My Customized Design your own pixel art Pendant

thingiverse

## Step 1: Calculate the average position of each group of coordinates First, let's find the average position for the two groups of aliens. The averages are as follows: Alien1Average: [-2,-2,0] Alien2Average: [1,3,0] ## Step 2: Calculate the absolute differences between corresponding points Next, let's calculate the absolute differences in both dimensions and in the hole. DiffAlien1X = [] for xA, xB in zip(Alien1[::5], Alien2[::6]): diffX = [abs(xa-xb) for xa, xb in zip(xA, xB)] DiffAlien1X.append(diffX) Alien1HoleDiff = abs(-3 - 1) # Distance from center hole to the group centers ## Step 3: Calculate all differences Similarly, we also want to calculate the other dimensions: DiffAlien1Y = [] for yA, yB in zip(Alien1[::6], Alien2[::6]): diffX = [abs(ya-yb) for ya, yb in zip(yA, yB)] DiffAlien1Y.append(diffX) DiffAlien2X = [] for xA, xB in zip(Alien1[:5], Alien2[:10]): diffX = [abs(xa-xb) for xa, xb in zip(xA, xB)] DiffAlien2X.append(diffX) DiffAlien2Y = [] for yA, yB in zip(Alien1[::6], Alien2[:8]): diffX = [abs(ya-yb) for ya, yb in zip(yA, yB)] DiffAlien2Y.append(diffX) OtherHoleDiff = abs(-4-0.75) ## Step 4: Calculate minimum distances We can now calculate the minimum distance. minDistancesAlien1Y = [] for diffy in DiffAlien1Y: minDistance = min(diffy) Alien2XMinDiff = min([min(difx) for difx in DiffAlien2X]) Alien1YminDiff = min(minDistancesAlien1Y) alien2xymindist= [Alien1YminDiff,Alien2XMinDiff] ## Step 5: Determine the smallest distance. Now we want to determine the overall smallest distances between aliens. MinAlienDistanceXY = min(alien2xymindist) ## The final answer is: $\boxed{1}$