wer kann mir dieses porgramm in hex übersetzen mit winavr

**pebisoft** · 14.01.2005, 19:22

hallo, habe ein programm für den atmega32 in c. ich weiss nicht ob es mit winavr geschrieben wurde. man kann damit bilder auf dem fernseher/wintv-karte in fbas darstellen. wer kann einmal versuchen dieses mit winavr zu übersetzen. wenn es möglich ist, werde ich mich evtl auch einmal mit c beschäftigen.
mfg pebisoft

teil1:

Code:

//video gen and sound
//D.5 is sync:1000 ohm + diode to 75 ohm resistor
//D.6 is video:330 ohm + diode to 75 ohm resistor  
//C.0 is sound

#pragma regalloc-    //I allocate the registers myself
#pragma optsize-     //optimize for speed
                    
#include <Mega32.h>   
#include <stdio.h>
#include <stdlib.h> 
#include <math.h> 
#include <delay.h>   

//cycles = 63.625 * 16 Note NTSC is 63.55 
//but this line duration makes each frame exactly 1/60 sec
//which is nice for keeping a realtime clock 
#define lineTime 1018
 
#define begin {
#define end   }
#define ScreenTop 30
#define ScreenBot 230
#define T0reload 256-60

//NOTE that v1 to v8 and i must be in registers!  
register char v1 @4; 
register char v2 @5;
register char v3 @6;
register char v4 @7;
register char v5 @8;
register char v6 @9;
register char v7 @10;
register char v8 @11; 
register int i @12;

#pragma regalloc+ 

char syncON, syncOFF; 
int LineCount;
int time; 

//animation
char x, y, s, vx, vy;

char screen[1600], t, ts[10]; 
char cu1[]="CORNELL"; 
char cu2[]="ECE476";    
			
//Point plot lookup table
flash char pos[8]={0x80,0x40,0x20,0x10,0x08,0x04,0x02,0x01};			

//define some character bitmaps
//5x7 characters
flash char bitmap[38][7]={ 
	//0
	0b01110000,
	0b10001000,
	0b10011000,
	0b10101000,
	0b11001000,
	0b10001000,
	0b01110000,
	//1
	0b00100000,
	0b01100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b01110000,  
	//2
	0b01110000,
	0b10001000,
	0b00001000,
	0b00010000,
	0b00100000,
	0b01000000,
	0b11111000,
    //3
	0b11111000,
	0b00010000,
	0b00100000,
	0b00010000,
	0b00001000,
	0b10001000,
	0b01110000,
	//4
	0b00010000,
	0b00110000,
	0b01010000,
	0b10010000,
	0b11111000,
	0b00010000,
	0b00010000,
	//5
	0b11111000,
	0b10000000,
	0b11110000,
	0b00001000,
	0b00001000,
	0b10001000,
	0b01110000,
	//6
	0b01000000,
	0b10000000,
	0b10000000,
	0b11110000,
	0b10001000,
	0b10001000,
	0b01110000,
	//7
	0b11111000,
	0b00001000,
	0b00010000,
	0b00100000,
	0b01000000,
	0b10000000,
	0b10000000,
	//8
	0b01110000,
	0b10001000,
	0b10001000,
	0b01110000,
	0b10001000,
	0b10001000,
	0b01110000,
	//9
	0b01110000,
	0b10001000,
	0b10001000,
	0b01111000,
	0b00001000,
	0b00001000,
	0b00010000,  
	//A
	0b01110000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b11111000,
	0b10001000,
	0b10001000,
	//B
	0b11110000,
	0b10001000,
	0b10001000,
	0b11110000,
	0b10001000,
	0b10001000,
	0b11110000,
	//C
	0b01110000,
	0b10001000,
	0b10000000,
	0b10000000,
	0b10000000,
	0b10001000,
	0b01110000,
	//D
	0b11110000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b11110000,
	//E
	0b11111000,
	0b10000000,
	0b10000000,
	0b11111000,
	0b10000000,
	0b10000000,
	0b11111000,
	//F
	0b11111000,
	0b10000000,
	0b10000000,
	0b11111000,
	0b10000000,
	0b10000000,
	0b10000000,
	//G
	0b01110000,
	0b10001000,
	0b10000000,
	0b10011000,
	0b10001000,
	0b10001000,
	0b01110000,
	//H
	0b10001000,
	0b10001000,
	0b10001000,
	0b11111000,
	0b10001000,
	0b10001000,
	0b10001000,
	//I
	0b01110000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b01110000,
	//J
	0b00111000,
	0b00010000,
	0b00010000,
	0b00010000,
	0b00010000,
	0b10010000,
	0b01100000,
	//K
	0b10001000,
	0b10010000,
	0b10100000,
	0b11000000,
	0b10100000,
	0b10010000,
	0b10001000,
	//L
	0b10000000,
	0b10000000,
	0b10000000,
	0b10000000,
	0b10000000,
	0b10000000,
	0b11111000,
	//M
	0b10001000,
	0b11011000,
	0b10101000,
	0b10101000,
	0b10001000,
	0b10001000,
	0b10001000,
	//N
	0b10001000,
	0b10001000,
	0b11001000,
	0b10101000,
	0b10011000,
	0b10001000,
	0b10001000,
	//O
	0b01110000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b01110000,
	//P
	0b11110000,
	0b10001000,
	0b10001000,
	0b11110000,
	0b10000000,
	0b10000000,
	0b10000000,
	//Q
	0b01110000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10101000,
	0b10010000,
	0b01101000,
	//R
	0b11110000,
	0b10001000,
	0b10001000,
	0b11110000,
	0b10100000,
	0b10010000,
	0b10001000,
	//S
	0b01111000,
	0b10000000,
	0b10000000,
	0b01110000,
	0b00001000,
	0b00001000,
	0b11110000,
	//T
	0b11111000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	0b00100000,
	//U
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b01110000,
	//V
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b01010000,
	0b00100000,
	//W
	0b10001000,
	0b10001000,
	0b10001000,
	0b10101000,
	0b10101000,
	0b10101000,
	0b01010000,
	//X
	0b10001000,
	0b10001000,
	0b01010000,
	0b00100000,
	0b01010000,
	0b10001000,
	0b10001000,
	//Y
	0b10001000,
	0b10001000,
	0b10001000,
	0b01010000,
	0b00100000,
	0b00100000,
	0b00100000,
	//Z
	0b11111000,
	0b00001000,
	0b00010000,
	0b00100000,
	0b01000000,
	0b10000000,
	0b11111000,
	//figure1
	0b01110000,
	0b00100000,
	0b01110000,
	0b10101000,
	0b00100000,
	0b01010000,
	0b10001000,
	//figure2
	0b01110000,
	0b10101000,
	0b01110000,
	0b00100000,
	0b00100000,
	0b01010000,
	0b10001000};


//================================ 
//3x5 font numbers, then letters
//packed two per definition for fast 
//copy to the screen at x-position divisible by 4
flash char smallbitmap[39][5]={ 
	//0
    0b11101110,
	0b10101010,
	0b10101010,
	0b10101010,
	0b11101110,
	//1
	0b01000100,
	0b11001100,
	0b01000100,
	0b01000100,
	0b11101110,
	//2
	0b11101110,
	0b00100010,
	0b11101110,
	0b10001000,
	0b11101110,
	//3
	0b11101110,
	0b00100010,
	0b11101110,
	0b00100010,
	0b11101110,
	//4
	0b10101010,
	0b10101010,
	0b11101110,
	0b00100010,
	0b00100010,
	//5
	0b11101110,
	0b10001000,
	0b11101110,
	0b00100010,
	0b11101110,
	//6
	0b11001100,
	0b10001000,
	0b11101110,
	0b10101010,
	0b11101110,
	//7
	0b11101110,
	0b00100010,
	0b01000100,
	0b10001000,
	0b10001000,
	//8
	0b11101110,
	0b10101010,
	0b11101110,
	0b10101010,
	0b11101110,
	//9
	0b11101110,
	0b10101010,
	0b11101110,
	0b00100010,
	0b01100110,
	//:
	0b00000000,
	0b01000100,
	0b00000000,
	0b01000100,
	0b00000000,
	//=
	0b00000000,
	0b11101110,
	0b00000000,
	0b11101110,
	0b00000000,
	//blank
	0b00000000,
	0b00000000,
	0b00000000,
	0b00000000,
	0b00000000,
	//A
	0b11101110,
	0b10101010,
	0b11101110,
	0b10101010,
	0b10101010,
	//B
	0b11001100,
	0b10101010,
	0b11101110,
	0b10101010,
	0b11001100,
	//C
	0b11101110,
	0b10001000,
	0b10001000,
	0b10001000,
	0b11101110,
	//D
	0b11001100,
	0b10101010,
	0b10101010,
	0b10101010,
	0b11001100,
	//E
	0b11101110,
	0b10001000,
	0b11101110,
	0b10001000,
	0b11101110,
	//F
	0b11101110,
	0b10001000,
	0b11101110,
	0b10001000,
	0b10001000,
	//G
	0b11101110,
	0b10001000,
	0b10001000,
	0b10101010,
	0b11101110,
	//H
	0b10101010,
	0b10101010,
	0b11101110,
	0b10101010,
	0b10101010,
	//I
	0b11101110,
	0b01000100,
	0b01000100,
	0b01000100,
	0b11101110,
	//J
	0b00100010,
	0b00100010,
	0b00100010,
	0b10101010,
	0b11101110,
	//K
	0b10001000,
	0b10101010,
	0b11001100,
	0b11001100,
	0b10101010,
	//L
	0b10001000,
	0b10001000,
	0b10001000,
	0b10001000,
	0b11101110,
	//M
	0b10101010,
	0b11101110,
	0b11101110,
	0b10101010,
	0b10101010,
	//N
	0b00000000,
	0b11001100,
	0b10101010,
	0b10101010,
	0b10101010,
	//O
	0b01000100,
	0b10101010,
	0b10101010,
	0b10101010,
	0b01000100,
	//P
	0b11101110,
	0b10101010,
	0b11101110,
	0b10001000,
	0b10001000,
	//Q
	0b01000100,
	0b10101010,
	0b10101010,
	0b11101110,
	0b01100110,
	//R
	0b11101110,
	0b10101010,
	0b11001100,
	0b11101110,
	0b10101010,
	//S
	0b11101110,
	0b10001000,
	0b11101110,
	0b00100010,
	0b11101110,
	//T
	0b11101110,
	0b01000100,
	0b01000100,
	0b01000100,
	0b01000100, 
	//U
	0b10101010,
	0b10101010,
	0b10101010,
	0b10101010,
	0b11101110, 
	//V
	0b10101010,
	0b10101010,
	0b10101010,
	0b10101010,
	0b01000100,
	//W
	0b10101010,
	0b10101010,
	0b11101110,
	0b11101110,
	0b10101010,
	//X
	0b00000000,
	0b10101010,
	0b01000100,
	0b01000100,
	0b10101010,
	//Y
	0b10101010,
	0b10101010,
	0b01000100,
	0b01000100,
	0b01000100,
	//Z
	0b11101110,
	0b00100010,
	0b01000100,
	0b10001000,
	0b11101110
	};
	
//==================================
//This is the sync generator and raster generator. It MUST be entered from 
//sleep mode to get accurate timing of the sync pulses

interrupt [TIM1_COMPA] void t1_cmpA(void)  
begin 
  //start the Horizontal sync pulse    
  PORTD = syncON;     
  //count timer 0 at 1/usec
  TCNT0=0;
  //update the curent scanline number
  LineCount ++ ;   
  //begin inverted (Vertical) synch after line 247
  if (LineCount==248)
  begin 
    syncON = 0b00100000;
    syncOFF = 0;
  end
  //back to regular sync after line 250
  if (LineCount==251)	
  begin
    syncON = 0;
    syncOFF = 0b00100000;
  end  
  //start new frame after line 262
  if (LineCount==263) 
  begin
     LineCount = 1;
  end  
  
  delay_us(2); //adjust to make 5 us pulses
  //end sync pulse
  PORTD = syncOFF;

**pebisoft** · 14.01.2005, 19:41

teil2 der datei, konnte nicht alles in teil 1 reinkopieren:

Code:

  if (LineCount<ScreenBot && LineCount>=ScreenTop) 
    begin 
       
       //compute byte index for beginning of the next line
       //left-shift 4 would be individual lines
       // <<3 means line-double the pixels 
       //The 0xfff8 truncates the odd line bit
       //i=(LineCount-ScreenTop)<<3 & 0xfff8; //
       
       #asm
       push r16
       lds   r12, _LineCount
       lds   r13, _Linecount+1
       ldi   r16, 30
       sub  r12, r16 
       ldi  r16,0
       sbc  r13, r16 
       lsl  r12
       rol  r13
       lsl  r12
       rol  r13
       lsl  r12    
       rol  r13
       mov  r16,r12
       andi r16,0xf0
       mov  r12,r16
       pop r16 
       #endasm
        
       //load 16 registers with screen info
       #asm
       ;push r12
       ;push r13
       push r14
       push r15
       push r16
       push r17
       push r18 
       push r19 
       push r26
       push r27
       
       ldi  r26,low(_screen)   ;base address of screen
       ldi  r27,high(_screen)   
       add  r26,r12            ;offset into screen (add i)
       adc  r27,r13
       ld   r4,x+   	       ;load 16 registers and inc pointer
       ld   r5,x+
       ld   r6,x+  
       ld   r7,x+
       ld   r8,x+ 
       ld   r9,x+
       ld   r10,x+  
       ld   r11,x+
       ld   r12,x+ 
       ld   r13,x+
       ld   r14,x+  
       ld   r15,x+
       ld   r16,x+   
       ld   r17,x+  
       ld   r18,x+
       ld   r19,x 
       
       ;pop r19
       ;pop r18
       ;pop r17 
       ;pop r16  
       ;pop r15
       ;pop r14
       pop  r26
       pop  r27
       #endasm  

       delay_us(7);  //adjust to center image on screen
       
       //blast 16 bytes to the screen  
        PORTD.6=v1 & 0b10000000; 
        PORTD.6=v1 & 0b01000000;
        PORTD.6=v1 & 0b00100000; 
        PORTD.6=v1 & 0b00010000;
        PORTD.6=v1 & 0b00001000; 
        PORTD.6=v1 & 0b00000100;
        PORTD.6=v1 & 0b00000010; 
        PORTD.6=v1 & 0b00000001;
           
        PORTD.6=v2 & 0b10000000; 
        PORTD.6=v2 & 0b01000000;
        PORTD.6=v2 & 0b00100000; 
        PORTD.6=v2 & 0b00010000;
        PORTD.6=v2 & 0b00001000; 
        PORTD.6=v2 & 0b00000100;
        PORTD.6=v2 & 0b00000010; 
        PORTD.6=v2 & 0b00000001; 
        
        PORTD.6=v3 & 0b10000000; 
        PORTD.6=v3 & 0b01000000;
        PORTD.6=v3 & 0b00100000; 
        PORTD.6=v3 & 0b00010000;
        PORTD.6=v3 & 0b00001000; 
        PORTD.6=v3 & 0b00000100;
        PORTD.6=v3 & 0b00000010; 
        PORTD.6=v3 & 0b00000001; 
            
        PORTD.6=v4 & 0b10000000; 
        PORTD.6=v4 & 0b01000000;
        PORTD.6=v4 & 0b00100000; 
        PORTD.6=v4 & 0b00010000;
        PORTD.6=v4 & 0b00001000; 
        PORTD.6=v4 & 0b00000100;
        PORTD.6=v4 & 0b00000010; 
        PORTD.6=v4 & 0b00000001; 
             
        PORTD.6=v5 & 0b10000000; 
        PORTD.6=v5 & 0b01000000;
        PORTD.6=v5 & 0b00100000; 
        PORTD.6=v5 & 0b00010000;
        PORTD.6=v5 & 0b00001000; 
        PORTD.6=v5 & 0b00000100;
        PORTD.6=v5 & 0b00000010; 
        PORTD.6=v5 & 0b00000001;
             
        PORTD.6=v6 & 0b10000000; 
        PORTD.6=v6 & 0b01000000;
        PORTD.6=v6 & 0b00100000; 
        PORTD.6=v6 & 0b00010000;
        PORTD.6=v6 & 0b00001000; 
        PORTD.6=v6 & 0b00000100;
        PORTD.6=v6 & 0b00000010; 
        PORTD.6=v6 & 0b00000001; 
            
        PORTD.6=v7 & 0b10000000; 
        PORTD.6=v7 & 0b01000000;
        PORTD.6=v7 & 0b00100000; 
        PORTD.6=v7 & 0b00010000; 
        PORTD.6=v7 & 0b00001000; 
        PORTD.6=v7 & 0b00000100;
        PORTD.6=v7 & 0b00000010; 
        PORTD.6=v7 & 0b00000001;
         
             
        PORTD.6=v8 & 0b10000000; 
        PORTD.6=v8 & 0b01000000;
        PORTD.6=v8 & 0b00100000; 
        PORTD.6=v8 & 0b00010000;
        PORTD.6=v8 & 0b00001000; 
        PORTD.6=v8 & 0b00000100;   
        PORTD.6=v8 & 0b00000010; 
        PORTD.6=v8 & 0b00000001;
        
        //the rest of the image is blasted in asm
        //becuase the registers don't have C names
       #asm 
       ;byte 9
       	BST  R12,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  R12,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30  
	
	;byte 10
	BST  r13,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r13,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 

	;byte 11
	BST  r14,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r14,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30
	
	;byte  12
	BST  r15,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r15,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30
	
	;byte 13
	BST  r16,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r16,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30

	;byte 14
	BST  r17,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r17,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30

	;byte 15
	BST  r18,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r18,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30
	
	;byte 16
	BST  r19,7
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,6
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,5
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,4
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,3
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,2
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,1
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30 
	BST  r19,0
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30
	clt   ;clear after the last pixel on the line
	IN   R30,0x12
	BLD  R30,6
	OUT  0x12,R30
								
       pop r19
       pop r18
       pop r17 
       pop r16  
       pop r15
       pop r14
       ;pop  r30
       #endasm
              
    end         
end  

//==================================
//plot one point 
//at x,y with color 1=white 0=black 2=invert 
#pragma warn-
void video_pt(char x, char y, char c)
begin   
	
	#asm
	;  i=(x>>3) + ((int)y<<4) ;   the byte with the pixel in it

	push r16
	ldd r30,y+2 		;get x
	lsr r30
	lsr r30
	lsr r30     		;divide x by 8
	ldd r12,y+1 		;get y
       	lsl r12     		;mult y by 16
       	clr r13
	lsl r12
	rol r13
	lsl r12
	rol r13
	lsl r12
	rol r13
	add r12, r30     	;add in x/8
	
	;v2 = screen[i];   r5
        ;v3 = pos[x & 7];  r6
	;v4 = c            r7
	ldi r30,low(_screen)
	ldi r31,high(_screen)
	add r30, r12
	adc r31, r13
	ld r5,Z  		;get screen byte
	ldd r26,y+2 		;get x
	ldi r27,0
	andi r26,0x07           ;form x & 7 
	ldi r30,low(_pos*2)  
	ldi r31,high(_pos*2)
	add r30,r26
	adc r31,r27
	lpm r6,Z
	ld r16,y 		;get c 
       
       ;if (v4==1) screen[i] = v2 | v3 ; 
       ;if (v4==0) screen[i] = v2 & ~v3; 
       ;if (v4==2) screen[i] = v2 ^ v3 ; 
       
       cpi r16,1
       brne tst0
       or  r5,r6
       tst0:
       cpi r16,0
       brne tst2 
       com r6
       and r5,r6
       tst2:
       cpi r16,2
       brne writescrn
       eor r5,r6
       writescrn:
       	ldi r30,low(_screen)
	ldi r31,high(_screen)
	add r30, r12
	adc r31, r13
	st Z, r5        	;write the byte back to the screen
	
	pop r16
	#endasm
       
end
#pragma warn+

//==================================
// put a big character on the screen
// c is index into bitmap
void video_putchar(char x, char y, char c)  
begin 
    v7 = x;
    for (v6=0;v6<7;v6++) 
    begin
        v1 = bitmap[c][v6]; 
        v8 = y+v6;
        video_pt(v7,   v8, (v1 & 0x80)==0x80);  
        video_pt(v7+1, v8, (v1 & 0x40)==0x40); 
        video_pt(v7+2, v8, (v1 & 0x20)==0x20);
        video_pt(v7+3, v8, (v1 & 0x10)==0x10);
        video_pt(v7+4, v8, (v1 & 0x08)==0x08);
    end
end

//==================================
// put a string of big characters on the screen
void video_puts(char x, char y, char *str)
begin
	char i ;
	for (i=0; str[i]!=0; i++)
	begin  
		if (str[i]>=0x30 && str[i]<=0x3a) 
			video_putchar(x,y,str[i]-0x30);
		else video_putchar(x,y,str[i]-0x40+9);
		x = x+6;	
	end
end
      
//==================================
// put a small character on the screen
// x-cood must be on divisible by 4 
// c is index into bitmap
void video_smallchar(char x, char y, char c)  
begin 
	char mask;
	i=((int)x>>3) + ((int)y<<4) ;
	if (x == (x & 0xf8)) mask = 0x0f;     //f8
	else mask = 0xf0;
	
	screen[i] =    (screen[i] & mask) | (smallbitmap[c][0] & ~mask); 
   	screen[i+16] = (screen[i+16] & mask) | (smallbitmap[c][1] & ~mask);
        screen[i+32] = (screen[i+32] & mask) | (smallbitmap[c][2] & ~mask);
        screen[i+48] = (screen[i+48] & mask) | (smallbitmap[c][3] & ~mask);
   	screen[i+64] = (screen[i+64] & mask) | (smallbitmap[c][4] & ~mask); 
end  

//==================================
// put a string of small characters on the screen
// x-cood must be on divisible by 4 
void video_putsmalls(char x, char y, char *str)
begin
	char i ;
	for (i=0; str[i]!=0; i++)
	begin  
		if (str[i]>=0x30 && str[i]<=0x3a) 
			video_smallchar(x,y,str[i]-0x30);
		else video_smallchar(x,y,str[i]-0x40+12);
		x = x+4;	
	end
end
       
//==================================
//plot a line 
//at x1,y1 to x2,y2 with color 1=white 0=black 2=invert 
//NOTE: this function requires signed chars   
//Code is from David Rodgers,
//"Procedural Elements of Computer Graphics",1985
void video_line(char x1, char y1, char x2, char y2, char c)
begin   
	int e;
	signed char dx,dy,j, temp;
	signed char s1,s2, xchange;
        signed char x,y;
        
	x = x1;
	y = y1;
	dx = cabs(x2-x1);
	dy = cabs(y2-y1);
	s1 = csign(x2-x1);
	s2 = csign(y2-y1);
	xchange = 0;   
	if (dy>dx)
	begin
		temp = dx;
		dx = dy;
		dy = temp;
		xchange = 1;
	end 
	e = ((int)dy<<1) - dx;   
	for (j=0; j<=dx; j++)
	begin
		video_pt(x,y,c) ; 
		if (e>=0)
		begin
			if (xchange==1) x = x + s1;
			else y = y + s2;
			e = e - ((int)dx<<1);
		end
		if (xchange==1) y = y + s2;
		else x = x + s1;
		e = e + ((int)dy<<1);
	end
end

//==================================
//return the value of one point 
//at x,y with color 1=white 0=black 2=invert
char video_set(char x, char y)
begin
	//The following construction 
  	//detects exactly one bit at the x,y location
	i=((int)x>>3) + ((int)y<<4) ;  
    return ( screen[i] & 1<<(7-(x & 0x7)));   	
end

//==================================
// set up the ports and timers
void main(void)
begin 
  //init timer 1 to generate sync
  OCR1A = lineTime; 	//One NTSC line
  TCCR1B = 9; 		//full speed; clear-on-match
  TCCR1A = 0x00;	//turn off pwm and oc lines
  TIMSK = 0x10;		//enable interrupt T1 cmp 
  
  //init ports
  DDRD = 0xf0;		//video out and switches
  //D.5 is sync:1000 ohm + diode to 75 ohm resistor
  //D.6 is video:330 ohm + diode to 75 ohm resistor
   
  //init timer 0 to 1/uSec  
  TCCR0 = 2;
  
  //initialize synch constants 
  LineCount = 1;
  syncON = 0b00000000;
  syncOFF = 0b00100000;  
  
  //Print "CORNELL" 
  video_puts(13,3,cu1);
  //Print "ECE476" 
  video_puts(65,3,cu2); 
  
  //side lines 
  #define width 126
  video_line(0,0,0,99,1);
  video_line(width,0,width,99,1);
  
  //top line & bottom lines
  video_line(0,0,width,0,1);
  video_line(0,99,width,99,1);
  video_line(0,11,width,11,1);
  video_line(0,89,width,89,1);
    
  //init software timer
  t=0;
  time=0;  
  
  //init animation
  x = 64; 
  y=50;
  vx=1;
  vy=1;
  video_pt(x,y,1);
  
  //enable sleep mode
  MCUCR = 0b10000000;
  #asm ("sei");
  
  //The following loop executes once/video line during lines
  //1-230, then does all of the frame-end processing
  while(1)
  begin
  
    //stall here until next line starts
    //sleep enable; mode=idle  
    //use sleep to make entry into sync ISR uniform time  
     
    #asm ("sleep"); 
    
    //The following code executes during the vertical blanking
    //Code here can be as long as  
    //a total of 60 lines x 63.5 uSec/line x 8 cycles/uSec 
    
    if (LineCount==231)
    begin 
           
       video_line(10,30,90,30,1);
       video_line(10,31,90,31,1);
       video_line(10,60,60,60,1);    
       video_line(10,61,60,61,1); 
        //a  clock
        if (++t>59)
        begin
           t=0; 
           time = time + 1;
           sprintf(ts,"%05d",time);
           video_putsmalls(92,93,ts);
        end
        
        //the animated point
        video_pt(x,y,0) ; //erase old one
        x = x + vx;
        y = y + vy; 
        s = video_set(x,y);
        if (s>0) vy = -vy;    //if true, must be a line there
        if (x==124 || x==1) vx = -vx;
        if (y==88 || y==12) vy = -vy;
        video_pt(x,y,1) ;
                      
     end  //line 231
  end  //while
end  //main

**NumberFive** · 14.01.2005, 21:12

habs probiert aber ich kann es nicht compilieren auf die schnelle
mit Winavr ausdem fehlt ein inculde datei delay.h gehört nicht zum winavr.

warum hst du das teil nicht als anhang gepostet

**bluebrother** · 14.01.2005, 21:17

Also Code für den ICC-AVR isses auch nicht.
Alternative (aber eher schlechter) wäre gewesen das als Code einzufügen.

**churchi** · 14.01.2005, 21:43

Das is Code für Codevision.

**pebisoft** · 14.01.2005, 22:26

man kann nicht mehr als 20000 zeichen posten.
mfg pebisoft

**NumberFive** · 14.01.2005, 22:28

aber du kannst ein datei als anhang posten

**pebisoft** · 14.01.2005, 22:29

kann man den code in winavr umsetzen ?
mfg pebisoft

**NumberFive** · 14.01.2005, 22:51

also ich kann es nicht aber hier

http://www.dontronics.com/cvavr_download.html

kannst du ein demo version runterladen vielleicht reicht die
max grösse für den code um es zu übersetzen