17) Tri-BFA [“Trichotomous Bayes Factor Analysis”];

18) Tri-Triple I [“Trichotomous Invariant Instrument Inequality”];

19) Trichotomous Mixed Methods Analysis;

20) Trioinformatics;

21) Trichotomous-Cubed Test [“Tri³”];

22) TRIMOD [“Trichotomous-Cubic Parametric Model”];

23) MULTRICOR [“Multiple Trichotomous Correlation” Analysis]

24) TEM [“Triangular Equation Modelling”] (which explains trichotomous research architecture that can be generally be applied to any initial non-Triostatistical measure); and

25) Tri-Σ Test [“The Triple-Sigma Test”] (similar to “Tri-Squared Meta-Analysis” in that it can be applied to verify, validate, and make viable non-Triostatistical measures using Triostatistics methodologies);

26) IMI [“Intentionality Measurement Instrumentation”];

27) Visualus Visioneering Volumetrics (for Tri-coordinate Instructional Systems Design Problem-Solving - which creates the foundational Isometric Cuboid model for all Triostatistical Tri-Cubed Tests based upon the “Total Transitive Theorem of Visualus”;

28) Trigma Cubed (for the specific testing of the efficacy of a Visualus problem-solving solution using the “Total Transitive Trigma” multiplicative product Isometric Cuboid solution formula and Isometric Cuboid model);

29) Trimensional Analysis (also referred to as “Tri-Coordinate Analysis”) (for the specific testing of the efficacy of an educational instructional intervention/solution using a summative Visualus Isometric Cuboid solution formula and Isometric Cuboid model); and

30) TRIMOVA [“Trichotomous-Assessment Manifold Validation Analysis”] (which is an advanced post hoc triostatistic that uses AMOVA with Tri-Assessment Analysis to validate the impact, efficacy, and overall utility of statistically significant trichotomous research questions);

31) Tri-Assessment Analysis (a confirmatory data analysis methodology that uses emphatic pre-suppositions rather than more traditional investigative conjecture);

32) Trioengineering (which explains the application of trichotomy, trilogic, and triology into a variety of research investigations and academic fields and sciences); and

33) Tri-Power Analysis [“The Tri-Power Test as a Trifold Analytic” a multiple in-depth triostatistical trichotomous examination of a statistically significant Tri-Squared Test in terms of Trichotomous: Hindsight; Insight; and Foresight];

34) TPA = “Trichotomous Progression Analysis” (the rectilinear analytical progression of Tri-Squared TCV and TOV results);

35) G-TPA = “Geometric Trichotomous Progression Analysis” (the triangular representation of trichotomous rectilinear progression used to create the general field dynamics of the Standard 3 by 3 Tri-Squared Test Table and consequently the Visualus Isometric Cuboid—used in a variety of Triostatistics from Tri-Squared Analytics to Tri-Power Analysis);

36) TRIASIM [“Trichotomous Analysis of Similarity”] an active part of the Tri-Power Analysis advanced post hoc metric; and

37) TRILOG [“Trichotomous Logit Model”] an active part of the Tri-Power Analysis advanced post hoc metric; and

38) TRIROC [“Trichotomous Rate of Change”] an active part of the Tri-Power Analysis advanced post hoc metric.