SmartObjectResource.CompId

SmartObjectResource.CompId property

Ottiene o imposta l’ID della composizione attualmente selezionata per il documento figlio, che sarà -1 se non ne viene selezionato nessuno. Le composizioni sono composizioni di un layout di pagina che i designer possono creare. Utilizzando le composizioni di livelli, puoi creare, gestire e visualizzare più versioni di un layout in un unico file Adobe® Photoshop®. Una composizione di livelli è un’istantanea di uno stato del pannello Livelli. Le composizioni di livelli salvano tre tipi di opzioni di livello ma questa proprietà ottiene l’identificatore di selezione della composizione di livelli per il livello oggetto avanzato nel file PSD. Composizioni di livelli in Oggetti avanzati

public int CompId { get; set; }

Valore della proprietà

L’ID della composizione attualmente selezionata per il documento secondario nell’immagine PSD, che sarà -1 se non ne viene selezionato nessuno.

Esempi

Il codice seguente dimostra il supporto delle risorse SoLEResource, SmartObjectResource e 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)
{
    // Questi valori non vengono modificati nella risorsa
    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;

    // Questi valori devono essere modificati anche in PlLdResource (con l'UniqueId specificato).
    // e alcuni di essi devono essere in accordo con l'oggetto intelligente sottolineato nel 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];

    // Questo ID univoco deve essere modificato nei riferimenti, se presenti
    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];
    }

    // Fai attenzione ad alcuni parametri: l'immagine salvata potrebbe diventare illeggibile da Adobe® Photoshop®
    ////risorsa.UOrdine = 6;
    ////risorsa.VOrder = 9;

    // Non cambiarlo altrimenti non sarai in grado di usare la trasformazione libera
    // o cambia l'oggetto intelligente sottolineato nel tipo vettoriale
    ////resource.PlacedLayerType = PlacedLayerType.Vector;

    // Dovrebbe esserci PlLdResource valido con questo ID univoco
    ////resource.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;
                }
            }
        }
    }
}

Il codice seguente illustra il supporto della risorsa SoLdResource.

[C#]

// Questo esempio mostra come ottenere o impostare le proprietà dei dati del livello oggetto avanzato del file 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;
                }

                // Questi valori devono essere modificati anche in PlLdResource (con l'UniqueId specificato).
                // e alcuni di essi devono essere in accordo con l'oggetto intelligente sottolineato nel 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
                };

                // Questo ID univoco deve essere modificato nei riferimenti, se presenti
                resource.PlacedId = new Guid("12345678-9abc-def0-9876-54321fecba98");

                // Fai attenzione ad alcuni parametri: l'immagine potrebbe diventare illeggibile da Adobe® Photoshop®
                ////risorsa.UOrdine = 6;
                ////risorsa.VOrder = 9;

                // Non cambiarlo altrimenti non sarai in grado di usare la trasformazione libera
                // o cambia l'oggetto intelligente sottolineato nel tipo vettoriale
                ////resource.PlacedLayerType = PlacedLayerType.Vector;

                // Dovrebbe esserci PlLdResource valido con questo ID univoco
                ////resource.UniqueId = new Guid("98765432-10fe-cba0-1234-56789abcdef0");

                break;
            }
        }
    }

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

Guarda anche