SmartObjectResource.CompId

SmartObjectResource.CompId property

Obtiene o establece el ID de la composición actualmente seleccionada para el documento secundario, que será -1 si no se selecciona ninguna. Las composiciones son composiciones de un diseño de página que los diseñadores pueden crear. Con las composiciones de capas, puede crear, administrar y ver varias versiones de un diseño en un solo archivo de Adobe® Photoshop®. Una composición de capa es una instantánea de un estado del panel Capas. Las composiciones de capa guardan tres tipos de opciones de capa pero esta propiedad obtiene el identificador de selección de composición de capa para la capa de objeto inteligente en el archivo PSD. Composiciones de capas en objetos inteligentes

public int CompId { get; set; }

El valor de la propiedad

El ID de la composición actualmente seleccionada para el documento secundario en la imagen PSD, que será -1 si no se selecciona ninguno.

Ejemplos

El siguiente código demuestra la compatibilidad con los recursos SoLEResource, SmartObjectResource y PlacedResource.

[C#]

void AssertIsTrue(bool condition)
{
    if (!condition)
    {
        throw new FormatException(string.Format("Expected true"));
    }
}

void AssertAreEqual(object actual, object expected)
{
    var areEqual = object.Equals(actual, expected);
    if (!areEqual && actual is Array && expected is Array)
    {
        var actualArray = (Array)actual;
        var expectedArray = (Array)actual;
        if (actualArray.Length == expectedArray.Length)
        {
            for (int i = 0; i < actualArray.Length; i++)
            {
                if (!object.Equals(actualArray.GetValue(i), expectedArray.GetValue(i)))
                {
                    break;
                }
            }

            areEqual = true;
        }
    }

    if (!areEqual)
    {
        throw new FormatException(
            string.Format("Actual value {0} are not equal to expected {1}.", actual, expected));
    }
}

void CheckSmartObjectResourceValues(object[] expectedValue, SmartObjectResource resource)
{
    AssertAreEqual(expectedValue[0], resource.IsCustom);
    AssertAreEqual(expectedValue[2], resource.PageNumber);
    AssertAreEqual(expectedValue[3], resource.TotalPages);
    AssertAreEqual(expectedValue[4], resource.AntiAliasPolicy);
    AssertAreEqual(expectedValue[5], resource.PlacedLayerType);
    AssertAreEqual(8, resource.TransformMatrix.Length);
    AssertAreEqual((double[])expectedValue[6], resource.TransformMatrix);
    AssertAreEqual(expectedValue[7], resource.Value);
    AssertAreEqual(expectedValue[8], resource.Perspective);
    AssertAreEqual(expectedValue[9], resource.PerspectiveOther);
    AssertAreEqual(expectedValue[10], resource.Top);
    AssertAreEqual(expectedValue[11], resource.Left);
    AssertAreEqual(expectedValue[12], resource.Bottom);
    AssertAreEqual(expectedValue[13], resource.Right);
    AssertAreEqual(expectedValue[14], resource.UOrder);
    AssertAreEqual(expectedValue[15], resource.VOrder);

    AssertAreEqual(expectedValue[16], resource.Crop);
    AssertAreEqual(expectedValue[17], resource.FrameStepNumerator);
    AssertAreEqual(expectedValue[18], resource.FrameStepDenominator);
    AssertAreEqual(expectedValue[19], resource.DurationNumerator);
    AssertAreEqual(expectedValue[20], resource.DurationDenominator);
    AssertAreEqual(expectedValue[21], resource.FrameCount);
    AssertAreEqual(expectedValue[22], resource.Width);
    AssertAreEqual(expectedValue[23], resource.Height);
    AssertAreEqual(expectedValue[24], resource.Resolution);
    AssertAreEqual(expectedValue[25], resource.ResolutionUnit);
    AssertAreEqual(expectedValue[26], resource.Comp);
    AssertAreEqual(expectedValue[27], resource.CompId);
    AssertAreEqual(expectedValue[28], resource.OriginalCompId);
    AssertAreEqual(expectedValue[29], resource.PlacedId.ToString());
    AssertAreEqual(expectedValue[30], resource.NonAffineTransformMatrix);
    if (resource.IsCustom)
    {
        AssertAreEqual(expectedValue[31], resource.HorizontalMeshPointUnit);
        AssertAreEqual((double[])expectedValue[32], resource.HorizontalMeshPoints);
        AssertAreEqual(expectedValue[33], resource.VerticalMeshPointUnit);
        AssertAreEqual((double[])expectedValue[34], resource.VerticalMeshPoints);
    }
}

void SetNewSmartValues(SmartObjectResource resource, object[] newValues)
{
    // Estos valores no los cambiamos en el recurso
    newValues[0] = resource.IsCustom;
    newValues[1] = resource.UniqueId.ToString();
    newValues[5] = resource.PlacedLayerType;
    newValues[14] = resource.UOrder;
    newValues[15] = resource.VOrder;
    newValues[28] = resource.OriginalCompId;

    // Estos valores también deben cambiarse en PlLdResource (con el UniqueId especificado)
    // y algunos de ellos deben estar de acuerdo con el objeto inteligente subrayado en LinkDataSource
    resource.PageNumber = (int)newValues[2]; // 2;
    resource.TotalPages = (int)newValues[3]; // 3;
    resource.AntiAliasPolicy = (int)newValues[4]; // 0;
    resource.TransformMatrix = (double[])newValues[6];
    resource.Value = (double)newValues[7]; // 1.23456789;
    resource.Perspective = (double)newValues[8]; // 0.123456789;
    resource.PerspectiveOther = (double)newValues[9]; // 0.987654321;
    resource.Top = (double)newValues[10]; // -126;
    resource.Left = (double)newValues[11]; // -215;
    resource.Bottom = (double)newValues[12]; // 248;
    resource.Right = (double)newValues[13]; // 145;
    resource.Crop = (int)newValues[16]; // 5;
    resource.FrameStepNumerator = (int)newValues[17]; // 1;
    resource.FrameStepDenominator = (int)newValues[18]; // 601;
    resource.DurationNumerator = (int)newValues[19]; // 2;
    resource.DurationDenominator = (int)newValues[20]; // 602;
    resource.FrameCount = (int)newValues[21]; // 11;
    resource.Width = (double)newValues[22]; // 541;
    resource.Height = (double)newValues[23]; // 249;
    resource.Resolution = (double)newValues[24]; // 144;
    resource.ResolutionUnit = (UnitTypes)newValues[25];
    resource.Comp = (int)newValues[26]; // 21;
    resource.CompId = (int)newValues[27]; // 22;
    resource.NonAffineTransformMatrix = (double[])newValues[30];

    // Esta identificación única debe cambiarse en las referencias, si las hay
    resource.PlacedId = new Guid((string)newValues[29]);  // "12345678-9abc-def0-9876-54321fecba98");
    if (resource.IsCustom)
    {
        resource.HorizontalMeshPointUnit = (UnitTypes)newValues[31];
        resource.HorizontalMeshPoints = (double[])newValues[32];
        resource.VerticalMeshPointUnit = (UnitTypes)newValues[33];
        resource.VerticalMeshPoints = (double[])newValues[34];
    }

    // Tenga cuidado con algunos parámetros: la imagen guardada puede volverse ilegible para Adobe® Photoshop®
    ////recurso.UOrder = 6;
    ////recurso.VOrden = 9;

    // No cambie esto, de lo contrario no podrá usar la transformación libre
    // o cambie el objeto inteligente subrayado al tipo de vector
    ////recurso.PlacedLayerType = PlacedLayerType.Vector;

    // Debería haber un PlLdResource válido con este ID único
    ////recurso.UniqueId = new Guid("98765432-10fe-cba0-1234-56789abcdef0");
}

object[] newSmartValues = new object[]
{
    true,
    null,
    2,
    3,
    0,
    PlacedLayerType.ImageStack,
    new double[8]
    {
        12.937922786050663,
        19.419959734187131,
        2.85445817782261,
        1.0540625423957124,
        7.20861031651307,
        14.634102808208553,
        17.292074924741144,
        4
    },
    1.23456789,
    0.123456789,
    0.987654321,
    -126d,
    -215d,
    248d,
    145d,
    4,
    4,
    5,
    1,
    601,
    2,
    602,
    11,
    541d,
    249d,
    144d,
    UnitTypes.Percent,
    21,
    22,
    23,
    "12345678-9abc-def0-9876-54321fecba98",
    new double[8]
    {
        129.937922786050663,
        195.419959734187131,
        26.85445817782261,
        12.0540625423957124,
        72.20861031651307,
        147.634102808208553,
        175.292074924741144,
        42
    },
    UnitTypes.Points,
    new double[16]
    {
        0.01d, 103.33333333333433d, 206.66686666666666d, 310.02d,
        0.20d, 103.33333333333533d, 206.69666666666666d, 310.03d,
        30.06d, 103.33333333336333d, 206.66660666666666d, 310.04d,
        04.05d, 103.33333333373333d, 206.66666166666666d, 310.05d
    },
    UnitTypes.Distance,
    new double[16]
    {
        0.06d, 0.07d, 0.08d, 0.09d,
        49.066666666666664d, 49.266666666666664d, 49.566666666666664d, 49.766666666666664d,
        99.133333333333329d, 99.433333333333329d, 99.633333333333329d, 99.833333333333329d,
        140, 141, 142, 143,
    },
};

object[] expectedValues = new object[]
{
    new object[]
    {
        false,
        "5867318f-3174-9f41-abca-22f56a75247e",
        1,
        1,
        0x10,
        PlacedLayerType.Raster,
        new double[8]
        {
            0, 0, 2, 0, 2, 2, 0, 2
        },
        0d,
        0d,
        0d,
        0d,
        0d,
        2d,
        2d,
        4,
        4,
        1,
        0,
        600,
        0,
        600,
        1,
        2d,
        2d,
        72d,
        UnitTypes.Density,
        -1,
        -1,
        -1,
        "64b3997c-06e0-be40-a349-41acf397c897",
        new double[8]
        {
            0, 0, 2, 0, 2, 2, 0, 2
        },
    }
};

var sourceFilePath = "rgb8_2x2_linked.psd";
var outputPath = "rgb8_2x2_linked_output.psd";
using (PsdImage image = (PsdImage)Image.Load(sourceFilePath))
{
    SoLeResource soleResource = null;
    int index = 0;
    foreach (Layer imageLayer in image.Layers)
    {
        foreach (var imageResource in imageLayer.Resources)
        {
            var resource = imageResource as SoLeResource;
            if (resource != null)
            {
                soleResource = resource;
                var expectedValue = (object[])expectedValues[index++];
                AssertAreEqual(expectedValue[1], resource.UniqueId.ToString());
                CheckSmartObjectResourceValues(expectedValue, resource);
                SetNewSmartValues(resource, newSmartValues);

                break;
            }
        }
    }

    AssertIsTrue(soleResource != null);
    image.Save(outputPath, new PsdOptions(image));
    using (PsdImage savedImage = (PsdImage)Image.Load(outputPath))
    {
        foreach (Layer imageLayer in savedImage.Layers)
        {
            foreach (var imageResource in imageLayer.Resources)
            {
                var resource = imageResource as SoLeResource;
                if (resource != null)
                {
                    CheckSmartObjectResourceValues(newSmartValues, resource);

                    break;
                }
            }
        }
    }
}

El siguiente código demuestra la compatibilidad con el recurso SoLdResource.

[C#]

// Este ejemplo muestra cómo obtener o establecer las propiedades de datos de la capa de objeto inteligente del archivo PSD.

void AssertAreEqual(object actual, object expected)
{
    var areEqual = object.Equals(actual, expected);
    if (!areEqual && actual is Array && expected is Array)
    {
        var actualArray = (Array)actual;
        var expectedArray = (Array)actual;
        if (actualArray.Length == expectedArray.Length)
        {
            for (int i = 0; i < actualArray.Length; i++)
            {
                if (!object.Equals(actualArray.GetValue(i), expectedArray.GetValue(i)))
                {
                    break;
                }
            }

            areEqual = true;
        }
    }

    if (!areEqual)
    {
        throw new FormatException(
            string.Format("Actual value {0} are not equal to expected {1}.", actual, expected));
    }
}

var sourceFilePath = "LayeredSmartObjects8bit2.psd";
var outputFilePath = "LayeredSmartObjects8bit2_output.psd";
var expectedValues = new object[]
{
    new object[]
    {
        true,
        "76f05a3b-7523-5e42-a1bb-27f4735bffa0",
        1,
        1,
        0x10,
        PlacedLayerType.Raster,
        new double[8]
        {
            29.937922786050663,
            95.419959734187131,
            126.85445817782261,
            1.0540625423957124,
            172.20861031651307,
            47.634102808208553,
            75.292074924741144,
            142
        },
        0.0,
        0.0,
        0.0,
        0d,
        0d,
        149d,
        310d,
        4,
        4,
        1,
        0,
        600,
        0,
        600,
        1,
        310d,
        149d,
        72d,
        UnitTypes.Density,
        -1,
        -1,
        -1,
        "d3388655-19e4-9742-82f2-f553bb01046a",
        new double[8]
        {
            29.937922786050663,
            95.419959734187131,
            126.85445817782261,
            1.0540625423957124,
            172.20861031651307,
            47.634102808208553,
            75.292074924741144,
            142
        },
        UnitTypes.Pixels,
        new double[16]
        {
            0.0d, 103.33333333333333d, 206.66666666666666d, 310.0d,
            0.0d, 103.33333333333333d, 206.66666666666666d, 310.0d,
            0.0d, 103.33333333333333d, 206.66666666666666d, 310.0d,
            0.0d, 103.33333333333333d, 206.66666666666666d, 310.0d
        },
        UnitTypes.Pixels,
        new double[16]
        {
            0.0d, 0.0d, 0.0d, 0.0d,
            49.666666666666664d, 49.666666666666664d, 49.666666666666664d, 49.666666666666664d,
            99.333333333333329d, 99.333333333333329d, 99.333333333333329d, 99.333333333333329d,
            149, 149, 149, 149,
        },
    },
    new object[]
    {
        true,
        "cf0477a8-8f92-ac4f-9462-f78e26234851",
        1,
        1,
        0x10,
        PlacedLayerType.Raster,
        new double[8]
        {
            37.900314592235681,
            -0.32118219433001371,
            185.94210608826535,
            57.7076819802063,
            153.32047433609358,
            140.9311755779743,
            5.2786828400639294,
            82.902311403437977,
        },
        0.0,
        0.0,
        0.0,
        0d,
        0d,
        721d,
        1280d,
        4,
        4,
        1,
        0,
        600,
        0,
        600,
        1,
        1280d,
        721d,
        72d,
        UnitTypes.Density,
        -1,
        -1,
        -1,
        "625cc4b9-2c5f-344f-8636-03caf2bd3489",
        new double[8]
        {
            37.900314592235681,
            -0.32118219433001371,
            185.94210608826535,
            57.7076819802063,
            153.32047433609358,
            140.9311755779743,
            5.2786828400639294,
            82.902311403437977,
        },
        UnitTypes.Pixels,
        new double[16]
        {
            0.0, 426.66666666666663, 853.33333333333326, 1280,
            0.0, 426.66666666666663, 853.33333333333326, 1280,
            0.0, 426.66666666666663, 853.33333333333326, 1280,
            0.0, 426.66666666666663, 853.33333333333326, 1280,
        },
        UnitTypes.Pixels,
        new double[16]
        {
            0.0, 0.0, 0.0, 0.0,
            240.33333333333331, 240.33333333333331, 240.33333333333331, 240.33333333333331,
            480.66666666666663, 480.66666666666663, 480.66666666666663, 480.66666666666663,
            721, 721, 721, 721,
        },
        0,
        0
    }
};

using (PsdImage image = (PsdImage)Image.Load(sourceFilePath))
{
    SoLdResource resource = null;
    int index = 0;
    foreach (Layer imageLayer in image.Layers)
    {
        foreach (var imageResource in imageLayer.Resources)
        {
            resource = imageResource as SoLdResource;
            if (resource != null)
            {
                var expectedValue = (object[])expectedValues[index++];
                AssertAreEqual(expectedValue[0], resource.IsCustom);
                AssertAreEqual(expectedValue[1], resource.UniqueId.ToString());
                AssertAreEqual(expectedValue[2], resource.PageNumber);
                AssertAreEqual(expectedValue[3], resource.TotalPages);
                AssertAreEqual(expectedValue[4], resource.AntiAliasPolicy);
                AssertAreEqual(expectedValue[5], resource.PlacedLayerType);
                AssertAreEqual(8, resource.TransformMatrix.Length);
                AssertAreEqual((double[])expectedValue[6], resource.TransformMatrix);
                AssertAreEqual(expectedValue[7], resource.Value);
                AssertAreEqual(expectedValue[8], resource.Perspective);
                AssertAreEqual(expectedValue[9], resource.PerspectiveOther);
                AssertAreEqual(expectedValue[10], resource.Top);
                AssertAreEqual(expectedValue[11], resource.Left);
                AssertAreEqual(expectedValue[12], resource.Bottom);
                AssertAreEqual(expectedValue[13], resource.Right);
                AssertAreEqual(expectedValue[14], resource.UOrder);
                AssertAreEqual(expectedValue[15], resource.VOrder);

                AssertAreEqual(expectedValue[16], resource.Crop);
                AssertAreEqual(expectedValue[17], resource.FrameStepNumerator);
                AssertAreEqual(expectedValue[18], resource.FrameStepDenominator);
                AssertAreEqual(expectedValue[19], resource.DurationNumerator);
                AssertAreEqual(expectedValue[20], resource.DurationDenominator);
                AssertAreEqual(expectedValue[21], resource.FrameCount);
                AssertAreEqual(expectedValue[22], resource.Width);
                AssertAreEqual(expectedValue[23], resource.Height);
                AssertAreEqual(expectedValue[24], resource.Resolution);
                AssertAreEqual(expectedValue[25], resource.ResolutionUnit);
                AssertAreEqual(expectedValue[26], resource.Comp);
                AssertAreEqual(expectedValue[27], resource.CompId);
                AssertAreEqual(expectedValue[28], resource.OriginalCompId);
                AssertAreEqual(expectedValue[29], resource.PlacedId.ToString());
                AssertAreEqual((IEnumerable)expectedValue[30], resource.NonAffineTransformMatrix);
                if (resource.IsCustom)
                {
                    AssertAreEqual(expectedValue[31], resource.HorizontalMeshPointUnit);
                    AssertAreEqual((double[])expectedValue[32], resource.HorizontalMeshPoints);
                    AssertAreEqual(expectedValue[33], resource.VerticalMeshPointUnit);
                    AssertAreEqual((double[])expectedValue[34], resource.VerticalMeshPoints);
                    var temp = resource.VerticalMeshPoints;
                    resource.VerticalMeshPoints = resource.HorizontalMeshPoints;
                    resource.HorizontalMeshPoints = temp;
                }

                // Estos valores también deben cambiarse en PlLdResource (con el UniqueId especificado)
                // y algunos de ellos deben estar de acuerdo con el objeto inteligente subrayado en LinkDataSource
                resource.PageNumber = 2;
                resource.TotalPages = 3;
                resource.AntiAliasPolicy = 0;
                resource.Value = 1.23456789;
                resource.Perspective = 0.123456789;
                resource.PerspectiveOther = 0.987654321;
                resource.Top = -126;
                resource.Left = -215;
                resource.Bottom = 248;
                resource.Right = 145;
                resource.Crop = 4;
                resource.FrameStepNumerator = 1;
                resource.FrameStepDenominator = 601;
                resource.DurationNumerator = 2;
                resource.DurationDenominator = 602;
                resource.FrameCount = 11;
                resource.Width = 541;
                resource.Height = 249;
                resource.Resolution = 144;
                resource.Comp = 21;
                resource.CompId = 22;
                resource.TransformMatrix = new double[8]
                {
                    12.937922786050663,
                    19.419959734187131,
                    2.85445817782261,
                    1.0540625423957124,
                    7.20861031651307,
                    14.634102808208553,
                    17.292074924741144,
                    4
                };
                resource.NonAffineTransformMatrix = new double[8]
                {
                    129.937922786050663,
                    195.419959734187131,
                    26.85445817782261,
                    12.0540625423957124,
                    72.20861031651307,
                    147.634102808208553,
                    175.292074924741144,
                    42
                };

                // Esta identificación única debe cambiarse en las referencias, si las hay
                resource.PlacedId = new Guid("12345678-9abc-def0-9876-54321fecba98");

                // Tenga cuidado con algunos parámetros: la imagen puede volverse ilegible con Adobe® Photoshop®
                ////recurso.UOrder = 6;
                ////recurso.VOrden = 9;

                // No cambie esto, de lo contrario no podrá usar la transformación libre
                // o cambie el objeto inteligente subrayado al tipo de vector
                ////recurso.PlacedLayerType = PlacedLayerType.Vector;

                // Debería haber un PlLdResource válido con este ID único
                ////recurso.UniqueId = new Guid("98765432-10fe-cba0-1234-56789abcdef0");

                break;
            }
        }
    }

    AssertAreEqual(true, resource != null);
    image.Save(outputFilePath, new PsdOptions(image));
}

Ver también