My Customized Tree

thingiverse

Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=279864 Instructions Using the following settings: Branch cross-section shape is set to a hexagon with six sides. Length ratio minimum is 70 percent of the entire design, dictating the shortest dimension required for branch formation. A ninety-degree twist angle determines the angular relationship between branching components. Sixty percent of branch stops forming at a certain position due to the design parameters provided by the user. Allow all overhangs and they can be as extreme as desired. No constraints exist when creating these areas within the branch system. Maximum ratio for root growth is sixty percent of its base dimensions which sets boundaries during this critical part of tree generation. The branching iteration process stops after seven iterations; at no time will further splitting happen. Minimum start position dictates where budding occurs based on current development and how things have unfolded so far. It can vary greatly according to your personal preference settings that were specified beforehand. 40 degrees is the angle within a certain region before anything even thinks about getting started. Minimum allowed branch angles prevent extremely acute ones that don’t quite add up mathematically because there simply aren’t enough space dimensions at play here given initial parameters. An optional shape can also be created from the set number of vectors – which ranges between zero to nine points on an XY plane coordinate system (x-y coordinate representation). In this specific example three hundred seventy-three would make reference to "3D Object Customization tool". A cutoff point has been established based on branch diameters. One six hundredths that represents about twenty centimeters worth if we consider real world applications. The minimum and maximum tip growth rates can also be tweaked allowing users control over terminal morphology through percentage settings (fifty being halfway down at sixty, seven five to represent upper limits of eighty percent which indicates when all budding processes are completed. This value is crucial because without it branches will just keep growing with no end in sight leading towards unwanted situations. Forty represents how much each single item like leaf counts are set initially as we enter specific parameter options. Setting for maximum allowed growth is fixed but still subject change anytime; right now seventy marks where everything tops off and remains stationary going forward. Main trunk's circular cross-sectional radius measures eleven centimeters across, forming the main axis. Any branch splits further away from here tend toward becoming significantly thinner compared their counterparts closer to this part of structure making it essential factor during entire tree growth. A five and a half degrees maximum angular difference helps determine acceptable limits allowing overhang angles remain stable giving overall shape coherence. Minimum amount number leaves on any given branch represents four so expect more leaf coverage elsewhere – four hundred eighty eight at present counting starts at seed. Setting allows individual user control over this factor influencing total outcome dramatically depending specific choice. Maximum branches also possible emanating per initial growth section counts within limits forty seven as well – no exceptions found here too. Length set to reach its max potential within fifty six units measured on our grid. Trunk’s height prior being reached must reach four tens that makes sixty in decimal system before all budding process starts anew because maximum branching iteration doesn't get passed beyond number six. 36 degrees becomes limit beyond which allowed overhang angle goes beyond this designated space without much issue caused. Ratio length maximization set fully operational since percentage figure matches one hundred entirely giving complete flexibility within its limits once parameters updated accordingly always reflecting accurate calculation outputs.