Electra runs by creating a ray between two points. Since the formula is recursive, calling it once more subdivides that segment into two, however into 4, after that 8, and so on. Relying on the resolution limitation specified, we end up with a highly-detailed ray.
Electra's resulting output is stunningly practical. Actually, Electra has been imitated real-world lightning ray examples as well as established to mimic as closely as feasible all-natural sensations. A multitude of options allows for meticulously-generated rays consisting of the ability to define the start as well as endpoints, the start as well as end ray density, the resolution, the quantity of variation, the variety of rays, the arbitrary seed, and also much, far more.
Electra does not just sustain rays however similar to real-world electrical currents, it likewise supports branches. As a matter of fact, Electra can include up to 20 branches per ray, with a depth of as much as 3 levels of branches! This implies the very first branch might feature approximately 20 rays, among its branches might feature up to 20 rays, as well as among its branches could feature one more 20. Despite the potential for numerous countless rays, Electra is lightning rapid and renders material in seconds.
Electra features a ridiculous amount of control over branches. Along with the variety of branches and branch depth levels, one can use multipliers to make improvements to the various branch ray setups such as size, length, variation, strength, speed, turning, and also even more. The result is an extremely realistic branch control suitable for simulating any kind of sort of real-world instance.
Electra has a plethora of uses. From electric rays, lightning bolts, electric currents, electric costs, plasma rays, and also, even more, Electra is an essential plugin for both specialist and also hobbyist designers alike.
