Revisions for post #7192

<p>Suppose that there are no obstacles in between:&nbsp;I was wondering what is best, to move squarely (A) or in diagonal (B) to reach a certain point. I put an example below:</p><p><img alt="" src="https://www.tibiaqa.com/?qa=blob&amp;qa_blobid=10310981543764851763" style="height:335px; width:343px"></p><p>Would the answer be that it depends on the distance that you have to travel? Maybe&nbsp;it is better to move in diagonal for a shorter distance and in square for a longer one? It might depend on whether there's a delay while moving in diagonal against in a straight line where the character moves actually faster? Then maybe it is actually in fact the same?</p><p>It would be interesting to have both theoretical and empirical results, that is, having the maths (maybe with an example), and some timings taken from tests within the game.</p>

<p>I <p>Suppose that there are no obstacles in between:&nbsp;I was wondering what is best, whether to move squarely (A) or in diagonal (B) to reach a certain point. I put an example below:</p><p><img alt="" src="https://www.tibiaqa.com/?qa=blob&amp;qa_blobid=10310981543764851763" style="height:335px; width:343px"></p><p>Would the answer be that it depends on the distance that you have to travel? Maybe&nbsp;it is better to move in diagonal for a shorter distance and in square for a longer one? It might depend on whether there's a delay while moving in diagonal against in a straight line where the character moves actually faster? Then maybe it is actually the same?</p><p>It would be interesting to have both theoretical and empirical results, that is, having the maths (maybe with an example), and some timings taken from tests within the game.</p>