a = reinterpret(Float64, popPS())
pushPS(reinterpret(Int64, a/b))
END-CODE
+
+CODE f^
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a^b))
+END-CODE
+
+CODE f>
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a>b))
+END-CODE
+
+CODE f<
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a<b))
+END-CODE
+
+CODE f=
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a=b))
+END-CODE
+
+CODE f<=
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a<=b))
+END-CODE
+
+CODE f>=
+ b = reinterpret(Float64, popPS())
+ a = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, a>=b))
+END-CODE
+
+CODE flog
+ b = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, log(a)))
+END-CODE
+
+CODE fexp
+ b = reinterpret(Float64, popPS())
+ pushPS(reinterpret(Int64, exp(a)))
+END-CODE
+
+CODE i->f
+ pushPS(reinterpret(Int64, Float64(popPS())))
+END-CODE