00000095  RJMP PC-0x00E9		Relative jump 
00000096  LDI R31,0x6E		Load immediate 
00000097  SUB R13,R11		Subtract without carry 
00000098  LDD R13,Z+9		Load indirect with displacement 
00000099  CPI R20,0x8B		Compare with immediate 
0000009A  BRVC PC-0x1C		Branch if overflow flag is cleared 
0000009B  ADC R23,R12		Add with carry 
0000009C  ADC R25,R0		Add with carry 
0000009D  OUT 0x14,R26		Out to I/O location 
0000009E  EOR R14,R4		Exclusive OR 
0000009F  CPI R18,0x20		Compare with immediate 
000000A0  ANDI R24,0x24		Logical AND with immediate 
000000A1  AND R5,R30		Logical AND 
000000A2  ??? 		Could not decode instruction 
000000A3  BREQ PC+0x3A		Branch if equal 
000000A4  LDI R18,0xC4		Load immediate 
000000A5  LDI R26,0x51		Load immediate 
000000A6  EOR R19,R29		Exclusive OR 
000000A7  CLR R1		Clear Register 
000000A8  OUT 0x3F,R1		Out to I/O location 
000000A9  LDI R28,0x5F		Load immediate 
000000AA  LDI R29,0x08		Load immediate 
000000AB  OUT 0x3E,R29		Out to I/O location 
000000AC  OUT 0x3D,R28		Out to I/O location 
000000AD  LDI R17,0x00		Load immediate 
000000AE  LDI R26,0x60		Load immediate 
000000AF  LDI R27,0x00		Load immediate 
000000B0  LDI R30,0x5A		Load immediate 
000000B1  LDI R31,0x09		Load immediate 
000000B2  RJMP PC+0x0003		Relative jump 
000000B3  LPM R0,Z+		Load program memory and postincrement 
000000B4  ST X+,R0		Store indirect and postincrement 
000000B5  CPI R26,0x64		Compare with immediate 
000000B6  CPC R27,R17		Compare with carry 
000000B7  BRNE PC-0x04		Branch if not equal 
000000B8  LDI R17,0x00		Load immediate 
000000B9  LDI R26,0x64		Load immediate 
000000BA  LDI R27,0x00		Load immediate 
000000BB  RJMP PC+0x0002		Relative jump 
000000BC  ST X+,R1		Store indirect and postincrement 
000000BD  CPI R26,0x7A		Compare with immediate 
000000BE  CPC R27,R17		Compare with carry 
000000BF  BRNE PC-0x03		Branch if not equal 
000000C0  CALL 0x000000E4		Call subroutine 
000000C2  JMP 0x000004AB		Jump 
000000C4  JMP 0x00000000		Jump 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././ATmega32_Berechnungsdauer.c 
{
000000C6  PUSH R1		Push register on stack 
000000C7  PUSH R0		Push register on stack 
000000C8  IN R0,0x3F		In from I/O location 
000000C9  PUSH R0		Push register on stack 
000000CA  CLR R1		Clear Register 
000000CB  PUSH R24		Push register on stack 
000000CC  PUSH R25		Push register on stack 
	i++;
000000CD  LDS R24,0x0064		Load direct from data space 
000000CF  LDS R25,0x0065		Load direct from data space 
000000D1  ADIW R24,0x01		Add immediate to word 
000000D2  STS 0x0065,R25		Store direct to data space 
000000D4  STS 0x0064,R24		Store direct to data space 
}
000000D6  POP R25		Pop register from stack 
000000D7  POP R24		Pop register from stack 
000000D8  POP R0		Pop register from stack 
000000D9  OUT 0x3F,R0		Out to I/O location 
000000DA  POP R0		Pop register from stack 
000000DB  POP R1		Pop register from stack 
000000DC  RETI 		Interrupt return 
{
	//TCCR0 = (1<<WGM01) | (1<<CS00);				//prescaler none; CTC-Mode
	//TCCR0 = (1<<WGM01) | (1<<CS01);				//prescaler 8; CTC-Mode
	//TCCR0 = (1<<WGM01) | (1<<CS01) | (1<<CS00);	//prescaler 64; CTC-Mode
	//TCCR0 = (1<<WGM01) | (1<<CS02);				//prescaler 256; CTC-Mode
	TCCR0 = (1<<WGM01) | (1<<CS02) | (1<<CS00);	//prescaler 1024; CTC-Mode
000000DD  LDI R24,0x0D		Load immediate 
000000DE  OUT 0x33,R24		Out to I/O location 
	OCR0 = 15;									// ((1000000/8)/1000) = 125 f�r 1ms
000000DF  LDI R24,0x0F		Load immediate 
000000E0  OUT 0x3C,R24		Out to I/O location 
	TIMSK = (1<<OCIE0);							// enable interrupts on compare match
000000E1  LDI R24,0x02		Load immediate 
000000E2  OUT 0x39,R24		Out to I/O location 
}
000000E3  RET 		Subroutine return 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././ATmega32_Berechnungsdauer.c 
{
000000E4  PUSH R14		Push register on stack 
000000E5  PUSH R15		Push register on stack 
000000E6  PUSH R16		Push register on stack 
000000E7  PUSH R17		Push register on stack 
000000E8  PUSH R29		Push register on stack 
000000E9  PUSH R28		Push register on stack 
000000EA  IN R28,0x3D		In from I/O location 
000000EB  IN R29,0x3E		In from I/O location 
000000EC  SUBI R28,0x64		Subtract immediate 
000000ED  SBCI R29,0x00		Subtract immediate with carry 
000000EE  IN R0,0x3F		In from I/O location 
000000EF  CLI 		Global Interrupt Disable 
000000F0  OUT 0x3E,R29		Out to I/O location 
000000F1  OUT 0x3F,R0		Out to I/O location 
000000F2  OUT 0x3D,R28		Out to I/O location 
	timerinit();
000000F3  CALL 0x000000DD		Call subroutine 
		sei();
000000F5  SEI 		Global Interrupt Enable 
		cli();
000000F6  CLI 		Global Interrupt Disable 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././ATmega32_Berechnungsdauer.c 
		dtostrf(a, 5,8, chr_a);
000000F7  LDI R22,0x70		Load immediate 
000000F8  LDI R23,0x40		Load immediate 
000000F9  LDI R24,0xE6		Load immediate 
000000FA  LDI R25,0x40		Load immediate 
000000FB  LDI R20,0x05		Load immediate 
000000FC  LDI R21,0x00		Load immediate 
000000FD  LDI R18,0x08		Load immediate 
000000FE  LDI R19,0x00		Load immediate 
000000FF  MOVW R14,R28		Copy register pair 
00000100  SEC 		Set Carry 
00000101  ADC R14,R1		Add with carry 
00000102  ADC R15,R1		Add with carry 
00000103  MOVW R16,R14		Copy register pair 
00000104  CALL 0x000001DE		Call subroutine 
		set_cursor(0,1);
00000106  LDI R24,0x00		Load immediate 
00000107  LDI R22,0x01		Load immediate 
00000108  CALL 0x000001B9		Call subroutine 
		lcd_string(chr_a);
0000010A  MOVW R24,R14		Copy register pair 
0000010B  CALL 0x000001CF		Call subroutine 
		itoa(i, chr_i, 10);
0000010D  LDS R24,0x0064		Load direct from data space 
0000010F  LDS R25,0x0065		Load direct from data space 
00000111  MOV R0,R31		Copy register 
00000112  LDI R31,0x70		Load immediate 
00000113  MOV R14,R31		Copy register 
00000114  LDI R31,0x00		Load immediate 
00000115  MOV R15,R31		Copy register 
00000116  MOV R31,R0		Copy register 
00000117  MOVW R22,R14		Copy register pair 
00000118  LDI R20,0x0A		Load immediate 
00000119  LDI R21,0x00		Load immediate 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././ATmega32_Berechnungsdauer.c 
0000011A  CALL 0x00000200		Call subroutine 
		set_cursor(0,2);
0000011C  LDI R24,0x00		Load immediate 
0000011D  LDI R22,0x02		Load immediate 
0000011E  CALL 0x000001B9		Call subroutine 
		lcd_string(chr_i);
00000120  MOVW R24,R14		Copy register pair 
00000121  CALL 0x000001CF		Call subroutine 
00000123  RJMP PC-0x0000		Relative jump 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././lcd-routines.c 
{
   // Bei Problemen ggf. Pause gem�� Datenblatt des LCD Controllers einf�gen
   // http://www.mikrocontroller.net/topic/81974#685882
   LCD_PORT |= (1<<LCD_EN);
00000124  SBI 0x18,5		Set bit in I/O register 
--- c:\program files (x86)\atmel\avr studio 5.1\extensions\atmel\avrgcc\3.3.1.27\avrtoolchain\bin\../lib/gcc/avr/4.5.1/../../../../avr/include/util/delay.h 
	__builtin_avr_delay_cycles(__ticks_dc);
00000125  LDI R24,0x9F		Load immediate 
00000126  LDI R25,0x0F		Load immediate 
00000127  SBIW R24,0x01		Subtract immediate from word 
00000128  BRNE PC-0x01		Branch if not equal 
00000129  RJMP PC+0x0001		Relative jump 
0000012A  NOP 		No operation 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././lcd-routines.c 
   LCD_PORT &= ~(1<<LCD_EN);
0000012B  CBI 0x18,5		Clear bit in I/O register 
}
0000012C  RET 		Subroutine return 
{
0000012D  PUSH R17		Push register on stack 
0000012E  MOV R17,R24		Copy register 
   LCD_PORT &= ~(1<<LCD_RS);        // RS auf 0 setzen
0000012F  CBI 0x18,4		Clear bit in I/O register 
   LCD_PORT &= 0xF0;
00000130  IN R24,0x18		In from I/O location 
00000131  ANDI R24,0xF0		Logical AND with immediate 
00000132  OUT 0x18,R24		Out to I/O location 
   LCD_PORT |= temp1;               // setzen
00000133  IN R24,0x18		In from I/O location 
   temp1 = temp1 & 0x0F;            // maskieren
00000134  MOV R25,R17		Copy register 
00000135  SWAP R25		Swap nibbles 
00000136  ANDI R25,0x0F		Logical AND with immediate 
   LCD_PORT |= temp1;               // setzen
00000137  OR R24,R25		Logical OR 
00000138  OUT 0x18,R24		Out to I/O location 
   lcd_enable();
00000139  CALL 0x00000124		Call subroutine 
   LCD_PORT &= 0xF0;
0000013B  IN R24,0x18		In from I/O location 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././lcd-routines.c 
0000013C  ANDI R24,0xF0		Logical AND with immediate 
0000013D  OUT 0x18,R24		Out to I/O location 
   LCD_PORT |= temp2;               // setzen
0000013E  IN R24,0x18		In from I/O location 
   temp2 = temp2 & 0x0F;            // unteres Nibble holen und maskieren
0000013F  ANDI R17,0x0F		Logical AND with immediate 
   LCD_PORT |= temp2;               // setzen
00000140  OR R17,R24		Logical OR 
00000141  OUT 0x18,R17		Out to I/O location 
   lcd_enable();
00000142  CALL 0x00000124		Call subroutine 
--- c:\program files (x86)\atmel\avr studio 5.1\extensions\atmel\avrgcc\3.3.1.27\avrtoolchain\bin\../lib/gcc/avr/4.5.1/../../../../avr/include/util/delay.h 
	__builtin_avr_delay_cycles(__ticks_dc);
00000144  LDI R24,0xE0		Load immediate 
00000145  DEC R24		Decrement 
00000146  BRNE PC-0x01		Branch if not equal 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././lcd-routines.c 
}
00000147  POP R17		Pop register from stack 
00000148  RET 		Subroutine return 
{
00000149  PUSH R17		Push register on stack 
0000014A  MOV R17,R24		Copy register 
   LCD_PORT |= (1<<LCD_RS);        // RS auf 1 setzen
0000014B  SBI 0x18,4		Set bit in I/O register 
   LCD_PORT &= 0xF0;
0000014C  IN R24,0x18		In from I/O location 
0000014D  ANDI R24,0xF0		Logical AND with immediate 
0000014E  OUT 0x18,R24		Out to I/O location 
   LCD_PORT |= temp1;               // setzen
0000014F  IN R24,0x18		In from I/O location 
   temp1 = temp1 & 0x0F;
00000150  MOV R25,R17		Copy register 
00000151  SWAP R25		Swap nibbles 
00000152  ANDI R25,0x0F		Logical AND with immediate 
   LCD_PORT |= temp1;               // setzen
00000153  OR R24,R25		Logical OR 
00000154  OUT 0x18,R24		Out to I/O location 
   lcd_enable();
00000155  CALL 0x00000124		Call subroutine 
   LCD_PORT &= 0xF0;
00000157  IN R24,0x18		In from I/O location 
00000158  ANDI R24,0xF0		Logical AND with immediate 
00000159  OUT 0x18,R24		Out to I/O location 
   LCD_PORT |= temp2;               // setzen
0000015A  IN R24,0x18		In from I/O location 
   temp2 = temp2 & 0x0F;
0000015B  ANDI R17,0x0F		Logical AND with immediate 
   LCD_PORT |= temp2;               // setzen
0000015C  OR R17,R24		Logical OR 
0000015D  OUT 0x18,R17		Out to I/O location 
   lcd_enable();
0000015E  CALL 0x00000124		Call subroutine 
--- c:\program files (x86)\atmel\avr studio 5.1\extensions\atmel\avrgcc\3.3.1.27\avrtoolchain\bin\../lib/gcc/avr/4.5.1/../../../../avr/include/util/delay.h 
	__builtin_avr_delay_cycles(__ticks_dc);
00000160  LDI R24,0xE0		Load immediate 
00000161  DEC R24		Decrement 
00000162  BRNE PC-0x01		Branch if not equal 
--- E:\Projekte\AVR-Studio5_Projekte\ATmega32_Berechnungsdauer\ATmega32_Berechnungsdauer\Debug/.././lcd-routines.c 
}
00000163  POP R17		Pop register from stack 
00000164  RET 		Subroutine return 
{
   lcd_command(CLEAR_DISPLAY);
00000165  LDI R24,0x01		Load immediate