[Release] Getting the number after the point

[Pozzuh]

for @Tomsen1410

Code:

//iprintln("2.4 will be: " + Number_func(2.4));
//2.4 will be: 4
Number_func(num)
{
    num += " ";
    num = StrTok(num,".");
    
    return int(num[1]);
}

[iAegle]

for @Tomsen1410

Code:

//iprintln("2.4 will be: " + Number_func(2.4));
//2.4 will be: 4
Number_func(num)
{
    num += " ";
    num = StrTok(num,".");
    
    return num[1];
}

now it will return "4 "...

[Pozzuh]

for @Tomsen1410

Code:

//iprintln("2.4 will be: " + Number_func(2.4));
//2.4 will be: 4
Number_func(num)
{
    num += " ";
    num = StrTok(num,".");
    
    return int(num[1]);
}

now it will return "4 "...

What are you talking about?

[iAegle]

for @Tomsen1410

Code:

//iprintln("2.4 will be: " + Number_func(2.4));
//2.4 will be: 4
Number_func(num)
{
    num += " ";
    num = StrTok(num,".");
    
    return int(num[1]);
}

now it will return "4 "...

What are you talking about?

it will return the number + a space

[SuperNovaAO]

If there isn't a native function to do so, just do this (I never coded any gsc and I just guess this works).

C++ Code

foo = 1.2345;
bar = foo - int(foo);

[some_kid]

If there isn't a native function to do so, just do this (I never coded any gsc and I just guess this works).

C++ Code

foo = 1.2345;
bar = foo - int(foo);

I don't have a use for either one yet, but the difference is, @Pozzuh 's version will return 4 and @SuperNovaAO 's will return 0.4

[iAegle]

If there isn't a native function to do so, just do this (I never coded any gsc and I just guess this works).

C++ Code

foo = 1.2345;
bar = foo - int(foo);

I don't have a use for either one yet, but the difference is, @Pozzuh 's version will return 4 and @SuperNovaAO 's will return 0.4

C++ Code

foo = 1.2345;
bar = foo - int(foo);
num = int( bar * 100 );

?

[SuperNovaAO]

C++ Code

while (int(bar) != bar) {
  bar = 10 * bar;
}

To get 0 digits after the . after cutting the front of.

And yes, this is probably still faster than string manipulation since string manipulation the slowest thing possible is for computers (computers are made to calculate, not read).