#include <IPreflightArtworkPaintInfo.h>
|
| enum | { kDefaultIID = IID_IPREFLIGHTARTWORKPAINTINFO } |
| |
| enum | PaintSpatialType {
kPaintSpatial_Invalid, kPaintSpatial_Other, kPaintSpatial_Constant, kPaintSpatial_Image,
kPaintSpatial_Shading, kPaintSpatial_Composite, kPaintSpatial_Encapsulated, kPaintSpatial_Pattern
} |
| |
This interface provides information about a particular marking operation. See IPreflightArtworkMarkInfo for more context, in particular QueryColorPaintInfo() and/or QueryAlphaPaintInfo().
The spatial representation of the marking operation.
| virtual int32 IPreflightArtworkPaintInfo::GetConstantColorValues | ( | K2Vector< PMReal > * | comps | ) | const |
| pure virtual |
Get the constant paint components (applicable only for constant spatial paint operations).
- Note
- Valid only when GetSpatialType() == kPaintSpatial_Constant.
- Parameters
| comps | OUT Receives the array of component values, if not nil. |
- Returns
- The number of components in the array (returned whether or not nil pointer is passed).
| virtual uint32 IPreflightArtworkPaintInfo::GetImageBitsPerPixel | ( | | ) | const |
| pure virtual |
For image paints, get the bit depth per pixel.
- Note
- Applies iff GetSpatialType() == kPaintSpatial_Image.
- Returns
- The bit depth per pixel.
| virtual Int32Rect IPreflightArtworkPaintInfo::GetImagePixelBounds | ( | | ) | const |
| pure virtual |
For image paints, get the pixel bounds of the image.
- Note
- Applies iff GetSpatialType() == kPaintSpatial_Image.
- Returns
- The bounds of the image.
| virtual PMPoint IPreflightArtworkPaintInfo::GetImageResolution | ( | | ) | const |
| pure virtual |
For image paints, get the XY resolution of the image in CTM.
- Note
- Applies iff GetSpatialType() == kPaintSpatial_Image.
- Returns
- The resolution of the image in CTM.
- See Also
- GetAbsoluteMatrix.
| virtual bool IPreflightArtworkPaintInfo::GetOverprint | ( | | ) | const |
| pure virtual |
Returns whether overprint is enabled. This is the same value as on the parent mark.
- Returns
- True if overprinted, False if knocked out.
| virtual PMMatrix IPreflightArtworkPaintInfo::GetPaintMatrix | ( | | ) | const |
| pure virtual |
Return the matrix associated with the paint.
- Returns
- The matrix for the paint.
Return the spatial type, ie how the color varies spatially.
- Returns
- The spatial paint type.
| virtual void IPreflightArtworkPaintInfo::Initialize | ( | CAGMPaint & | paint, | | | const PMMatrix & | paintMatrix, | | | bool | overprint | | ) | | |
| pure virtual |
This is used to initialize the interface. This takes an opaque type, so only InDesign internal code can call or implement this method.
- Parameters
| paint | IN The opaque object that this interface gives you information about. |
| paintMatrix | IN The paint matrix. |
| overprint | IN The overprint state from the marking operation. |
| virtual bool IPreflightArtworkPaintInfo::IsOPIProxy | ( | | ) | const |
| pure virtual |
For image and encapsulated paint types, determines whether the mark is an OPI proxy.
- Note
- This merely inspects the paint's OPI tag, if present. If there is no OPI tag it could still be part of some OPI artwork that is declared at the artwork context level.
- Returns
- kTrue if it's known to be an OPI proxy; kFalse if not.
| virtual uint32 IPreflightArtworkPaintInfo::IsTrapSafe | ( | const PMReal & | threshold | ) | const |
| pure virtual |
This is simply a logical AND combination of IsTrapSafeColor() and GetOverprint().
- Parameters
| threshold | The coverage value above which all marks on the sole marked plate must be to qualify. Typically this is on the order of 0.9 (90%). |
- Returns
- The total number of plates marked.
| virtual uint32 IPreflightArtworkPaintInfo::IsTrapSafeColor | ( | const PMReal & | threshold | ) | const |
| pure virtual |
Analyzes the paint to figure out whether the paint marks a single plate at some minimum threshold everywhere on that plate and zero on all the other channels. This may seem like a very strange criteria; but it's needed to determine whether this is a trap-safe paint.
Actually, you also need to check the mark for its overprint state; if it's overprinted and marking a single plate then it doesn't really need to be trapped. This in turn is important if you're concerned about misregistration of very small elements.
Note that if this returns true that only means that this particular paint, in isolation, is expected to trap properly based on its color. It may not be after compositing with transparency.
- Parameters
| threshold | The coverage value above which all marks on the sole marked plate must be to qualify. Typically this is on the order of 0.9 (90%). |
- Returns
- The total number of plates marked.
| virtual bool IPreflightArtworkPaintInfo::IsWhite | ( | const PMReal & | tolerance = 0.001 | ) | const |
| pure virtual |
Returns true if the paint is a constant color white (ie, marks no plates). If it's anything other than constant color, returns false (assuming all-white gradients, patterns, images, etc., are uninteresting cases).
- Parameters
| tolerance | The value above which a channel is assumed to be marked. |
- Returns
- kTrue if it's white; kFalse otherwise.
Return the color space information for the paint. This provides all the information about the color channels, alpha, and so on.
- Returns
- A refcounted CSInfo interface.
Public Member Functions inherited from IPMUnknown
1.8.3.1 
