Studio Lighting Slots
In the studio catalog center, lighting equipment is labeled with frequency tags. Your task in Studio Lighting Slots is to take a jumbled list of arrival tags and return a brand-new version where the numbers climb from the smallest value to the largest. The original log must stay untouched, allowing the team to cross-reference while setting up their strobe storyboard.
The "secret sauce" here is Non-Destructive Sorting. Your shipment might include matching gear (duplicate tags) or special reserved slots (negative values). Your routine must keep every single entry present, placing them into a clean, ascending order without any gaps. This ensures the lighting lead can trust the final set list, avoiding delays that disrupt the entire photo shoot. It’s the most reliable and professional way to keep the studio running with maximum efficiency! If the log is already tidy, simply return a clean, sorted copy of the data instantly.
If sorting is part of the strategy, do it intentionally as a preprocessing step to simplify downstream logic such as merging, ordering, or comparison. After sorting, keep output semantics precise: preserve expected structure, avoid dropping valid entries, and ensure tied cases still follow deterministic order rules.
Examples
Duplicate lighting slots remain while the list climbs from lowest to highest.
Negative flags and standard slots stay visible in ascending order.
A single slot stays the same because the order was already correct.
Algorithm Flow

Best Answers
import java.util.*;
class Solution {
public int[] organize_lighting_slots(int[] nums) {
int[] res = nums.clone();
Arrays.sort(res);
return res;
}
}Comments (0)
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