File content as of revision 0:be75535cf4b1:

#include "mbed.h"
#include "N5110.h"
 
AnalogIn VRx (dp11);
AnalogIn VRy (dp10);
class Ekran: public N5110
{
    public:
   
    void setPixel(int x, int y)
    {
        if(x < 0 || x > 83)
            return;
        if(y < 0 || y > 47)
            return;
            
        N5110::setPixel(x,y); 
    }
};
N5110 lcd (dp13 ,dp24 ,dp23 ,dp25 ,dp2 ,dp6 , dp18);

 
int X,Y, VIx, VIy;

int px, py, pvx, pvy;
int brojac = 0;
DigitalOut enable(dp14);



    
    

void crtaj()
{
    //clear baklava
    lcd.clearPixel(px, py);
    lcd.clearPixel(px+1, py);
    lcd.clearPixel(px+2, py);
    lcd.clearPixel(px-1, py);
    lcd.clearPixel(px-2, py);
    lcd.clearPixel(px, py+1);
    lcd.clearPixel(px, py+2);
    lcd.clearPixel(px, py-1);
    lcd.clearPixel(px, py-2);
    lcd.clearPixel(px+1, py+1);
    lcd.clearPixel(px+1, py-1);
    lcd.clearPixel(px-1, py-1);
    lcd.clearPixel(px-1, py+1);
    
    px = X;
    py = Y;
    //crtaj baklava
    lcd.setPixel(X, Y);
    lcd.setPixel(X+1, Y);
    lcd.setPixel(X+2, Y);
    lcd.setPixel(X-1, Y);
    lcd.setPixel(X-2, Y);
    lcd.setPixel(X, Y+1);
    lcd.setPixel(X, Y+2);
    lcd.setPixel(X, Y-1);
    lcd.setPixel(X, Y-2);
    lcd.setPixel(X+1, Y+1);
    lcd.setPixel(X+1, Y-1);
    lcd.setPixel(X-1, Y-1);
    lcd.setPixel(X-1, Y+1);
    
    //clear viljuska
    lcd.clearPixel(pvx-3, pvy-3);
    lcd.clearPixel(pvx-3, pvy-4);
    lcd.clearPixel(pvx-3, pvy-5);
    lcd.clearPixel(pvx-4, pvy-6);
    lcd.clearPixel(pvx-5, pvy-3);
    lcd.clearPixel(pvx-5, pvy-4);
    lcd.clearPixel(pvx-5, pvy-5);
    lcd.clearPixel(pvx-5, pvy-6);
    lcd.clearPixel(pvx-5, pvy-7);
    lcd.clearPixel(pvx-5, pvy-8);
    lcd.clearPixel(pvx-5, pvy-9);
    lcd.clearPixel(pvx-5, pvy-10);
    lcd.clearPixel(pvx-6, pvy-6);
    lcd.clearPixel(pvx-7, pvy-5);
    lcd.clearPixel(pvx-7, pvy-4);
    lcd.clearPixel(pvx-7, pvy-3);
    
    pvx = VIx;
    pvy = VIy;
    //viljuska
    lcd.setPixel(VIx-3, VIy-3);
    lcd.setPixel(VIx-3, VIy-4);
    lcd.setPixel(VIx-3, VIy-5);
    lcd.setPixel(VIx-4, VIy-6);
    lcd.setPixel(VIx-5, VIy-3);
    lcd.setPixel(VIx-5, VIy-4);
    lcd.setPixel(VIx-5, VIy-5);
    lcd.setPixel(VIx-5, VIy-6);
    lcd.setPixel(VIx-5, VIy-7);
    lcd.setPixel(VIx-5, VIy-8);
    lcd.setPixel(VIx-5, VIy-9);
    lcd.setPixel(VIx-5, VIy-10);
    lcd.setPixel(VIx-6, VIy-6);
    lcd.setPixel(VIx-7, VIy-5);
    lcd.setPixel(VIx-7, VIy-4);
    lcd.setPixel(VIx-7, VIy-3);
    
    lcd.refresh();
}

void update(){
    
    if (VRx<1.0/3.0){
        if(X >= 9)X--;
    }
    else if (VRx > 2.0/3.0){
        if( X <= 78)X++;
    }
    
    if (VRy<1.0/3.0){
        if(Y >= 12)Y--;
    }
    else if (VRy > 2.0/3.0){
        if( Y <= 42)Y++;
    }
    
    
}

void updateViljuska()
{
    VIx = (VIx - X)*2/3 + X;
    VIy = (VIy - Y)*2/3 + Y;
    /*
    if(X > VIx) VIx++;
    else if( X < VIx) VIx--;
    
    if(Y > VIy) VIy++;
    else if(Y < VIy) VIy--; */
}
 
int main()
{
    enable = 1;
    
    lcd.init();
    
    lcd.clear();
    Timer timer, t2;
    timer.start();
    t2.start();
    VIx = VIy = X = Y = 24;
    
    while(1) {
        if(timer.read_ms() > 100)
        {
            update();
            timer.reset();
            timer.start();
        }
        if(t2.read_ms() > 500)
        {
            updateViljuska();
            t2.reset();
            t2.start();   
        }
        lcd.setXYAddress(0,0);
        crtaj();
    }
}