Thread: Ascii

Ok, now LuckY's program works, but it returns the same values as the number keys (the ones above the letters). I need to know how to tell when and what numpad keys are pressed. Im kind of in a rush, this is due on Friday...

Im already using GetAsyncKeyState. How do I know when the numpad keys?

At this point im going to put up my code, so everyone can see what im doing. You don't have to take it and edit it and spit it back out. Infact, please don't. I would rather learn how to do it than have someone do it for me.

Code:

#include <iostream>
#include <stdio.h>
#include <conio.h>
#include <windows.h>

#define SHIFTED 0x8000

//define variables
int LEFT; int RIGHT; int UP; int DOWN;
int LSHIFT; int RSHIFT;
int ENTER;
int LALT; int RALT;
int PRESSED;
int scale;

int main ( void ){
   //set arrow-key keycodes
   LEFT=37; RIGHT=39; UP=38; DOWN=40;
   //set shift keycodes
   LSHIFT=160; RSHIFT=161;
   //set enter keycode
   ENTER=13;
   //set alt keycodes
   LALT=164; RALT=165;
   //set key-pressed value
   PRESSED=-32767;
   //set default movement scale
   scale=2;
      
   //define cursor point
   POINT XY;
   
   //print instructions
   cout<<"Use the arrow keys to move the cursor, hold SHIFT to move the cursor faster."<<endl;
   cout<<"Press ENTER to left-click, and ALT to right-click."<<endl;
   
   //main loop
   while(1==1)
   
   {
       
       //if enter pressed then left-click
       if(GetAsyncKeyState(ENTER)==PRESSED){
           mouse_event(MOUSEEVENTF_LEFTDOWN, XY.x, XY.y, 0, 0);
           Sleep(100);
           mouse_event(MOUSEEVENTF_LEFTUP, XY.x, XY.y, 0, 0);
       }  
       
       //if alt pressed then right-click
       if(GetAsyncKeyState(LALT)==PRESSED||GetAsyncKeyState(RALT)==PRESSED){
           mouse_event(MOUSEEVENTF_RIGHTDOWN, XY.x, XY.y, 0, 0);
           Sleep(100);
           mouse_event(MOUSEEVENTF_RIGHTUP, XY.x, XY.y, 0, 0);
       }    
       
       //move mouse with arrow keys. set scale to 10 if shift is pressed, else 2
       if(GetAsyncKeyState(LEFT)==PRESSED){
           if(GetKeyState(LSHIFT) & SHIFTED||GetKeyState(RSHIFT) & SHIFTED){
               scale=10;
           }else{
               scale=2;
           }
           GetCursorPos( &XY );
           SetCursorPos( XY.x - scale, XY.y);
       }
       if(GetAsyncKeyState(RIGHT)==PRESSED){
           if(GetKeyState(LSHIFT) & SHIFTED||GetKeyState(RSHIFT) & SHIFTED){
               scale=10;
           }else{
               scale=2;
           }
           GetCursorPos( &XY );
           SetCursorPos( XY.x + scale, XY.y);
       }
       if(GetAsyncKeyState(UP)==PRESSED){
           if(GetKeyState(LSHIFT) & SHIFTED||GetKeyState(RSHIFT) & SHIFTED){
               scale=10;
           }else{
               scale=2;
           }
           GetCursorPos( &XY );
           SetCursorPos( XY.x, XY.y - scale );
       }
       if(GetAsyncKeyState(DOWN)==PRESSED){
           if(GetKeyState(LSHIFT) & SHIFTED||GetKeyState(RSHIFT) & SHIFTED){
               scale=10;
           }else{
               scale=2;
           }
           GetCursorPos( &XY );
           SetCursorPos( XY.x, XY.y + scale );
       }
   }
   return 0;    
}