what we have:
class TClass {
public:
TClass();
};
template<class T> class FClass<T>: public T {
public:
FClass();
};
TClass::TClass() {
// some code
}
template<class T> FClass<T>::FClass : T() {
// some code
}
int main (int argc,char* argv) { (3 Replies)
Are there any web site templates on CGI that allow like this forum software user registration and profiles. I dont need forum software i just need to register and keep profiles of my users on my site. Any suggestions?
:confused:
Thank you all. (1 Reply)
Discussion started by: solvman
1 Replies
3. Post Here to Contact Site Administrators and Moderators
Hello,
Anybody in here has any idea where I can get a template like this one for vBulletin. I have actually got my board but it just doesn't look good in the template that I have! Thanks anyway!
him (2 Replies)
Hey, new here, so be nice! I'm trying to write a little script to automate the user creation process on one of our boxes. But I would like to be able to use the templates that we have set up in SAM. Is the information in these templates stored in a file somewhere, that I can reference in my... (5 Replies)
I am trying to write a script that would retrieve specific information from a template. I have been trying to no avail for the longest. This is what I wrote and it's not working.
cat filename | while read F5 F6
do
if ]
then
echo
$F5 $F6
fi
done
Here is the template (filename)
CN ... (7 Replies)
Hello life savers,
I'm having trouble compiling a specific program. The program was originally written for gcc and was compiled successfully under it. When trying to compile under Solaris 11, I get this error:
"Hashtable.h", line 170: Error: Could not find a match for hash needed in... (2 Replies)
I have some C++ code and want to have the class declarations in a .h file and the implementation in the .cpp file.
It seems however that for templates everything need to be put in the header (.h) file and will have problems if I try to separate the code to a .cpp file.
Is this correct? Is... (1 Reply)
Hello, I have a custom Linux distro in which I'm trying to get templates for LibreOffice to ship by default. Is there a location they need to be placed or a file that needs to be edited? I've already tried using the template manager and add templates that way. I then copied /usr/templates/ and... (0 Replies)
Discussion started by: TheOuterLinux
0 Replies
LEARN ABOUT ULTRIX
ffloor
floor(3m)floor(3m)Name
floor, ffloor, fabs, ceil, ceil, trunc, ftrunc, fmod, rint - floor, absolute value, ceiling, truncation, floating point remainder and
round-to-nearest functions
Syntax
#include <math.h>
double floor(x)
double x;
float ffloor(x)
float x;
double ceil(x)
double x;
float fceil(x)
float x;
double trunc(x)
double x;
float ftrunc(x)
float x;
double fabs(x)
double x;
double fmod (x, y)
double x, y;
double rint(x)
double x;
Description
The and routines return the largest integer which is not greater than x for double and float data types, respectively.
The and routines return the smallest integer which is not less than x for double and float data types, respectively.
The and routines return the integer (represented as a floating-point number) of x with the fractional bits truncated for double and float
data types respectively.
The routine returns the absolute value |x|.
The routine returns the floating point remainder of the division of x by y: zero if y is zero or if x/y would overflow; otherwise the num-
ber f with the same sign as x, such that x = iy + f for some integer i, and |f| < |y|.
The routine returns the integer (represented as a double precision number) nearest x in the direction of the prevailing rounding mode.
In the default rounding mode, to nearest, is the integer nearest x with the additional stipulation that if |rint(x)-x|=1/2 then is even.
Other rounding modes can make act like or or round towards zero.
Another way to obtain an integer near x is to declare (in C)
double x; int k; k = x;
The C compiler rounds x towards 0 to get the integer k. Also note that, if x is larger than k can accommodate, the value of k and the
presence or absence of an integer overflow are hard to predict.
The routine is in libc.a rather than libm.a.
See Alsoabs(3), ieee(3m), math(3m)
RISC floor(3m)