robot vr game

;==0y gt;==0y gt;==0;c) {step=s;. =.=path{x}{y}!= 0 {steps = path {x} {y} {y}-1; loops = s-steps; return;} path {x} {x} {y} {y}}} = S + 1; if (map {x} {y}} = = N) {imitate (x-1, y, path {x} {x} {x} {x} {x} {x} {y} {x} {x} {y} {y} {y} {y} {{{}}}}} E if (map {x} {y} = = W) {imitate (x, y-1, path {x} {x} {y}} {y}}}); else if (map {x} {y} {y} ================================-1, path {x} {y}}}}} /////print void print print print () {{{{{{{{{{{{{{{{{{============-1}} {printf (% D step (s) to exit Prin

(NO.00003) iOS games simple robot projection game forming notes (6) Why do I need to put the code for arm movement in a single method? In fact, this is the version after multiple reconstruction. The original mobile code is placed in the touchMoved method. Later, we found that in addition to the mobile method of the touch arm, we also needed to implement the second method of moving the arm on the touch scree

from many experiments. Finally, the torque is applied to the arm.Note that I did not use the previous Applyforce: method, but using a similar method, is the overloaded method. This method has a parameter that sets the torque to the point on the arm. If you do not, the torque is applied to the average point of the arm by default (where the cat is not clear ;), it makes it difficult to rotate the arm.Note that the parameter is CCP (20,5), which is approximately 20 and 10 high, which is located ju