x1=p3 is a lap of / back-fold / circuit traversal / reconnector around x2=p2=c1 (e.g. circuit) by folding force / connector / upholder x3=p1 of loop / circuit substance / material x4=c2.
x1 is measures equal to/is an elementary negative electric charge [-e; negative of the charge of the proton, id est the charge of the electron] in electric charge, under signum convention x2 (default: proton charge is -1 times this unit).
x1 = t1 is the elapsed time required for decaying/diminishing/reducing/shrinking population x2 = g1 to decrease in number by a factor of exactly/approximately 1/e^(x3) from that which is considered to be the initial population size, where e is the natural exponential base and x3 [li; default: 1] is a real number, according to standard/under condition/by model/in experiment x4; x1 is the one-(e^(x3))-th-life of population/sample x2; the (approximate) (x3)-th one-e-th-ing/e-fold decrease(/increase) of population x2 takes approximately x1 (time).
x1 expects/looks for the occurence of x2 (event), expected likelihood x3 (0-1, default {li} {so'a} i.e. near 1); x1 subjectively evaluates the likelihood of x2 (event) to be x3.
x1 is measures equal to/is a quantum negative electric charge [-e/3; electric charge of a down quark] in electric charge, under signum convention x2 (default: proton has charge equal to -3 times this unit).
x1 is measures equal to/is a quantum negative electric charge [-e/3; electric charge of a down quark] in electric charge, under signum convention x2 (default: proton has charge equal to -3 times this unit).
x1 is x2 (li; default: 1) galactic units (i.e.: the average distance between the center of the Milky Way galaxy and the center of Sol system) by standard x3.
marks word/construct as being optional, i.e. the bridi would still be both grammatical AND reflect the speakers opinion/intention would the marked construct be left out
x1=s1=m1 is the material environment/surrounding material (i.e. gaseous/liquid atmosphere, vacuum, etc.) enclosing x2=s2 in direction(s)/dimensions(s)/plane x3=s3=m3, of type/composition including x4=m2.
mekso ternary operator: the generalized incomplete (factorial-extending) Pi function; for input (X1, X this word outputs the definite integral of t^X1 e^-t with respect to t from X2 to X3 (see notes for default values).
x1 is amai to x2 in aspect x3 (Japanese term); x1 does amaeru; x1 plays baby / catered by / protected by / undulged by x2; x1 depends and presumes upon x2's benevolence; x2 is a rabbi/counsellor to x1 without contractual/conditional relationship; x2 helps x1 cope with x3 (e.g. emotional,social, economic life's challenges)
mathematical quinary operator; big operator: left sequence notation/converter - operator a, sequence b defined as a function on index/argument/variable/parameter c, in set d, under ordering e
Initiator of subordinating adverbial relative clause with leftwards logical scope. The adverbial clause binds the resumptive pronoun {ke'a} to the outer clause, which becomes irrealis (i.e. not necessarily claimed to be true). Terminator: {se'u}.
8-ary mekso operator: the X1th nonnegative sum of X2 mutually-distinct perfect X3th-powers (i.e.: of integers) in X4 mutually truly-distinct ways, requiring exactly X5 terms to be negative in each sum (counting with(out^X6) multiplicity), requiring exactly X7 terms to be repeated between sums (counting with(out^X8) multiplicity), according to the usual ordering of the integers.
x1=z1=t2 (e.g. abstraction, energy) is potential / potentially real, made real when / under conditions x2=t1 for x3=z2 under metaphysics / conceptual framework / model x4=z3.
6-ary mekso/mathematical operator: Heaviside function/step/Theta function of a, of order b, in structure c, using distribution d, within approximated limit e, with value f_b at 0
x1=m1 is a timer measuring x2=m2 (e.g. event) as x3=m3=t1 long / elapsed time units / time-duration / interval / period from time / event x4=t2 to time / event x5=t3 on scale x6=m4, with accuracy x7=m5; x1 is a timer for x2.
x1 (set) is the unique region/part in the Venn diagram of
sets x2 (set of sets; exhaustive) such that each of its (i.e.: x1's) members is a member of exactly each of the explicitly-mentioned elements of x3 (set of sets; subset of x2; exhaustive) and of no other elements of x2.
evidential: mark the sentence as being an observation sentence, i.e. a statement that is not based on the truth of another statement but is instead taken from direct observation.
shows mutual activity between this place and the first place of the current bridi; members participating in the activity are put into the first place (that e.g. can be formed by connecting sumti with {ce} or {jo'u})
mekso operator: in ordered tuple/list/vector/sequence X1, replace the X2th entry with term X3 of appropriate type, and leave all other entries untouched (optional: where the index for the very first/leading/header entry is X4).
x1=p1=b2 uses language / language feature / complete language / language dialect or variation / dictionary / semantics / other language standard or specification or open source fork x2=p2=b1 with scope / for text / purpose / to express / communicate x3=p3=b3; x1 is using / declaring language / language extension x2.
x1 (proposition) is a clause expressing adverbial relation x2 (property of nonce place, has places for ce'u referring to members of x3) and connecting members of x3 (ordered group)
Property relativizing determiner / unary quantifier constructor. {kai'i} introduces a predicate whose first argument slot becomes filled by the property made by taking the bridi in which this {kai'i} appears and putting {ce'u} into the argument slot in which this {kai'i} argument was located. Put formally, "kai'i brodi cu brodu" = "lo ka ce'u brodu cu brodi". Additionally, a {kai'i} term has a rightward logical scope, like quantifiers and adverbials.
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.
x1 (group of entity) compete with each other in competition x2 (property of each member of x1) where each member of x1 has goal x3 (property of member of x1) that is the same for all members of x1
s1 is a concept of dualism/an idea that the fundamental part of existence f1 differs/is distinct from/contrasts with/is unlike the other fundamental part of existence f2
in property/dimension/quantity f3, by thinker s2.
x1=k1=s1 is a closet/storeroom for materials x2=s2 in containment x3=s3 in home/building/structure x4=k2 surrounded by partitions/walls/ceiling/floor x5=k3 (mass/jo'u)
x1 is a binary operator in structure x2 which exhibits the Jacobi property with respect to binary operator x3 (which also endows x2) and element/object x4 (which is an element of the underlying set which form x2).
x1=p1=v1=s1 is a snapshot / record / commit / revision / immutable tag / versioned reference / document / sub-hierarchy of data x2=v2, about / pertaining to x3=v3, in repository / data storage / medium (especially of a hierarchy / graph of immutable data / snapshots) x4=p2=v4, immutable and static / unchanging in property x5=s2 (can vary in precision and degree of immutability) in response to stimulus / conditions x6=s3; x1 is a commit.
x1=ta1 is a place-structure-dynamic tanru formed with x2=ta2 modifying (including possibly the place structure) of x3=ta3=c1=c2=b3=b2=b1, giving meaning x4=ta4=c3 in usage/instance x5=ta5=c4; x1 is a tanru with CLL place structure.
x1=ta1 is a place-structure-stable tanru formed with x2=ta2 modifying (but preserving the place structure) of x3=ta3=s1=s2=b3=b2=b1, giving meaning x4=ta4 in usage/instance x5=ta5=s3; x1 is a tanru with CLL place structure.
x1=t1=p2=p3=l2=v2 is a big-endian / most-significant-first tanru formed with x3=t2 modifying x2=t3=l1=v1, giving meaning x4=t4 in usage/instance x5=t5=v3.
x1=t1=p2=p3=j2=v2 is a little-endian / least-significant-first tanru formed with x2=t2 modifying x3=t3=j1=v1, giving meaning x4=t4 in usage/instance x5=t5=v3.
Any parser parsing the text/sentence/fragment containing this cmavo, must answer that the whole text/sentence/fragment is not syntactically not correct.
Adverbial, metacommentary-introducing, and complex discursive: I express this utterance/construct/(rest of the) bridi which has been tagged for the purpose or goal of enacting, causing, enabling, implementing, actualizing, manifesting, enhancing, yielding, or rendering applicable the immediately following and enclosed bridi or in order to make the immediately following and enclosed bridi be true (or closer to the truth or more true or more strongly true) in application to the utterance/construct/rest of the bridi which has been tagged by this marker; the tagged expression/construct is for the benefit or sake of making the immediately following and enclosed bridi true.