Second Customized Tree

thingiverse

A customizable botanical growth simulator allows you to experiment with unique tree-like formations. Using a user-friendly interface, you can set specific parameters for growth and development, such as the trunk length at 40 units, a minimum ratio of 50 between the root and stem at their starting points, the commencement of budding at a position measured at 50 units along the length of the trunk, a maximum allowable deviation from linear alignment of branches at an angle of up to 100%, branch twist angles reaching 90 degrees, the number of fully-grown side-branch extensions allowed at each level is 1. Inhibiting excessive protrusion above horizontal surfaces altogether eliminates structural overhangs in compliance with safety requirements until reaching a bud formation stop point defined at the numerical value corresponding to positional unit measure at the numeral sixty within growth space specifications designated root_max_ratio=60 wherein minimum radius measurement applied trunk-radius fourteen allows growth to take form accordingly within parameters specified. Minimum angle allowed for sprouting of new branches equals 40, tip's greatest allowable percentage contribution reaches 70, and no customized three-dimensional modeling utilized, which limits tree shape design variability. Seed parameter value zero denotes the presence and/or absence from starting condition of plant developmental influences respectively at base root configuration values determined by a branching-angle cutoff level pegged maximally near degrees of 55 to initiate side shoot formation within each individual stem division set as the primary structural unit with specified diameter cutoff value. Total branching iteration cycles may span up to 7 discrete numerical step measures where every branch generated grows minimally 70 units lengthwise measured according specific minimum ratio setting defined between lengths covered fully within reach when at maximum degree and position angle for each segment determined. Cross-section dimensions taken account as cylindrical elements designated value in a particular data form coded sixteen for cross sectional area profile measurements that could become applicable under the presence of an advancing plant condition growth criteria for assessing branch stability at discrete values of the numeric numeral cutoff factor measured unit-wise, up to a threshold degree set maximum allowable ratio defined by numerical factors which could serve plant model calibration ascertained upon input values received as data during operation from custom input fields displayed in an organized graphical format and visual cues utilized under interface condition where each input parameter may independently specify unique plant species characteristics without influencing any others thus leading users through controlled customization with specific plant type attributes. Parameters can also influence branch diameter maximum allowance level and plant stem sprout initiation angle via customized value settings given across pre-designated custom parameters space set up to guide and optimize design options.