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[旧帖] [原创]自写高质量随机数的随机数发生器（改良版） 0.00雪花
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发表于: 2010-11-21 22:18
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（看到了大家的支持突然觉得拿个那么次的代码有点对不起大家，早上起来就把代码改了下，新的代码比原来少了200行，精简很多，去除了很多东西，在保证随机数质量的前提下，将速度提升了200%以上，至于为什么没吧X,Y,Z轴的那部分精简，呃，感觉很麻烦，又要用偏移又得加变量，就没动）
最近有个计划要大量用到随机数，对rand不太满意，就自己写了个。网上很多随机数发生器是直接获取几个随机量如时间，键盘，鼠标等进行数学运算得到随机数，但我不想那么做，在混沌电路中得到灵感，通过一个对初始值敏感的物理模型获取随机数，用汇编实现微分积分运算有些疯狂，混沌电路也不是那么容易实现的，所以我用了一个宏观物理模型，粒子运动。
先来两张测试图片
说一下含义，第一个是熵，它的值表明了信息基本是随机的
第二个是压缩比，自然越低越好，可以看到都是0
第三个是卡方分布，卡方检验是随机性的数据最常用的测试，如果该比例大于90％或低于10％，几乎可以肯定的顺序是不是随机的。
第四个是算术平均数，如果数据是随机的，那么应当是127.5
第五项不解释地球人都知道那个数字
第六项是相关系数
英文好的，可以看这个网页
https://calomel.org/entropy_random_number_generators.html
里面有对LINUX内核熵池的测试
结果是
Entropy = 7.999825 bits per byte.
Optimum compression would reduce the size
of this 1036003 byte file by 0 percent.
Chi square distribution for 1036003 samples is 251.25, and randomly
would exceed this value 55.46 percent of the times.
Arithmetic mean value of data bytes is 127.4824 (127.5 = random).
Monte Carlo value for Pi is 3.141283511 (error 0.01 percent).
Serial correlation coefficient is 0.000858 (totally uncorrelated = 0.0)
从图中可以看到我写的随机数发生器生成的随机数质量还是很可以的，（没有用STS测试过，不敢说好）下面说下是怎么算出来的
想象一下，空间中有一个长，宽，高20000米的大盒子里装着7个粒子，粒子间随着距离的变化力也是变化的，可能是引力，也可能是斥力，粒子在盒子里不断的运动，反弹。这样的一个系统即时现在有一个小小的变化，在经过数次运算放大后都会产生翻天覆地的变化。所以这个随机数发生器没有获取任何的随机数据，它的随机完全是靠CPU运行速度差异经放大产生随机数，当CPU运行差异越大数字就越是随机，这也是系统不是很稳定的原因。获取的随机数就是粒子的空间坐标和当前速度的一部分。可以考虑把力也算进去。
粒子的随距离X变化的力的大小
0~40 2^（40-x）
40~70 -（70-x）^2（原来不是两次方，但后来为了提高速度就用了两次方，不连续了）
70~正无穷 -（156.1-x）^2-100
时间参数 t=0.00000001s
粒子质量 m=1
下面是代码，与附件中的不大一样，改了些
至于参数是怎么定的，那是测试测出来的，比如时间，太快或着太慢都会影响生成的随机数的质量，但时间参数不是独立的，它还和力的大小有关，循环计算次数等。外面的盒子的大小也会影响随机数质量。我相信这个随机数发生器可以得到更高的质量，但参数我实在是调不了了，它们之间究竟有什么样的内在联系我也不是很清楚。只能达到现在这样。
好了，说下使用方法，首先调用starting,进行初始化，然后就可以用getrand获取随机数了，如果能在最后想起来用endrand就更好了。
最后说下它的缺点，就是生成的随机数质量不是很稳定，一样的代码生成的随机数要看运气（也算随机吧），我发的两张是不错的
，但波动不大。其次是速度，不是很快，全力开动大约一秒可以产生15K随机文件（现在翻翻了），平常也就9K左右，在不是连续疯狂的使用时是足够的，当然程序里用了私有堆，你可以改大点，程序会不断的在空闲时间生成随机数储备在内存中，使用时可以加快速度。
就这些了，暂时没想起来还有什么问题。本人水平有限，欢迎指正，也希望各位走过路过的能告诉我我的努力是否能得到肯定，谢谢。
最近有个计划要大量用到随机数，对rand不太满意，就自己写了个。网上很多随机数发生器是直接获取几个随机量如时间，键盘，鼠标等进行数学运算得到随机数，但我不想那么做，在混沌电路中得到灵感，通过一个对初始值敏感的物理模型获取随机数，用汇编实现微分积分运算有些疯狂，混沌电路也不是那么容易实现的，所以我用了一个宏观物理模型，粒子运动。
先来两张测试图片
说一下含义，第一个是熵，它的值表明了信息基本是随机的
第二个是压缩比，自然越低越好，可以看到都是0
第三个是卡方分布，卡方检验是随机性的数据最常用的测试，如果该比例大于90％或低于10％，几乎可以肯定的顺序是不是随机的。
第四个是算术平均数，如果数据是随机的，那么应当是127.5
第五项不解释地球人都知道那个数字
第六项是相关系数
英文好的，可以看这个网页
https://calomel.org/entropy_random_number_generators.html
里面有对LINUX内核熵池的测试
结果是
Entropy = 7.999825 bits per byte.
Optimum compression would reduce the size
of this 1036003 byte file by 0 percent.
Chi square distribution for 1036003 samples is 251.25, and randomly
would exceed this value 55.46 percent of the times.
Arithmetic mean value of data bytes is 127.4824 (127.5 = random).
Monte Carlo value for Pi is 3.141283511 (error 0.01 percent).
Serial correlation coefficient is 0.000858 (totally uncorrelated = 0.0)
从图中可以看到我写的随机数发生器生成的随机数质量还是很可以的，（没有用STS测试过，不敢说好）下面说下是怎么算出来的
想象一下，空间中有一个长，宽，高20000米的大盒子里装着7个粒子，粒子间随着距离的变化力也是变化的，可能是引力，也可能是斥力，粒子在盒子里不断的运动，反弹。这样的一个系统即时现在有一个小小的变化，在经过数次运算放大后都会产生翻天覆地的变化。所以这个随机数发生器没有获取任何的随机数据，它的随机完全是靠CPU运行速度差异经放大产生随机数，当CPU运行差异越大数字就越是随机，这也是系统不是很稳定的原因。获取的随机数就是粒子的空间坐标和当前速度的一部分。可以考虑把力也算进去。
粒子的随距离X变化的力的大小
0~40 2^（40-x）
40~70 -（70-x）^2（原来不是两次方，但后来为了提高速度就用了两次方，不连续了）
70~正无穷 -（156.1-x）^2-100
时间参数 t=0.00000001s
粒子质量 m=1
下面是代码，与附件中的不大一样，改了些
.386p .8087 .model flat,stdcall option casemap:none ;>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> include windows.inc include gdi32.inc includelib gdi32.lib include user32.inc includelib user32.lib include kernel32.inc includelib kernel32.lib include advapi32.inc includelib advapi32.lib include masm32.inc includelib masm32.lib includelib msvcrt.lib ;================================================ .data? hInstDLL dd ? hHeap dd ? lpMemory dd ? eventout dd ? PARTICLE struct dpx dq ? dpy dq ? dpz dq ? dvx dq ? dvy dq ? dvz dq ? PARTICLE ends ;粒子位置速度受力参数,吸引子的引力不计算 sizeofdtparticle dd ? lprand0 dd ? lprand1 dd ? dtwhichparticle dd ? ;================================================================= .data dtparticle0 PARTICLE <-20.0,20.0,-20.0,0.0,0.0,0.0> dtparticle1 PARTICLE <-20.0,20.0,20.0,0.0,0.0,0.0> ;-1,1,1 dtparticle2 PARTICLE <20.0,20.0,-20.0,0.0,0.0,0.0> dtparticle3 PARTICLE <20.0,20.0,20.0,0.0,0.0,0.0> dtparticle4 PARTICLE <-20.0,-20.0,-20.0,0.0,0.0,0.0> dtparticle5 PARTICLE <-21.0,-21.0,-21.0,0.0,0.0,0.0> dtparticle6 PARTICLE <20.0,-20.0,-20.0,0.0,0.0,0.0> dtparticle7 PARTICLE <0.0,0.0,0.0,0.0,0.0,0.0> dt40 dq 40.0 dt70 dq 70.0 dt100 dq 100.0 dt156 dq 156.1 dtt dq 0.00000001 dttt2 dq 0.00000000000000005 dtm dq 1.0 dtlimit dq 40000.0 dtlimitf dq -10000.0 dtlimitz dq 10000.0 dtaccelarate dd 0 ;================================================== .const ;=================================================== .code printfnumber proc middlee:qword local @test pushad mov esi,lpMemory mov eax,dword ptr middlee mov ebx,lprand0 .if ebx>38000 xor ebx,ebx mov dword ptr [esi],eax mov lprand0,ebx .else add esi,lprand0 mov dword ptr [esi],eax add lprand0,4 .endif popad ret printfnumber endp ;===================================================== Calc proc _which local @thisparticle:PARTICLE ;本次计算的粒子 local @calcparticle:PARTICLE ;要计算的粒子 local @forceXX:qword local @forceYY:qword local @forceZZ:qword local @middle:qword ;记录力的大小 local @middle1:qword ;记录差值的绝对值 local @dta:qword ;记录加速度a local @tmp0:qword local @tmp1:qword local @for pushad xor ebx,ebx mov @for,ebx .if dtaccelarate==311 mov @for,1 mov dtaccelarate,ebx .else inc dtaccelarate .endif fldz fst @forceXX fst @forceYY fst @forceZZ ;初始化力 mov eax,_which mul sizeofdtparticle mov esi,offset dtparticle0 add esi,eax ;获取要计算粒子相对于粒子0的偏移量 finit assume esi:ptr PARTICLE fld [esi].dpx fstp @thisparticle.dpx fld [esi].dpy fstp @thisparticle.dpy fld [esi].dpz fstp @thisparticle.dpz fld [esi].dvx fstp @thisparticle.dvx fld [esi].dvy fstp @thisparticle.dvy fld [esi].dvz fstp @thisparticle.dvz assume esi:nothing ;保存要计算的粒子 mov ecx,0 ;计算8个粒子 .while ecx<8 .if _which==ecx inc ecx .continue .endif ;不计算本粒子的 push ecx ;先保存ECX mov eax,ecx mul sizeofdtparticle mov esi,offset dtparticle0 add esi,eax ;获取要与计算粒子计算的粒子相对于粒子0的偏移量 assume esi:ptr PARTICLE fld [esi].dpx fstp @calcparticle.dpx fld [esi].dpy fstp @calcparticle.dpy fld [esi].dpz fstp @calcparticle.dpz assume esi:nothing ;获取该粒子的参数 fld @thisparticle.dpx fsub @calcparticle.dpx fst @calcparticle.dpx ;calcparticle里记录的是差值,即X1-X2 fmul @calcparticle.dpx fst @forceXX ;x差值平方,下同 fld @thisparticle.dpy fsub @calcparticle.dpy fst @calcparticle.dpy fmul @calcparticle.dpy fst @forceYY fld @thisparticle.dpz fsub @calcparticle.dpz fst @calcparticle.dpz fmul @calcparticle.dpz fst @forceZZ fld @forceXX fadd @forceYY fadd @forceZZ ;X^2+Y^2+Z^2 fsqrt fst @middle ;存储距离大小,因为后面限制了粒子的活动范围,所以现在的距离一定可以正常的运算出来 .if @for==1 invoke printfnumber,@forceXX invoke printfnumber,@forceYY invoke printfnumber,@forceZZ ; 取距离 .endif finit fld @middle fcom dt40 fstsw ax sahf ja up40 finit;小于40时候的代码 fld dt40 fsub @middle fld1 fscale fst @middle1 jmp calcbranch up40: finit fld @middle fcom dt70 fstsw ax sahf ja up70 finit;此处为40_70时候的代码 fld dt40 fsub @middle fst @middle1 fmul @middle1 fchs fst @middle1 ;记录数值,也就是F jmp calcbranch up70: finit;大于70的代码 fld dt156 fsub @middle fst @middle1 ;暂时保留 fmul @middle1 fchs fst @middle1;记录数值,也就是F fsub dt100 fst @middle1;记录数值,也就是F calcbranch: calcX: finit fld @calcparticle.dpx fmul @middle1 fld @middle fdiv fst @forceXX ;记录X轴分力 fmul dtm fmul dtt fadd @thisparticle.dvx fst @thisparticle.dvx ;计算速度 finit fld dtt fld @thisparticle.dvx fmul fst @tmp0 fld @forceXX fmul dttt2 fadd @tmp0 ;得到位移,计算边界 fst @tmp0 ;暂存位移 fld dtlimit fld @tmp0 fprem fst @tmp0 ;暂存余数. fadd @thisparticle.dpx ;得到坐标 fst @thisparticle.dpx uplimitx: finit fld @thisparticle.dpx fcom dtlimitz fstsw ax sahf ja backup0x jmp lowlimit0x backup0x: fld @thisparticle.dpx fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpx fld @thisparticle.dvx fchs fst @thisparticle.dvx lowlimit0x: finit fld @thisparticle.dpx fcom dtlimitf fstsw ax sahf jb backlowx jmp uplimit1x backlowx: fld @thisparticle.dpx fsub dtlimitf fst @tmp1 fld dtlimitf fsub @tmp1 fst @thisparticle.dpx fld @thisparticle.dvx fchs fst @thisparticle.dvx uplimit1x: finit fld @thisparticle.dpx fcom dtlimitz fstsw ax sahf ja backup1x jmp calcY backup1x: fld @thisparticle.dpx fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpx fld @thisparticle.dvx fchs fst @thisparticle.dvx calcY: fld @calcparticle.dpy fmul @middle1 fld @middle fdiv fst @forceYY ;记录Y轴分力 fmul dtm fmul dtt fadd @thisparticle.dvy fst @thisparticle.dvy ;计算速度 finit fld dtt fld @thisparticle.dvy fmul fst @tmp0 fld @forceYY fmul dttt2 fadd @tmp0 ;得到位移,计算边界 fst @tmp0 ;暂存位移 fld dtlimit fld @tmp0 fprem fst @tmp0 ;暂存余数. fadd @thisparticle.dpy ;得到坐标 fst @thisparticle.dpy uplimity: fld @thisparticle.dpy fcom dtlimitz fstsw ax sahf ja backup0y jmp lowlimit0y backup0y: fld @thisparticle.dpy fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpy fld @thisparticle.dvy fchs fst @thisparticle.dvy lowlimit0y: finit fld @thisparticle.dpy fcom dtlimitf fstsw ax sahf jb backlowy jmp uplimit1y backlowy: fld @thisparticle.dpy fsub dtlimitf fst @tmp1 fld dtlimitf fsub @tmp1 fst @thisparticle.dpy fld @thisparticle.dvy fchs fst @thisparticle.dvy uplimit1y: fld @thisparticle.dpy fcom dtlimitz fstsw ax sahf ja backup1y jmp calcZ backup1y: fld @thisparticle.dpy fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpy fld @thisparticle.dvy fchs fst @thisparticle.dvy calcZ: fld @calcparticle.dpz fmul @middle1 fld @middle fdiv fst @forceZZ ;记录Z轴分力 fmul dtm fmul dtt fadd @thisparticle.dvz fst @thisparticle.dvz ;计算速度 finit fld dtt fmul @thisparticle.dvz fst @tmp0 fld @forceZZ fmul dttt2 fadd @tmp0 ;得到位移,计算边界 fst @tmp0 ;暂存位移 fld dtlimit fld @tmp0 fprem fst @tmp0 ;暂存余数. fadd @thisparticle.dpz ;得到坐标 fst @thisparticle.dpz uplimitz: finit fld @thisparticle.dpz fcom dtlimitz fstsw ax sahf ja backup0z jmp lowlimit0z backup0z: fld @thisparticle.dpz fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpz fld @thisparticle.dvz fchs fst @thisparticle.dvz lowlimit0z: finit fld @thisparticle.dpz fcom dtlimitf fstsw ax sahf jb backlowz jmp uplimit1z backlowz: fld @thisparticle.dpz fsub dtlimitf fst @tmp1 fld dtlimitf fsub @tmp1 fst @thisparticle.dpz fld @thisparticle.dvz fchs fst @thisparticle.dvz uplimit1z: finit fld @thisparticle.dpz fcom dtlimitz fstsw ax sahf ja backup1z jmp outcalc backup1z: fld @thisparticle.dpz fsub dtlimitz fst @tmp1 fld dtlimitz fsub @tmp1 fst @thisparticle.dpz fld @thisparticle.dvz fchs fst @thisparticle.dvz outcalc: mov eax,_which mul sizeofdtparticle mov esi,offset dtparticle0 add esi,eax ;获取要与计算粒子计算的粒子相对于粒子0的偏移量 finit assume esi:ptr PARTICLE fld @thisparticle.dpx fstp [esi].dpx fld @thisparticle.dpy fstp [esi].dpy fld @thisparticle.dpz fstp [esi].dpz fld @thisparticle.dvx fstp [esi].dvx fld @thisparticle.dvy fstp [esi].dvy fld @thisparticle.dvz fstp [esi].dvz assume esi:nothing ;保存要计算的粒子 pop ecx ;恢复 inc ecx .endw popad ret Calc endp ;==================================================== Calc0 proc uses ebx eax esi ;线程函数,进行运算的 local @which local @middle:qword mov eax,dtwhichparticle mov @which,eax mul sizeofdtparticle mov esi,offset dtparticle0 add esi,eax assume esi:ptr PARTICLE .while TRUE mov ebx,350 .while ebx!=0 dec ebx push ebx invoke Calc,@which pop ebx .endw invoke printfnumber,[esi].dpx invoke printfnumber,[esi].dpy invoke printfnumber,[esi].dpz invoke printfnumber,[esi].dvx invoke printfnumber,[esi].dvy invoke printfnumber,[esi].dvz invoke Sleep,15 mov eax,eventout .if eax ret .endif .endw Calc0 endp ;============================================================= starting proc local @hThreadID xor eax,eax mov lprand0,eax mov lprand1,eax mov eventout,eax mov sizeofdtparticle,sizeof dtparticle0 invoke HeapCreate,HEAP_NO_SERIALIZE,38046,0 mov hHeap,eax invoke HeapAlloc,hHeap,HEAP_NO_SERIALIZE,38046 mov lpMemory,eax mov ecx,0 .while ecx<8 push ecx mov dtwhichparticle,ecx invoke CreateThread,NULL,NULL,addr Calc0,NULL,NULL,addr @hThreadID invoke Sleep,1 pop ecx inc ecx .endw ret starting endp ;========================================================== getrand proc uses ebx ecx esi xor ecx,ecx mov ebx,lprand1 mov esi,lpMemory .if ebx>38000 xor ebx,ebx mov lprand1,ebx .else add esi,ebx add lprand1,4 .endif mov eax,dword ptr [esi] .while eax==0 invoke Sleep,50 mov eax,dword ptr [esi] .endw mov dword ptr [esi],ecx ret getrand endp ;================================================================== endrand proc mov eax,1 mov eventout,eax invoke HeapDestroy,hHeap ret endrand endp ;================================================ DLLEntry proc _hInstance,_dwReason,_dwReserved push _hInstance pop hInstDLL mov eax,TRUE ret DLLEntry endp End DLLEntry
至于参数是怎么定的，那是测试测出来的，比如时间，太快或着太慢都会影响生成的随机数的质量，但时间参数不是独立的，它还和力的大小有关，循环计算次数等。外面的盒子的大小也会影响随机数质量。我相信这个随机数发生器可以得到更高的质量，但参数我实在是调不了了，它们之间究竟有什么样的内在联系我也不是很清楚。只能达到现在这样。
好了，说下使用方法，首先调用starting,进行初始化，然后就可以用getrand获取随机数了，如果能在最后想起来用endrand就更好了。
最后说下它的缺点，就是生成的随机数质量不是很稳定，一样的代码生成的随机数要看运气（也算随机吧），我发的两张是不错的
，但波动不大。其次是速度，不是很快，全力开动大约一秒可以产生15K随机文件（现在翻翻了），平常也就9K左右，在不是连续疯狂的使用时是足够的，当然程序里用了私有堆，你可以改大点，程序会不断的在空闲时间生成随机数储备在内存中，使用时可以加快速度。就这些了，暂时没想起来还有什么问题。本人水平有限，欢迎指正，也希望各位走过路过的能告诉我我的努力是否能得到肯定，谢谢。
[注意]传递专业知识、拓宽行业人脉——看雪讲师团队等你加入！
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有点高深哦
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 收藏了，谢谢楼主
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强帖留名!
如果不给邀请码,就稀罕 这位大哥了!! 在计算机中获取随机数,经常的,不是真正的随机数,但是可以做到非常逼近随机数. 总有一些随机的变量的,比如鼠标 键盘,,或者内存里某一个地址的值 在一定时间内的变化率等等 其实 很高深,,还有什么嫡 这个 非专业 去研究,,真是不懂!! 总之,  ,厉害啊!
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我贴出了部分源码，遗憾的不能全贴了。说实话，我的代码可读性不是太高，但效率还是不错的
我最开始写的就是一个仿的熵池，但那个效率  ,还得放钩子，搞不好就被和谐了。就用了这个。
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[font=Fixedsys][color=#000000] [/color][color=#800080].386p
.8087
[/color][color=#000000].mmx
[/color][color=#0A246A].model flat,stdcall
option casemap:none
[/color][/font][font=Comic Sans MS][color=#008000];>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
; Include 文件定义
;>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >
[/color][/font][font=Fixedsys][color=#0A246A]include [/color][color=#000000]windows.inc
[/color][color=#0A246A]include [/color][color=#000000]gdi32.inc
[/color][color=#0A246A]includelib [/color][color=#000000]gdi32.lib
[/color][color=#0A246A]include [/color][color=#000000]user32.inc
[/color][color=#0A246A]includelib [/color][color=#000000]user32.lib
[/color][color=#0A246A]include [/color][color=#000000]kernel32.inc
[/color][color=#0A246A]includelib [/color][color=#000000]kernel32.lib
[/color][color=#0A246A]include [/color][color=#000000]advapi32.inc
[/color][color=#0A246A]includelib [/color][color=#000000]advapi32.lib
[/color][color=#0A246A]include [/color][color=#000000]masm32.inc
[/color][color=#0A246A]includelib [/color][color=#000000]masm32.lib
[/color][color=#0A246A]includelib [/color][color=#000000]msvcrt.lib
[/color][color=#0A246A]include [/color][color=#000000]e[/color][color=#0A246A]:[/color][color=#000000]\程[/color][color=#800080]序[/color][color=#000000]\masm32\MACROS\macros.asm
[/color][/font][font=Comic Sans MS][color=#008000];================================================
[/color][/font][font=Fixedsys][color=#0A246A].data?
[/color][color=#000000]hInstDLL [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate0 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate1 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate2 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate3 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate4 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate5 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate6 [/color][color=#0A246A]dd ?
[/color][color=#000000]hThreadCreate7 [/color][color=#0A246A]dd ?
[/color][color=#000000]hEventCreate [/color][color=#0A246A]dd ?
[/color][color=#000000]hHeap [/color][color=#0A246A]dd ?
[/color][color=#000000]lpMemory [/color][color=#0A246A]dd ?
[/color][color=#000000]eventout [/color][color=#0A246A]dd ?
[/color][color=#000000]PARTICLE [/color][color=#0A246A]struct
[/color][color=#000000]dpx [/color][color=#0A246A]dq ?
[/color][color=#000000]dpy [/color][color=#0A246A]dq ?
[/color][color=#000000]dpz [/color][color=#0A246A]dq ?
[/color][color=#000000]dvx [/color][color=#0A246A]dq ?
[/color][color=#000000]dvy [/color][color=#0A246A]dq ?
[/color][color=#000000]dvz [/color][color=#0A246A]dq ?
[/color][color=#000000]PARTICLE [/color][color=#0A246A]ends
[/color][color=#000000]sizeofdtparticle [/color][color=#0A246A]dd ?
[/color][color=#000000]lprand0 [/color][color=#0A246A]dd ?
[/color][color=#000000]lprand1 [/color][color=#0A246A]dd ?
[/color][color=#000000]dttime [/color][color=#0A246A]dd ?
[/color][/font][font=Comic Sans MS][color=#008000];=================================================================
[/color][/font][font=Fixedsys][color=#0A246A].data
[/color][color=#000000]dtparticle0 PARTICLE [/color][color=#0A246A]<-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle1 PARTICLE [/color][color=#0A246A]<-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]> [/color][/font][font=Comic Sans MS][color=#008000];-1,1,1
[/color][/font][font=Fixedsys][color=#000000]dtparticle2 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle3 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle4 PARTICLE [/color][color=#0A246A]<-[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle5 PARTICLE [/color][color=#0A246A]<-[/color][color=#800080]21.0[/color][color=#0A246A],-[/color][color=#800080]21.0[/color][color=#0A246A],-[/color][color=#800080]21.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle6 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],-[/color][color=#800080]20.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle7 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle8 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]1.0[/color][color=#0A246A],[/color][color=#800080]1.0[/color][color=#0A246A],[/color][color=#800080]1.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A],[/color][color=#800080]0.0[/color][color=#0A246A]>
[/color][color=#000000]dtparticle9 PARTICLE [/color][color=#0A246A]<[/color][color=#800080]10.0[/color][color=#0A246A],[/color][color=#800080]10.0[/color][color=#0A246A],[/color][color=#800080]10.0[/color][color=#0A246A],[/color][color=#800080]10.0[/color][color=#0A246A],[/color][color=#800080]1.0[/color][color=#0A246A],[/color][color=#800080]0.9[/color][color=#0A246A]>
[/color][color=#000000]dt40 [/color][color=#0A246A]dq [/color][color=#800080]40.0
[/color][color=#000000]dt70 [/color][color=#0A246A]dq [/color][color=#800080]70.0
[/color][color=#000000]dt100 [/color][color=#0A246A]dq [/color][color=#800080]100.0
[/color][color=#000000]dt156 [/color][color=#0A246A]dq [/color][color=#800080]156.1
[/color][color=#000000]dtt [/color][color=#0A246A]dq [/color][color=#800080]0.00000001
[/color][color=#000000]dttt2 [/color][color=#0A246A]dq [/color][color=#800080]0.00000000000000005
[/color][color=#000000]dtm [/color][color=#0A246A]dq [/color][color=#800080]1.0
[/color][color=#000000]dtlimit [/color][color=#0A246A]dq [/color][color=#800080]40000.0
[/color][color=#000000]dtlimitf [/color][color=#0A246A]dq -[/color][color=#800080]10000.0
[/color][color=#000000]dtlimitz [/color][color=#0A246A]dq [/color][color=#800080]10000.0
[/color][/font][font=Comic Sans MS][color=#008000];==================================================
[/color][/font][font=Fixedsys][color=#0A246A].const
[/color][color=#000000]szEvent [/color][color=#0A246A]db [/color][/font][font=Comic Sans MS][color=#008000]'create'[/color][/font][font=Fixedsys][color=#0A246A],[/color][color=#800080]0
[/color][color=#000000]szEventWhich [/color][color=#0A246A]db [/color][/font][font=Comic Sans MS][color=#008000]'which'[/color][/font][font=Fixedsys][color=#0A246A],[/color][color=#800080]0
[/color][/font][font=Comic Sans MS][color=#008000];===================================================
[/color][/font][font=Fixedsys][color=#0A246A].code
[/color][color=#000000]Calc [/color][color=#0A246A]proc uses [/color][color=#FF8000]esi eax ebx ecx [/color][color=#000000]_which
[/color][color=#0A246A]local [/color][color=#000000]@thisparticle[/color][color=#0A246A]:[/color][color=#000000]PARTICLE [/color][/font][font=Comic Sans MS][color=#008000];本次计算的粒子
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@calcparticle[/color][color=#0A246A]:[/color][color=#000000]PARTICLE [/color][/font][font=Comic Sans MS][color=#008000];要计算的粒子
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@forceXX[/color][color=#0A246A]:qword
local [/color][color=#000000]@forceYY[/color][color=#0A246A]:qword
local [/color][color=#000000]@forceZZ[/color][color=#0A246A]:qword
local [/color][color=#000000]@middle[/color][color=#0A246A]:qword [/color][/font][font=Comic Sans MS][color=#008000];记录力的大小
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@middle1[/color][color=#0A246A]:qword [/color][/font][font=Comic Sans MS][color=#008000];记录差值的绝对值
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@dta[/color][color=#0A246A]:qword [/color][/font][font=Comic Sans MS][color=#008000];记录加速度a
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@tmp0[/color][color=#0A246A]:qword
local [/color][color=#000000]@tmp1[/color][color=#0A246A]:qword
fldz
fst [/color][color=#000000]@forceXX
[/color][color=#0A246A]fst [/color][color=#000000]@forceYY
[/color][color=#0A246A]fst [/color][color=#000000]@forceZZ [/color][/font][font=Comic Sans MS][color=#008000];初始化力
[/color][/font][font=Fixedsys][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]_which
[/color][color=#0A246A]mul [/color][color=#000000]sizeofdtparticle
[/color][color=#0A246A]mov [/color][color=#FF8000]esi[/color][color=#0A246A],offset [/color][color=#000000]dtparticle0
[/color][color=#0A246A]add [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#FF8000]eax [/color][/font][font=Comic Sans MS][color=#008000];获取要计算粒子相对于粒子0的偏移量
[/color][/font][font=Fixedsys][color=#0A246A]finit
assume [/color][color=#FF8000]esi[/color][color=#0A246A]:ptr [/color][color=#000000]PARTICLE
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpx
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpy
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpz
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvx
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvy
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvz
[/color][color=#0A246A]fstp [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]assume [/color][color=#FF8000]esi[/color][color=#0A246A]:nothing [/color][/font][font=Comic Sans MS][color=#008000];保存要计算的粒子
[/color][/font][font=Fixedsys][color=#0A246A]mov [/color][color=#FF8000]ecx[/color][color=#0A246A],[/color][color=#800080]0 [/color][/font][font=Comic Sans MS][color=#008000];计算8个粒子
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#FF8000]ecx[/color][color=#0A246A]<[/color][color=#800080]8
[/color][color=#0A246A].if [/color][color=#000000]_which[/color][color=#0A246A]==[/color][color=#FF8000]ecx
[/color][color=#0A246A]inc [/color][color=#FF8000]ecx
[/color][color=#0A246A].continue
.endif [/color][/font][font=Comic Sans MS][color=#008000];不计算本粒子的
[/color][/font][font=Fixedsys][color=#0A246A]push [/color][color=#FF8000]ecx [/color][/font][font=Comic Sans MS][color=#008000];先保存ECX
[/color][/font][font=Fixedsys][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#FF8000]ecx
[/color][color=#0A246A]mul [/color][color=#000000]sizeofdtparticle
[/color][color=#0A246A]mov [/color][color=#FF8000]esi[/color][color=#0A246A],offset [/color][color=#000000]dtparticle0
[/color][color=#0A246A]add [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#FF8000]eax [/color][/font][font=Comic Sans MS][color=#008000];获取要与计算粒子计算的粒子相对于粒子0的偏移量
[/color][/font][font=Fixedsys][color=#0A246A]finit
assume [/color][color=#FF8000]esi[/color][color=#0A246A]:ptr [/color][color=#000000]PARTICLE
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpx
[/color][color=#0A246A]fstp [/color][color=#000000]@calcparticle.dpx
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpy
[/color][color=#0A246A]fstp [/color][color=#000000]@calcparticle.dpy
[/color][color=#0A246A]fld [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpz
[/color][color=#0A246A]fstp [/color][color=#000000]@calcparticle.dpz
[/color][color=#0A246A]assume [/color][color=#FF8000]esi[/color][color=#0A246A]:nothing [/color][/font][font=Comic Sans MS][color=#008000];获取该粒子的参数
[/color][/font][font=Fixedsys][color=#000000]donext[/color][color=#0A246A]: [/color][/font][font=Comic Sans MS][color=#008000];不重合的时候计算,现在又calc的X,Y,Z位置
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fsub [/color][color=#000000]@calcparticle.dpx
[/color][color=#0A246A]fst [/color][color=#000000]@calcparticle.dpx [/color][/font][font=Comic Sans MS][color=#008000];calcparticle里记录的是差值,即X1-X2
[/color][/font][font=Fixedsys][color=#0A246A]fmul [/color][color=#000000]@calcparticle.dpx
[/color][color=#0A246A]fst [/color][color=#000000]@forceXX [/color][/font][font=Comic Sans MS][color=#008000];x差值平方,下同
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fsub [/color][color=#000000]@calcparticle.dpy
[/color][color=#0A246A]fst [/color][color=#000000]@calcparticle.dpy
[/color][color=#0A246A]fmul [/color][color=#000000]@calcparticle.dpy
[/color][color=#0A246A]fst [/color][color=#000000]@forceYY
[/color][color=#0A246A]finit
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fsub [/color][color=#000000]@calcparticle.dpz
[/color][color=#0A246A]fst [/color][color=#000000]@calcparticle.dpz
[/color][color=#0A246A]fmul [/color][color=#000000]@calcparticle.dpz
[/color][color=#0A246A]fst [/color][color=#000000]@forceZZ
[/color][color=#0A246A]fld [/color][color=#000000]@forceXX
[/color][color=#0A246A]fadd [/color][color=#000000]@forceYY
[/color][color=#0A246A]fadd [/color][color=#000000]@forceZZ [/color][/font][font=Comic Sans MS][color=#008000];X^2+Y^2+Z^2
[/color][/font][font=Fixedsys][color=#0A246A]fsqrt
fst [/color][color=#000000]@middle [/color][/font][font=Comic Sans MS][color=#008000];存储距离大小,因为后面限制了粒子的活动范围,所以现在的距离一定可以正常的运算出来
;下一步,比较距离,分析
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]@middle
[/color][color=#0A246A]fcom [/color][color=#000000]dt40
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]up40
[/color][/font][font=Comic Sans MS][color=#008000];小于40时候的代码
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dt40
[/color][color=#0A246A]fsub [/color][color=#000000]@middle
[/color][color=#0A246A]fld1
fscale
fst [/color][color=#000000]@middle1
[/color][color=#0A246A]jmp [/color][color=#000000]calcbranch
up40[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@middle
[/color][color=#0A246A]fcom [/color][color=#000000]dt70
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]up70
[/color][/font][font=Comic Sans MS][color=#008000];此处为40_70时候的代码
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dt40
[/color][color=#0A246A]fsub [/color][color=#000000]@middle
[/color][color=#0A246A]fst [/color][color=#000000]@middle1
[/color][color=#0A246A]fmul [/color][color=#000000]@middle1
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@middle1 [/color][/font][font=Comic Sans MS][color=#008000];记录数值,也就是F
[/color][/font][font=Fixedsys][color=#0A246A]jmp [/color][color=#000000]calcbranch
up70[/color][color=#0A246A]:
[/color][/font][font=Comic Sans MS][color=#008000];大于70的代码
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dt156
[/color][color=#0A246A]fsub [/color][color=#000000]@middle
[/color][color=#0A246A]fst [/color][color=#000000]@middle1 [/color][/font][font=Comic Sans MS][color=#008000];暂时保留
[/color][/font][font=Fixedsys][color=#0A246A]fmul [/color][color=#000000]@middle1
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@middle1[/color][/font][font=Comic Sans MS][color=#008000];记录数值,也就是F
[/color][/font][font=Fixedsys][color=#0A246A]fsub [/color][color=#000000]dt100
[/color][color=#0A246A]fst [/color][color=#000000]@middle1[/color][/font][font=Comic Sans MS][color=#008000];记录数值,也就是F
;在上面的计算中,没有可以超出计算范围的数字,最大的是2^40,也没有超过浮点表示范围.
[/color][/font][font=Fixedsys][color=#000000]calcbranch[/color][color=#0A246A]:
[/color][color=#000000]calcX[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@calcparticle.dpx
[/color][color=#0A246A]fmul [/color][color=#000000]@middle1
[/color][color=#0A246A]fld [/color][color=#000000]@middle
[/color][color=#0A246A]fdiv
fst [/color][color=#000000]@forceXX [/color][/font][font=Comic Sans MS][color=#008000];记录X轴分力
[/color][/font][font=Fixedsys][color=#0A246A]fmul [/color][color=#000000]dtm
[/color][color=#0A246A]fmul [/color][color=#000000]dtt
[/color][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dvx [/color][/font][font=Comic Sans MS][color=#008000];计算速度
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dtt
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fmul
fst [/color][color=#000000]@tmp0
[/color][color=#0A246A]fld [/color][color=#000000]@forceXX
[/color][color=#0A246A]fmul [/color][color=#000000]dttt2
[/color][color=#0A246A]fadd [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];得到位移,计算边界
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存位移
[/color][/font][font=Fixedsys][color=#0A246A]fld [/color][color=#000000]dtlimit
[/color][color=#0A246A]fld [/color][color=#000000]@tmp0
[/color][color=#0A246A]fprem
fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存余数.
[/color][/font][font=Fixedsys][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dpx [/color][/font][font=Comic Sans MS][color=#008000];得到坐标
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpx
uplimitx[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup0x
[/color][color=#0A246A]jmp [/color][color=#000000]lowlimit0x
backup0x[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvx
lowlimit0x[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
jb [/color][color=#000000]backlowx
[/color][color=#0A246A]jmp [/color][color=#000000]uplimit1x
backlowx[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvx
uplimit1x[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup1x
[/color][color=#0A246A]jmp [/color][color=#000000]calcY
backup1x[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvx
calcY[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@calcparticle.dpy
[/color][color=#0A246A]fmul [/color][color=#000000]@middle1
[/color][color=#0A246A]fld [/color][color=#000000]@middle
[/color][color=#0A246A]fdiv
fst [/color][color=#000000]@forceYY [/color][/font][font=Comic Sans MS][color=#008000];记录Y轴分力
[/color][/font][font=Fixedsys][color=#0A246A]fmul [/color][color=#000000]dtm
[/color][color=#0A246A]fmul [/color][color=#000000]dtt
[/color][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dvy [/color][/font][font=Comic Sans MS][color=#008000];计算速度
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dtt
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fmul
fst [/color][color=#000000]@tmp0
[/color][color=#0A246A]fld [/color][color=#000000]@forceYY
[/color][color=#0A246A]fmul [/color][color=#000000]dttt2
[/color][color=#0A246A]fadd [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];得到位移,计算边界
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存位移
[/color][/font][font=Fixedsys][color=#0A246A]fld [/color][color=#000000]dtlimit
[/color][color=#0A246A]fld [/color][color=#000000]@tmp0
[/color][color=#0A246A]fprem
fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存余数.
[/color][/font][font=Fixedsys][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dpy [/color][/font][font=Comic Sans MS][color=#008000];得到坐标
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpy
uplimity[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup0y
[/color][color=#0A246A]jmp [/color][color=#000000]lowlimit0y
backup0y[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvy
lowlimit0y[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
jb [/color][color=#000000]backlowy
[/color][color=#0A246A]jmp [/color][color=#000000]uplimit1y
backlowy[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvy
uplimit1y[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup1y
[/color][color=#0A246A]jmp [/color][color=#000000]calcZ
backup1y[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvy
calcZ[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@calcparticle.dpz
[/color][color=#0A246A]fmul [/color][color=#000000]@middle1
[/color][color=#0A246A]fld [/color][color=#000000]@middle
[/color][color=#0A246A]fdiv
fst [/color][color=#000000]@forceZZ [/color][/font][font=Comic Sans MS][color=#008000];记录Z轴分力
[/color][/font][font=Fixedsys][color=#0A246A]fmul [/color][color=#000000]dtm
[/color][color=#0A246A]fmul [/color][color=#000000]dtt
[/color][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dvz [/color][/font][font=Comic Sans MS][color=#008000];计算速度
[/color][/font][font=Fixedsys][color=#0A246A]finit
fld [/color][color=#000000]dtt
[/color][color=#0A246A]fmul [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp0
[/color][color=#0A246A]fld [/color][color=#000000]@forceZZ
[/color][color=#0A246A]fmul [/color][color=#000000]dttt2
[/color][color=#0A246A]fadd [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];得到位移,计算边界
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存位移
[/color][/font][font=Fixedsys][color=#0A246A]fld [/color][color=#000000]dtlimit
[/color][color=#0A246A]fld [/color][color=#000000]@tmp0
[/color][color=#0A246A]fprem
fst [/color][color=#000000]@tmp0 [/color][/font][font=Comic Sans MS][color=#008000];暂存余数.
[/color][/font][font=Fixedsys][color=#0A246A]fadd [/color][color=#000000]@thisparticle.dpz [/color][/font][font=Comic Sans MS][color=#008000];得到坐标
[/color][/font][font=Fixedsys][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpz
uplimitz[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup0z
[/color][color=#0A246A]jmp [/color][color=#000000]lowlimit0z
backup0z[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvz
lowlimit0z[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
jb [/color][color=#000000]backlowz
[/color][color=#0A246A]jmp [/color][color=#000000]uplimit1z
backlowz[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitf
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvz
uplimit1z[/color][color=#0A246A]:
finit
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fcom [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fstsw [/color][color=#FF8000]ax
[/color][color=#0A246A]sahf
ja [/color][color=#000000]backup1z
[/color][color=#0A246A]jmp [/color][color=#000000]outcalc
backup1z[/color][color=#0A246A]:
fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fsub [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fst [/color][color=#000000]@tmp1
[/color][color=#0A246A]fld [/color][color=#000000]dtlimitz
[/color][color=#0A246A]fsub [/color][color=#000000]@tmp1
[/color][color=#0A246A]fst [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fchs
fst [/color][color=#000000]@thisparticle.dvz
outcalc[/color][color=#0A246A]:
mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]_which
[/color][color=#0A246A]mul [/color][color=#000000]sizeofdtparticle
[/color][color=#0A246A]mov [/color][color=#FF8000]esi[/color][color=#0A246A],offset [/color][color=#000000]dtparticle0
[/color][color=#0A246A]add [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#FF8000]eax [/color][/font][font=Comic Sans MS][color=#008000];获取要与计算粒子计算的粒子相对于粒子0的偏移量
[/color][/font][font=Fixedsys][color=#0A246A]finit
assume [/color][color=#FF8000]esi[/color][color=#0A246A]:ptr [/color][color=#000000]PARTICLE
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dpx
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpx
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dpy
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpy
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dpz
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dpz
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvx
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvx
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvy
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvy
[/color][color=#0A246A]fld [/color][color=#000000]@thisparticle.dvz
[/color][color=#0A246A]fstp [[/color][color=#FF8000]esi[/color][color=#0A246A]][/color][color=#000000].dvz
[/color][color=#0A246A]assume [/color][color=#FF8000]esi[/color][color=#0A246A]:nothing [/color][/font][font=Comic Sans MS][color=#008000];保存要计算的粒子
[/color][/font][font=Fixedsys][color=#0A246A]pop [/color][color=#FF8000]ecx [/color][/font][font=Comic Sans MS][color=#008000];恢复
[/color][/font][font=Fixedsys][color=#0A246A]inc [/color][color=#FF8000]ecx
[/color][color=#0A246A].endw
ret
[/color][color=#000000]Calc [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];==================================================
[/color][/font][font=Fixedsys][color=#000000]printfnumber [/color][color=#0A246A]proc uses [/color][color=#FF8000]eax ebx [/color][color=#000000]middlee[/color][color=#0A246A]:qword
local [/color][color=#000000]@test
[/color][color=#0A246A]mov [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#000000]lpMemory
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],dword ptr [/color][color=#000000]middlee
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#000000]lprand0
[/color][color=#0A246A].if [/color][color=#FF8000]ebx[/color][color=#0A246A]>[/color][color=#800080]38000
[/color][color=#0A246A]xor [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#FF8000]ebx
[/color][color=#0A246A]mov dword ptr [[/color][color=#FF8000]esi[/color][color=#0A246A]],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]lprand0[/color][color=#0A246A],[/color][color=#FF8000]ebx
[/color][color=#0A246A].else
add [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#000000]lprand0
[/color][color=#0A246A]mov dword ptr [[/color][color=#FF8000]esi[/color][color=#0A246A]],[/color][color=#FF8000]eax
[/color][color=#0A246A]add [/color][color=#000000]lprand0[/color][color=#0A246A],[/color][color=#800080]4
[/color][color=#0A246A].endif
ret
[/color][color=#000000]printfnumber [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];====================================================
[/color][/font][font=Fixedsys][color=#000000]Calc0 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]0
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle0.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc0 [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];==================================================
[/color][/font][font=Fixedsys][color=#000000]Calc1 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]1
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle1.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc1 [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];======================================================
[/color][/font][font=Fixedsys][color=#000000]Calc2 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]2
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle2.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc2 [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];=========================================================
[/color][/font][font=Fixedsys][color=#000000]Calc3 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]3
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle3.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc3 [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];-----------------------------------------------------
[/color][/font][font=Fixedsys][color=#000000]Calc4 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]4
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle4.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc4 [/color][color=#0A246A]endp
[/color][color=#000000]Calc5 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]5
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle5.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc5 [/color][color=#0A246A]endp
[/color][color=#000000]Calc6 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]6
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle6.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc6 [/color][color=#0A246A]endp
[/color][color=#000000]Calc7 [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx eax [/color][/font][font=Comic Sans MS][color=#008000];线程函数,进行运算的
[/color][/font][font=Fixedsys][color=#0A246A]local [/color][color=#000000]@test
[/color][color=#0A246A]local [/color][color=#000000]@for
[/color][color=#0A246A]invoke [/color][color=#000000]WaitForSingleObject[/color][color=#0A246A],[/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#000000]INFINITE [/color][/font][font=Comic Sans MS][color=#008000];等待可以开始事件
[/color][/font][font=Fixedsys][color=#0A246A].while [/color][color=#000000]TRUE
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#800080]350
[/color][color=#0A246A].while [/color][color=#FF8000]ebx[/color][color=#000000]![/color][color=#0A246A]=[/color][color=#800080]0
[/color][color=#0A246A]dec [/color][color=#FF8000]ebx
[/color][color=#0A246A]push [/color][color=#FF8000]ebx
[/color][color=#0A246A]invoke [/color][color=#000000]Calc[/color][color=#0A246A],[/color][color=#800080]7
[/color][color=#0A246A]pop [/color][color=#FF8000]ebx
[/color][color=#0A246A].endw
invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dpx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dpy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dpz
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dvx
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dvy
[/color][color=#0A246A]invoke [/color][color=#000000]printfnumber[/color][color=#0A246A],[/color][color=#000000]dtparticle7.dvz
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#000000]dttime
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]eventout
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]ret
.endif
.endw
[/color][color=#000000]Calc7 [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];=============================================================
[/color][/font][font=Fixedsys][color=#000000]starting [/color][color=#0A246A]proc
local [/color][color=#000000]@hThreadID
[/color][color=#0A246A]xor [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]lprand0[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]lprand1[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#800080]15
[/color][color=#0A246A]mov [/color][color=#000000]dttime[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]sizeofdtparticle[/color][color=#0A246A],sizeof [/color][color=#000000]dtparticle0
[/color][color=#0A246A]invoke [/color][color=#000000]CreateEvent[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]TRUE[/color][color=#0A246A],[/color][color=#000000]FALSE[/color][color=#0A246A],addr [/color][color=#000000]szEvent
[/color][color=#0A246A]mov [/color][color=#000000]hEventCreate[/color][color=#0A246A],[/color][color=#FF8000]eax[/color][/font][font=Comic Sans MS][color=#008000];创建产生事件
[/color][/font][font=Fixedsys][color=#0A246A]xor [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]eventout[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc0[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate0[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc1[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate1[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc2[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate2[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc3[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate3[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc4[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate4[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc5[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate5[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc6[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate6[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]CreateThread[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]Calc7[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],[/color][color=#000000]NULL[/color][color=#0A246A],addr [/color][color=#000000]@hThreadID
[/color][color=#0A246A]mov [/color][color=#000000]hThreadCreate7[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#800080]1
[/color][color=#0A246A]invoke [/color][color=#000000]HeapCreate[/color][color=#0A246A],[/color][color=#000000]HEAP_NO_SERIALIZE[/color][color=#0A246A],[/color][color=#800080]38046[/color][color=#0A246A],[/color][color=#800080]0
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]hHeap[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A].endif
invoke [/color][color=#000000]HeapAlloc[/color][color=#0A246A],[/color][color=#000000]hHeap[/color][color=#0A246A],[/color][color=#000000]HEAP_NO_SERIALIZE[/color][color=#0A246A],[/color][color=#800080]38046
[/color][color=#0A246A].if [/color][color=#FF8000]eax
[/color][color=#0A246A]mov [/color][color=#000000]lpMemory[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A].endif
invoke [/color][color=#000000]SetEvent[/color][color=#0A246A],[/color][color=#000000]hEventCreate
[/color][color=#0A246A]ret
[/color][color=#000000]starting [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];==========================================================
[/color][/font][font=Fixedsys][color=#000000]getrand [/color][color=#0A246A]proc uses [/color][color=#FF8000]ebx ecx esi
[/color][color=#0A246A]xor [/color][color=#FF8000]ecx[/color][color=#0A246A],[/color][color=#FF8000]ecx
[/color][color=#0A246A]mov [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#000000]lprand1
[/color][color=#0A246A]mov [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#000000]lpMemory
[/color][color=#0A246A].if [/color][color=#FF8000]ebx[/color][color=#0A246A]>[/color][color=#800080]38000
[/color][color=#0A246A]xor [/color][color=#FF8000]ebx[/color][color=#0A246A],[/color][color=#FF8000]ebx
[/color][color=#0A246A]mov [/color][color=#000000]lprand1[/color][color=#0A246A],[/color][color=#FF8000]ebx
[/color][color=#0A246A].else
add [/color][color=#FF8000]esi[/color][color=#0A246A],[/color][color=#FF8000]ebx
[/color][color=#0A246A]add [/color][color=#000000]lprand1[/color][color=#0A246A],[/color][color=#800080]4
[/color][color=#0A246A].endif
mov [/color][color=#FF8000]eax[/color][color=#0A246A],dword ptr [[/color][color=#FF8000]esi[/color][color=#0A246A]]
.while [/color][color=#FF8000]eax[/color][color=#0A246A]==[/color][color=#800080]0
[/color][color=#0A246A]invoke [/color][color=#000000]Sleep[/color][color=#0A246A],[/color][color=#800080]50
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],dword ptr [[/color][color=#FF8000]esi[/color][color=#0A246A]]
.endw
mov dword ptr [[/color][color=#FF8000]esi[/color][color=#0A246A]],[/color][color=#FF8000]ecx
[/color][color=#0A246A]ret
[/color][color=#000000]getrand [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];==================================================================
[/color][/font][font=Fixedsys][color=#000000]endrand [/color][color=#0A246A]proc
mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#800080]1
[/color][color=#0A246A]mov [/color][color=#000000]eventout[/color][color=#0A246A],[/color][color=#FF8000]eax
[/color][color=#0A246A]invoke [/color][color=#000000]HeapDestroy[/color][color=#0A246A],[/color][color=#000000]hHeap
[/color][color=#0A246A]ret
[/color][color=#000000]endrand [/color][color=#0A246A]endp
[/color][/font][font=Comic Sans MS][color=#008000];================================================
[/color][/font][font=Fixedsys][color=#000000]DLLEntry [/color][color=#0A246A]proc [/color][color=#000000]_hInstance[/color][color=#0A246A],[/color][color=#000000]_dwReason[/color][color=#0A246A],[/color][color=#000000]_dwReserved
[/color][color=#0A246A]push [/color][color=#000000]_hInstance
[/color][color=#0A246A]pop [/color][color=#000000]hInstDLL
[/color][color=#0A246A]mov [/color][color=#FF8000]eax[/color][color=#0A246A],[/color][color=#000000]TRUE
[/color][color=#0A246A]ret
[/color][color=#000000]DLLEntry [/color][color=#0A246A]endp
End [/color][color=#000000]DLLEntry
[/color][/font]加上颜色阅读比较方便。
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发这么长的代码也可以
大家都可以看到了，希望大家多提意见啊。共同进步 |
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 不错嘛 最近 遇到问题需要随机出100w个。。。。不同随机数。。。 参考看看 3q
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