This post was last edited by bbbbbjt46 on 2013-06-15 22:19:24
function Shuzu ($a 0, $a 1, $a 2, $a 3, $a 4, $a 5, $a 6, $a 7, $a 8, $a 9) {
Global $arrr;
Global $bianliang;
$arrr =array ((int) ("$a 0" * $bianliang), (int) ("$a 1" * $bianliang), (int) ("$a 2" * $bianliang), (int) ("$a 3" * $bianliang), ( int) ("$a 4" * $bianliang), (int) ("$a 5" * $bianliang), (int) ("$a 6" * $bianliang), (int) ("$a 7" * $bianliang), (int) ("$a 8" *$ Bianliang), (int) ("$a 9" * $bianliang));
Return $arrr
;}
function Chu ($a, $b) {
$ddrrr = "";
foreach ($a as $arr = = $key) {
$ddrrr. = (int) ($key/$b). " ";
}
$ddrrr = (Explode (", trim ($ddrrr)));
return $ddrrr;
}
function Zongshu ($bianliang, $chushizhi, $time, $time 1) {
$a 0 =shuzu (11,7,8,6,5,8,13,5,11,7);
$a 1 =shuzu (15,7,7,8,3,11,4,9,15,12);
$a 2 =shuzu (8,11,15,4,13,12,9,8,11,15);
$a 3 =shuzu (5,7,7,8,3,9,15,15,8,11);
$a 4 =shuzu (12,8,14,5,7,9,14,13,11,8);
$a 5 =shuzu (9,5,8,7,6,8,7,12,11,5);
$a 6 =shuzu (8,15,5,6,7,4,6,9,9,7);
$a 7 =shuzu (4,6,6,8,7,6,5,5,9,12);
$a 8 =shuzu (6,6,8,5,9,12,7,5,9,11);
$a 9 =shuzu (8,11,7,7,5,6,4,9,11,9);
$chushi =substr ($time, 0,5);
$dangqian =substr ($time 1,0,5);
$beishu = 100;
$beicha = (int) (($dangqian-$chushi)/$beishu);
$chushi 100=substr ($chushi, 2, 1);
$chushi 10=substr ($chushi, 3, 1);
$chushi 1=substr ($chushi, 4, 1);
$chushi 0=substr ($time, 5, 1);
$dangqian 100=substr ($dangqian, 2, 1);
$dangqian 10=substr ($dangqian, 3, 1);
$dangqian 1=substr ($dangqian, 4, 1);
$dangqian 0=substr ($time 1,5,1);
$xiaoshi = 0;
$num = "";
$dqnumfor = "";
$gnum = "";
$xhzongshu = "";
if ($chushi 10< $dangqian 10) {
For ($_i= $chushi 10+1;$_i< $dangqian 10;$_i++) {
for ($t =0; $t <=9; $t + +) {
$num +=${"a". $_i}[$t];
}
}}
if ($chushi 10> $dangqian 10) {
For ($_i= $chushi 10+1;$_i< $dangqian 10+10;$_i++) {
if ($_i>=10) {
$jian 10=$_i-10;
}
else{
$jian 10=$_i;
}
for ($t =0; $t <=9; $t + +) {
$num +=${"a". $jian 10}[$t];
}
}
}
if ($chushi 10== $dangqian 10&& $chushi 100!= $dangqian 100) {
{
For ($_i= $chushi 10+1;$_i< $dangqian 10+10;$_i++) {//$_i=8;$_i<7+10;$_i++
if ($_i>=10) {
$jian 10=$_i-10;
}
else{
$jian 10=$_i;
}
for ($t =0; $t <=9; $t + +) {
$num +=${"a". $jian 10}[$t];
}
}
}
}
$dnum = 0;
$xnum = 0;
$swnum = 0;
Calculation of single-digit values
if ($chushi 10== $dangqian 10&& $chushi 100== $dangqian 100) {
For ($_i= $chushi 1;$_i< $dangqian 1;$_i++) {
$swnum +=${"a". $dangqian 10}[$_i];
}
$gnum = $swnum;
}
else{
for ($j = $chushi 1; $j <=9; $j + +) {//initial digit and
$dnum +=${"a". $chushi 10}[$j];
}
for ($p =0; $p <= $dangqian 1; $p + +) {//current digit and
$xnum +=${"a". $dangqian 10}[$p];
}
$gnum = $dnum + $xnum;
}
Calculation of Multiples
if ($beicha >=1&& $chushi 10== $dangqian 10&& $beicha <2) {
for ($_i=0;$_i<=9;$_i++) {
$xhzongshu +=array_sum (${"a". $_i});
}
$xhzongshu *= $beicha-1;
}
else{
for ($_i=0;$_i<=9;$_i++) {
$xhzongshu +=array_sum (${"a". $_i});
}
$xhzongshu *= $beicha;
}
$wocao = "";
if (($dangqian 100-$chushi) >=2&& $chushi 10== $dangqian 10) {
for ($_i=0;$_i<=9;$_i++) {
$wocao +=array_sum (${"a". $_i});
$beishuzhi = 0;
}
if ($chushi 1<= $dangqian 1) {
$beishuzhi = 1;
}
$wocao *= $beicha-$beishuzhi;
$xhzongshu = $wocao;
}
$arraychuzhi = ${"a". $dangqian 10}; Array in addition to values
if ($dangqian 0<=2) {
$rrr =chu ($arraychuzhi, 2);
$xiaoshi = $rrr [$dangqian 1];
}
if ($dangqian 0<=5&& $dangqian 0>2) {
$rrr =chu ($arraychuzhi, 3);
$xiaoshi = $rrr [$dangqian 1];
}
if ($dangqian 0<8&& $dangqian 0>5) {
$rrr =chu ($arraychuzhi, 4);
$xiaoshi = $rrr [$dangqian 1];
}
$zongshu = $num + $gnum + $xhzongshu-$xiaoshi + $chushizhi;
return $zongshu;
}
echo "
". Zongshu (0.5,400,1321232550,time ());
Reply to discussion (solution)
Do not know what you are doing, and how to run up?
Do not know what you are doing, and how to run up?
$num + $gnum + $xhzongshu-$xiaoshi
These 3 parameters were previously a value that changed over time, and are now unchanged.
Although there is a global $bianliang;
But this $bianliang is not assigned
Can you tell me what you are doing with this code?
Code sucks, it's recommended to rewrite
Although there is a global $bianliang;
But this $bianliang is not assigned
Can you tell me what you are doing with this code?
Code sucks, it's recommended to rewrite
Specifically get a number that can be antagonistic (total) by increasing it over time without timing.
Although there is a global $bianliang;
But this $bianliang is not assigned
Can you tell me what you are doing with this code?
Code sucks, it's recommended to rewrite
Global $bianliang;
This is assigned in the parameters of the Zongshu function. Isn't that okay?
function Shuzu ($a 0, $a 1, $a 2, $a 3, $a 4, $a 5, $a 6, $a 7, $a 8, $a 9) {
Global $arrr;
Global $bianliang; This is not assigned externally.
$arrr =array ((int) ("$a 0" * $bianliang),...
return $arrr; This will always return an array (0,0,0,0,0,0,0,0,0,0)
Another, you say is can reverse the number, show where?
function Shuzu ($a 0, $a 1, $a 2, $a 3, $a 4, $a 5, $a 6, $a 7, $a 8, $a 9) {
Global $arrr;
Global $bianliang; This is not assigned externally.
$arrr =array ((int) ("$a 0" * $bianliang),...
return $arrr; This will always return an array (0,0,0,0,0,0,0,0,0,0)
Another, you say is can reverse the number, show where?
Turn the time back. The total number obtained at the same time is always the same.
In fact, this code is very boring, just in the virtual a specified time range, in the indefinite time of the increase in the amount of times and get a total.
This code is really rubbish, I despise myself ...
I also noticed that $arrr never got the value ....
Is there a function that can multiply all the arguments in an array by a function of a number?
For example, array (34,6,2,9) so that each value inside is multiplied by a number?
$a = Array (34,6,2,9), Array_walk ($a, ' mul ', 2);p Rint_r ($a), function Mul (& $item, $key, $num) { $item *= $num;}
