// Vitest Snapshot v1, https://vitest.dev/guide/snapshot.html

exports[`native text csm, density and geometry > interpolates the csm table and applies the field controls 1`] = `
[
  [
    "4",
    {
      "gamma": 1,
      "inside": 0.25,
      "outside": -0.5299999713897705,
      "pixelSize": 8,
    },
  ],
  [
    "8",
    {
      "gamma": 1,
      "inside": 0.25,
      "outside": -0.5299999713897705,
      "pixelSize": 8,
    },
  ],
  [
    "11",
    {
      "gamma": 1,
      "inside": 0.21250000596046448,
      "outside": -0.4624999761581421,
      "pixelSize": 11,
    },
  ],
  [
    "12.5",
    {
      "gamma": 1,
      "inside": 0.21424999833106995,
      "outside": -0.43924999237060547,
      "pixelSize": 12.5,
    },
  ],
  [
    "24",
    {
      "gamma": 1,
      "inside": 0.3675999939441681,
      "outside": -0.5676000118255615,
      "pixelSize": 24,
    },
  ],
  [
    "48",
    {
      "gamma": 1,
      "inside": 0.4000000059604645,
      "outside": -0.6000000238418579,
      "pixelSize": 26.666667938232422,
    },
  ],
  [
    "100",
    {
      "gamma": 1,
      "inside": 0.4000000059604645,
      "outside": -0.6000000238418579,
      "pixelSize": 26.666667938232422,
    },
  ],
]
`;

exports[`native text csm, density and geometry > interpolates the csm table and applies the field controls 2`] = `
[
  [
    "[12,0,0,"dark",0]",
    {
      "gamma": 1,
      "inside": 0.20000000298023224,
      "outside": -0.4399999976158142,
    },
  ],
  [
    "[12,100,0,"dark",0]",
    {
      "gamma": 1,
      "inside": 0.08000000298023224,
      "outside": -0.5599999976158142,
    },
  ],
  [
    "[12,-100,100,"dark",0]",
    {
      "gamma": 1,
      "inside": 0.26000000298023224,
      "outside": -0.2599999976158142,
    },
  ],
  [
    "[24,50,50,"light",0]",
    {
      "gamma": 1,
      "inside": 0.10499999642372132,
      "outside": -0.910000023841858,
    },
  ],
  [
    "[9,0,0,"dark",3]",
    "RangeError: csmTableHint must be 0, 1, or 2",
  ],
  [
    "[12,400,-400,"dark",0]",
    {
      "gamma": 1,
      "inside": 0.20000000298023224,
      "outside": -0.9199999976158142,
    },
  ],
]
`;

exports[`native text csm, density and geometry > interpolates the csm table and applies the field controls 3`] = `
{
  "gamma": 1,
  "inside": 0.20000000298023224,
  "outside": -0.4399999976158142,
}
`;

exports[`native text csm, density and geometry > interpolates the csm table and applies the field controls 4`] = `
{
  "gamma": 1,
  "inside": 0.15200000298023225,
  "outside": -0.5359999976158142,
}
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 1`] = `
{
  "x": 2.5,
  "y": 5,
}
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 2`] = `
[
  [
    "[0,0]",
    0,
  ],
  [
    "[5,5]",
    25,
  ],
  [
    "[-3,4]",
    25,
  ],
  [
    "[10,0]",
    0,
  ],
]
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 3`] = `13`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 4`] = `
[
  "perpendicular",
  8,
  [
    [
      0,
      0,
      1.25,
      2.1875,
    ],
    [
      1.25,
      2.1875,
      2.5,
      3.75,
    ],
    [
      2.5,
      3.75,
      3.75,
      4.6875,
    ],
    [
      3.75,
      4.6875,
      5,
      5,
    ],
  ],
]
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 5`] = `
[
  "second-euclidean",
  16,
  [
    [
      0,
      0,
      0.625,
      1.171875,
    ],
    [
      0.625,
      1.171875,
      1.25,
      2.1875,
    ],
    [
      1.25,
      2.1875,
      1.875,
      3.046875,
    ],
    [
      1.875,
      3.046875,
      2.5,
      3.75,
    ],
  ],
]
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 6`] = `
[
  "second-max",
  16,
  [
    [
      0,
      0,
      0.625,
      1.171875,
    ],
    [
      0.625,
      1.171875,
      1.25,
      2.1875,
    ],
    [
      1.25,
      2.1875,
      1.875,
      3.046875,
    ],
    [
      1.875,
      3.046875,
      2.5,
      3.75,
    ],
  ],
]
`;

exports[`native text csm, density and geometry > measures points and flattens a quadratic curve 7`] = `
[
  "second-sum",
  16,
  [
    [
      0,
      0,
      0.625,
      1.171875,
    ],
    [
      0.625,
      1.171875,
      1.25,
      2.1875,
    ],
    [
      1.25,
      2.1875,
      1.875,
      3.046875,
    ],
    [
      1.875,
      3.046875,
      2.5,
      3.75,
    ],
  ],
]
`;

exports[`native text csm, density and geometry > turns distances and sample counts into coverage 1`] = `
[
  [
    "[0,0.5,0.5]",
    0,
  ],
  [
    "[0.5,0.5,0.5]",
    255,
  ],
  [
    "[-0.3,0.2,0.9]",
    0,
  ],
  [
    "[2,0.2,0.9]",
    255,
  ],
  [
    "[1,0.1,0.1]",
    255,
  ],
]
`;

exports[`native text csm, density and geometry > turns distances and sample counts into coverage 2`] = `
[
  [
    "0",
    0,
  ],
  [
    "1",
    15,
  ],
  [
    "2",
    31,
  ],
  [
    "5",
    79,
  ],
  [
    "8",
    127,
  ],
  [
    "9",
    143,
  ],
  [
    "16",
    255,
  ],
  [
    "64",
    "RangeError: coveredSamples must be an integer from 0 through 16",
  ],
]
`;

exports[`native text numbers and colours > converts float32 values to bits and back 1`] = `
[
  [
    "0",
    0,
  ],
  [
    "1",
    1065353216,
  ],
  [
    "-1",
    3212836864,
  ],
  [
    "0.1",
    1036831949,
  ],
  [
    "3.4028234663852886e+38",
    2139095039,
  ],
  [
    "1e-45",
    1,
  ],
  [
    "3.141592653589793",
    1078530011,
  ],
]
`;

exports[`native text numbers and colours > converts float32 values to bits and back 2`] = `
[
  [
    "0",
    0,
  ],
  [
    "1",
    1,
  ],
  [
    "-1",
    -1,
  ],
  [
    "0.1",
    0.100000001,
  ],
  [
    "3.4028234663852886e+38",
    3.4028234663852886e+38,
  ],
  [
    "1e-45",
    0,
  ],
  [
    "3.141592653589793",
    3.141592741,
  ],
]
`;

exports[`native text numbers and colours > converts float32 values to bits and back 3`] = `"TypeError: value must be finite"`;

exports[`native text numbers and colours > converts float32 values to bits and back 4`] = `
[
  [
    ""AAEC"",
    [
      0,
      1,
      2,
    ],
  ],
  [
    ""AQID"",
    [
      1,
      2,
      3,
    ],
  ],
  [
    """",
    [],
  ],
  [
    ""AA=="",
    [
      0,
    ],
  ],
  [
    ""!!"",
    "DOMException: Invalid character",
  ],
  [
    ""AB"",
    [
      0,
    ],
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 1`] = `
[
  [
    "0",
    "TypeError: color must be an RGBA array",
  ],
  [
    "16777215",
    "TypeError: color must be an RGBA array",
  ],
  [
    "1193046",
    "TypeError: color must be an RGBA array",
  ],
  [
    "16777216",
    "TypeError: color must be an RGBA array",
  ],
  [
    "-1",
    "TypeError: color must be an RGBA array",
  ],
  [
    "1.5",
    "TypeError: color must be an RGBA array",
  ],
  [
    "[1,2,3]",
    "RangeError: RGBA channels must be integers from 0 through 255",
  ],
  [
    "[1,2]",
    "RangeError: RGBA channels must be integers from 0 through 255",
  ],
  [
    "[256,0,0]",
    "RangeError: RGBA channels must be integers from 0 through 255",
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 2`] = `
[
  [
    "[16711680,null]",
    [
      255,
      0,
      0,
      255,
    ],
  ],
  [
    "[16711680,0.5]",
    [
      255,
      0,
      0,
      127,
    ],
  ],
  [
    "[[1,2,3,4],null]",
    [
      1,
      2,
      3,
      4,
    ],
  ],
  [
    "[[1,2,3,4],1]",
    [
      1,
      2,
      3,
      255,
    ],
  ],
  [
    "[16711680,2]",
    "RangeError: alpha must be from 0 through 1",
  ],
  [
    "[[1,2,3],null]",
    "RangeError: color must be a 24-bit integer or RGBA bytes",
  ],
  [
    "[-1,null]",
    "RangeError: color must be a 24-bit integer or RGBA bytes",
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 3`] = `
[
  [
    "4279312947",
    4279312947,
  ],
  [
    ""#ff112233"",
    4279312947,
  ],
  [
    ""ff112233"",
    4279312947,
  ],
  [
    ""#12345"",
    "RangeError: background must be an 8-digit ARGB color",
  ],
  [
    "4294967296",
    "RangeError: background must be an unsigned 32-bit ARGB color",
  ],
  [
    "-1",
    "RangeError: background must be an unsigned 32-bit ARGB color",
  ],
  [
    "1.5",
    "RangeError: background must be an unsigned 32-bit ARGB color",
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 4`] = `
[
  [
    "11259375",
    [
      171,
      205,
      239,
      255,
    ],
  ],
  [
    "[9,8,7,255]",
    [
      9,
      8,
      7,
      255,
    ],
  ],
  [
    "[9,8,7,128]",
    "RangeError: foreground must be opaque in the current native profile",
  ],
  [
    "[9,8,7]",
    "RangeError: foreground must be a 24-bit integer or RGBA bytes",
  ],
  [
    "16777216",
    "RangeError: foreground must be a 24-bit integer or RGBA bytes",
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 5`] = `
[
  [
    "0",
    0,
  ],
  [
    "1.5",
    1.5,
  ],
  [
    "null",
    "TypeError: size must be finite",
  ],
  [
    "null",
    "TypeError: size must be finite",
  ],
  [
    "-2",
    -2,
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 6`] = `
[
  [
    "0",
    [
      0,
      0,
    ],
  ],
  [
    "1",
    [
      1,
      1,
    ],
  ],
  [
    "7.75",
    [
      7.75,
      7.75,
    ],
  ],
  [
    "-3.2",
    [
      -3.2,
      -3.25,
    ],
  ],
  [
    "100.125",
    [
      100.1,
      100.25,
    ],
  ],
  [
    "0.1",
    [
      0.1,
      0,
    ],
  ],
]
`;

exports[`native text numbers and colours > normalizes colours 7`] = `
[
  [
    "[255,0,0,0.5]",
    [
      93,
      69,
      69,
    ],
  ],
  [
    "[0,255,0,1]",
    [
      149,
      149,
      149,
    ],
  ],
  [
    "[12,200,99]",
    [
      114,
      141,
      127,
    ],
  ],
  [
    "[0,0,0,0]",
    [
      0,
      0,
      0,
    ],
  ],
]
`;

exports[`native text numbers and colours > quantizes and blends alpha 1`] = `
[
  [
    "0",
    0,
  ],
  [
    "0.001",
    0,
  ],
  [
    "0.25",
    63,
  ],
  [
    "0.5",
    127,
  ],
  [
    "0.999",
    254,
  ],
  [
    "1",
    255,
  ],
  [
    "-1",
    0,
  ],
  [
    "2",
    255,
  ],
]
`;

exports[`native text numbers and colours > quantizes and blends alpha 2`] = `
[
  [
    "[0,255,255,255]",
    254,
  ],
  [
    "[255,0,255,128]",
    128,
  ],
  [
    "[100,200,128,64]",
    137,
  ],
  [
    "[10,20,255,1]",
    10,
  ],
]
`;

exports[`native text numbers and colours > quantizes and blends alpha 3`] = `
[
  [
    "[0,0,0,255]",
    [
      0,
      0,
      0,
      255,
    ],
  ],
  [
    "[255,255,255,255]",
    [
      255,
      255,
      255,
      255,
    ],
  ],
  [
    "[255,128,0,128]",
    [
      128,
      64,
      0,
      128,
    ],
  ],
  [
    "[10,20,30,0]",
    [
      0,
      0,
      0,
      0,
    ],
  ],
]
`;

exports[`native text numbers and colours > quantizes and blends alpha 4`] = `
[
  [
    "-3",
    0,
  ],
  [
    "0",
    0,
  ],
  [
    "127.5",
    127.5,
  ],
  [
    "255",
    255,
  ],
  [
    "300",
    255,
  ],
]
`;

exports[`native text numbers and colours > rounds ties to even 1`] = `
[
  [
    "-2.5",
    [
      -2,
      -2,
    ],
  ],
  [
    "-1.5",
    [
      -2,
      -2,
    ],
  ],
  [
    "-0.5",
    [
      0,
      0,
    ],
  ],
  [
    "0",
    [
      0,
      0,
    ],
  ],
  [
    "0.4",
    [
      0,
      0,
    ],
  ],
  [
    "0.5",
    [
      0,
      0,
    ],
  ],
  [
    "1.5",
    [
      2,
      2,
    ],
  ],
  [
    "2.5",
    [
      2,
      2,
    ],
  ],
  [
    "3.5",
    [
      4,
      4,
    ],
  ],
  [
    "2.4999",
    [
      2,
      2,
    ],
  ],
  [
    "1000000000.5",
    [
      1000000000,
      1000000000,
    ],
  ],
]
`;

exports[`native text numbers and colours > rounds ties to even 2`] = `
[
  [
    "[1,2]",
    0,
  ],
  [
    "[3,2]",
    2,
  ],
  [
    "[5,2]",
    2,
  ],
  [
    "[7,4]",
    2,
  ],
  [
    "[-5,2]",
    "RangeError: roundRationalTiesEven requires safe non-negative integers",
  ],
  [
    "[1,3]",
    0,
  ],
]
`;

exports[`native text retained bitmap > composites coverage onto a retained bitmap and onto an opaque background > not rgba 1`] = `"TypeError: retained must contain premultiplied RGBA bytes"`;

exports[`native text retained bitmap > composites coverage onto a retained bitmap and onto an opaque background > on black 1`] = `
[
  254,
  0,
  0,
  255,
  0,
  100,
  0,
  255,
  99,
  99,
  123,
  255,
  3,
  6,
  9,
  255,
  200,
  100,
  50,
  255,
  0,
  0,
  0,
  255,
]
`;

exports[`native text retained bitmap > composites coverage onto a retained bitmap and onto an opaque background > on white 1`] = `
[
  255,
  1,
  1,
  255,
  155,
  255,
  155,
  255,
  231,
  231,
  255,
  255,
  181,
  184,
  187,
  255,
  200,
  100,
  50,
  255,
  255,
  255,
  255,
  255,
]
`;

exports[`native text retained bitmap > composites coverage onto a retained bitmap and onto an opaque background > retained 1`] = `
[
  254,
  0,
  0,
  254,
  0,
  100,
  0,
  100,
  99,
  99,
  123,
  123,
  3,
  6,
  9,
  77,
  200,
  100,
  50,
  255,
  0,
  0,
  0,
  0,
]
`;

exports[`native text retained bitmap > composites coverage onto a retained bitmap and onto an opaque background > translucent 1`] = `"RangeError: exact AIR32 NORMAL retained rendering requires opaque text"`;