sumdaiklei


tadji


tanruselskiski
fu'ivla x_{1} is a selskiskistyle (nounadjective) / militarystyle tanru with x_{2} modifying x_{3}, giving meaning x_{4} in usage/instance x_{5} See tanru. Refers to "selskiski" type tanru: http://mw.lojban.org/papri/selskiski ; may also be used to describe languages where this is the normal style of compound words (e.g. Latin, French, Spanish, Malay). See tanruskiselski, ke'oi, ke'e'u


tcaci


tcebra


tcekitaujau
fu'ivla x_{1} is the "ce ki tau jau" dialect of Lojban, used by x_{2} to communicate x_{3} (si'o/du'u) Place structure based on bangu. Refers to a dialect of Lojban that swaps certain longer, common, cmavo with shorter, rarer, cmavo: see http://mw.lojban.org/papri/ce_ki_tau_jau. Use of this dialect can be marked with "jo'au tcekitaujau". Also see tcekitaujei.


tcekitaujei
fu'ivla x_{1} is the "ce ki tau jei" dialect of Lojban, used by x_{2} to communicate x_{3} (si'o/du'u) Place structure based on bangu. Refers to a variant of the "ce ki tau jau" (tcekitaujau) dialect that differs on what jo'u is swapped with: see http://mw.lojban.org/papri/ce_ki_tau_jau. Use of this dialect can be marked with "jo'au tcekitaujei"


te'au'u
experimental cmavo mekso ternary operator: Knuth uparrow notation: a \textasciicircum{}…\textasciicircum{} b with c2 arrows ("\textasciicircum{}") initially, evaluated from right to left; the cth hyperoperator on a by b c must be a nonnegative integer. c=0 is the lowestorder hyperoperator in the structure. Thus, for integers: c=0 is succession of/on b (in which case a can be omitted or be any number), c=1 is addition, c=2 is multiplication, c=3 is exponentiation, c=4 is tetration, etc. Notice that rightgrouping is in effect for all c; thus x*(y*z) is calculated, rather than (x*y)*z.


tefsujme'o
lujvo m_{1} is a polynomial function in variable t_{2}=s_{2} of degree (maximum power with nonzero coefficient) t_{3} interpreted by rules m_{2} m2 can include (but is not limited to) information about the underlying formal polynomial and/or ring of definition, steps of addition series (which terms are being summed), and input domain of the function. t2 is a variable of input (no longer an indeterminant, as it is for the underlying formal polynomial). See also: cpolinomi'a


temci


temse
experimental gismu x_{1} (event) is timelikeseparated from x_{2} (event) under signal means/in universe/by information channel (parametrization) x_{3} Includes lightlikeseparation. For events in the pastward lightcone (with the apex at (mu'e) x2), use prutemse; for futureward lightcone events, use bavytemse. See also: calse, tcese


terporcmi


tinsa


tolpanra
lujvo x_{1} contrastswith/isdistinguishedfrom/issetapartfrom x_{2} in property/aspect x_{3} Things are parallel, analogous or equivalent in some property when they share that property, not when they differ in it, so the te panra has to be the property which they share and makes them parallel. When the focus is on a property that they don't share, the things are said to contrast in that property, they are not parallel in it. See also panra.


tolsurcaukancu
lujvo k_{1} subitizes (effortlessly/immediately/instantly counts the number in/recognizes the cardinality of) set k_{2} to be k_{3} [number/count], counted by/in terms of units k_{4} "Counting off" does not really make sense for this word. Must be extremely rapid without very much active tabulation/numeric processing/calculation; also must be confident and accurate in order to be true subitization (although this word my apply to false/imperfect subitization). See also: tolsurla, kancu.


toltinsa
