anchor.diff:          (highz-hash-3 (v4! 0)))
       (let* ((offset (v2! 50.0 161.0))
              (domain 69.0)
  -           (some-large-floats
  -            (glsl-expr "vec3(635.298681, 682.357502, 668.926525, 588.255119 )"
  -                       :vec4))
  -           (zinc (glsl-expr "vec3(48.500388, 65.294118, 63.934599, 63.279683 )"
  -                            :vec4)))
  +           (some-large-floats (v! "635.298681"
  +                                  "682.357502"
  +                                  "668.926525"
  +                                  "588.255119"))
  +           (zinc (v! "48.500388" "65.294118" "63.934599" "63.279683")))
         (setf (s~ grid-cell :xyz)
               (- (s~ grid-cell :xyz)
                  (* (floor (* (s~ grid-cell :xyz) (/ 1.0 domain))) domain)))
  
positive.code: (defun-g bs-fast32-hash ((grid-cell :vec3))
    (let* ((offset (v2! 50.0 161.0))
           (domain 69.0)
           (somelargefloat (glsl-expr "635.298681" :float))
           (zinc (glsl-expr "48.500388" :float)))
      (setf (s~ grid-cell :xyz)
            (- (s~ grid-cell :xyz)
               (* (floor (* (s~ grid-cell :xyz) (/ 1.0 domain))) domain)))
  
negative.code:                                       (v2-mask :vec3))
    (let* ((offset (v2! 50.0 161.0))
           (domain 69.0)
           (some-large-floats (v! "635.298681" "682.357502" "668.926525"))
           (zinc (v! "48.500388" "65.294118" "63.934599")))
      (setf (s~ grid-cell :xyz)
            (- (s~ grid-cell :xyz)
               (* (floor (* (s~ grid-cell :xyz) (/ 1.0 domain))) domain)))
  