Hi, LiaoMi
as you said, For short data/strings, simplicity of FNV or djb2 are hard to beat, they are very performant on short data as well.
draw_PointThread proc USES rdi rbx rsi
lea rsi,org_str
invoke GetSystemTimePreciseAsFileTime, addr StartTime
@@:
invoke RtlZeroMemory,addr NameA,sizeof NameA
lea rdi,NameA
invoke iRandom_1,3,15
mov _rndstrlen,rax ;NameALen
xor rbx,rbx
.repeat
invoke iRandom_1,0,org_StrlenMax
mov al,[rsi+rax]
mov [rdi+rbx],al
inc rbx
.until rbx == _rndstrlen
invoke lstrlen,addr NameA
invoke XXH3_64bits,addr NameA,rax
xor rdx,rdx
mov rcx,x_max
div rcx ;hash % x_max
mov hHash_IndexA,edx
invoke RtlZeroMemory,addr NameB,sizeof NameB
lea rdi,NameB
invoke iRandom_1,3,15
mov _rndstrlen,rax ;NameBLen
xor rbx,rbx
.repeat
invoke iRandom_1,0,org_StrlenMax
mov al,[rsi+rax]
mov [rdi+rbx],al
inc rbx
.until rbx == _rndstrlen
invoke lstrlen,addr NameB
invoke XXH3_64bits,addr NameB,rax
xor rdx,rdx
mov rcx,y_max
div rcx ;hash % y_max
mov hHash_IndexB,edx
invoke InvalidateRect,Main_hWnd,0,FALSE
invoke UpdateWindow,Main_hWnd
lea rdi,TxtColorTable
mov rax,dqColorCnt
mov rcx,[rdi+rax*4]
mov point_cor,ecx
inc dqColorCnt
.if dqColorCnt == 6
mov dqColorCnt,0
.endif
invoke Sleep,1
inc dqTotalCalcHash
.if dqTotalCalcHash >= 10000
mov StopThreadFlag,TRUE
.endif
cmp StopThreadFlag,TRUE
jnz @B
invoke GetSystemTimePreciseAsFileTime, addr EndTime
xor rax,rax
xor rdx,rdx
mov eax,StartTime.dwHighDateTime
shl rax, 32
mov edx,StartTime.dwLowDateTime
add rax,rdx
mov rcx,rax
xor rax,rax
xor rdx,rdx
mov eax,EndTime.dwHighDateTime
shl rax, 32
mov edx,EndTime.dwLowDateTime
add rax,rdx
sub rax,rcx
invoke wsprintf,addr szBuffer,CStr("SpendTime: %Id"),rax
invoke SetWindowText,Main_hWnd,addr szBuffer
ret
draw_PointThread endp
1669717931（us） XXH3_64bits
1669303733（us） FNV-1A
FNV-1A is faster 414198（us）than XXH3_64bits on calculating 20000 hash values
