salri
experimental gismu x_{1} is the differintegral of x_{2} with respect to x_{3} of order x_{4} with starting point x_{5} Definition of which differintegral operator is being used is context dependent. Output x1 is a function, not a value (that is, it is f rather than f(x)); it must be specified/restricted to a value in order to be a value. x2 is likewise a function. If the function has only one variable, x3 defaults to that variable; when x2 is physical, without context, time will probably usually be assumed as the default of x3 (but may be made explicit by temsalri). Positive values of x4 are integrals, negative values are derivatives, and zero is identity; at the least, any real value may be supplied for x4; x4 has no default value. Useful for making lujvo for physics, for specifying career/total/sum versus peak/instantaneous value, for distinguishing between instantaneous versus average values/quantities, for specifying rates, generalized densities (including pressure), "per" for smooth quantities, etc. See also: salrixo (synonymous zi'evla).


nifkemtemsalri
lujvo x_{1} (vector) is the differintegral (with respect to time) of order x_{2} of the displacement of x_{3} (object/point) relative to x_{4} (object/point/frame of reference; contextless default: origin) in coordinate system/frame of reference/as measured by x_{5} according to definition/standard/(meta)physics x_{6}, taken with starting point x_{7} This word uses two experimental gismu (one with an experimental rafsi): nicfa and salri. If x2 is positive, then x1 is a timederivative (velocity, acceleration, jerk, etc. (for whole number values)); if it is negative, then x1 is a timeintegral (moments); if it is 0, then x1 is displacement itself. x1 is vectorvalued.


nifkemtemsalryke'ecusna
lujvo x_{1} (scalarvalued) is the magnitude of the vector of the differintegral (with respect to time) of order x_{2} of the displacement of x_{3} (object/point) relative to x_{4} (object/point/frame of reference; contextless default: origin) in coordinate system/frame of reference/as measured by x_{5} according to definition/standard/(meta)physics x_{6}, where the differintegral is taken with starting point x_{7}, in metric/by definition x_{8} This word uses three experimental gismu (with one experimental short cmavo for one of these): nicfa (nif), salri, cusna.


salrixo
fu'ivla x_{1} is the differintegral of x_{2} with respect to x_{3} of order x_{4} with starting point x_{5} Definition of which differintegral operator is being used is context dependent. Output x1 is a function, not a value (that is, it is f rather than f(x)); it must be specified/restricted to a value in order to be a value. x2 is likewise a function. If the function has only one variable, x3 defaults to that variable; when x2 is physical, without context, time will probably usually be assumed as the default of x3 (but may be made explicit by {temci zei salrixo}). Positive values of x4 are integrals, negative values are derivatives, and zero is identity; at the least, any real value may be supplied for x4; x4 has no default value. Useful for making lujvo for physics, for specifying career/total/sum versus peak/instantaneous value, for distinguishing between instantaneous versus average values/quantities, for specifying rates, etc. See also: salri (synonymous gismu).
