package defpackage;

import java.lang.constant.Constable;
import java.util.ArrayList;
import java.util.Collections;
import java.util.Iterator;
import java.util.List;
import java.util.Locale;
import java.util.Set;

public final class op {
   private static final float UNIT_MIN = 0.0F;
   private static final float UNIT_MAX = 1.0F;
   private static final float UNIT_STEP = 0.05F;
   private static final float FINE_STEP = 0.02F;
   private static final float SIGNED_MIN = -1.0F;
   private static final float SCALE_MIN = 0.5F;
   private static final float SCALE_MAX = 2.0F;
   private static final float SCALE_STEP = 0.05F;
   private static final float ALPHA_SCALE_MAX = 2.0F;
   private static final float THICKNESS_MIN = 0.5F;
   private static final float THICKNESS_MAX = 4.0F;
   private static final float THICKNESS_STEP = 0.1F;
   private static final float SQUIRCLE_MIN = 2.0F;
   private static final float SQUIRCLE_MAX = 8.0F;
   private static final float SQUIRCLE_STEP = 0.1F;
   private static final float BEVEL_WIDTH_MAX = 0.25F;
   private static final float BEVEL_WIDTH_STEP = 0.01F;
   private static final float GAIN_MAX = 3.0F;
   private static final float ANGLE_MAX = 360.0F;
   private static final float ANGLE_STEP = 5.0F;
   private static final float GLOW_RADIUS_MAX = 12.0F;
   private static final float GLOW_RADIUS_STEP = 0.1F;
   private static final float TEXT_GLOW_RADIUS_MAX = 8.0F;
   private static final float EXPONENT_MIN = 0.2F;
   private static final float EXPONENT_MAX = 4.0F;
   private static final float INTENSITY_MAX = 2.0F;
   private static final float SWEEP_SPEED_MAX = 2.0F;
   private static final float SHADOW_SOFT_MAX = 24.0F;
   private static final float SHADOW_SOFT_STEP = 0.5F;
   private static final float HOVER_LIFT_MAX = 4.0F;
   private static final float HOVER_LIFT_STEP = 0.1F;
   private static final float SPEED_MIN = 0.25F;
   private static final float SPEED_MAX = 3.0F;
   private static final float DURATION_STEP = 10.0F;
   private static final float DURATION_MIN_FACTOR = 0.5F;
   private static final float DURATION_MAX_FACTOR = 2.0F;
   private static final float TEXT_SIZE_MIN = 4.0F;
   private static final float TEXT_SIZE_MAX = 24.0F;
   private static final float TEXT_SIZE_STEP = 0.5F;
   private static final float SPACING_MIN = 0.0F;
   private static final float SPACING_MAX = 32.0F;
   private static final float SPACING_STEP = 0.5F;
   private static final float ROLE_SCALE_MAX = 3.0F;
   private static final float TINT_MAX = 0.6F;
   private static final float TINT_STEP = 0.01F;
   private static final float CONTRAST_STEP = 0.5F;
   private static final float BACKDROP_SPEED_MAX = 3.0F;
   private static final float BACKDROP_SCALE_MIN = 0.25F;
   private static final float BACKDROP_SCALE_MAX = 4.0F;
   private static final String TIER_AUTO = "Auto";
   private static final String LABEL_AUTO_PALETTE = "Auto palette";
   private static final String LABEL_POLARITY = "Polarity";
   private static final String LABEL_HARMONY = "Harmony";
   private static final String LABEL_NEUTRAL_TINT = "Neutral tint";
   private static final String LABEL_TEXT_CONTRAST = "Text contrast";
   private static final String LABEL_RAMP_ANGLE = "Ramp angle";
   private static final String LABEL_BACKDROP_MODE = "Pattern";
   private static final String LABEL_BACKDROP_INTENSITY = "Intensity";
   private static final String LABEL_BACKDROP_SPEED = "Speed";
   private static final String LABEL_BACKDROP_SCALE = "Scale";
   private static final String LABEL_FROST = "Frost bias";
   private static final String LABEL_REFRACTION = "Refraction bias";
   private static final String LABEL_TINT = "Tint bias";
   private static final String LABEL_BEVEL_DEPTH = "Bevel depth";
   private static final String LABEL_BEVEL_WIDTH = "Bevel width";
   private static final String LABEL_RIM_GAIN = "Rim gain";
   private static final String LABEL_FILL_ALPHA = "Fill opacity";
   private static final String LABEL_BORDER_ALPHA = "Border opacity";
   private static final String LABEL_CONTRAST = "Backdrop contrast";
   private static final String LABEL_SPECULAR = "Specular";
   private static final String LABEL_LIGHT_ANGLE = "Light angle";
   private static final String LABEL_DISPERSION = "Dispersion";
   private static final String LABEL_DEPTH = "Inner depth";
   private static final String LABEL_NEON_INTENSITY = "Neon intensity";
   private static final String LABEL_NEON_RADIUS = "Neon radius";
   private static final String LABEL_GLOW_EXPONENT = "Falloff";
   private static final String LABEL_RIM_TOP = "Rim top";
   private static final String LABEL_RIM_BOTTOM = "Rim bottom";
   private static final String LABEL_GRADIENT_BORDER = "Gradient border";
   private static final String LABEL_GRADIENT_ANGLE = "Gradient angle";
   private static final String LABEL_ACTIVE_GLOW = "Active glow";
   private static final String LABEL_ACTIVE_GLOW_RADIUS = "Active glow radius";
   private static final String LABEL_TEXT_GLOW = "Text glow";
   private static final String LABEL_TEXT_GLOW_RADIUS = "Text glow radius";
   private static final String LABEL_TEXT_GLOW_COLOR = "Text glow color";
   private static final String LABEL_SWEEP_SPEED = "Sweep speed";
   private static final String LABEL_SWEEP_LENGTH = "Sweep length";
   private static final String LABEL_SWEEP_INTENSITY = "Sweep intensity";
   private static final String LABEL_RADIUS = "Corner radius";
   private static final String LABEL_BORDER_THICKNESS = "Border thickness";
   private static final String LABEL_SQUIRCLE = "Squircle";
   private static final String LABEL_DIVIDER = "Divider";
   private static final String LABEL_SHADOW_SOFTNESS = "Shadow softness";
   private static final String LABEL_SHADOW_STRENGTH = "Shadow strength";
   private static final String LABEL_HOVER_LIFT = "Hover lift";
   private static final String LABEL_ELEVATION_SOFTNESS = "Elevation softness";
   private static final String LABEL_ELEVATION_STRENGTH = "Elevation strength";
   private static final String LABEL_SPEED = "Animation speed";
   private static final String LABEL_TEXT_SCALE = "Text scale";
   private static final String LABEL_DENSITY = "Density";
   private static final String LABEL_SPACING_SCALE = "Spacing scale";
   private static final String SUFFIX_SIZE = " size";
   private static final String SUFFIX_FONT = " font";
   private static final String SUFFIX_RADIUS = " radius";
   private static final String SUFFIX_NEON = " neon";
   private static final String SUFFIX_GLASS = " glass";
   private static final String SUFFIX_SHADOW = " shadow";
   private static final String SUFFIX_SHADOW_ALPHA = " shadow opacity";
   private static final String DESC_AUTO_PALETTE = "Derive every unlocked colour role from the accent instead of setting them by hand";
   private static final String DESC_POLARITY = "Whether generated surfaces are dark or light";
   private static final String DESC_HARMONY = "How the middle and end accent stops follow the accent hue";
   private static final String DESC_NEUTRAL_TINT = "How much of the accent hue bleeds into generated neutrals";
   private static final String DESC_TEXT_CONTRAST = "Minimum WCAG contrast the generator keeps between text and surface";
   private static final String DESC_RAMP_ANGLE = "Direction the accent gradient runs across a surface";
   private static final String DESC_BACKDROP_MODE = "Animated shader painted behind the window";
   private static final String DESC_BACKDROP_INTENSITY = "How strongly the pattern shows through";
   private static final String DESC_BACKDROP_SPEED = "How fast the pattern animates";
   private static final String DESC_BACKDROP_SCALE = "Size of the pattern features";
   private static final String DESC_SIZE_PREFIX = "Base size of the ";
   private static final String DESC_SIZE_SUFFIX = " text role";
   private static final String DESC_FONT_PREFIX = "Font family of the ";
   private static final String DESC_FONT_SUFFIX = " text role";
   private static final String DESC_SPACING_PREFIX = "Base value of the ";
   private static final String DESC_SPACING_SUFFIX = " spacing step";
   private static final String DESC_DURATION_PREFIX = "Base duration of the ";
   private static final String DESC_DURATION_SUFFIX = " motion role";
   private static final String DESC_SHADOW_PREFIX = "Shadow softness of the ";
   private static final String DESC_SHADOW_ALPHA_PREFIX = "Shadow opacity of the ";
   private static final String DESC_LEVEL_SUFFIX = " elevation level";
   private static final String DESC_ROLE_RADIUS_PREFIX = "Corner radius of ";
   private static final String DESC_ROLE_RADIUS_SUFFIX = " surfaces relative to the global radius";
   private static final String DESC_ROLE_NEON_PREFIX = "Neon intensity of ";
   private static final String DESC_ROLE_NEON_SUFFIX = " surfaces relative to the global intensity";
   private static final String DESC_ROLE_TIER_PREFIX = "How ";
   private static final String DESC_ROLE_TIER_SUFFIX = " surfaces react to Liquid Glass";
   private static final nx[] QUICK_ACCENT_ROLES;
   private static final nx[] QUICK_FULL_ROLES;
   private static final String[] QUICK_FULL_SLIDERS;
   private static List<oo> registry;
   private static List<oo> quickAccent;
   private static List<oo> quickFull;
   private static final Set<String> TILE_DRIVEN;

   private op() {
   }

   public static List<oo> all() {
      List var0 = null;
      int var1 = 383100134;

      while (true) {
         switch (var1) {
            case 383100134:
            default:
               if (registry == null) {
                  var1 = 1288695312;
               } else {
                  var1 = 1731274667;
               }
               break;
            case 1288695312:
               var0 = new ArrayList();
               palette(var0);
               accent(var0);
               backdrop(var0);
               glass(var0);
               glow(var0);
               shape(var0);
               depth(var0);
               motion(var0);
               typography(var0);
               spacing(var0);
               surfaces(var0);
               markTileDriven(var0);
               registry = Collections.unmodifiableList(var0);
               var1 = 1731274667;
               break;
            case 1731274667:
               return registry;
         }
      }
   }

   public static List<oo> quickEdit(boolean var0) {
      int var1 = 1147110486;

      while (true) {
         switch (var1) {
            case -528570691:
               quickFull = collectQuick(QUICK_FULL_ROLES, QUICK_FULL_SLIDERS);
               var1 = 91174092;
               break;
            case 91174092:
               return quickFull;
            case 544376764:
               return quickAccent;
            case 544387209:
               if (quickAccent == null) {
                  var1 = 585312990;
               } else {
                  var1 = 544376764;
               }
               break;
            case 585312990:
               quickAccent = collectQuick(QUICK_ACCENT_ROLES, new String[0]);
               var1 = 544376764;
               break;
            case 701080748:
               if (quickFull == null) {
                  var1 = -528570691;
               } else {
                  var1 = 91174092;
               }
               break;
            case 1147110486:
            default:
               if (var0) {
                  var1 = 701080748;
               } else {
                  var1 = 544387209;
               }
         }
      }
   }

   private static List<oo> collectQuick(nx[] var0, String[] var1) {
      ArrayList var2 = null;
      Object var3 = null;
      int var4 = 0;
      int var5 = 0;
      Object var6 = null;
      Iterator var7 = null;
      oo var8 = null;
      int var9 = -927380495;

      while (true) {
         switch (var9) {
            case -1663634379:
               var2.add(var8);
               var9 = 183038014;
               break;
            case -1418193071:
               var9 = -1004331774;
               break;
            case -1246788470:
               var8 = (oo)var7.next();
               if (var8.kind() == ol.COLOR) {
                  var9 = 1792040551;
               } else {
                  var9 = 1735741779;
               }
               break;
            case -1004331774:
               if (var7.hasNext()) {
                  var9 = -29820272;
               } else {
                  var9 = -360317122;
               }
               break;
            case -927380495:
            default:
               var2 = new ArrayList();
               var3 = var0;
               var4 = ((Object[])var3).length;
               var5 = 0;
               var9 = 48030838;
               break;
            case -848720680:
               var6 = ((Object[])var3)[var5];
               var7 = all().iterator();
               var9 = -1004331774;
               break;
            case -650170389:
               if (var7.hasNext()) {
                  var9 = -1246788470;
               } else {
                  var9 = 183038014;
               }
               break;
            case -360317122:
               var5++;
               var9 = 217179214;
               break;
            case -62534082:
               var2.add(var8);
               var9 = -360317122;
               break;
            case -29820272:
               var8 = (oo)var7.next();
               if (var8.kind() == ol.SLIDER) {
                  var9 = 1589970343;
               } else {
                  var9 = -1418193071;
               }
               break;
            case 48030838:
               if (var5 < var4) {
                  var9 = 1802754918;
               } else {
                  var9 = 1793418714;
               }
               break;
            case 183038014:
               var5++;
               var9 = 48030838;
               break;
            case 217179214:
               if (var5 < var4) {
                  var9 = -848720680;
               } else {
                  var9 = 2081008676;
               }
               break;
            case 1589970343:
               if (var8.label().equals(var6)) {
                  var9 = -62534082;
               } else {
                  var9 = -1418193071;
               }
               break;
            case 1735741779:
               var9 = -650170389;
               break;
            case 1792040551:
               if (var8.role() == var6) {
                  var9 = -1663634379;
               } else {
                  var9 = 1735741779;
               }
               break;
            case 1793418714:
               var3 = var1;
               var4 = ((Object[])var3).length;
               var5 = 0;
               var9 = 217179214;
               break;
            case 1802754918:
               var6 = ((Object[])var3)[var5];
               var7 = all().iterator();
               var9 = -650170389;
               break;
            case 2081008676:
               return Collections.unmodifiableList(var2);
         }
      }
   }

   private static void palette(List<oo> var0) {
      nx[] var1 = null;
      int var2 = 0;
      int var3 = 0;
      Object var4 = null;
      int var5 = -111125603;

      while (true) {
         switch (var5) {
            case -1894367254:
               return;
            case -1339035648:
               var5 = 569772923;
               break;
            case -1268682958:
               var0.add(oo.paletteColor(or.COLOUR, (nx)var4));
               var5 = 569772923;
               break;
            case -1025797126:
               var4 = var1[var3];
               if (isAccentStop((nx)var4)) {
                  var5 = -1339035648;
               } else {
                  var5 = -1268682958;
               }
               break;
            case -111125603:
            default:
               var0.add(
                  oo.flag(
                     or.COLOUR,
                     "Auto palette",
                     "Derive every unlocked colour role from the accent instead of setting them by hand",
                     var0x -> var0x.getPalette().generated(),
                     (var0x, var1x) -> {
                        nt var2x = null;
                        int var3x = -471550318;

                        while (true) {
                           switch (var3x) {
                              case -1984406556:
                                 var0x.setPalette(var2x);
                                 nd.apply(var0x);
                                 return;
                              case -845239546:
                                 if (!var0x.getPalette().generated()) {
                                    var3x = 2005599605;
                                 } else {
                                    var3x = -1984406556;
                                 }
                                 break;
                              case -471550318:
                              default:
                                 var2x = var0x.getPalette().withGenerated(var1x);
                                 if (var1x) {
                                    var3x = -845239546;
                                 } else {
                                    var3x = -1984406556;
                                 }
                                 break;
                              case 2005599605:
                                 var2x = var2x.withPolarity(nd.suggestPolarity(var0x));
                                 var3x = -1984406556;
                           }
                        }
                     },
                     var0x -> var0x.getDefaultPalette().generated()
                  )
               );
               var0.add(
                  oo.choice(
                     or.COLOUR,
                     "Polarity",
                     "Whether generated surfaces are dark or light",
                     names(ns.values()),
                     var0x -> titleCase(var0x.getPalette().polarity().name()),
                     (var0x, var1x) -> {
                        var0x.setPalette(var0x.getPalette().withPolarity(byTitle(ns.values(), var1x, var0x.getPalette().polarity())));
                        nd.apply(var0x);
                     },
                     var0x -> titleCase(var0x.getDefaultPalette().polarity().name())
                  )
               );
               var0.add(
                  oo.choice(
                     or.COLOUR,
                     "Harmony",
                     "How the middle and end accent stops follow the accent hue",
                     names(nr.values()),
                     var0x -> titleCase(var0x.getPalette().harmony().name()),
                     (var0x, var1x) -> {
                        var0x.setPalette(var0x.getPalette().withActiveHarmony(byTitle(nr.values(), var1x, var0x.getPalette().harmony())));
                        nd.apply(var0x);
                     },
                     var0x -> titleCase(var0x.getDefaultPalette().harmony().name())
                  )
               );
               var0.add(
                  oo.slider(
                     or.COLOUR,
                     "Neutral tint",
                     "How much of the accent hue bleeds into generated neutrals",
                     0.0F,
                     0.6F,
                     0.01F,
                     var0x -> var0x.getPalette().tint(),
                     (var0x, var1x) -> {
                        var0x.setPalette(var0x.getPalette().withTint(var1x));
                        nd.apply(var0x);
                     },
                     var0x -> var0x.getDefaultPalette().tint()
                  )
               );
               var0.add(
                  oo.slider(
                     or.COLOUR,
                     "Text contrast",
                     "Minimum WCAG contrast the generator keeps between text and surface",
                     3.0F,
                     12.0F,
                     0.5F,
                     var0x -> var0x.getPalette().contrastTarget(),
                     (var0x, var1x) -> {
                        var0x.setPalette(var0x.getPalette().withContrastTarget(var1x));
                        nd.apply(var0x);
                     },
                     var0x -> var0x.getDefaultPalette().contrastTarget()
                  )
               );
               var1 = nx.values();
               var2 = var1.length;
               var3 = 0;
               var5 = 410907683;
               break;
            case 410907683:
               if (var3 < var2) {
                  var5 = -1025797126;
               } else {
                  var5 = -1894367254;
               }
               break;
            case 569772923:
               var3++;
               var5 = 410907683;
         }
      }
   }

   private static void accent(List<oo> var0) {
      var0.add(oo.paletteColor(or.COLOUR, nx.ACCENT));
      var0.add(oo.paletteColor(or.COLOUR, nx.ACCENT_MIDDLE));
      var0.add(oo.paletteColor(or.COLOUR, nx.ACCENT_END));
      var0.add(
         oo.slider(
            or.COLOUR,
            "Ramp angle",
            "Direction the accent gradient runs across a surface",
            0.0F,
            360.0F,
            5.0F,
            var0x -> var0x.getAccent().angle(),
            (var0x, var1) -> var0x.setAccent(var0x.getAccent().withAngle(var1)),
            var0x -> var0x.getDefaultAccent().angle()
         )
      );
   }

   private static void backdrop(List<oo> var0) {
      var0.add(
         oo.choice(
            or.BACKDROP,
            "Pattern",
            "Animated shader painted behind the window",
            names(nk.values()),
            var0x -> titleCase(var0x.getBackdrop().mode().name()),
            (var0x, var1) -> var0x.setBackdrop(
               new nl(
                  byTitle(nk.values(), var1, var0x.getBackdrop().mode()),
                  var0x.getBackdrop().intensity(),
                  var0x.getBackdrop().speed(),
                  var0x.getBackdrop().scale()
               )
            ),
            var0x -> titleCase(var0x.getDefaultBackdrop().mode().name())
         )
      );
      var0.add(
         oo.slider(
            or.BACKDROP,
            "Intensity",
            "How strongly the pattern shows through",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getBackdrop().intensity(),
            (var0x, var1) -> var0x.setBackdrop(var0x.getBackdrop().withIntensity(var1)),
            var0x -> var0x.getDefaultBackdrop().intensity()
         )
      );
      var0.add(
         oo.slider(
            or.BACKDROP,
            "Speed",
            "How fast the pattern animates",
            0.0F,
            3.0F,
            0.05F,
            var0x -> var0x.getBackdrop().speed(),
            (var0x, var1) -> var0x.setBackdrop(new nl(var0x.getBackdrop().mode(), var0x.getBackdrop().intensity(), var1, var0x.getBackdrop().scale())),
            var0x -> var0x.getDefaultBackdrop().speed()
         )
      );
      var0.add(
         oo.slider(
            or.BACKDROP,
            "Scale",
            "Size of the pattern features",
            0.25F,
            4.0F,
            0.05F,
            var0x -> var0x.getBackdrop().scale(),
            (var0x, var1) -> var0x.setBackdrop(new nl(var0x.getBackdrop().mode(), var0x.getBackdrop().intensity(), var0x.getBackdrop().speed(), var1)),
            var0x -> var0x.getDefaultBackdrop().scale()
         )
      );
   }

   private static void glass(List<oo> var0) {
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Frost bias",
            "Added to the Frost slider of the Interface module",
            0.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGlass().frost(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withOptics(var1, var0x.getGlass().refraction(), var0x.getGlass().tint())),
            var0x -> var0x.getDefaultGlass().frost()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Refraction bias",
            "Added to the Refraction slider of the Interface module",
            0.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGlass().refraction(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withOptics(var0x.getGlass().frost(), var1, var0x.getGlass().tint())),
            var0x -> var0x.getDefaultGlass().refraction()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Tint bias",
            "Added to the Tint slider: negative darkens the pane, positive lightens it",
            -1.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGlass().tint(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withOptics(var0x.getGlass().frost(), var0x.getGlass().refraction(), var1)),
            var0x -> var0x.getDefaultGlass().tint()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Bevel depth",
            "How strongly the pane edge bends the backdrop",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getGlass().bevelDepth(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withBevel(var1, var0x.getGlass().bevelWidth(), var0x.getGlass().rimGain())),
            var0x -> var0x.getDefaultGlass().bevelDepth()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Bevel width",
            "Width of the bent band along the edge",
            0.0F,
            0.25F,
            0.01F,
            var0x -> var0x.getGlass().bevelWidth(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withBevel(var0x.getGlass().bevelDepth(), var1, var0x.getGlass().rimGain())),
            var0x -> var0x.getDefaultGlass().bevelWidth()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Rim gain",
            "Brightness of the bright line on the pane edge",
            0.0F,
            3.0F,
            0.05F,
            var0x -> var0x.getGlass().rimGain(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withBevel(var0x.getGlass().bevelDepth(), var0x.getGlass().bevelWidth(), var1)),
            var0x -> var0x.getDefaultGlass().rimGain()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Fill opacity",
            "Opacity multiplier of glass surfaces",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getGlass().fillAlphaScale(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withSurfaceAlpha(var1, var0x.getGlass().borderAlphaScale())),
            var0x -> var0x.getDefaultGlass().fillAlphaScale()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Border opacity",
            "Opacity multiplier of glass borders",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getGlass().borderAlphaScale(),
            (var0x, var1) -> var0x.setGlass(var0x.getGlass().withSurfaceAlpha(var0x.getGlass().fillAlphaScale(), var1)),
            var0x -> var0x.getDefaultGlass().borderAlphaScale()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Backdrop contrast",
            "How far the backdrop luma is compressed to keep text readable",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getGlass().contrast(),
            (var0x, var1) -> var0x.setGlass(
               var0x.getGlass()
                  .withMaterial(var1, var0x.getGlass().specular(), var0x.getGlass().lightAngle(), var0x.getGlass().dispersion(), var0x.getGlass().depth())
            ),
            var0x -> var0x.getDefaultGlass().contrast()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Specular",
            "Strength of the highlight from the virtual light source",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getGlass().specular(),
            (var0x, var1) -> var0x.setGlass(
               var0x.getGlass()
                  .withMaterial(var0x.getGlass().contrast(), var1, var0x.getGlass().lightAngle(), var0x.getGlass().dispersion(), var0x.getGlass().depth())
            ),
            var0x -> var0x.getDefaultGlass().specular()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Light angle",
            "Direction the virtual light comes from, in degrees",
            0.0F,
            360.0F,
            5.0F,
            var0x -> var0x.getGlass().lightAngle(),
            (var0x, var1) -> var0x.setGlass(
               var0x.getGlass()
                  .withMaterial(var0x.getGlass().contrast(), var0x.getGlass().specular(), var1, var0x.getGlass().dispersion(), var0x.getGlass().depth())
            ),
            var0x -> var0x.getDefaultGlass().lightAngle()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Dispersion",
            "Chromatic split of the refracted backdrop",
            0.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGlass().dispersion(),
            (var0x, var1) -> var0x.setGlass(
               var0x.getGlass()
                  .withMaterial(var0x.getGlass().contrast(), var0x.getGlass().specular(), var0x.getGlass().lightAngle(), var1, var0x.getGlass().depth())
            ),
            var0x -> var0x.getDefaultGlass().dispersion()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Inner depth",
            "Inner shadow along the edge that gives the pane thickness",
            0.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGlass().depth(),
            (var0x, var1) -> var0x.setGlass(
               var0x.getGlass()
                  .withMaterial(var0x.getGlass().contrast(), var0x.getGlass().specular(), var0x.getGlass().lightAngle(), var0x.getGlass().dispersion(), var1)
            ),
            var0x -> var0x.getDefaultGlass().depth()
         )
      );
   }

   private static void glow(List<oo> var0) {
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Neon intensity",
            "Master brightness of the glowing rim",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getEffects().neonIntensity(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withNeon(var1, var0x.getEffects().neonRadius())),
            var0x -> var0x.getDefaultEffects().neonIntensity()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Neon radius",
            "How far the rim glow spreads",
            0.0F,
            12.0F,
            0.1F,
            var0x -> var0x.getEffects().neonRadius(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withNeon(var0x.getEffects().neonIntensity(), var1)),
            var0x -> var0x.getDefaultEffects().neonRadius()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Falloff",
            "Curve of the glow: lower is softer, higher is tighter",
            0.2F,
            4.0F,
            0.05F,
            var0x -> var0x.getEffects().glowExponent(),
            (var0x, var1) -> var0x.setEffects(
               var0x.getEffects()
                  .withRim(
                     var0x.getEffects().neonIntensity(),
                     var0x.getEffects().neonRadius(),
                     var1,
                     var0x.getEffects().rimTopAlpha(),
                     var0x.getEffects().rimBottomAlpha()
                  )
            ),
            var0x -> var0x.getDefaultEffects().glowExponent()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Rim top",
            "Opacity of the rim on the lit side",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getEffects().rimTopAlpha(),
            (var0x, var1) -> var0x.setEffects(
               var0x.getEffects()
                  .withRim(
                     var0x.getEffects().neonIntensity(),
                     var0x.getEffects().neonRadius(),
                     var0x.getEffects().glowExponent(),
                     var1,
                     var0x.getEffects().rimBottomAlpha()
                  )
            ),
            var0x -> var0x.getDefaultEffects().rimTopAlpha()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Rim bottom",
            "Opacity of the rim on the opposite side",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getEffects().rimBottomAlpha(),
            (var0x, var1) -> var0x.setEffects(
               var0x.getEffects()
                  .withRim(
                     var0x.getEffects().neonIntensity(),
                     var0x.getEffects().neonRadius(),
                     var0x.getEffects().glowExponent(),
                     var0x.getEffects().rimTopAlpha(),
                     var1
                  )
            ),
            var0x -> var0x.getDefaultEffects().rimBottomAlpha()
         )
      );
      var0.add(
         oo.flag(
            or.MATERIAL,
            "Gradient border",
            "Run the accent gradient around the border instead of a flat rim",
            var0x -> var0x.getEffects().gradientBorder(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withGradientBorder(var1, var0x.getEffects().gradientBorderAngle())),
            var0x -> var0x.getDefaultEffects().gradientBorder()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Gradient angle",
            "Direction of the border gradient, in degrees",
            0.0F,
            360.0F,
            5.0F,
            var0x -> var0x.getEffects().gradientBorderAngle(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withGradientBorder(var0x.getEffects().gradientBorder(), var1)),
            var0x -> var0x.getDefaultEffects().gradientBorderAngle()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Active glow",
            "Glow strength of enabled modules and selected rows",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getEffects().activeGlowIntensity(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withActiveGlow(var1, var0x.getEffects().activeGlowRadius())),
            var0x -> var0x.getDefaultEffects().activeGlowIntensity()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Active glow radius",
            "How far the active glow spreads",
            0.0F,
            12.0F,
            0.1F,
            var0x -> var0x.getEffects().activeGlowRadius(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withActiveGlow(var0x.getEffects().activeGlowIntensity(), var1)),
            var0x -> var0x.getDefaultEffects().activeGlowRadius()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Text glow",
            "Glow strength behind text",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getEffects().textGlowIntensity(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withTextGlow(var0x.getEffects().textGlowRadius(), var1)),
            var0x -> var0x.getDefaultEffects().textGlowIntensity()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Text glow radius",
            "How far the text glow spreads",
            0.0F,
            8.0F,
            0.1F,
            var0x -> var0x.getEffects().textGlowRadius(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withTextGlow(var1, var0x.getEffects().textGlowIntensity())),
            var0x -> var0x.getDefaultEffects().textGlowRadius()
         )
      );
      var0.add(
         oo.color(
            or.MATERIAL,
            "Text glow color",
            "Color of the glow behind text",
            var0x -> var0x.getEffects().textGlowColor(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withTextGlowColor(var1)),
            var0x -> var0x.getDefaultEffects().textGlowColor()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Sweep speed",
            "Speed of the highlight running around the border",
            0.0F,
            2.0F,
            0.02F,
            var0x -> var0x.getEffects().sweepSpeed(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withSweep(var1, var0x.getEffects().sweepLength(), var0x.getEffects().sweepIntensity())),
            var0x -> var0x.getDefaultEffects().sweepSpeed()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Sweep length",
            "Share of the perimeter the running highlight covers",
            0.0F,
            1.0F,
            0.02F,
            var0x -> var0x.getEffects().sweepLength(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withSweep(var0x.getEffects().sweepSpeed(), var1, var0x.getEffects().sweepIntensity())),
            var0x -> var0x.getDefaultEffects().sweepLength()
         )
      );
      var0.add(
         oo.slider(
            or.MATERIAL,
            "Sweep intensity",
            "Brightness of the running highlight",
            0.0F,
            2.0F,
            0.05F,
            var0x -> var0x.getEffects().sweepIntensity(),
            (var0x, var1) -> var0x.setEffects(var0x.getEffects().withSweep(var0x.getEffects().sweepSpeed(), var0x.getEffects().sweepLength(), var1)),
            var0x -> var0x.getDefaultEffects().sweepIntensity()
         )
      );
   }

   private static void shape(List<oo> var0) {
      var0.add(
         oo.slider(
            or.SHAPE,
            "Corner radius",
            "Multiplier applied to every surface corner radius",
            0.5F,
            2.0F,
            0.05F,
            var0x -> var0x.getGeometry().radiusScale(),
            (var0x, var1) -> var0x.setGeometry(var0x.getGeometry().withRadiusScale(var1)),
            var0x -> var0x.getDefaultGeometry().radiusScale()
         )
      );
      var0.add(
         oo.slider(
            or.SHAPE,
            "Border thickness",
            "Thickness of surface outlines",
            0.5F,
            4.0F,
            0.1F,
            var0x -> var0x.getGeometry().borderThickness(),
            (var0x, var1) -> var0x.setGeometry(var0x.getGeometry().withBorderThickness(var1)),
            var0x -> var0x.getDefaultGeometry().borderThickness()
         )
      );
      var0.add(
         oo.slider(
            or.SHAPE,
            "Squircle",
            "How square the rounded corners are: 2 is a circle, higher is a squircle",
            2.0F,
            8.0F,
            0.1F,
            var0x -> var0x.getGeometry().squircleExponent(),
            (var0x, var1) -> var0x.setGeometry(var0x.getGeometry().withSquircleExponent(var1)),
            var0x -> var0x.getDefaultGeometry().squircleExponent()
         )
      );
      var0.add(
         oo.slider(
            or.SHAPE,
            "Divider",
            "Opacity of separator lines",
            0.0F,
            1.0F,
            0.05F,
            var0x -> var0x.getGeometry().dividerAlpha(),
            (var0x, var1) -> var0x.setGeometry(var0x.getGeometry().withDividerAlpha(var1)),
            var0x -> var0x.getDefaultGeometry().dividerAlpha()
         )
      );
   }

   private static void depth(List<oo> var0) {
      nz[] var1 = null;
      int var2 = 0;
      int var3 = 0;
      nz var4 = null;
      String var5 = null;
      Object var6 = null;
      int var7 = -2110587025;

      while (true) {
         switch (var7) {
            case -2110587025:
            default:
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     "Shadow softness",
                     "How far the drop shadow spreads",
                     0.0F,
                     24.0F,
                     0.5F,
                     var0x -> var0x.getEffects().shadowSoftness(),
                     (var0x, var1x) -> var0x.setEffects(var0x.getEffects().withShadowSoftness(var1x)),
                     var0x -> var0x.getDefaultEffects().shadowSoftness()
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     "Shadow strength",
                     "Opacity of the drop shadow",
                     0.0F,
                     1.0F,
                     0.05F,
                     var0x -> var0x.getEffects().shadowAlpha(),
                     (var0x, var1x) -> var0x.setEffects(var0x.getEffects().withShadowAlpha(var1x)),
                     var0x -> var0x.getDefaultEffects().shadowAlpha()
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     "Hover lift",
                     "How far a hovered surface rises, in pixels",
                     0.0F,
                     4.0F,
                     0.1F,
                     var0x -> var0x.getEffects().hoverLift(),
                     (var0x, var1x) -> var0x.setEffects(var0x.getEffects().withHoverLift(var1x)),
                     var0x -> var0x.getDefaultEffects().hoverLift()
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     "Elevation softness",
                     "Multiplier over the whole elevation ramp softness",
                     0.0F,
                     2.0F,
                     0.05F,
                     var0x -> var0x.getElevation().softnessScale(),
                     (var0x, var1x) -> var0x.setElevation(var0x.getElevation().withScale(var1x, var0x.getElevation().alphaScale())),
                     var0x -> var0x.getDefaultElevation().softnessScale()
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     "Elevation strength",
                     "Multiplier over the whole elevation ramp opacity",
                     0.0F,
                     2.0F,
                     0.05F,
                     var0x -> var0x.getElevation().alphaScale(),
                     (var0x, var1x) -> var0x.setElevation(var0x.getElevation().withScale(var0x.getElevation().softnessScale(), var1x)),
                     var0x -> var0x.getDefaultElevation().alphaScale()
                  )
               );
               var1 = nz.values();
               var2 = var1.length;
               var3 = 0;
               var7 = -1942507878;
               break;
            case -1942507878:
               if (var3 < var2) {
                  var7 = 2081096841;
               } else {
                  var7 = -1429366848;
               }
               break;
            case -1429366848:
               return;
            case 2081096841:
               var4 = var1[var3];
               var5 = titleCase(var4.name());
               var6 = var5.toLowerCase(Locale.ROOT);
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     var5 + " shadow",
                     "Shadow softness of the " + var6 + " elevation level",
                     0.0F,
                     24.0F,
                     0.5F,
                     var1x -> var1x.getElevation().softness(var4),
                     (var1x, var2x) -> var1x.setElevation(var1x.getElevation().withLevel(var4, var2x, var1x.getElevation().alpha(var4))),
                     var1x -> var1x.getDefaultElevation().softness(var4)
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     var5 + " shadow opacity",
                     "Shadow opacity of the " + var6 + " elevation level",
                     0.0F,
                     1.0F,
                     0.02F,
                     var1x -> var1x.getElevation().alpha(var4),
                     (var1x, var2x) -> var1x.setElevation(var1x.getElevation().withLevel(var4, var1x.getElevation().softness(var4), var2x)),
                     var1x -> var1x.getDefaultElevation().alpha(var4)
                  )
               );
               var3++;
               var7 = -1942507878;
         }
      }
   }

   private static void motion(List<oo> var0) {
      ob[] var1 = null;
      int var2 = 0;
      int var3 = 0;
      ob var4 = null;
      String var5 = null;
      int var6 = -190852280;

      while (true) {
         switch (var6) {
            case -1092061377:
               if (var3 < var2) {
                  var6 = -936362229;
               } else {
                  var6 = 1669007860;
               }
               break;
            case -936362229:
               var4 = var1[var3];
               var5 = titleCase(((ob)var4).name());
               var0.add(
                  oo.slider(
                     or.MOTION,
                     var5,
                     "Base duration of the " + var5.toLowerCase(Locale.ROOT) + " motion role",
                     ob.INSTANT.baseMillis() * 0.5F,
                     ob.DELIBERATE.baseMillis() * 2.0F,
                     10.0F,
                     var1x -> var1x.getMotion().duration(var4),
                     (var1x, var2x) -> var1x.setMotion(var1x.getMotion().withDuration(var4, Math.round(var2x))),
                     var1x -> var1x.getDefaultMotion().duration(var4)
                  )
               );
               var3++;
               var6 = -1092061377;
               break;
            case -190852280:
            default:
               var0.add(
                  oo.slider(
                     or.MOTION,
                     "Animation speed",
                     "Global multiplier for every animation duration",
                     0.25F,
                     3.0F,
                     0.05F,
                     var0x -> var0x.getEffects().animationSpeed(),
                     (var0x, var1x) -> var0x.setEffects(var0x.getEffects().withAnimationSpeed(var1x)),
                     var0x -> var0x.getDefaultEffects().animationSpeed()
                  )
               );
               var1 = ob.values();
               var2 = var1.length;
               var3 = 0;
               var6 = -1092061377;
               break;
            case 1669007860:
               return;
         }
      }
   }

   private static void typography(List<oo> var0) {
      String[] var1 = null;
      oe[] var2 = null;
      int var3 = 0;
      int var4 = 0;
      oe var5 = null;
      String var6 = null;
      Object var7 = null;
      int var8 = 566261133;

      while (true) {
         switch (var8) {
            case -792460010:
               if (var4 < var3) {
                  var8 = 1500627503;
               } else {
                  var8 = 618625500;
               }
               break;
            case 566261133:
            default:
               var0.add(
                  oo.slider(
                     or.LAYOUT,
                     "Text scale",
                     "Multiplier applied to every text role",
                     0.5F,
                     2.0F,
                     0.05F,
                     var0x -> var0x.getTypography().scale(),
                     (var0x, var1x) -> var0x.setTypography(var0x.getTypography().withScale(var1x)),
                     var0x -> var0x.getDefaultTypography().scale()
                  )
               );
               var1 = names(oa.values());
               var2 = oe.values();
               var3 = var2.length;
               var4 = 0;
               var8 = -792460010;
               break;
            case 618625500:
               return;
            case 1500627503:
               var5 = var2[var4];
               var6 = titleCase(var5.name());
               var7 = var6.toLowerCase(Locale.ROOT);
               var0.add(
                  oo.slider(
                     or.LAYOUT,
                     var6 + " size",
                     "Base size of the " + var7 + " text role",
                     4.0F,
                     24.0F,
                     0.5F,
                     var1x -> var1x.getTypography().sizes()[var5.ordinal()],
                     (var1x, var2x) -> var1x.setTypography(var1x.getTypography().withSize(var5, var2x)),
                     var1x -> var1x.getDefaultTypography().sizes()[var5.ordinal()]
                  )
               );
               var0.add(
                  oo.choice(
                     or.LAYOUT,
                     var6 + " font",
                     "Font family of the " + var7 + " text role",
                     var1,
                     var1x -> titleCase(var1x.getTypography().family(var5).name()),
                     (var1x, var2x) -> var1x.setTypography(
                        var1x.getTypography().withFamily(var5, byTitle(oa.values(), var2x, var1x.getTypography().family(var5)))
                     ),
                     var1x -> titleCase(var1x.getDefaultTypography().family(var5).name())
                  )
               );
               var4++;
               var8 = -792460010;
         }
      }
   }

   private static void spacing(List<oo> var0) {
      od[] var1 = null;
      int var2 = 0;
      int var3 = 0;
      od var4 = null;
      int var5 = 793280408;

      while (true) {
         switch (var5) {
            case -2081731353:
               var4 = var1[var3];
               var0.add(
                  oo.slider(
                     or.LAYOUT,
                     ((od)var4).name(),
                     "Base value of the " + ((od)var4).name() + " spacing step",
                     0.0F,
                     32.0F,
                     0.5F,
                     var1x -> var1x.getSpacing().steps()[var4.ordinal()],
                     (var1x, var2x) -> var1x.setSpacing(var1x.getSpacing().withStep(var4, var2x)),
                     var1x -> var1x.getDefaultSpacing().steps()[var4.ordinal()]
                  )
               );
               var3++;
               var5 = -624763561;
               break;
            case -624763561:
               if (var3 < var2) {
                  var5 = -2081731353;
               } else {
                  var5 = 468142727;
               }
               break;
            case 468142727:
               return;
            case 793280408:
            default:
               var0.add(
                  oo.choice(
                     or.LAYOUT,
                     "Density",
                     "How much breathing room rows and cards get",
                     names(ny.values()),
                     var0x -> titleCase(var0x.getSpacing().density().name()),
                     (var0x, var1x) -> var0x.setSpacing(var0x.getSpacing().withDensity(byTitle(ny.values(), var1x, var0x.getSpacing().density()))),
                     var0x -> titleCase(var0x.getDefaultSpacing().density().name())
                  )
               );
               var0.add(
                  oo.slider(
                     or.LAYOUT,
                     "Spacing scale",
                     "Multiplier applied to every spacing step",
                     0.5F,
                     2.0F,
                     0.05F,
                     var0x -> var0x.getSpacing().scale(),
                     (var0x, var1x) -> var0x.setSpacing(var0x.getSpacing().withScale(var1x)),
                     var0x -> var0x.getDefaultSpacing().scale()
                  )
               );
               var1 = od.values();
               var2 = var1.length;
               var3 = 0;
               var5 = -624763561;
         }
      }
   }

   private static void surfaces(List<oo> var0) {
      String[] var1 = null;
      aso[] var2 = null;
      int var3 = 0;
      int var4 = 0;
      aso var5 = null;
      String var6 = null;
      Object var7 = null;
      int var8 = -299423262;

      while (true) {
         switch (var8) {
            case -2124976600:
               return;
            case -299423262:
            default:
               var1 = tierNames();
               var2 = aso.values();
               var3 = var2.length;
               var4 = 0;
               var8 = 1860243406;
               break;
            case 1860243406:
               if (var4 < var3) {
                  var8 = 1877902409;
               } else {
                  var8 = -2124976600;
               }
               break;
            case 1877902409:
               var5 = var2[var4];
               var6 = titleCase(var5.name());
               var7 = var6.toLowerCase(Locale.ROOT);
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     var6 + " radius",
                     "Corner radius of " + var7 + " surfaces relative to the global radius",
                     0.0F,
                     3.0F,
                     0.05F,
                     var1x -> var1x.getGeometry().roleRadiusScale()[var5.ordinal()],
                     (var1x, var2x) -> var1x.setGeometry(var1x.getGeometry().withRoleRadiusScale(var5, var2x)),
                     var1x -> var1x.getDefaultGeometry().roleRadiusScale()[var5.ordinal()]
                  )
               );
               var0.add(
                  oo.slider(
                     or.SHAPE,
                     var6 + " neon",
                     "Neon intensity of " + var7 + " surfaces relative to the global intensity",
                     0.0F,
                     3.0F,
                     0.05F,
                     var1x -> var1x.getEffects().roleNeonScale()[var5.ordinal()],
                     (var1x, var2x) -> var1x.setEffects(var1x.getEffects().withRoleNeonScale(var5, var2x)),
                     var1x -> var1x.getDefaultEffects().roleNeonScale()[var5.ordinal()]
                  )
               );
               var0.add(
                  oo.choice(
                     or.SHAPE,
                     var6 + " glass",
                     "How " + var7 + " surfaces react to Liquid Glass",
                     var1,
                     var1x -> tierName(var1x.getGlass().roleTier()[var5.ordinal()]),
                     (var1x, var2x) -> var1x.setGlass(var1x.getGlass().withTier(var5, tierByName(var2x))),
                     var1x -> tierName(var1x.getDefaultGlass().roleTier()[var5.ordinal()])
                  )
               );
               var4++;
               var8 = 1860243406;
         }
      }
   }

   private static void markTileDriven(List<oo> var0) {
      Iterator var1 = null;
      oo var2 = null;
      int var3 = 1653007322;

      while (true) {
         switch (var3) {
            case -595083405:
               var3 = 1618893413;
               break;
            case 391828186:
               if (var2.label().endsWith(" font")) {
                  var3 = 449887100;
               } else {
                  var3 = -595083405;
               }
               break;
            case 415373349:
               if (!TILE_DRIVEN.contains(var2.label())) {
                  var3 = 391828186;
               } else {
                  var3 = 449887100;
               }
               break;
            case 449887100:
               var2.markTileDriven();
               var3 = -595083405;
               break;
            case 1104704244:
               var2 = (oo)var1.next();
               if (var2.role() == null) {
                  var3 = 415373349;
               } else {
                  var3 = 449887100;
               }
               break;
            case 1256285687:
               return;
            case 1618893413:
               if (var1.hasNext()) {
                  var3 = 1104704244;
               } else {
                  var3 = 1256285687;
               }
               break;
            case 1653007322:
            default:
               var1 = var0.iterator();
               var3 = 1618893413;
         }
      }
   }

   private static boolean isAccentStop(nx var0) {
      int var2 = 0;
      int var1 = -2132942620;

      while (true) {
         switch (var1) {
            case -2132942620:
            default:
               if (var0 != nx.ACCENT) {
                  var1 = -2036640269;
               } else {
                  var1 = 530593495;
               }
               break;
            case -2036640269:
               if (var0 != nx.ACCENT_MIDDLE) {
                  var1 = -1088356103;
               } else {
                  var1 = 530593495;
               }
               break;
            case -1136189729:
               var2 = 0;
               var1 = -292133987;
               break;
            case -1088356103:
               if (var0 == nx.ACCENT_END) {
                  var1 = 530593495;
               } else {
                  var1 = -1136189729;
               }
               break;
            case -292133987:
               return (boolean)((var2) != 0);
            case 530593495:
               var2 = 1;
               var1 = -292133987;
         }
      }
   }

   private static String[] tierNames() {
      asn[] var0 = null;
      String[] var1 = null;
      int var2 = 0;
      int var3 = 384471536;

      while (true) {
         switch (var3) {
            case -1420552988:
               return var1;
            case -284745068:
               var1[var2 + 1] = titleCase(var0[var2].name());
               var2++;
               var3 = 92646450;
               break;
            case 92646450:
               if (var2 < var0.length) {
                  var3 = -284745068;
               } else {
                  var3 = -1420552988;
               }
               break;
            case 384471536:
            default:
               var0 = asn.values();
               var1 = new String[var0.length + 1];
               var1[0] = "Auto";
               var2 = 0;
               var3 = 92646450;
         }
      }
   }

   private static String tierName(asn var0) {
      String var2 = null;
      int var1 = -696416255;

      while (true) {
         switch (var1) {
            case -696416255:
            default:
               if (var0 == null) {
                  var1 = 399662688;
               } else {
                  var1 = 977476164;
               }
               break;
            case 399662688:
               var2 = "Auto";
               var1 = 2076376056;
               break;
            case 977476164:
               var2 = titleCase(var0.name());
               var1 = 2076376056;
               break;
            case 2076376056:
               return var2;
         }
      }
   }

   private static asn tierByName(String var0) {
      asn[] var1 = null;
      int var2 = 0;
      int var3 = 0;
      Object var4 = null;
      int var5 = 1677928768;

      while (true) {
         switch (var5) {
            case -1675291408:
               var3++;
               var5 = 198042953;
               break;
            case -1100827062:
               var4 = var1[var3];
               if (titleCase(((asn)var4).name()).equals(var0)) {
                  var5 = -998440706;
               } else {
                  var5 = -1675291408;
               }
               break;
            case -998440706:
               return (asn)var4;
            case 198042953:
               if (var3 < var2) {
                  var5 = -1100827062;
               } else {
                  var5 = 866660472;
               }
               break;
            case 866660472:
               return null;
            case 1677928768:
            default:
               var1 = asn.values();
               var2 = var1.length;
               var3 = 0;
               var5 = 198042953;
         }
      }
   }

   private static <T extends Enum<T>> T byTitle(T[] var0, String var1, T var2) {
      Enum[] var3 = null;
      int var4 = 0;
      int var5 = 0;
      Enum var6 = null;
      int var7 = -527343999;

      while (true) {
         switch (var7) {
            case -527343999:
            default:
               var3 = var0;
               var4 = var3.length;
               var5 = 0;
               var7 = -135618710;
               break;
            case -135618710:
               if (var5 < var4) {
                  var7 = 1509067195;
               } else {
                  var7 = 288491960;
               }
               break;
            case 288491960:
               return (T)var2;
            case 412654293:
               return (T)var6;
            case 1443551417:
               var5++;
               var7 = -135618710;
               break;
            case 1509067195:
               var6 = var3[var5];
               if (titleCase(var6.name()).equals(var1)) {
                  var7 = 412654293;
               } else {
                  var7 = 1443551417;
               }
         }
      }
   }

   private static String[] names(Enum<?>[] var0) {
      String[] var1 = null;
      int var2 = 0;
      int var3 = -1693378290;

      while (true) {
         switch (var3) {
            case -1693378290:
            default:
               var1 = new String[var0.length];
               var2 = 0;
               var3 = 878603369;
               break;
            case 718248697:
               var1[var2] = titleCase(var0[var2].name());
               var2++;
               var3 = 878603369;
               break;
            case 878603369:
               if (var2 < var0.length) {
                  var3 = 718248697;
               } else {
                  var3 = 1303404407;
               }
               break;
            case 1303404407:
               return var1;
         }
      }
   }

   private static String titleCase(String var0) {
      String var1 = var0.toLowerCase(Locale.ROOT)
         .replace((char)(95), (char)((-1763114122 ^ 1763114154) + ((-1763114122 & 1763114154) << 1)));
      return Character.toUpperCase(var1.charAt((-2003751016 ^ 2003751016) + ((-2003751016 & 2003751016) << 1)))
         + var1.substring((264281292 ^ -264281291) + ((264281292 & -264281291) << 1));
   }

   static {
      nx[] var10000 = new nx[2];
      var10000[0] = nx.ACCENT;
      var10000[1] = nx.ACCENT_END;
      QUICK_ACCENT_ROLES = var10000;
      var10000 = new nx[14];
      var10000[0] = nx.ACCENT;
      var10000[1] = nx.ACCENT_MIDDLE;
      var10000[2] = nx.ACCENT_END;
      var10000[3] = nx.BACKGROUND;
      var10000[4] = nx.SURFACE;
      var10000[5] = nx.SURFACE_RAISED;
      var10000[6] = nx.SURFACE_SUNKEN;
      var10000[7] = nx.SURFACE_MUTED;
      var10000[8] = nx.ON_SURFACE;
      var10000[9] = nx.ICON_INACTIVE;
      var10000[10] = nx.ON_SURFACE_MUTED;
      var10000[11] = nx.ON_SURFACE_FAINT;
      var10000[12] = nx.OUTLINE_STRONG;
      var10000[13] = nx.OUTLINE;
      QUICK_FULL_ROLES = var10000;
      String[] var1 = new String[4];
      var1[0] = "Corner radius";
      var1[1] = "Border thickness";
      var1[2] = "Neon intensity";
      var1[3] = "Neon radius";
      QUICK_FULL_SLIDERS = var1;
      String[] var2 = new String[41];
      var2[0] = "Auto palette";
      var2[1] = "Polarity";
      var2[2] = "Harmony";
      var2[3] = "Corner radius";
      var2[4] = "Squircle";
      var2[5] = "Border thickness";
      var2[6] = "Divider";
      var2[7] = "Shadow softness";
      var2[8] = "Shadow strength";
      var2[9] = "Hover lift";
      var2[10] = "Elevation softness";
      var2[11] = "Elevation strength";
      var2[12] = "Frost bias";
      var2[13] = "Refraction bias";
      var2[14] = "Tint bias";
      var2[15] = "Bevel depth";
      var2[16] = "Rim gain";
      var2[17] = "Fill opacity";
      var2[18] = "Border opacity";
      var2[19] = "Backdrop contrast";
      var2[20] = "Specular";
      var2[21] = "Dispersion";
      var2[22] = "Inner depth";
      var2[23] = "Neon intensity";
      var2[24] = "Neon radius";
      var2[25] = "Falloff";
      var2[26] = "Rim top";
      var2[27] = "Rim bottom";
      var2[28] = "Active glow";
      var2[29] = "Active glow radius";
      var2[30] = "Text glow";
      var2[31] = "Text glow radius";
      var2[32] = "Sweep speed";
      var2[33] = "Sweep length";
      var2[34] = "Sweep intensity";
      var2[35] = "Animation speed";
      var2[36] = "Text scale";
      var2[37] = "Density";
      var2[38] = "Spacing scale";
      var2[39] = "Pattern";
      var2[40] = "Intensity";
      TILE_DRIVEN = Set.of(var2);
   }
}