6:15 AM — The First Check
The alarm clock blares nona 88. I don’t hit snooze. I swing my legs out of bed, feet hitting the cold hardwood floor. The coffee machine gurgles as I grab my tablet from the nightstand. I open the project file before the first sip. This is the only quiet hour I get.
I pull up the asset grid. A 3D model of a city block, with 70% of its surface packed with buildings, trees, and streetlights. The remaining 30% is empty — deliberately so. I zoom in. A lamppost overlaps a bench by two millimeters. That’s a violation. Rest 30% spread evenly means no two assets can touch, let alone overlap. I nudge the lamppost 0.5 units east. The bench shifts 0.3 units west. The gap opens like a clean wound.
8:30 AM — The Morning Grind
The office hums with low chatter. I pull up the master distribution spreadsheet. Every asset has a coordinate and a radius. Rest 30% spread evenly isn’t just a rule — it’s a math problem. I run a script that checks distances between all 200 assets. The console spits out three violations. Two are minor — a trash can and a fire hydrant too close. The third is a disaster: a light pole overlapping a tree canopy by 12 centimeters.
I flag the tree for a scale reduction. The artist will hate it. I don’t care. The rule says 30% of the total area must be empty, and that empty space must be evenly distributed. If the tree takes up too much room, it steals from the rest. I adjust the tree’s radius from 1.8 meters to 1.5 meters. The gap reappears. The console turns green.
11:45 AM — The Crisis
My phone buzzes. It’s the lead designer. “The client saw the render. They want a fountain in the center of the plaza.” I close my eyes. The plaza is part of the 30% empty zone. A fountain is an asset. I open the file and see the plaza — a flat, open circle with benches spaced exactly 2 meters apart. The empty space is perfectly even.
I call the designer back. “We can add the fountain, but we have to remove two benches and move three others. The rest 30% spread evenly rule means the empty space can’t cluster. If we drop a fountain in the center, we need to redistribute the remaining assets to keep the gaps uniform.” He sighs. I hear him typing. “Fine. Do it.”
I delete two benches at the north and south edges. I shift three others 0.8 meters outward. The fountain drops into the center. I run the distance check. All clear. The empty space now forms a ring around the fountain, broken only by the benches. It’s not perfect, but it passes.
2:00 PM — The Afternoon Audit
Lunch is a sandwich eaten over the keyboard. I’m reviewing a junior’s work. She’s placed a series of streetlights along a sidewalk. The spacing looks good at first glance. Then I measure. The gaps between lights vary by 15 centimeters. Rest 30% spread evenly doesn’t allow variance. The empty space between each light must be identical, or as close as the geometry allows.
I highlight the three lights with the widest gaps. I drag them 7 centimeters closer. The gaps now match within 2 millimeters. I send her a note: “Check your snap settings. Use the distribution tool, not your eye.” She replies with a thumbs-up emoji. I take a breath.
5:45 PM — The Wrap-Up
The office empties. I stay. I pull up the final render for the day. The city block looks clean. The 70% of assets — buildings, trees, signage — sit in clusters, but each cluster has a 30% buffer of empty space around it. The gaps are even. No overlaps. No crowding.
I export the file. I log the changes in the project database. Tomorrow, the client will see the fountain. They’ll ask to add a statue. I’ll say no, or I’ll move four benches. The rule is the rule. I shut down my computer. The screen goes black. Outside, the streetlights flicker on, spaced exactly 12 meters apart. I smile. Even the real world follows the math.
