哪位大哥大姐帮我翻译一下这些英文？
哪位大哥大姐帮我翻译一下这些英文？
I lay awake at night See things in black and white I only got you inside my mind You knew you have made me blind I lay awake and pray That you would look my way I have all this songing in my heart I knew it right from the start Oh my pretty pretty boy I love you like I never ever love no one before u Pretty pretty boy of mine just tell me you love me too Oh my pretty pretty boy I need you Oh my pretty pretty boy I do Let me inside make me stay right beside you I use to write you name And put it in a frame And sometime I think I hear you call Right from my bedroom wall You stay a little while And touch me with your smile And what can I say to make you mine To reach out for you in time Oh my pretty pretty boy I love you like I never ever love no one before u Pretty pretty boy of mine just tell me you love me too Oh my pretty pretty boy I need you Oh my pretty pretty boy I do Let me inside make me stay right beside you say u love me to Oh my pretty pretty boy I love you like I never ever love no one before u Pretty pretty boy of mine just tell me you love me too Oh my pretty pretty boy I need you Oh my pretty pretty boy I do Let me inside make me stay right beside you
我躺在床上夜不能寐 看到事情黑白的 我的心中只有你 你知道你使我盲目 我躺在床上睡不着,和祷告 那你能看我一眼 我有这一切的songing,因为你在我心里 从一开始我就知道 噢,我英俊漂亮的男孩,我如此爱你 就如同我过去不希望爱不一样强烈 我英俊漂亮的男孩啊 这样子,那就告诉我你也爱我好吗 噢,我英俊漂亮的男孩,我如此需要你 噢,我英俊漂亮的男孩,我如此需要你 让我进入你的心里并留在 在你的身旁 我用来写你的名字 并把它装裱起来 有时我会以为听到你的呼唤 从我卧室的墙上 你停留片刻 你的微笑触动了我 我该说什麽以把握住你 以及时的为你出手 噢,我英俊漂亮的男孩,我如此爱你 就如同我过去不希望爱不一样强烈 我英俊漂亮的男孩啊 这样子,那就告诉我你也爱我好吗 噢,我英俊漂亮的男孩,我如此需要你 噢,我英俊漂亮的男孩,我如此需要你 让我进入你的心里并留在 在你的身旁 说你也爱我 噢,我英俊漂亮的男孩,我如此爱你 就如同我过去不希望爱不一样强烈 我英俊漂亮的男孩啊 这样子,那就告诉我你也爱我好吗 噢,我英俊漂亮的男孩,我如此需要你 噢,我英俊漂亮的男孩,我如此需要你 让我进入你的心里并留在 在你的身旁
的感言：谢了 满意答案
I lie awake at night 晚上我躺在床上没有一点睡意
See things in black and white 世界对我来说只有黑与白
I've only got you inside my mind 你的形象无时无刻不在我脑中闪动
You know you have made me blind 我的眼里只有你
I lie awake and pray 我清醒地躺在床上祈祷
that you will look my way 祈祷你会看见我
I have all this longing in my heart 我的心中充满渴望
I knew it right from the start 一开始我就知道
Oh my pretty pretty boy I love you 我的漂亮男孩 我爱你
Like I never ever loved no one before you 在你之前我从未这样爱过一个人
Pretty pretty boy of mine 我的漂亮男孩
Just tell me you love me too 告诉我你也爱我
Oh my pretty pretty boy I need you 我的漂亮男孩我需要你
Oh my pretty pretty boy I do 我的漂亮男孩，是真的
Let me inside make me stay right beside you 让我进来让我留在你身旁
I used to write your name 我曾写下你的名字
And put it in a frame 并把它框起来
And sometimes I think I hear you call
Right from my bedroom wall 有时我觉得我在我房间里听到了你的呼唤
You stay a little while 你待了一会儿
And touch me with your smile 用你的微笑打动我的心
And what can I say to make you mine 我该说什么才能赢得你的心
To reach out for you in time 才能及时掳获你
Oh my pretty pretty boy I love you 我的漂亮男孩 我爱你
Like I never ever loved no one before you 在你之前我从未这样爱过一个人
Pretty pretty boy of mine 我的漂亮男孩
Just tell me you love me too 告诉我你也爱我
Oh my pretty pretty boy I need you 我的漂亮男孩 我需要你
Oh my pretty pretty boy I do 我的漂亮男孩，是真的
Let me inside 让我进来
make me stay right beside you 让我留在你身旁
Oh my pretty pretty boy I love you 我的漂亮男孩 我爱你
Like I never ever loved no one before you 在你之前我从未这样爱过一个人
Pretty pretty boy of mine 我的漂亮男孩
Just tell me you love me too 告诉我你也爱我
Oh my pretty pretty boy I need you 我的漂亮男孩 我需要你
Oh my pretty pretty boy I do 我的漂亮男孩，是真的
Let me inside 让我进来
make me stay right beside you 让我留在你身旁
谢了，哥们
的感言：谢了 相关知识
其他回答 (2)
这是英文歌啊，翻译不难，但是想翻译成中文歌词就有难度了，毕竟中文的平仄是比较难掌握的。
I lay awake at night 夜未眠See things in black and white 看到的只有黑与白.I only got you inside my mind 你在我心里.You knew you have made me blind 你知道你使我失去了方向,I lay awake and pray 我躺着,清醒地祈祷.That you would look my way 你会看着我.I have all this songing in my heart 我心内都是这样唱响.I knew it right from the start 从一开始我就知道Oh my pretty pretty boy I love you 噢,我爱你,英俊的男孩.like I never ever love no one before u 仿佛我除了你没有爱过.Pretty pretty boy of mine 我英俊的男孩.just tell me you love me too 只要你说你也爱我.Oh my pretty pretty boy I need you 噢,我英俊的男孩.Oh my pretty pretty boy I do 我爱你.我英俊的男孩Let me inside make me stay 让我走进你的心,让我留下.right beside you 就在你身旁.I use to write you name 我习惯写你的名字.And put it in a frame 并把它装裱起来.And sometime I think I hear you call 有时我会听到你的声音.Right from my bedroom wall 从我卧室的墙壁上传来.You stay a little while 你稍作停留.And touch me with your smile 用微笑打动我.And what can I say to make you mine 我能用什么来让你下定决心呢.To reach out for you in time 及时与把你抓紧.Oh my pretty pretty boy I love you 我英俊的男孩,我爱你.like I never ever love no one before u 仿佛我除了你没爱过别人.Pretty pretty boy of mine 我漂亮的男孩.just tell me you love me too Oh my pretty pretty boy I need you Oh my pretty pretty boy I do Let me inside make me stay right beside you say u love me to Oh my pretty pretty boy I love you like I never ever love no one before u Pretty pretty boy of mine just tell me you love me too Oh my pretty pretty boy I need you Oh my pretty pretty boy I do Let me inside make me stay right beside you 重复的,我就译到这里,其它你填进去吧.
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& &SOGOU - 京ICP证050897号用c++编写一个流星雨的程序
哪位大哥大姐能帮我一下呀~~~_百度知道
用c++编写一个流星雨的程序
哪位大哥大姐能帮我一下呀~~~
用randomize()库函数进行初始化、位置，然后再延迟等待几十毫秒：random(4)+1。这样循环往复就构成了流星下落的动画. 程序首先输出地面和天空： 在下一行新的位置上显示流星字符，此数组是一个24行81列的字符数组。把数组定义成81列的目的是； 流星的列位置可以这样产生，以表示流星消失，程序终止。6，包括字符，后5行是#号，当最后一行地面有#被去掉时。一组流星中。实现提示，数组单元的值是’#’，擦除#号；最下面的几行（如5行）表示地面。程序的流程图如图4所示；流星下降的位置可以这样产生，所谓的下落就是逐行移动流星字符，程序必须知道流星的字符。由于要随机产生这些数据，存放流星行位置的数组：random(16)+1，流星的速度各不相同，从屏幕顶部下降飞向地面、颜色，就可以按照字符串的方式输出每行文本了。 流星字符可以这样产生，存放流星列位置的数组，因此程序需要定义以下几个数组变量、速度。4. random函数的原型是 int random(int num)。1。3，数组单元的值是空格.h文件中：程序在下降过程中，存放流星字符颜色的数组，并且对screen相应的单元赋值为空格：程序模拟一组流星飞向地面的情景. 当screen[23]中任何一个单元格是空格时. 可定义二维数组screen表示地面和天空;0’。2，则表示撞到了地面：random(26)+’A’，前19行是空行。8，每个流星的字符颜色是随机的；整个屏幕的大小是80*25，即25行80列，而一次下落多行的流星也要逐行下落，因此需要调用random函数；流星的行位置一开始都是1。一个流星下落只能去掉一个#号，即输出定义的二维数组screen中的字符串，下降的速度也是随机的。 但要注意、位置和速度，每行的最后字符赋值成’\：存放流星字符的数组，流星字符也要赋值为空格，最大的速度是4. 然后随时机产生一组流星数据。地面用多行#来表示。速度用一次下降多少行来表示。 两个库函数都在stdlib，存放流星下降速度的数组。 这种情况下在流星的新位置上输出空格; 流星字符的颜色可以这样产生. 调用random之前。上面的行表示天空. 每个流星按照自己的速度下落；但要保证所有流星的列位置不能相同（设计一个算法来判断）。 5. 如果流星的新位置所对应的screen的单元格的值是’#’，在原来的位置上显示空格以便擦除流星字符。7， 为了在输出最后一行时不换行滚屏，流星用大写字母不表示。这样screen[24][81]的字符矩阵就与整个屏幕对应起来，程序终止：random(80)+1；
这个函数产生一个0—num-1之间的一个随机数。程序产生一组流星（比如10个）、颜色，程序只能利用上面的24行空间，下降的位置是随机的功能说明
提问者采纳
%c&}我们在做这个;printf(&10;);19){screen[j]='i&}
if(b&24;textcolor(d);){t=1;j++)
for(i=0,e);i&printf(&gotoxy(k+1,e);j; & &gotoxy(a+1;i++)
{e=random(26)+'i++)
{c=random(4)+1;'10;; &j=0;printf(&
for(i=0,n,screen[j]),e[10];gotoxy(a+1;i&randomize();j&gotoxy(a+1;f=0,n+1);j++) {if(i&}
for(j=0,k=a;#'} }do{for(i=0; for(i=0;);5;
for(m=1;l;i++)
if(f;gotoxy(a+1;);%c&'a=k;%c".h&b=0;
textcolor(d),l;f=1,d[10];';i++)
if(k==a){j--;19){textcolor(d);} }while(t;#include&
cprintf(":(19-b);#'#include&;
gotoxy(k+1,b+1);j&}
a[0]=random(80); &l=3,m+20);%c&} else{gotoxy(k+1;i&80;}
if(l==2)A'.h>,b[10];k&;gotoxy(a+1;9););,a[10];m++)
{n=b+m-c#include&24;;
for(i=0,c[10]!=1);b=b+c!=1)
{delay(5000),m;}
do{k=random(80);;80;} else{screen[j]=',n+1);printf(&cprintf(&break,f[10]={0};);;}
else{for(m=0;m++) if(screen[19+m][k]==')
{screen[19+m][k]=',e);main(){char screen[24][80];i++) for(j=0;textcolor(d);;m&k++)
if(screen[23][k]=='9.h>,b+1);%c&textcolor(GREEN),m+20);
l=(c<,b+1);cprintf(",e)?c;m&cprintf(",20+m); &d=random(16),j;l=2;i&19-b);printf(",k;cprintf(&j++,t=0;dos
其他类似问题
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流星雨的相关知识
其他1条回答
不过跟你的要求不一至， 我有一些简单的，是用OpenGL做的好难哦
等待您来回答
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出门在外也不愁有哪位大哥大姐能够给我说一下：经典龙格库塔的C++代码？_百度知道
有哪位大哥大姐能够给我说一下：经典龙格库塔的C++代码？
这个是从Matlab中查到的龙格库塔代码，你看对你有用没function varargout = ode45(ode,tspan,y0,options,varargin)solver_name = 'ode45';% Check inputsif nargin & 4
options = [];
if nargin & 3
if nargin & 2
tspan = [];
if nargin & 1
error('MATLAB:ode45:NotEnoughInputs',...
'Not enough input arguments.
See ODE45.');
endend% Statsnsteps
= 0;nfailed = 0;nfevals = 0; % OutputFcnHandlesUsed
= isa(ode,'function_handle');output_sol = (FcnHandlesUsed && (nargout==1));
% sol = odeXX(...)output_ty
= (~output_sol && (nargout & 0));
% [t,y,...] = odeXX(...)% There might be no output requested...sol = []; f3d = []; if output_sol
sol.solver = solver_
sol.extdata.odefun =
sol.extdata.options =
sol.extdata.varargin =
% Handle solver arguments[neq, tspan, ntspan, next, t0, tfinal, tdir, y0, f0, odeArgs, odeFcn, ... options, threshold, rtol, normcontrol, normy, hmax, htry, htspan, dataType] = ...
odearguments(FcnHandlesUsed, solver_name, ode, tspan, y0, options, varargin);nfevals = nfevals + 1;% Handle the outputif nargout & 0
outputFcn = odeget(options,'OutputFcn',[],'fast');else
outputFcn = odeget(options,'OutputFcn',@odeplot,'fast');endoutputArgs = {};
if isempty(outputFcn)
haveOutputFcn =else
haveOutputFcn =
outputs = odeget(options,'OutputSel',1:neq,'fast');
if isa(outputFcn,'function_handle')
% With MATLAB 6 syntax pass additional input arguments to outputFcn.
outputArgs =
endrefine = max(1,odeget(options,'Refine',4,'fast'));if ntspan & 2
outputAt = 'RequestedPoints';
% output only at tspan pointselseif refine &= 1
outputAt = 'SolverSteps';
% computed points, no refinementelse
outputAt = 'RefinedSteps';
% computed points, with refinement
S = (1:refine-1) /endprintstats = strcmp(odeget(options,'Stats','off','fast'),'on');% Handle the event function [haveEventFcn,eventFcn,eventArgs,valt,teout,yeout,ieout] = ...
odeevents(FcnHandlesUsed,odeFcn,t0,y0,options,varargin);% Handle the mass matrix[Mtype, Mfun, Margs, M] =
odemass(FcnHandlesUsed,odeFcn,t0,y0,options,varargin);if Mtype&0
% non-trivial mass matrix
Msingular = odeget(options,'MassSingular','no','fast');
if strcmp(Msingular,'maybe')
warning('MATLAB:ode45:MassSingularAssumedNo',['ODE45 assumes ' ...
'MassSingular is ''no''. See ODE15S or ODE23T.']);
elseif strcmp(Msingular,'yes')
error('MATLAB:ode45:MassSingularYes',...
['MassSingular cannot be ''yes'' for this solver.
See ODE15S '...
' or ODE23T.']);
if Mtype == 1
[L,U] = lu(M);
% Incorporate the mass matrix into odeFcn and odeArgs.
[odeFcn,odeArgs] = odemassexplicit(FcnHandlesUsed,Mtype,odeFcn,odeArgs,Mfun,Margs,L,U);
f0 = feval(odeFcn,t0,y0,odeArgs{:});
nfevals = nfevals + 1;end% Non-negative solution componentsidxNonNegative = odeget(options,'NonNegative',[],'fast');nonNegative = ~isempty(idxNonNegative);if nonNegative
% modify the derivative function
[odeFcn,thresholdNonNegative] = odenonnegative(odeFcn,y0,threshold,idxNonNegative);
f0 = feval(odeFcn,t0,y0,odeArgs{:});
nfevals = nfevals + 1;endt = t0;y = y0;% Allocate memory if we're generating output.nout = 0;tout = []; yout = [];if nargout & 0
if output_sol
chunk = min(max(100,50*refine), refine+floor((2^11)/neq));
tout = zeros(1,chunk,dataType);
yout = zeros(neq,chunk,dataType);
= zeros(neq,7,chunk,dataType);
if ntspan & 2
% output only at tspan points
tout = zeros(1,ntspan,dataType);
yout = zeros(neq,ntspan,dataType);
% alloc in chunks
chunk = min(max(100,50*refine), refine+floor((2^13)/neq));
tout = zeros(1,chunk,dataType);
yout = zeros(neq,chunk,dataType);
tout(nout) =
yout(:,nout) =
end% Initialize method parameters.pow = 1/5;A = [1/5, 3/10, 4/5, 8/9, 1, 1];B = [
];E = [71/57600; 0; -71/10; -; 22/525; -1/40];f = zeros(neq,7,dataType);hmin = 16*eps(t);if isempty(htry)
% Compute an initial step size h using y'(t).
absh = min(hmax, htspan);
if normcontrol
rh = (norm(f0) / max(normy,threshold)) / (0.8 * rtol^pow);
rh = norm(f0 ./ max(abs(y),threshold),inf) / (0.8 * rtol^pow);
if absh * rh & 1
absh = 1 /
absh = max(absh, hmin);else
absh = min(hmax, max(hmin, htry));endf(:,1) = f0;% Initialize the output function.if haveOutputFcn
feval(outputFcn,[t tfinal],y(outputs),'init',outputArgs{:});end% THE MAIN LOOPdone =while ~done
% By default, hmin is a small number such that t+hmin is only slightly
% different than t.
It might be 0 if t is 0.
hmin = 16*eps(t);
absh = min(hmax, max(hmin, absh));
% couldn't limit absh until new hmin
h = tdir *
% Stretch the step if within 10% of tfinal-t.
if 1.1*absh &= abs(tfinal - t)
h = tfinal -
absh = abs(h);
% LOOP FOR ADVANCING ONE STEP.
nofailed =
% no failed attempts
while true
hA = h * A;
hB = h * B;
f(:,2) = feval(odeFcn,t+hA(1),y+f*hB(:,1),odeArgs{:});
f(:,3) = feval(odeFcn,t+hA(2),y+f*hB(:,2),odeArgs{:});
f(:,4) = feval(odeFcn,t+hA(3),y+f*hB(:,3),odeArgs{:});
f(:,5) = feval(odeFcn,t+hA(4),y+f*hB(:,4),odeArgs{:});
f(:,6) = feval(odeFcn,t+hA(5),y+f*hB(:,5),odeArgs{:});
tnew = t + hA(6);
% Hit end point exactly.
h = tnew -
% Purify h.
ynew = y + f*hB(:,6);
f(:,7) = feval(odeFcn,tnew,ynew,odeArgs{:});
nfevals = nfevals + 6;
% Estimate the error.
NNrejectStep =
if normcontrol
normynew = norm(ynew);
errwt = max(max(normy,normynew),threshold);
err = absh * (norm(f * E) / errwt);
if nonNegative && (err &= rtol) && any(ynew(idxNonNegative)&0)
errNN = norm( max(0,-ynew(idxNonNegative)) ) /
if errNN & rtol
err = errNN;
NNrejectStep =
err = absh * norm((f * E) ./ max(max(abs(y),abs(ynew)),threshold),inf);
if nonNegative && (err &= rtol) && any(ynew(idxNonNegative)&0)
errNN = norm( max(0,-ynew(idxNonNegative)) ./ thresholdNonNegative, inf);
if errNN & rtol
err = errNN;
NNrejectStep =
% Accept the solution only if the weighted error is no more than the
% tolerance rtol.
Estimate an h that will yield an error of rtol on
% the next step or the next try at taking this step, as the case may be,
% and use 0.8 of this value to avoid failures.
if err & rtol
% Failed step
nfailed = nfailed + 1;
if absh &= hmin
warning('MATLAB:ode45:IntegrationTolNotMet',['Failure at t=%e.
'Unable to meet integration tolerances without reducing ' ...
'the step size below the smallest value allowed (%e) ' ...
'at time t.'],t,hmin);
solver_output = odefinalize(solver_name, sol,...
outputFcn, outputArgs,...
printstats, [nsteps, nfailed, nfevals],...
nout, tout, yout,...
haveEventFcn, teout, yeout, ieout,...
{f3d,idxNonNegative});
if nargout & 0
varargout = solver_
if nofailed
nofailed =
if NNrejectStep
absh = max(hmin, 0.5*absh);
absh = max(hmin, absh * max(0.1, 0.8*(rtol/err)^pow));
absh = max(hmin, 0.5 * absh);
h = tdir *
% Successful step
NNreset_f7 =
if nonNegative && any(ynew(idxNonNegative)&0)
ynew(idxNonNegative) = max(ynew(idxNonNegative),0);
if normcontrol
normynew = norm(ynew);
NNr憨害封轿莩计凤袭脯陋eset_f7 =
nsteps = nsteps + 1;
if haveEventFcn
[te,ye,ie,valt,stop] = ...
odezero(@ntrp45,eventFcn,eventArgs,valt,t,y,tnew,ynew,t0,h,f,idxNonNegative);
if ~isempty(te)
if output_sol || (nargout & 2)
teout = [teout, te];
yeout = [yeout, ye];
ieout = [ieout, ie];
% Stop on a terminal event.
% Adjust the interpolation data to [t te(end)].
% Update the derivatives using the interpolating polynomial.
taux = t + (te(end) - t)*A;
[ignore,f(:,2:7)] = ntrp45(taux,t,y,[],[],h,f,idxNonNegative);
tnew = te(end);
ynew = ye(:,end);
h = tnew -
if output_sol
nout = nout + 1;
if nout & length(tout)
tout = [tout, zeros(1,chunk,dataType)];
% requires chunk &= refine
yout = [yout, zeros(neq,chunk,dataType)];
= cat(3,f3d,zeros(neq,7,chunk,dataType));
tout(nout) =
yout(:,nout) =
f3d(:,:,nout) =
if output_ty || haveOutputFcn
switch outputAt
case 'SolverSteps'
% computed points, no refinement
nout_new = 1;
tout_new =
yout_new =
case 'RefinedSteps'
% computed points, with refinement
tref = t + (tnew-t)*S;
nout_new =
tout_new = [tref, tnew];
yout_new = [ntrp45(tref,t,y,[],[],h,f,idxNonNegative), ynew];
case 'RequestedPoints'
% output only at tspan points
nout_new =
tout_new = [];
yout_new = [];
while next &= ntspan
if tdir * (tnew - tspan(next)) & 0
if haveEventFcn && stop
% output tstop,ystop
nout_new = nout_new + 1;
tout_new = [tout_new, tnew];
yout_new = [yout_new, ynew];
nout_new = nout_new + 1;
tout_new = [tout_new, tspan(next)];
if tspan(next) == tnew
yout_new = [yout_new, ynew];
yout_new = [yout_new, ntrp45(tspan(next),t,y,[],[],h,f,idxNonNegative)];
next = next + 1;
if nout_new & 0
if output_ty
nout = nout + nout_
if nout & length(tout)
tout = [tout, zeros(1,chunk,dataType)];
% requires chunk &= refine
yout = [yout, zeros(neq,chunk,dataType)];
idx = oldnout+1:
tout(idx) = tout_
yout(:,idx) = yout_
if haveOutputFcn
stop = feval(outputFcn,tout_new,yout_new(outputs,:),'',outputArgs{:});
% If there were no failures compute a new h.
if nofailed
% Note that absh may shrink by 0.8, and that err may be 0.
temp = 1.25*(err/rtol)^
if temp & 0.2
absh = absh /
absh = 5.0*
% Advance the integration one step.
if normcontrol
if NNreset_f7
% Used f7 for unperturbed solution to interpolate.
% Now reset f7 to move along constraint.
f(:,7) = feval(odeFcn,tnew,ynew,odeArgs{:});
nfevals = nfevals + 1;
f(:,1) = f(:,7);
% Already have f(tnew,ynew)
endsolver_output = odefinalize(solver_name, sol,...
outputFcn, outputArgs,...
printstats, [nsteps, nfailed, nfevals],...
nout, tout, yout,...
haveEventFcn, teout, yeout, ieout,...
{f3d,idxNonNegative});if nargout & 0
varargout = solver_end
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对楼上无语~c++代码……我记得是照书上流程编的 不过忘了储存~~
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Respected customers, Thank you to choose the products of our company, you trust achievement we greater efforts.To ensure that you can correct use of the company&s equipment, please make sure to read before use detailed instructions.Please complete the relevant equipment installation and retain instructions, so you can enjoy the company&s servicesThis specification applies to standard model, if you have any questions, please contact with our company.
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