For each coding method, one single projector pixel is encoded with a different codeword, and thus the highest possible resolution that the projector can created. Fig. 6b shows the densest gray-coded pattern that is so dense that it is not clearly visible to the camera. After decoding the ...
I've used BITXOR and BITAND very sparingly and I've played with BITLSHIFT and BITRSHIFT. I understand what the functions do but have not used them enough to the point where I can conceptualize a solution for combinations/permutations. I'll study your solution provid...
I have recently uploaded the original b&w version of the tool since I think the vertical line spacing trick has its own value, complementing the current color version. While it is not possible to use both the drop shadow bgcolor trick and the vertical space squishing trick together, a version...
{K}K-1\)controlled NOTs according to the decomposition presented in Fig.3a. Adding single auxiliary qubit and using the decomposition from Fig.3b, and ordering terms according to Gray code, we can do it using 2Kqubits. Following the reasoning from previous paragraph we can apply only\(\l...
(the standard trick to avoid using reference parameters). */ Node insert(Node node,intdata) { /* 1. If the tree is empty, return a new, single node */ if(node ==null) { return(newNode(data)); }else{ Node temp =null;
There should not be any shenanigans to trick the system to perform more optimally or to degrade an important aspect of the search to make one grep tool look better than another. ugrep is a no-nonsense fast search tool that utilizes a worker pool of threads with clever lock-free job queue...
I have changed the code that checks whether a given proposed coalition contains a smaller viable coalition. Originally I worked with arrays of the form {1,1,0,0,1,0,1} to check the subset condition and that required nested MAPs which were not pretty. Since BITXOR and BITAND w...
I have changed the code that checks whether a given proposed coalition contains a smaller viable coalition. Originally I worked with arrays of the form {1,1,0,0,1,0,1} to check the subset condition and that required nested MAPs which were not pretty. Since BITXOR ...
Code WHILE (Score < Lower Bound || Score > Upper Bound) Score = use Threshold to Detect AGAST features on image IF (Lower Bound > Score) Left = Threshold Threshold = (Threshold + Right) >>1 IF (Left == Threshold) END Step1 Ture 500 False 4 6 False False Step2 Ture 250 False 6...