash_word[(flash_heard+i)*32+l*2+1]&0xff>>(8-j)); } } delay(sdu*SPEED); } for(k=17;k>j;k--) { for(l=0;l<16;l++) { if(j>8) { dispram[l*2]=1<<(k-8)|(flash_word[(flash_heard+i)*32+l*2]&0xff>>(16-j)); } else { dispram[l*2]=1<<(k-8); dispram[l*2+1]=1<>(8-j)); } } delay(sdu*SPEED); } } delay(state*SPEED); } } void miqi_jump(void) {register uchar jump_i; while((receive[1]&0x0f)<2)// { switch (timer/3650) { case 0:for(jump_i=0;jump_i<16;jump_i++) { dispram[jump_i*2] = word1[11][jump_i*2]<<1|word1[11][jump_i*2+1]>>7; dispram[jump_i*2+1] = word1[11][jump_i*2+1]<<1;//左移 }break; case 1:for(jump_i=0;jump_i<15;jump_i++) { dispram[jump_i*2+2] = word1[11][jump_i*2]; dispram[jump_i*2+3] = word1[11][jump_i*2+1]; } dispram[0] = 0; dispram[1] = 0; break;//下移 case 2:for(jump_i=0;jump_i<16;jump_i++) { dispram[jump_i*2+1] = word1[11][jump_i*2+1]>>1|word1[11][jump_i*2]<<7; dispram[jump_i*2] = word1[11][jump_i*2]>>1; }break;//右移 case 3:for(jump_i=0;jump_i<15;jump_i++) { dispram[jump_i*2] = word1[11][jump_i*2+2]; dispram[jump_i*2+1] = word1[11][jump_i*2+3]; } dispram[30] = 0; dispram[31] = 0; break;//上移 case 4: for(jump_i=0;jump_i<15;jump_i++) { dispram[jump_i*2+2] = word1[11][jump_i*2]<<1|word1[11][jump_i*2+1]>>7; dispram[jump_i*2+3] = word1[11][jump_i*2+1]<<1;//左移 } dispram[0] = 0; dispram[1] = 0; break;//下移 case 5: for(jump_i=0;jump_i<16;jump_i++) { dispram[jump_i*2+1] = word1[11][jump_i*2+3]>>1|word1[11][jump_i*2+2]<<7; dispram[jump_i*2] = word1[11][jump_i*2+2]>>1; }dispram[30] = 0; dispram[31] = 0; break;//上移 case 6: for(jump_i=0;jump_i<15;jump_i++) { dispram[jump_i*2+3] = word1[11][jump_i*2+1]>>1|word1[11][jump_i*2]<<7; dispram[jump_i*2+2] = word1[11][jump_i*2]>>1; } dispram[0] = 0; dispram[1] = 0; break; case 7: for(jump_i=0;jump_i<16;jump_i++) { dispram[jump_i*2] = word1[11][jump_i*2+2]<<1|word1[11][jump_i*2+3]>>7; dispram[jump_i*2+1] = word1[11][jump_i*2+3]<<1;//左移 } dispram[30] = 0; dispram[31] = 0; break; default:for(jump_i=0;jump_i<32;jump_i++) dispram[jump_i] = word1[11][jump_i]; } } } //用数组更加节省空间 void Open_door(uchar wordsp[][32],uchar OpenDheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k; for(k=0;k>(8-j); dispram[i*2+1]=dispram[i*2+1]&0xff>>j|wordsp[OpenDheard+k][1+2*i]&0xff<<(8-j); } delay(sdu*SPEED); } delay(state*TIME); } } //用数组更加节省空间 void Close_door(uchar wordsp[][32],uchar CloseDheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k; for(k=0;k>j|wordsp[CloseDheard+k][2*i]&0xff<<(8-j); dispram[i*2+1]=dispram[i*2+1]&0xff<>(8-j); } delay(sdu*SPEED); } delay(state*TIME); } } //用数组更加节省空间 void Far_Away(uchar wordsp[][32],uchar Far_Awayheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k; for(k=0;k>(8-j); dispram[i*2+1]=dispram[i*2+1]>>j|wordsp[Far_Awayheard+k][1+2*i]&0xff<<(8-j); } delay(sdu*SPEED); } delay(state*TIME); } } //用数组更加节省空间 void Close_To(uchar wordsp[][32],uchar Close_Toheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k; for(k=0;k>j|wordsp[Close_Toheard+k][2*i]<<(8-j); dispram[i*2+1]=dispram[i*2+1]&0xff<>(8-j); } delay(sdu*SPEED); } delay(state*TIME); } } //用指针更加节省空间 void M_Words(uchar *wordsp,uchar MWheard,uchar number,uchar sdu,uchar state) {register uchar i,j; for(j=0;jj;k--) { dispram[k*2]=dispram[(k-1)*2]; dispram[k*2+1]=dispram[(k-1)*2+1]; } dispram[2*j]=Down_Pullp[Down_Pullheard+i][2*j]; dispram[2*j+1]=Down_Pullp[Down_Pullheard+i][2*j+1]; delay(sdu*SPEED); } delay(state*TIME); } } //用指针更加节约空间 void Down_Run_Word(uchar *Downp,uchar UPheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k; for(i=0;i0;k--) { dispram[k*2]=dispram[(k-1)*2]; dispram[k*2+1]=dispram[(k-1)*2+1]; } dispram[0]=Downp[(UPheard+i)*32+(15-j)*2]; dispram[1]=Downp[(UPheard+i)*32+(15-j)*2+1]; delay(sdu*SPEED); } delay(state*TIME); } } //用指针更加节约空间 void L_Removeout_Word(uchar *LRp,uchar LRheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k,l; for(i=0;i>7; dispram[l*2+1]=dispram[l*2+1]<<1|LRp[(i+LRheard)*32+l*2+j]>>(7-k); } delay(sdu*SPEED); } delay(state*TIME); } } //用指针更加节约空间 void L_Pull_Word(uchar *L_Pullp,uchar L_Pullheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k,l; for(i=0;i>7; dispram[l*2+1]=(dispram[l*2+1]&0xff<<(k+1))<<1|L_Pullp[(i+L_Pullheard)*32+l*2+1]&0xff>>(7-k); } else { dispram[l*2]=(dispram[l*2]&0xff<<(k+1))<<1|L_Pullp[(i+L_Pullheard)*32+l*2]&0xff>>(7-k); dispram[l*2+1]=L_Pullp[(i+L_Pullheard)*32+l*2+1]; } } delay(sdu*SPEED); } delay(state*TIME); } } void M_Black(void) {register uchar i; for(i=0;i<32;i++) { dispram[i]=0x00; if(i%2) delay(5*SPEED); } } //用指针更加节约空间 void R_Removeout_Word(uchar *RRp,uchar RRheard,uchar number,uchar sdu,uchar state) {register uchar i,j,k,l; for(i=0;i0;j--) for(k=0;k<8;k++) { for(l=0;l<16;l++) { dispram[l*2+1]=dispram[l*2+1]>>1|dispram[l*2]<<7; dispram[l*2]=dispram[l*2]>>1|RRp[(i+RRheard)*32+l*2+j-1]<<(7-k); } delay(sdu*SPEED); } delay(state*TIME); } }