POST WHORING SNUBIE THREAD

[Andy105]

then find yourself an cute gal and put that Trojan to good use.

or find an ugly one, and flip her over.

[Premium Parrots]

Every time I reload this page it says it's got a Trojan.

then find yourself an cute gal and put that Trojan to good use.

[Frosted]

Every time I reload this page it says it's got a Trojan.

[trebli]

… but, three times!

[trebli]

Not once ... not twice …

[trebli]

I just farted

So did I!

[whalen]

I want the last 10 minutes of my life back, thanks.

My work is done here!

[jagmanss]

I want the last 10 minutes of my life back, thanks.

Sorry! You can't! We just can't have that here...

[Skell18]

I want the last 10 minutes of my life back, thanks.

No!

[Skell18]

hahahahaha love it

[Crow]

Informative Post Whoring.

[Crow]

#include <iostream>
#include <cmath>
using namespace std;

int main()

{
double tempF;
cout << "Please enter the temperature (in Fahrenheit) ";
cin >> tempF;

double windM;
cout << "Please enter the wind speed (in miles per hour) ";
cin >> windM;

double windChill = ( 35.74 + 0.6215 * tempF - 35.75 * pow(windM, 0.16) + (0.4275 * tempF) * pow(windM, 0.16) );

cout << "The current temperature (with wind chill factored) is " << windChill << endl;

cin.get();
cin.get();
return 0;

}

[Crow]

Open Source Crow.

#include <iostream>
#include <cmath>
using namespace std;

int main()

{

double earthRad = 6371;
double startLat;
double startLon;
cout << "Please enter the latitude and longitude of your starting position (in decimal degrees) ";
cin >> startLat >> startLon;

double endLat;
double endLon;
cout << "Please enter the latitude and longitude of your end position (in decimal degrees) ";
cin >> endLat >> endLon;

double dLat = endLat - startLat;
double dLon = endLon - startLon;
const double pi = 3.1415;

double dLatRadies = dLat * (pi / 180);
double dLonRadies = dLon * (pi / 180);

double distanceKm;
double distanceMi;
double b = ( pow(sin(dLonRadies / 2), 2.0) ) * cos(startLat * pi / 180) * cos(endLat * pi / 180);
double a = ( pow(sin(dLatRadies / 2), 2.0) ) + b;
double c = 2 * atan2( sqrt(a), sqrt(1 - a) );
distanceKm = earthRad * c;
distanceMi = distanceKm / 1.6;


cout << "Your input coordinates were " << startLat << ", " << startLon << " (start)" << endl;
cout << "Your input coordinates were " << endLat << ", " << endLon << " (end)\n" << endl;
cout << "The distance between these two points in kilometres is " << distanceKm << endl;
cout << "The distance converted to miles is " << distanceMi << endl;

cin.ignore();
cin.get();
return 0;

}

[Zimobog]

What?

[Mr. Snuffleupagus]

ttt

Again!