if(X<xPath1)
{
X+=1;
}
else if(X>xPath1)
{
X-=1;
}
if(Y<yPath1)
{
Y+=1;
}
else if(Y>yPath1)
{
Y-=1;
}
Though the third model symbols a slightly curved 'V', it would be better for that 'V' to have been a 'U' type curve if you undertsand.
Thank you
Quote:Original post by Steadtler
Simply navigate the path to arrive at your destination with an orientation corresponding to the tangent of the corner (if it was smooth), and with a speed inversely proportional to the sharpness of the corner.
Quote:
I find it much easier to solve this in locomotion rather than in pathfinding, as it is a locomotion problem, not a pathfinding one. Simply navigate the path to arrive at your destination with an orientation corresponding to the tangent of the corner (if it was smooth), and with a speed invertly proportional to the sharpness of the corner.
Quote:Original post by PCNQuote:
I find it much easier to solve this in locomotion rather than in pathfinding, as it is a locomotion problem, not a pathfinding one. Simply navigate the path to arrive at your destination with an orientation corresponding to the tangent of the corner (if it was smooth), and with a speed invertly proportional to the sharpness of the corner.
Locomotion problem, eh? Thanks for the term. I'm not very experienced in this field.
Thanks for the info guys, that really helped. Now to implement that...
