x1 (agent) count-measures/evaluates x2 = m2 [quantity] as x3 = k3 = m3 [number counted] items/units of/in/pertaining to set x4 = k2, on scale x5 = m4 (si'o; default: from 0 representing nothing/no instances of the item, and by (units of) 1 for each additional occurrence if the item is quantized) with accuracy x6 = m5 (ideally should be exact/perfect). x2 is countably measurable.
x1 = m2 [quantity] is x2 = k3 = m3 [number counted] items/units of/in/pertaining to set x3 = k2, on scale x4 = m4 (si'o; default: from 0 representing nothing/no instances of the item, and by (units of) 1 for each additional occurrence if the item is quantized). x1 is countably measurable.
x1=l2 is a formal character-set/alphabet containing letter(s)/characters/digits/terms x2=l1; x2 is a letter in formal alphabet x1 and is treated formally (it has no meaning, other than possibly being distinct from other letters in x1)
x1 (contestant) comes in x2th (integer; typically positive but no more than the length/cardinality of x4; lesser values represent better performance) place in contest x3 against opponents x4 (complete list (not mecessarily ordered) or set of all qualifying competitors); x1 has rank x2 in contest/conpetition/game/tournament/campaign x3.
x1 is x2 (li; no default value assumed, but - unless explicitly overridden - assumed to be expressed with significant figures) years old according to standard of measurement x3; colloquial form: x1 is/has x2 (years (of age)).
x1 is a strict/proper sub-x2 [structure] in/of x3; x2 is a structure and x1 and x3 are both examples of that structure x2 such that x1 is entirely contained within x3 (where containment is defined according to the standard/characteristics/definition of x2; but in any case, no member/part/element that belongs to x1 does not also belong to x3, but there is some member/part/element of x3 that does not belong to x1 in the same way).
t1=g1=r1 is an indehiscent fruit/seed-envelope (which remains closed/sealed and whole) of organism t2 with potential to produce/containing/enclosing offspring t3=g3 preventing passage to g2
(default: external environment)
x1 is a biological/genetic-familial/'blood' aunt/uncle of x2 by genetic-familial bond/tie/blood relation x3; x1 is a genetically and familially associated member of x2's genetic/biological parent(s)'s generation.
x1 is an ordered series of podcast episodes/podcast serial, ordered by conparison rule x2 (contextless default: production order or intended listening order, or reverse of these), and being entirely composed of all of the individual episodes belonging to set x3.
x1=m1 is shade-darkened/has shadow x2=c1 cast upon it by obfuscating/blocking/(at least semi-)opaque object x3=c2 from energy/light/transmission source x4=c3; x2 is the shadow-eclipse caste upon x1 by x3, blocking radiation from x4
x1 (amount/value (li/ni) or labelled entity) is the (mutual) difference between/change in (states/realizations of/output from) general and relevant idea/object or subject of interest or function/aspect/property/topic/dependent parameter/dependent variable x2 under or due to a change in (independent) parameter/variable/index/identification/ownership/property/aspect x3 (generic name) to (later) specific state/realization/value/person/entity/meaning x4 from (earlier) specific state/realization/value/person/entoty/meaning x5 (type matches that of x3), under circumstances/conditions/with(in) scope/with caveats x6.
x1 is clockwise/right-turn-direction of[/to] x2 along/following track x3 [path] in frame of reference x4 (where the axis is within the region defined by the track as the boundary, as viewed from and defined by view(er) x4; see notes); x1 is locally to the right of x2, according to x4, constrained along x3; x1 is along a right turn from x2 along path x3, as viewed in frame x4.
x1 is realistic/sane (colloquial sense)/pragmatic/practical/typical/frequent/fairly probable/deemed to be likely to actually happen in real-life (as opposed to in a flight of fantasy or being merely possible but unlikely/abnormal) according to judge x2 and under external conditions/rules for judgment/considerations x3
x1 is a logical statement which says that x2 (du'u) being true logically implies (material implication) x3 being necessarily true, but in which the converse does not hold (it is certain that there are cases in which 'IFF' fails: x2 is not necessary for x3).
x1 is the audience/enjoying or partaking party of work/performance/program/entertainment/transmission/experience/story/presentation/act x2 (concrete or abstract), via means/mode/expressed in format/using senses x3; x1 watches/listens/reads/experiences x2.
x1 is beyond/beside/abstract/meta (older sense) to x2 so as to be an abstraction thereof/external thereto, being so beyond/abstract in property/aspect x3, and having features x4, governed by/considered in system/considerations/epistemology/theory x5; x1 is conceptually beyond/external to/higher up than x2 (in, for example, existential or consideration precedence)
x1 is counterclockwise/left-turn-direction of[/to] x2 along/following track x3 [path] in frame of reference x4 (where the axis is within the region defined by the track as the boundary, as viewed from and defined by view(er) x4; see notes); x1 is locally to the left of x2, according to x4, constrained along x3; x1 is along a left turn from x2 along path x3, as viewed in frame x4.
mekso string operator (ternary): find-and-replace; in string/text/word/sequence X1 formally replace X2 (ordered tuple of terms to be replaced) with X3 (ordered tuple of terms to be respectively substituted)
pro-sumti and sumyzmico: an elliptical/unspecified value which does not necessarily obey the default setting for the corresponding terbri that is explicitly specified in the definition of the word; has some value which makes bridi true
mekso at-most-4-ary operator: a rounding function; ordered input list is (x,n,m,t) and the output is b(-t) × round(bt × x), with rounding preference n and where the fractional part of bt × x
being 1/2 causes the function to map bt × x to the nearest integer of form 2Z+m, for base b and an integer Z determined by context
imaginary i, comma - spherical coordinates: first coordinate gives magnitude (complex modulus/radius) of the number, the second number gives the angle from the positive real axis measured counterclockwise toward the 'positive' imaginary axis (default: in the primary branch/Arg) as measured in some units (which that number should contain; the contextless default will suppose radians); the angle is not normalized.
mathematical/logical/mekso ternary operator: μ (mu) operator: outputs the most extreme extended-natural number that satisfies relationship/predicate A, where extremeness is bounded by B and of a version determined by C; error output is -1
mathematical/mekso binary operator: the zero/identity-element/(primitive (-))constant operator; outputs the identity-element of structure A (contextless default: the additive group of integers) regardless of the input value of B (except blank or ill-defined values)
mekso at-most-3-ary operator: convert to polynomial; X1 (ordered list of algebraic structure (probably field) elements) forms the (ordered list of) coefficients of a polynomial/Laurent-like series with respect to indeterminate X2 under ordering rule X3 (default for finite list: the first entry is the coefficient of the highest-degree term and each subsequent entry is the next lesser-degree coefficient via counting by ones and wherein the last entry is the constant term)
Quote conversion: the quotation as presented uses pro-sumti and pro-bridi as if the current utterer (not the original utterer) were saying it, but the meaning conveyed is identical to that of the actual quotation by the original utterer and there is a claim that this meaning was expressed elsewhere
x1 is a grandparent of x2 by bond/tie/relation/standard x3 (not necessarily genetic/biological nor necessarily directly ancestral); x1 is an associated member of x2's parent(s)'s parent(s)'s generation.
x1 (mass/group/set) is the (primary) out-group counterpart to in-group x2 (mass/group/set) with respect to characteristic x3 (ka; truth/proposition), which is possessed/satisfied by x2, where both x1 and x2 are nonempty, strict, mutually disjoint subdivisions of supergroup/superset x4 (mass/group/set), with the othering performed (mentally; not necessarily in a way externally manifested) according to the psyche of x5; x5 others x1 from x2 around focal issue/property x3
x1 (ordered list) is a sampling of entries of matrix/tensor x2 in which exactly one entry is sampled from each row and/or column (etc.) between entries x3 (list; default: the largest 'square'/'hypercubic' sampling possible in the entire tensor starting with the first entry, see notes) inclusively following selection procedure/rule/function/order x4 (default: diagonally, see notes), where the tensor/matrix is expressed in basis/under conditions x5
x1 (set) and x2 (set) are sets which have non-empty mutual intersection and relative complements (set subtraction; both directions considered); id est: x1 and x2 have a symmetric difference such that they share at least one element, but neither is a subset of the other.
x1 is the formatted address for something - (with format) starting with x2, which is an address/locality/administrative subunit/region which belongs to slightly broader address/locality/administrative subunit/region x3, which in turn itself belongs to a slightly broader address/locality/administrative subunit/region x4, \dots (etc.).
x1 is arranged and to be traced/read in the manner of reading modern Latin script for English (from side to side along a line segment, then suddenly jumping back to the original side but on a nonintersecting coparallel line segment and proceeding in the same direction, with gross movement being perpendicular to each of these line segments and in a constant direction), starting at point x2, jumping at points x3 (ordered list of pairs, the first term of which is the end point of one line segment and the second term of which is the starting point of the immediately following line segment), and ending at point x4.
x1 (linear manifold, vector, etc.) is/lies secant to x2 (object, surface, curve, manifold, etc.) passing through or toward points/loci x3 (set of intersected points), by standard/definition/in system x4.
x1 (set) is measurable and has measure x2 (li; non-negative real number or possibly positive infinity) by measure x3 in space/dimensionality/under conditions x4; x2 is the x3 measure of set x1 in space x4; x3 is a measure which is defined on some class of measurable sets in
x4 such that it maps x1 to x2
x1 (experiencer/function) increases/gains/is incremented/augmented in property/quantity x2 such that it achieves/had achieved having that property at 'time' x3 (abstraction, number) according to standard x4