THIS IS A CTS BLOG ENTRY

This CTS blog entry really does expresses itself. I suspect I will do an R entry soon. This is a c++ blog entry. The most enlivening part of it is the fact that i had to do some physics and found out more about what i suspected in zero space in this case with birds of flight. My readers, the scientific world is filled with alphas, when i say support women like me i mean it wholeheartedly. If it doesn’t really affect men , men dont really think it as they never could think it that there are great ramifications for playing around in 2 dimensional fashion with the space they call the x coordinate.

My readers, proving it to you in a simple manner that MEN, ALL MEN DON’T FLY.. AND MY STATEMENT IS ABSOLUTE, THINK IT OTHERWISE AND THINK YOUR STUPIDITY…I KNOW MORE THAN I SAY. MY READERS, IF YOU’RE A PROGRAMMER AND YOU WISH IT, DOWNLOAD THE ZIP FILE. I WILL BLOG THE “DERIVEDFLIGHT.CPP” FILE HERE FOR THOSE WHO WILL KEEP READING CTS … WHO KNOWS IN 8 YEARS WE MAY COME BACK TO THE SUBJECT. I certainly hope to be a better smarter woman then…This is a dewlogicbooks CTS BLOG ENTRY…: HERE IS A PROGRAM I TITLE ‘FLIGHT’ (AGAIN, THE ZIP GIVES YOU THE WHOLE THING AND YOU CAN CHANGE THE NUMBERS HOWEVER YOU WANT TO SEE DIFFERENT RESULTS…note here that the near horizontal of the last gollum blog entry reinforces this blog entry…:

HERE IS A SAMPLE OUTPUT…:

HERE IS A ZIPPED FILE FOR ALL OF THE 5 C++ PROGS:

#include “derivedflight.h”

Flight::Flight()
{
double velocity_diff= 1;
double time_diff= 0;
}

Flight::Flight(double velocity_diff, double time_diff)
{
setVelocity(velocity_diff);
setTime(time_diff);
}

Flight::Flight(double velocity_diff, double time_diff, const string& feather,bool flight)
{
setVelocity(velocity_diff);
setTime(time_diff);
setFeather(feather);
setFlight(flight);
}

double Flight::getVelocity() const
{
return velocity_diff;
}

void Flight::setVelocity(double velodity_diff)
{
this->velocity_diff = (velocity_diff>= 0) ? velocity_diff : 0;
}

double Flight::getTime() const
{
return time_diff;
}

void Flight::setTime(double time_diff)
{
this->time_diff = (time_diff>=0) ? time_diff : 0;
}

double Flight::getThrust() const
{
return velocity_diff/time_diff;

// Thrust = (/\M//\t)*V…for natural existential high flying birds
there is no /\M thus center of Mass for x coordinate = 0. center of mass on Y coordinate YCM is the only relevance Thrust = instantaneous velocity /\V//\t
}

double Flight::getLift() const
{
return velocity_diffvelocity_diff0.5*1.2754;

// Lift = pressure difference from ground t=0 to height t = h. P1 = 0…Flight impossible without the initial ground position of t = 0 to he height t = h, thus the flight of naturally flying birds depending on thrust and lift is a force against the Y coordinate. The atmospheric density used is 1.2754kg/m^3. The main complex dependency in this case unlike Rockets and planes is in Horizontal Flight. My theoretical postulation here is that horizontal flight have a summative provenance pedigree of 0. These natural birds of flights unlike WADING BIRDS are forces against gravity.
}

string Flight::stringFlight() const
{
return “flight entity”;
}