renamed array ops to array, ablah etc

1 files changed, 188 insertions, 188 deletions

diff --git a/src/primmath.clj b/src/primmath.clj
index 0dc85a93..87f78ccb 100644
--- a/src/primmath.clj
+++ b/src/primmath.clj
@@ -7,7 +7,7 @@
 ;   You must not remove this notice, or any other, from this software.
 
 (in-ns 'int)
-(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec vec max min aget alength))
+(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec array max min aget alength))
 (import '(clojure.lang Numbers$I))
 
 (definline + [x y] `(. Numbers$I add ~x ~y))
@@ -29,61 +29,61 @@
 (definline aget [xs i] `(. Numbers$I aget ~xs ~i))
 (definline alength [xs] `(. Numbers$I alength ~xs))
 
-(defn vec 
+(defn array 
   ([size-or-seq] (. Numbers$I vec size-or-seq))
   ([size init] (. Numbers$I vec size init)))
 
-(defn vmap 
+(defn amap 
   ([f xs] (. Numbers$I vmap f xs))
   ([f xs ys] (. Numbers$I vmap f xs ys)))
 
-(definline v+n [xs y] `(. Numbers$I vsadd ~xs ~y))
-(definline v-n [xs y] `(. Numbers$I vssub ~xs ~y))
-(definline v|n [xs y] `(. Numbers$I vsdiv ~xs ~y))
-(definline v*n [xs y] `(. Numbers$I vsmul ~xs ~y))
-(definline n|v [x ys] `(. Numbers$I svdiv ~x ~ys))
-
-(definline v*n+v [xs y zs] `(. Numbers$I vsmuladd ~xs ~y ~zs))
-(definline v*n-v [xs y zs] `(. Numbers$I vsmulsub ~xs ~y ~zs))
-(definline v*n+n [xs y z] `(. Numbers$I vsmuladd ~xs ~y ~z))
-(definline v*n-n [xs y z] `(. Numbers$I vsmulssub ~xs ~y ~z))
-
-(definline vabs [xs] `(. Numbers$I vabs ~xs))
-(definline vnegateabs [xs] `(. Numbers$I vnegabs ~xs))
-(definline vnegate [xs] `(. Numbers$I vneg ~xs))
-(definline vsqr [xs] `(. Numbers$I vsqr ~xs))
-(definline vsignedsqr [xs] `(. Numbers$I vsignedsqr ~xs))
-(definline vreverse [xs] `(. Numbers$I vreverse ~xs))
-(definline vrunningsum [xs] `(. Numbers$I vrunningsum ~xs))
-(definline vsort [xs] `(. Numbers$I vsort ~xs))
-(definline vmax [xs] `(. Numbers$I vmax ~xs))
-(definline vmin [xs] `(. Numbers$I vmin ~xs))
-(definline vmean [xs] `(. Numbers$I vmean ~xs))
-(definline vrms [xs] `(. Numbers$I vrms ~xs))
-(definline vsum [xs] `(. Numbers$I vsum ~xs))
-
-(definline vclip [xs low high] `(. Numbers$I vclip ~xs ~low ~high))
-(definline vclipcounts [xs low high] `(. Numbers$I vclipcounts ~xs ~low ~high))
-(definline vthresh [xs thresh otherwise] `(. Numbers$I vthresh ~xs ~thresh ~otherwise))
-
-(definline vdot [xs ys] `(. Numbers$I vdot ~xs ~ys))
-(definline v== [xs ys] `(. Numbers$I vequiv ~xs ~ys))
-(definline v+v [xs ys] `(. Numbers$I vadd ~xs ~ys))
-(definline v-v [xs ys] `(. Numbers$I vsub ~xs ~ys))
-(definline v*v [xs ys] `(. Numbers$I vmul ~xs ~ys))
-(definline v|v [xs ys] `(. Numbers$I vdiv ~xs ~ys))
-(definline vmaxv [xs ys] `(. Numbers$I vmax ~xs ~ys))
-(definline vminv [xs ys] `(. Numbers$I vmin ~xs ~ys))
-
-(definline v+v*v [xs ys zs] `(. Numbers$I vaddmul ~xs ~ys ~zs))
-(definline v-v*v [xs ys zs] `(. Numbers$I vsubmul ~xs ~ys ~zs))
-
-(definline v+v*n [xs ys z] `(. Numbers$I vaddsmul ~xs ~ys ~z))
-(definline v-v*n [xs ys z] `(. Numbers$I vsubsmul ~xs ~ys ~z))
-(definline v*v+n [xs ys z] `(. Numbers$I vmulsadd ~xs ~ys ~z))
+(definline a+n [xs y] `(. Numbers$I vsadd ~xs ~y))
+(definline a-n [xs y] `(. Numbers$I vssub ~xs ~y))
+(definline a|n [xs y] `(. Numbers$I vsdiv ~xs ~y))
+(definline a*n [xs y] `(. Numbers$I vsmul ~xs ~y))
+(definline n|a [x ys] `(. Numbers$I svdiv ~x ~ys))
+
+(definline a*n+a [xs y zs] `(. Numbers$I vsmuladd ~xs ~y ~zs))
+(definline a*n-a [xs y zs] `(. Numbers$I vsmulsub ~xs ~y ~zs))
+(definline a*n+n [xs y z] `(. Numbers$I vsmuladd ~xs ~y ~z))
+(definline a*n-n [xs y z] `(. Numbers$I vsmulssub ~xs ~y ~z))
+
+(definline aabs [xs] `(. Numbers$I vabs ~xs))
+(definline anegateabs [xs] `(. Numbers$I vnegabs ~xs))
+(definline anegate [xs] `(. Numbers$I vneg ~xs))
+(definline asqr [xs] `(. Numbers$I vsqr ~xs))
+(definline asignedsqr [xs] `(. Numbers$I vsignedsqr ~xs))
+(definline areverse [xs] `(. Numbers$I vreverse ~xs))
+(definline arunningsum [xs] `(. Numbers$I vrunningsum ~xs))
+(definline asort [xs] `(. Numbers$I vsort ~xs))
+(definline amax [xs] `(. Numbers$I vmax ~xs))
+(definline amin [xs] `(. Numbers$I vmin ~xs))
+(definline amean [xs] `(. Numbers$I vmean ~xs))
+(definline arms [xs] `(. Numbers$I vrms ~xs))
+(definline asum [xs] `(. Numbers$I vsum ~xs))
+
+(definline aclip [xs low high] `(. Numbers$I vclip ~xs ~low ~high))
+(definline aclipcounts [xs low high] `(. Numbers$I vclipcounts ~xs ~low ~high))
+(definline athresh [xs thresh otherwise] `(. Numbers$I vthresh ~xs ~thresh ~otherwise))
+
+(definline adot [xs ys] `(. Numbers$I vdot ~xs ~ys))
+(definline a== [xs ys] `(. Numbers$I vequiv ~xs ~ys))
+(definline a+a [xs ys] `(. Numbers$I vadd ~xs ~ys))
+(definline a-a [xs ys] `(. Numbers$I vsub ~xs ~ys))
+(definline a*a [xs ys] `(. Numbers$I vmul ~xs ~ys))
+(definline a|a [xs ys] `(. Numbers$I vdiv ~xs ~ys))
+(definline amaxa [xs ys] `(. Numbers$I vmax ~xs ~ys))
+(definline amina [xs ys] `(. Numbers$I vmin ~xs ~ys))
+
+(definline a+a*a [xs ys zs] `(. Numbers$I vaddmul ~xs ~ys ~zs))
+(definline a-a*a [xs ys zs] `(. Numbers$I vsubmul ~xs ~ys ~zs))
+
+(definline a+a*n [xs ys z] `(. Numbers$I vaddsmul ~xs ~ys ~z))
+(definline a-a*n [xs ys z] `(. Numbers$I vsubsmul ~xs ~ys ~z))
+(definline a*a+n [xs ys z] `(. Numbers$I vmulsadd ~xs ~ys ~z))
 
 (in-ns 'long)
-(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec vec max min aget alength))
+(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec array max min aget alength))
 (import '(clojure.lang Numbers$L))
 
 (definline + [x y] `(. Numbers$L add ~x ~y))
@@ -105,61 +105,61 @@
 (definline aget [xs i] `(. Numbers$L aget ~xs ~i))
 (definline alength [xs] `(. Numbers$L alength ~xs))
 
-(defn vec 
+(defn array 
   ([size-or-seq] (. Numbers$L vec size-or-seq))
   ([size init] (. Numbers$L vec size init)))
 
-(defn vmap 
+(defn amap 
   ([f xs] (. Numbers$L vmap f xs))
   ([f xs ys] (. Numbers$L vmap f xs ys)))
 
-(definline v+n [xs y] `(. Numbers$L vsadd ~xs ~y))
-(definline v-n [xs y] `(. Numbers$L vssub ~xs ~y))
-(definline v|n [xs y] `(. Numbers$L vsdiv ~xs ~y))
-(definline v*n [xs y] `(. Numbers$L vsmul ~xs ~y))
-(definline n|v [x ys] `(. Numbers$L svdiv ~x ~ys))
-
-(definline v*n+v [xs y zs] `(. Numbers$L vsmuladd ~xs ~y ~zs))
-(definline v*n-v [xs y zs] `(. Numbers$L vsmulsub ~xs ~y ~zs))
-(definline v*n+n [xs y z] `(. Numbers$L vsmuladd ~xs ~y ~z))
-(definline v*n-n [xs y z] `(. Numbers$L vsmulssub ~xs ~y ~z))
-
-(definline vabs [xs] `(. Numbers$L vabs ~xs))
-(definline vnegateabs [xs] `(. Numbers$L vnegabs ~xs))
-(definline vnegate [xs] `(. Numbers$L vneg ~xs))
-(definline vsqr [xs] `(. Numbers$L vsqr ~xs))
-(definline vsignedsqr [xs] `(. Numbers$L vsignedsqr ~xs))
-(definline vreverse [xs] `(. Numbers$L vreverse ~xs))
-(definline vrunningsum [xs] `(. Numbers$L vrunningsum ~xs))
-(definline vsort [xs] `(. Numbers$L vsort ~xs))
-(definline vmax [xs] `(. Numbers$L vmax ~xs))
-(definline vmin [xs] `(. Numbers$L vmin ~xs))
-(definline vmean [xs] `(. Numbers$L vmean ~xs))
-(definline vrms [xs] `(. Numbers$L vrms ~xs))
-(definline vsum [xs] `(. Numbers$L vsum ~xs))
-
-(definline vclip [xs low high] `(. Numbers$L vclip ~xs ~low ~high))
-(definline vclipcounts [xs low high] `(. Numbers$L vclipcounts ~xs ~low ~high))
-(definline vthresh [xs thresh otherwise] `(. Numbers$L vthresh ~xs ~thresh ~otherwise))
-
-(definline vdot [xs ys] `(. Numbers$L vdot ~xs ~ys))
-(definline v== [xs ys] `(. Numbers$L vequiv ~xs ~ys))
-(definline v+v [xs ys] `(. Numbers$L vadd ~xs ~ys))
-(definline v-v [xs ys] `(. Numbers$L vsub ~xs ~ys))
-(definline v*v [xs ys] `(. Numbers$L vmul ~xs ~ys))
-(definline v|v [xs ys] `(. Numbers$L vdiv ~xs ~ys))
-(definline vmaxv [xs ys] `(. Numbers$L vmax ~xs ~ys))
-(definline vminv [xs ys] `(. Numbers$L vmin ~xs ~ys))
-
-(definline v+v*v [xs ys zs] `(. Numbers$L vaddmul ~xs ~ys ~zs))
-(definline v-v*v [xs ys zs] `(. Numbers$L vsubmul ~xs ~ys ~zs))
-
-(definline v+v*n [xs ys z] `(. Numbers$L vaddsmul ~xs ~ys ~z))
-(definline v-v*n [xs ys z] `(. Numbers$L vsubsmul ~xs ~ys ~z))
-(definline v*v+n [xs ys z] `(. Numbers$L vmulsadd ~xs ~ys ~z))
+(definline a+n [xs y] `(. Numbers$L vsadd ~xs ~y))
+(definline a-n [xs y] `(. Numbers$L vssub ~xs ~y))
+(definline a|n [xs y] `(. Numbers$L vsdiv ~xs ~y))
+(definline a*n [xs y] `(. Numbers$L vsmul ~xs ~y))
+(definline n|a [x ys] `(. Numbers$L svdiv ~x ~ys))
+
+(definline a*n+a [xs y zs] `(. Numbers$L vsmuladd ~xs ~y ~zs))
+(definline a*n-a [xs y zs] `(. Numbers$L vsmulsub ~xs ~y ~zs))
+(definline a*n+n [xs y z] `(. Numbers$L vsmuladd ~xs ~y ~z))
+(definline a*n-n [xs y z] `(. Numbers$L vsmulssub ~xs ~y ~z))
+
+(definline aabs [xs] `(. Numbers$L vabs ~xs))
+(definline anegateabs [xs] `(. Numbers$L vnegabs ~xs))
+(definline anegate [xs] `(. Numbers$L vneg ~xs))
+(definline asqr [xs] `(. Numbers$L vsqr ~xs))
+(definline asignedsqr [xs] `(. Numbers$L vsignedsqr ~xs))
+(definline areverse [xs] `(. Numbers$L vreverse ~xs))
+(definline arunningsum [xs] `(. Numbers$L vrunningsum ~xs))
+(definline asort [xs] `(. Numbers$L vsort ~xs))
+(definline amax [xs] `(. Numbers$L vmax ~xs))
+(definline amin [xs] `(. Numbers$L vmin ~xs))
+(definline amean [xs] `(. Numbers$L vmean ~xs))
+(definline arms [xs] `(. Numbers$L vrms ~xs))
+(definline asum [xs] `(. Numbers$L vsum ~xs))
+
+(definline aclip [xs low high] `(. Numbers$L vclip ~xs ~low ~high))
+(definline aclipcounts [xs low high] `(. Numbers$L vclipcounts ~xs ~low ~high))
+(definline athresh [xs thresh otherwise] `(. Numbers$L vthresh ~xs ~thresh ~otherwise))
+
+(definline adot [xs ys] `(. Numbers$L vdot ~xs ~ys))
+(definline a== [xs ys] `(. Numbers$L vequiv ~xs ~ys))
+(definline a+a [xs ys] `(. Numbers$L vadd ~xs ~ys))
+(definline a-a [xs ys] `(. Numbers$L vsub ~xs ~ys))
+(definline a*a [xs ys] `(. Numbers$L vmul ~xs ~ys))
+(definline a|a [xs ys] `(. Numbers$L vdiv ~xs ~ys))
+(definline amaxa [xs ys] `(. Numbers$L vmax ~xs ~ys))
+(definline amina [xs ys] `(. Numbers$L vmin ~xs ~ys))
+
+(definline a+a*a [xs ys zs] `(. Numbers$L vaddmul ~xs ~ys ~zs))
+(definline a-a*a [xs ys zs] `(. Numbers$L vsubmul ~xs ~ys ~zs))
+
+(definline a+a*n [xs ys z] `(. Numbers$L vaddsmul ~xs ~ys ~z))
+(definline a-a*n [xs ys z] `(. Numbers$L vsubsmul ~xs ~ys ~z))
+(definline a*a+n [xs ys z] `(. Numbers$L vmulsadd ~xs ~ys ~z))
 
 (in-ns 'float)
-(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec vec max min aget alength))
+(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec array max min aget alength))
 (import '(clojure.lang Numbers$F))
 
 (definline + [x y] `(. Numbers$F add ~x ~y))
@@ -181,61 +181,61 @@
 (definline aget [xs i] `(. Numbers$F aget ~xs ~i))
 (definline alength [xs] `(. Numbers$F alength ~xs))
 
-(defn vec 
+(defn array 
   ([size-or-seq] (. Numbers$F vec size-or-seq))
   ([size init] (. Numbers$F vec size init)))
 
-(defn vmap 
+(defn amap 
   ([f xs] (. Numbers$F vmap f xs))
   ([f xs ys] (. Numbers$F vmap f xs ys)))
 
-(definline v+n [xs y] `(. Numbers$F vsadd ~xs ~y))
-(definline v-n [xs y] `(. Numbers$F vssub ~xs ~y))
-(definline v|n [xs y] `(. Numbers$F vsdiv ~xs ~y))
-(definline v*n [xs y] `(. Numbers$F vsmul ~xs ~y))
-(definline n|v [x ys] `(. Numbers$F svdiv ~x ~ys))
-
-(definline v*n+v [xs y zs] `(. Numbers$F vsmuladd ~xs ~y ~zs))
-(definline v*n-v [xs y zs] `(. Numbers$F vsmulsub ~xs ~y ~zs))
-(definline v*n+n [xs y z] `(. Numbers$F vsmuladd ~xs ~y ~z))
-(definline v*n-n [xs y z] `(. Numbers$F vsmulssub ~xs ~y ~z))
-
-(definline vabs [xs] `(. Numbers$F vabs ~xs))
-(definline vnegateabs [xs] `(. Numbers$F vnegabs ~xs))
-(definline vnegate [xs] `(. Numbers$F vneg ~xs))
-(definline vsqr [xs] `(. Numbers$F vsqr ~xs))
-(definline vsignedsqr [xs] `(. Numbers$F vsignedsqr ~xs))
-(definline vreverse [xs] `(. Numbers$F vreverse ~xs))
-(definline vrunningsum [xs] `(. Numbers$F vrunningsum ~xs))
-(definline vsort [xs] `(. Numbers$F vsort ~xs))
-(definline vmax [xs] `(. Numbers$F vmax ~xs))
-(definline vmin [xs] `(. Numbers$F vmin ~xs))
-(definline vmean [xs] `(. Numbers$F vmean ~xs))
-(definline vrms [xs] `(. Numbers$F vrms ~xs))
-(definline vsum [xs] `(. Numbers$F vsum ~xs))
-
-(definline vclip [xs low high] `(. Numbers$F vclip ~xs ~low ~high))
-(definline vclipcounts [xs low high] `(. Numbers$F vclipcounts ~xs ~low ~high))
-(definline vthresh [xs thresh otherwise] `(. Numbers$F vthresh ~xs ~thresh ~otherwise))
-
-(definline vdot [xs ys] `(. Numbers$F vdot ~xs ~ys))
-(definline v== [xs ys] `(. Numbers$F vequiv ~xs ~ys))
-(definline v+v [xs ys] `(. Numbers$F vadd ~xs ~ys))
-(definline v-v [xs ys] `(. Numbers$F vsub ~xs ~ys))
-(definline v*v [xs ys] `(. Numbers$F vmul ~xs ~ys))
-(definline v|v [xs ys] `(. Numbers$F vdiv ~xs ~ys))
-(definline vmaxv [xs ys] `(. Numbers$F vmax ~xs ~ys))
-(definline vminv [xs ys] `(. Numbers$F vmin ~xs ~ys))
-
-(definline v+v*v [xs ys zs] `(. Numbers$F vaddmul ~xs ~ys ~zs))
-(definline v-v*v [xs ys zs] `(. Numbers$F vsubmul ~xs ~ys ~zs))
-
-(definline v+v*n [xs ys z] `(. Numbers$F vaddsmul ~xs ~ys ~z))
-(definline v-v*n [xs ys z] `(. Numbers$F vsubsmul ~xs ~ys ~z))
-(definline v*v+n [xs ys z] `(. Numbers$F vmulsadd ~xs ~ys ~z))
+(definline a+n [xs y] `(. Numbers$F vsadd ~xs ~y))
+(definline a-n [xs y] `(. Numbers$F vssub ~xs ~y))
+(definline a|n [xs y] `(. Numbers$F vsdiv ~xs ~y))
+(definline a*n [xs y] `(. Numbers$F vsmul ~xs ~y))
+(definline n|a [x ys] `(. Numbers$F svdiv ~x ~ys))
+
+(definline a*n+a [xs y zs] `(. Numbers$F vsmuladd ~xs ~y ~zs))
+(definline a*n-a [xs y zs] `(. Numbers$F vsmulsub ~xs ~y ~zs))
+(definline a*n+n [xs y z] `(. Numbers$F vsmuladd ~xs ~y ~z))
+(definline a*n-n [xs y z] `(. Numbers$F vsmulssub ~xs ~y ~z))
+
+(definline aabs [xs] `(. Numbers$F vabs ~xs))
+(definline anegateabs [xs] `(. Numbers$F vnegabs ~xs))
+(definline anegate [xs] `(. Numbers$F vneg ~xs))
+(definline asqr [xs] `(. Numbers$F vsqr ~xs))
+(definline asignedsqr [xs] `(. Numbers$F vsignedsqr ~xs))
+(definline areverse [xs] `(. Numbers$F vreverse ~xs))
+(definline arunningsum [xs] `(. Numbers$F vrunningsum ~xs))
+(definline asort [xs] `(. Numbers$F vsort ~xs))
+(definline amax [xs] `(. Numbers$F vmax ~xs))
+(definline amin [xs] `(. Numbers$F vmin ~xs))
+(definline amean [xs] `(. Numbers$F vmean ~xs))
+(definline arms [xs] `(. Numbers$F vrms ~xs))
+(definline asum [xs] `(. Numbers$F vsum ~xs))
+
+(definline aclip [xs low high] `(. Numbers$F vclip ~xs ~low ~high))
+(definline aclipcounts [xs low high] `(. Numbers$F vclipcounts ~xs ~low ~high))
+(definline athresh [xs thresh otherwise] `(. Numbers$F vthresh ~xs ~thresh ~otherwise))
+
+(definline adot [xs ys] `(. Numbers$F vdot ~xs ~ys))
+(definline a== [xs ys] `(. Numbers$F vequiv ~xs ~ys))
+(definline a+a [xs ys] `(. Numbers$F vadd ~xs ~ys))
+(definline a-a [xs ys] `(. Numbers$F vsub ~xs ~ys))
+(definline a*a [xs ys] `(. Numbers$F vmul ~xs ~ys))
+(definline a|a [xs ys] `(. Numbers$F vdiv ~xs ~ys))
+(definline amaxa [xs ys] `(. Numbers$F vmax ~xs ~ys))
+(definline amina [xs ys] `(. Numbers$F vmin ~xs ~ys))
+
+(definline a+a*a [xs ys zs] `(. Numbers$F vaddmul ~xs ~ys ~zs))
+(definline a-a*a [xs ys zs] `(. Numbers$F vsubmul ~xs ~ys ~zs))
+
+(definline a+a*n [xs ys z] `(. Numbers$F vaddsmul ~xs ~ys ~z))
+(definline a-a*n [xs ys z] `(. Numbers$F vsubsmul ~xs ~ys ~z))
+(definline a*a+n [xs ys z] `(. Numbers$F vmulsadd ~xs ~ys ~z))
 
 (in-ns 'double)
-(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec vec max min aget alength))
+(clojure/refer 'clojure :exclude '(+ - * / == < <= > >= zero? pos? neg? inc dec array max min aget alength))
 (import '(clojure.lang Numbers$D))
 
 (definline + [x y] `(. Numbers$D add ~x ~y))
@@ -257,55 +257,55 @@
 (definline aget [xs i] `(. Numbers$D aget ~xs ~i))
 (definline alength [xs] `(. Numbers$D alength ~xs))
 
-(defn vec 
+(defn array 
   ([size-or-seq] (. Numbers$D vec size-or-seq))
   ([size init] (. Numbers$D vec size init)))
 
-(defn vmap 
+(defn amap 
   ([f xs] (. Numbers$D vmap f xs))
   ([f xs ys] (. Numbers$D vmap f xs ys)))
 
-(definline v+n [xs y] `(. Numbers$D vsadd ~xs ~y))
-(definline v-n [xs y] `(. Numbers$D vssub ~xs ~y))
-(definline v|n [xs y] `(. Numbers$D vsdiv ~xs ~y))
-(definline v*n [xs y] `(. Numbers$D vsmul ~xs ~y))
-(definline n|v [x ys] `(. Numbers$D svdiv ~x ~ys))
-
-(definline v*n+v [xs y zs] `(. Numbers$D vsmuladd ~xs ~y ~zs))
-(definline v*n-v [xs y zs] `(. Numbers$D vsmulsub ~xs ~y ~zs))
-(definline v*n+n [xs y z] `(. Numbers$D vsmuladd ~xs ~y ~z))
-(definline v*n-n [xs y z] `(. Numbers$D vsmulssub ~xs ~y ~z))
-
-(definline vabs [xs] `(. Numbers$D vabs ~xs))
-(definline vnegateabs [xs] `(. Numbers$D vnegabs ~xs))
-(definline vnegate [xs] `(. Numbers$D vneg ~xs))
-(definline vsqr [xs] `(. Numbers$D vsqr ~xs))
-(definline vsignedsqr [xs] `(. Numbers$D vsignedsqr ~xs))
-(definline vreverse [xs] `(. Numbers$D vreverse ~xs))
-(definline vrunningsum [xs] `(. Numbers$D vrunningsum ~xs))
-(definline vsort [xs] `(. Numbers$D vsort ~xs))
-(definline vmax [xs] `(. Numbers$D vmax ~xs))
-(definline vmin [xs] `(. Numbers$D vmin ~xs))
-(definline vmean [xs] `(. Numbers$D vmean ~xs))
-(definline vrms [xs] `(. Numbers$D vrms ~xs))
-(definline vsum [xs] `(. Numbers$D vsum ~xs))
-
-(definline vclip [xs low high] `(. Numbers$D vclip ~xs ~low ~high))
-(definline vclipcounts [xs low high] `(. Numbers$D vclipcounts ~xs ~low ~high))
-(definline vthresh [xs thresh otherwise] `(. Numbers$D vthresh ~xs ~thresh ~otherwise))
-
-(definline vdot [xs ys] `(. Numbers$D vdot ~xs ~ys))
-(definline v== [xs ys] `(. Numbers$D vequiv ~xs ~ys))
-(definline v+v [xs ys] `(. Numbers$D vadd ~xs ~ys))
-(definline v-v [xs ys] `(. Numbers$D vsub ~xs ~ys))
-(definline v*v [xs ys] `(. Numbers$D vmul ~xs ~ys))
-(definline v|v [xs ys] `(. Numbers$D vdiv ~xs ~ys))
-(definline vmaxv [xs ys] `(. Numbers$D vmax ~xs ~ys))
-(definline vminv [xs ys] `(. Numbers$D vmin ~xs ~ys))
-
-(definline v+v*v [xs ys zs] `(. Numbers$D vaddmul ~xs ~ys ~zs))
-(definline v-v*v [xs ys zs] `(. Numbers$D vsubmul ~xs ~ys ~zs))
-
-(definline v+v*n [xs ys z] `(. Numbers$D vaddsmul ~xs ~ys ~z))
-(definline v-v*n [xs ys z] `(. Numbers$D vsubsmul ~xs ~ys ~z))
-(definline v*v+n [xs ys z] `(. Numbers$D vmulsadd ~xs ~ys ~z))
+(definline a+n [xs y] `(. Numbers$D vsadd ~xs ~y))
+(definline a-n [xs y] `(. Numbers$D vssub ~xs ~y))
+(definline a|n [xs y] `(. Numbers$D vsdiv ~xs ~y))
+(definline a*n [xs y] `(. Numbers$D vsmul ~xs ~y))
+(definline n|a [x ys] `(. Numbers$D svdiv ~x ~ys))
+
+(definline a*n+a [xs y zs] `(. Numbers$D vsmuladd ~xs ~y ~zs))
+(definline a*n-a [xs y zs] `(. Numbers$D vsmulsub ~xs ~y ~zs))
+(definline a*n+n [xs y z] `(. Numbers$D vsmuladd ~xs ~y ~z))
+(definline a*n-n [xs y z] `(. Numbers$D vsmulssub ~xs ~y ~z))
+
+(definline aabs [xs] `(. Numbers$D vabs ~xs))
+(definline anegateabs [xs] `(. Numbers$D vnegabs ~xs))
+(definline anegate [xs] `(. Numbers$D vneg ~xs))
+(definline asqr [xs] `(. Numbers$D vsqr ~xs))
+(definline asignedsqr [xs] `(. Numbers$D vsignedsqr ~xs))
+(definline areverse [xs] `(. Numbers$D vreverse ~xs))
+(definline arunningsum [xs] `(. Numbers$D vrunningsum ~xs))
+(definline asort [xs] `(. Numbers$D vsort ~xs))
+(definline amax [xs] `(. Numbers$D vmax ~xs))
+(definline amin [xs] `(. Numbers$D vmin ~xs))
+(definline amean [xs] `(. Numbers$D vmean ~xs))
+(definline arms [xs] `(. Numbers$D vrms ~xs))
+(definline asum [xs] `(. Numbers$D vsum ~xs))
+
+(definline aclip [xs low high] `(. Numbers$D vclip ~xs ~low ~high))
+(definline aclipcounts [xs low high] `(. Numbers$D vclipcounts ~xs ~low ~high))
+(definline athresh [xs thresh otherwise] `(. Numbers$D vthresh ~xs ~thresh ~otherwise))
+
+(definline adot [xs ys] `(. Numbers$D vdot ~xs ~ys))
+(definline a== [xs ys] `(. Numbers$D vequiv ~xs ~ys))
+(definline a+a [xs ys] `(. Numbers$D vadd ~xs ~ys))
+(definline a-a [xs ys] `(. Numbers$D vsub ~xs ~ys))
+(definline a*a [xs ys] `(. Numbers$D vmul ~xs ~ys))
+(definline a|a [xs ys] `(. Numbers$D vdiv ~xs ~ys))
+(definline amaxa [xs ys] `(. Numbers$D vmax ~xs ~ys))
+(definline amina [xs ys] `(. Numbers$D vmin ~xs ~ys))
+
+(definline a+a*a [xs ys zs] `(. Numbers$D vaddmul ~xs ~ys ~zs))
+(definline a-a*a [xs ys zs] `(. Numbers$D vsubmul ~xs ~ys ~zs))
+
+(definline a+a*n [xs ys z] `(. Numbers$D vaddsmul ~xs ~ys ~z))
+(definline a-a*n [xs ys z] `(. Numbers$D vsubsmul ~xs ~ys ~z))
+(definline a*a+n [xs ys z] `(. Numbers$D vmulsadd ~xs ~ys ~z))