Life cycle of Homoids
toddloid → slingoroid→ hormonoid → partneroid → popparoid/mammaroid → senioroid → expiroidDaily orbital phases of Workoids
pyjamaoid → joggeroid → jeanroid → dungaroid → jeanroid → joggeroid → pyjamaoid Humanoids usually enter the workoid phase in their most unstable and energetically active hormonoid phase. Bodies of non-standard shapes and sizes of 1.2–2.1 enter orbit around their parent star; the orbital cycle usually lasts one day. The phase of cometoids varies depending on the substance. In some phases, the dungaroid does not activate more pencil-likeness (it is a tail due to the combustion method), while others, due to the greater presence of manuloid, fly through this phase. The dungaroid must be considered only as a visible manifestation (tail) of the workoid in the active phase. In workoids with a high content of pencilite, the phase of highest activity is called shirtoid or blouseroid. Both groups belong to the so-called deskroids. Deskroids burn more brainite and radiate in the spectrum of computroid. This energy has also been observed in some cometoids of the dungaroid type, depending on the type of star.Unstable Cometoids
Some cometoids lose their regular gravitational orbit due to the explosion of their parent star or by gaining sufficient escape velocity from the gravitational field. Their cycle is disrupted, during which they skip the jeanroid, dungaroid, and deskroid phases. Such objects transition into irregular states and exhibit a reduced ability to generate a tail and standard energetic manifestations unless they have gained sufficient velocity to be able to maintain maximum velocity at a separate periapsis (the moment closest to the center of their own activity). Objects without a parent star are classified as IC (Independent Comets).Kinetic Classification of Homoids
traveloid footroid pedaloid bikeroid/scooteroid pickuptroid sedanoid glideroidCritical Forms of Traveloids
riskoid crashoid bedroid/convictoid/expiroidA Rare Form of Traveloid Destruction
traveloid → pickuptroid/sedanoid → tabletoid → riskoid → crashoid → bedroid/convictoid/funeroid
Note:
Observation and classification of objects were carried out using a newly developed experimental prototype of the Highly Subjective Bifocal Telescope/Microscope (HSBF-TM).