Remove old schema.py

cuburn/genome/schema.py

@@ -1,82 +0,0 @@
-from schematypes import *
-from variations import var_
-
-affine = (
-  { angle: spline(45, period=360)
-  , spread: spline(45, period=180)
-  # TODO: should these scale relative to magnitude?
-  , off_x: spline()
-  , off_y: spline()
-  # TODO: this is probably an inappropriate scaling domain? Should one be
-  # constructed specifically for magnitudes?
-  , mag_x: spline(1)
-  , mag_y: spline(1)
-  })
-
-xform = (
-  { affine: affine
-  , post: affine
-  , color: spline(0, 0, 1)
-  , color_speed: spline(0.5, 0, 1)
-  , density: spline()
-  , opacity: scalespline(max=1)
-  , variations: cuburn.code.variations.params
-  })
-
-# Since the structure of the info element differs between anims, nodes and
-# edges, we pull out some of the common elements here
-author = String('Attribution in the form: "Name [<email>][, url]"')
-name = String('A human-readable name for this entity')
-src = String('The identifier of the source node')
-dst = String('The identifier of the destination node')
-
-filters = (
-  { bilateral:
-    { spatial_std: scalespline(d='Scale of profile spatial standard deviation')
-    , color_std: scalespline(d='Scale of profile color standard deviation')
-    , density_std: scalespline(d='Scale of profile density standard deviation')
-    , density_pow: scalespline(d='Scale of profile density pre-blur exponent')
-    , gradient: spline(1, d='Scale of profile gradient filter intensity '
-                            '(can be negative)')
-    }
-  , colorclip:
-    { bg_r: spline(0, 0, 1)
-    , bg_g: spline(0, 0, 1)
-    , bg_b: spline(0, 0, 1)
-    , gamma: scalespline()
-    , gamma_threshold: spline(0.01, 0, 1)
-    , highlight_power: spline(-1, -1, 1)
-    , vibrance: spline(1, 0, 1)
-    }
-  , de:
-    { radius: scalespline(d='Scale of profile filter radius')
-    , minimum: scalespline(0, d='Scale against adjusted DE radius of '
-                                'minimum radius')
-    , curve: scalespline(0.6, d='Absolute (unscaled) value of DE curve')
-    }
-               # TODO: absolute or relative?
-  , logscale: {brightness: scalespline(4, d='Absolute log brightness')}
-  })
-
-anim = (
-  { type: 'animation'
-  , info: dict(authors=List(author), name=name, src=src, dst=dst)
-  , camera:
-    # Should center_{xy} be scaled relative to the 'scale' parameter, or is
-    # that just too complicated for this representation?
-    { center_x: spline()
-    , center_y: spline()
-    , density: scalespline()
-    , dither_width: scalespline()
-    , rotation: spline(period=360)
-    , scale: scalespline()
-    }
-  , filters: filters
-  , time:
-    { duration:
-    , frame_width: scalespline(d='Scale of profile temporal width per frame.')
-    }
-  , palettes: list_(Palette())
-  , xforms: map(xform)
-  , final_xform: xform
-  })