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integer range 9 downto 0;
signal tremble : integer range 0 to 25;
signal clk_secsec: integer range 0 to 1843200;
signal clk_sec: integer range 0 to 18432000;
signal clk_min1: integer range 0 to 110592000;
signal clk_min10: integer range 0 to 1105920000;
signal cnt_secsec : integer
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nt j;
int k = 0;
for (int i = MAX_SIZE-1; i >= 0; i--){
j = bigInt1[i] + bigInt2[i] + k;
k=0;
if (j >= 10){
k = 1;
j = j-10;
}
bigInt3[i] = j;
}
}
void multiplication(BigIntType & bigInt1, BigIntType & bigInt2, BigIntType & bigInt3) {
int i;
int k= 0;
int prod;
int m=0;
BigIntType bigInt10;
fo
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--------
large_integer Prod(large_integer u, large_integer v)
{
large_integer x = (char*)malloc(sizeof(char)*ARRAY_SIZE);
large_integer y = (char*)malloc(sizeof(char)*ARRAY_SIZE);
large_integer w = (char*)malloc(sizeof(char)*ARRAY_SIZE);
large_integer z = (char*)malloc(sizeof(char)*ARRAY_SIZE);
char
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stop_s:std_logic;
SIGNALclear_s:std_logic;
SIGNALth_s:integer;
SIGNALtm_s:integer;
SIGNALts_s:integer;
SIGNALwm_s:integer;
SIGNALws_s:integer;
SIGNALwms_s:integer;
--clk_gen----------------------------------------------------
COMPONENT clk_gen
PORT(
clk5M: INSTD_LOGIC;
reset: INSTD_LOGIC;
clk500: OU
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iable %N82%
Variable Modify Integer: %N80% = %N80% + 28
End If
If Variable %N80% > variable %N82%
Variable Modify Integer: %N80% = %N80% - 28
End If
Repeat End
이동중에 마작이있으면 바로전에 멈추는 루틴입니다.
// ..
// y축 이동
2번째 마작이 위치한 x축까지 이동하는 루틴입
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integer i, j;
always@(in or reset) begin
if(reset)
out = 0;
else begin
i=0; j=0;
while((i<11)||(j<7)) begin
while(i==0||i==1||i==3||i==7)
begin
out[i]=0;
i=i+1;
end
out[i]=in[j];
i=i+1;
j=j+1;
end
// Parity-bit를 계산하여 12bit의 Hamming code를 생성
if(^(out&12\'b0101_0101_0101))
out[0]=~out[0
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