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/*
    0: UP
    1: UP RIGHT
    2: RIGHT
    3: DOWN RIGHT
    4: DOWN
    5: DOWN LEFT
    6: LEFT
    7: UP LEFT
*/
switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed number class due to hardware constraints, rect is rectangle with x, y, width, height
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y); //fPoint is Point using fixed
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}

/*
    0: UP
    1: UP RIGHT
    2: RIGHT
    3: DOWN RIGHT
    4: DOWN
    5: DOWN LEFT
    6: LEFT
    7: UP LEFT
*/
switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed point number class due to hardware constraints, rect is rectangle with x, y, width, height
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y); //fPoint is Point using fixed
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}

switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed number class due to hardware constraints, rect is rectangle with x, y, width, height
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y); //fPoint is Point using fixed
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}

/*
    0: UP
    1: UP RIGHT
    2: RIGHT
    3: DOWN RIGHT
    4: DOWN
    5: DOWN LEFT
    6: LEFT
    7: UP LEFT
*/
switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed number class due to hardware constraints, rect is rectangle with x, y, width, height
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y); //fPoint is Point using fixed
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}

switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed number class due to hardware constraints
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y);
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}

switch(lastDir){
    case 0:
    {
        rect.y = (other->rect.y+other->rect.height)+fixed(0.0078125); 
        //0.007 is padding amount, fixed is fixed number class due to hardware constraints, rect is rectangle with x, y, width, height
        break;
    }
                        
    case 1:
    {
        fPoint l1(rect.x, rect.y); //fPoint is Point using fixed
        fPoint r1(rect.x+rect.width, rect.y+rect.height);
        fPoint l2(other->rect.x, other->rect.y);
        fPoint r2(other->rect.x+other->rect.width, other->rect.y+other->rect.height);
        fixed distX = abs(min(r1.x, r2.x)- max(l1.x, l2.x));
        fixed distY = abs(min(r1.y, r2.y) - max(l1.y, l2.y));
                        
        if(distX > distY){
            //if y is shorter correct y
            rect.y = (other->rect.y-rect.height)-fixed(0.0078125);
        }
        else if(distY > distX){
            //if x is shorter correct x
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
        }
        break;
    }
                    
    case 2:
    {
            rect.x = (other->rect.x-rect.width)-fixed(0.0078125);
            break;
    }
//continues for directions 3-7
}