/* iimage.h - definitions and declarations for IMOD image files * $Id$ */ #ifndef IIMAGE_H #define IIMAGE_H #include "ilist.h" #include "mrcfiles.h" #include "mrcslice.h" #include #ifdef __cplusplus extern "C" { #endif /* DOC_CODE ImodImageFile definitions */ /* Values for the file member of ImodImageFile, describing kind of file */ /* Except IIFILE_DEFAULT means use the default output file type */ #define IIFILE_DEFAULT -1 #define IIFILE_UNKNOWN 0 #define IIFILE_TIFF 1 #define IIFILE_MRC 2 #define IIFILE_QIMAGE 3 #define IIFILE_RAW 4 #define IIFILE_HDF 5 #define IIFILE_JPEG 6 #define IIFILE_ADOC 7 /* Values for the format member of ImodImageFile, describing kind data */ #define IIFORMAT_LUMINANCE 0 #define IIFORMAT_RGB 1 #define IIFORMAT_RGBA 2 #define IIFORMAT_COMPLEX 3 #define IIFORMAT_COLORMAP 4 /* Values for the type member of ImodImageFile, describing numeric type */ #define IITYPE_UBYTE 0 #define IITYPE_BYTE 1 #define IITYPE_SHORT 2 #define IITYPE_USHORT 3 #define IITYPE_INT 4 #define IITYPE_UINT 5 #define IITYPE_FLOAT 6 /* Values for the state member of ImodImageFile, describing file state */ #define IISTATE_NOTINIT 0 #define IISTATE_PARK 1 #define IISTATE_READY 2 #define IISTATE_UNUSED 3 #define IISTATE_BUSY 4 /* Recognized values for the tiffCompression member of ImodImageFile, a copy of TIFF definitions. Other compressions will have other values. */ #define IICOMPRESSION_NONE 1 #define IICOMPRESSION_LZW 5 #define IICOMPRESSION_JPEG 7 #define IICOMPRESSION_ZIP 8 /* EER format supported compression codes */ #define IICOMPRESSION_EER_8BIT 65000 #define IICOMPRESSION_EER_7BIT 65001 #define FEI_TIFF_DEFECT_TAG 65100 /* Error codes, used by check routines */ #define IIERR_BAD_CALL -1 #define IIERR_NOT_FORMAT 1 #define IIERR_IO_ERROR 2 #define IIERR_MEMORY_ERR 3 #define IIERR_NO_SUPPORT 4 #define IIERR_QUITTING 5 #define IIERR_NOT_PRESENT 6 /* Codes for source of HDF files */ #define IIHDF_IMOD 1 #define IIHDF_OTHER_MRC 2 #define IIHDF_EMAN 3 #define IIHDF_CHIMERA 4 #define IIHDF_UNKNOWN 5 /* Codes for data conversion type in "ReadSectionAny" functions */ #define MRSA_NOPROC 0 #define MRSA_BYTE 1 #define MRSA_FLOAT 2 #define MRSA_USHORT 3 /* Flags for userData */ #define IIFLAG_BYTES_SWAPPED 1 #define IIFLAG_TVIPS_DATA 2 /* Flags for calling tiffEERsuperResAndFlags */ #define IIFLAG_SKIP_EER_DIRS 1 #define IIFLAG_ADD_TO_EER_SUM 2 #define IIFLAG_START_END_EER_SUM 4 /* END_CODE */ /* DOC_CODE Raw mode codes */ /* Yet another set of mode values, which define the order for radio buttons in a raw type selector dialog */ #define RAW_MODE_SBYTE 0 #define RAW_MODE_BYTE 1 #define RAW_MODE_SHORT 2 #define RAW_MODE_USHORT 3 #define RAW_MODE_FLOAT 4 #define RAW_MODE_COMPLEX_FLOAT 5 #define RAW_MODE_RGB 6 /* END_CODE */ #define IIAXIS_X 1 #define IIAXIS_Y 2 #define IIAXIS_Z 3 #define MAX_TIFF_THREADS 16 /* DOC_CODE ImodImageFile structure */ typedef struct ImodImageFileStruct ImodImageFile; typedef int (*iiSectionFunc)(ImodImageFile *inFile, char *buf, int inSection); struct ImodImageFileStruct { char *filename; char fmode[4]; FILE *fp; char *description; int state; /* Data set by new and open functions. */ int nx, ny, nz; int file; /* Type of file, i.e. MRC, TIF... */ int format; /* Kind of data represented: i.e. gray, color, complex */ int type; /* Type if numerical elements, i.e. byte, etc. */ int mode; /* MRC mode value */ int newFile; /* Newly created file */ /* optional data to be set if input file supports it. */ float amin, amax, amean, rms; float xscale, yscale, zscale; float xtrans, ytrans, ztrans; float xrot, yrot, zrot; int time, wave; /* load info: change these for loading sub sections. */ int llx, lly, llz, urx, ury, urz; float slope, offset, smin, smax; int axis; int mirrorFFT; /* Return mirrored FFT when scaling to bytes */ int padLeft; /* Padding at start or end of line when reading or writing a */ int padRight; /* subset of the array, in pixels not bytes */ /* extra storage used by individual file format functions. */ int headerSize; int sectionSkip; int hasPieceCoords; /* Flag that MRC file has piece coordinates in header */ char *header; char *userData; unsigned int userFlags; /* Flags for the userData */ int userCount; /* Number of bytes of userData */ unsigned char *colormap; int planesPerImage; /* # of planes per TIFF image */ int contigSamples; /* # of contiguous samples per pixel in plane */ int multipleSizes; /* Flag that TIFF file has multiple sizes */ int rgbSamples; /* Number of samples for RGB TIFF file */ int anyTiffPixSize; /* Set non-0 to have TIFF pixel size put into [xyz]scale */ int rawPaletteBytes; /* Set non-zero to have palette image returned as bytes */ int tiffCompression; /* Compression type in tiff file */ int readEERasSuperRes; /* Super-resolution factor when reading EER file */ int numFramesInEERfile; /* Actual number of frames in file when autogrouping */ int tileSizeX; /* Tile size in X, or 0 if no tiles */ int tileSizeY; /* Tile size in Y if tiles, strip size if not */ int lastWrittenZ; /* Last Z written, needed if sequential writing only */ int packed4bits; /* Data in file are 4-bit, packed 2 pixels per byte */ int fillOrder; /* Fill order for the 4-bit data */ Ilist *directoryNums; /* List of directory numbers for qualifying images in file */ /* HDF variables */ Ilist *stackSetList; /* Names, ID's for stack of single-image datasets */ int *zToDataSetMap; /* Map from Z value to index in dataset list */ int zMapSize; /* Allocated size of Z map */ char *datasetName; /* Dataset name for single volume open in this iifile */ int datasetID; /* ID for dataset of single volume */ int datasetIsOpen; /* Flag that it is open */ int numVolumes; /* Number of volume datasets in the HDF file */ ImodImageFile **iiVolumes; /* Array of pointers to iifiles open in the HDF file */ int adocIndex; /* Index of autodoc with metadata for this iifile */ int globalAdocIndex; /* Index for global metadata in multifile case */ int hdfSource; /* Apparent source of file (IIHDF_ value) */ int hdfFileID; /* File ID */ int zChunkSize; /* Size of chunk in Z; must be nonzero for a volume */ /* Callback functions used by different file formats. */ iiSectionFunc readSection; iiSectionFunc readSectionByte; iiSectionFunc readSectionUShort; iiSectionFunc readSectionFloat; iiSectionFunc writeSection; iiSectionFunc writeSectionFloat; void (*cleanUp)(ImodImageFile *inFile); void (*close)(ImodImageFile *inFile); int (*reopen)(ImodImageFile *inFile); int (*fillMrcHeader)(ImodImageFile *inFile, MrcHeader *hdata); int (*syncFromMrcHeader)(ImodImageFile *inFile, MrcHeader *hdata); int (*writeHeader)(ImodImageFile *inFile); }; /* END_CODE */ /* DOC_CODE RawImageInfo structure */ /* A structure for passing bare-bones information about an MRC-like (raw) file to a routine that makes an MRC header */ typedef struct raw_image_info { int type; /* Data type, one of the RAW_MODE_* values */ int nx, ny, nz; /* Size of file in X, Y, Z */ int swapBytes; /* Whether bytes are swapped */ int headerSize; /* Offset to data */ float amin, amax; /* Data min and max, set to 0 if unknown */ int scanMinMax; /* Flag that scan is needed, used internally */ int allMatch; /* Flag that all files match, used internally */ int sectionSkip; /* Padding after each section - there may be no padding after last section */ int yInverted; /* Lines are inverted in Y */ float pixel; /* Pixel size in Angstroms, set to 0. if unknown */ float zPixel; /* Pixel size in Z if different, set to 0. otherwise */ } RawImageInfo; /* END_CODE */ /* Structure for line-processing function in mrcsec.c */ typedef struct { int xStart, xEnd; int convert; unsigned char *bdata; unsigned char *buf; unsigned char *bufp; b3dUInt16 *usbufp; b3dFloat *fbufp; unsigned char *fft; b3dUInt16 *usfft; unsigned char *map; b3dUInt16 *usmap; int byte; int toShort; int mapSbytes; int doScale; int needData; int type; int xDimension; int xsize; int deltaYsign; unsigned int pixIndex; int cz; int readY; int line; int ymin, ymax; int yStart; int imYmin, imYmax; int imXsize; int toggleY; int seekEndY; int pixSize; int swapped; int packed4bits; int bytesSinceCheck; } LineProcData; typedef int (*IIFileCheckFunction)(ImodImageFile *); typedef int (*IIRawCheckFunction)(FILE *, char *, RawImageInfo *); void iiAddCheckFunction(IIFileCheckFunction func); void iiInsertCheckFunction(IIFileCheckFunction func, int index); void iiDeleteCheckList(); void iiAddRawCheckFunction(IIRawCheckFunction func, const char *name); void iiDeleteRawCheckList(); void iiRegisterQuitCheck(int (*func)(int)); int iiCheckForQuit(int param); ImodImageFile *iiNew(void); ImodImageFile *iiOpen(const char *filename, const char *mode); ImodImageFile *iiOpenNew(const char *filename, const char *mode, int fileKind); int iiReopen(ImodImageFile *inFile); void iiClose(ImodImageFile *inFile); void iiDelete(ImodImageFile *inFile); ImodImageFile *iiCopyOpen(ImodImageFile *inFile); int iiOpenCopiesForThreads(ImodImageFile **fileCopies, int maxThreads); int iiFillMrcHeader(ImodImageFile *inFile, MrcHeader *hdata); void iiSyncFromMrcHeader(ImodImageFile *inFile, MrcHeader *hdata); int iiDefaultMinMaxMean(int type, float *amin, float *amax, float *amean); int iiWriteHeader(ImodImageFile *inFile); int iiSetMM(ImodImageFile *inFile, float inMin, float inMax, float scaleMax); void iiFileChangeAddress(ImodImageFile *oldFile, ImodImageFile *newFile); FILE *iiFOpen(const char *filename, const char *mode); ImodImageFile *iiLookupFileFromFP(FILE *fp); void iiFClose(FILE *fp); void iiChangeCallCount(int delta); int iiCallingReadOrWrite(); FILE *iiFOpenVolume(ImodImageFile *inFile, int volIndex); FILE *iiFOpenNewVolume(ImodImageFile *inFile); void iiAllowMultiVolume(int allow); int iiGetAdocIndex(ImodImageFile *inFile, int global, int openMdocOrNew); int iiTransferAdocSections(ImodImageFile *fromFile, ImodImageFile *toFile); int iiSetChunkSizes(ImodImageFile *inFile, int xSize, int ySize, int zSize); char *iiMakeBufferConvertIfFloat(ImodImageFile *inFile, char *buf, int ifFloat, int *inverted, const char *routine); void iiConvertLineOfFloats(float *fbufp, unsigned char *bdata, int nx, int mrcMode, int bytesSigned, int pack4bits); void iiSaveLoadParams(ImodImageFile *iiFile, ImodImageFile *iiSave); int iiRestoreLoadParams(int retVal, ImodImageFile *iiFile, ImodImageFile *iiSave); int iiReadSection(ImodImageFile *inFile, char *buf, int inSection); int iiReadSectionByte(ImodImageFile *inFile, char *buf, int inSection); int iiReadSectionUShort(ImodImageFile *inFile, char *buf, int inSection); int iiReadSectionFloat(ImodImageFile *inFile, char *buf, int inSection); int iiReadSectionAny(ImodImageFile *inFile, char *buf, int inSection, int convertTo); float iiReadPoint(ImodImageFile *inFile, int x, int y, int z); int iiLoadPCoord(ImodImageFile *inFile, int useMdoc, IloadInfo *li, int nx, int ny, int nz); /* Create and write support. */ int iiInit(ImodImageFile *i, int xsize, int ysize, int zsize, int file, int format, int type); int iiWriteSection(ImodImageFile *inFile, char *buf, int inSection); int iiWriteSectionFloat(ImodImageFile *inFile, char *buf, int inSection); /* Declarations for specific file types needed by other modules */ /* SOME OF THESE DO NOT NEED TO BE GLOBALS! */ int iiTIFFCheck(ImodImageFile *inFile); int iiMRCCheck(ImodImageFile *inFile); int iiMRCfillHeader(ImodImageFile *inFile, MrcHeader *hdata); int iiMRCopenNew(ImodImageFile *inFile, const char *mode); void iiMRCsetIOFuncs(ImodImageFile *inFile, int rawFile); void iiMRCsetLoadInfo(ImodImageFile *inFile, IloadInfo *li); void iiMRCmodeToFormatType(ImodImageFile *iif, int mode, int bytesSigned); int iiMRCLoadPCoord(ImodImageFile *inFile, IloadInfo *li, int nx, int ny, int nz); int iiMRCcheckPCoord(MrcHeader *hdr); int tiffFillMrcHeader(ImodImageFile *inFile, MrcHeader *hdata); int tiffReadSectionByte(ImodImageFile *inFile, char *buf, int inSection); int tiffReadSectionUShort(ImodImageFile *inFile, char *buf, int inSection); int tiffReadSectionFloat(ImodImageFile *inFile, char *buf, int inSection); int tiffReadSection(ImodImageFile *inFile, char *buf, int inSection); void tiffClose(ImodImageFile *inFile); int tiffGetField(ImodImageFile *inFile, int tag, void *value); int tiffGetArray(ImodImageFile *inFile, int tag, b3dUInt16 *count, void *value); void tiffSuppressWarnings(void); void tiffSuppressErrors(void); void tiffFilterWarnings(void); int tiffOpenNew(ImodImageFile *inFile); int tiffWriteSection(ImodImageFile *inFile, void *buf, int compression, int inverted, int resolution, int quality); int tiffWriteSetup(ImodImageFile *inFile, int compression, int inverted, int resolution, int quality, int *outRows, int *outNum, int *tileSizeX); int tiffWriteStrip(ImodImageFile *inFile, int strip, void *buf); void tiffWriteFinish(ImodImageFile *inFile); int iiTiffWriteSection(ImodImageFile *inFile, char *buf, int inSection); int iiTiffWriteSectionFloat(ImodImageFile *inFile, char *buf, int inSection); int tiffVersion(int *minor); int tiffReopen(ImodImageFile *inFile); void tiffDelete(ImodImageFile *inFile); void tiffSetMapping(int value); void tiffSetEERreadProperties(int superRes, int autogroup, int flags); int tiffGetMaxEERsuperRes(); void tiffAddDescription(const char *text); int tiffNumReadThreads(int nx, int ny, int compression, int maxThreads); int tiffParallelRead(ImodImageFile **fileCopies, int maxThreads, int llx, int urx, int lly, int ury, int dataSize, char *readBuf, int izRead, int convert); int tiffParallelWrite(ImodImageFile *inFile, void *buf, int compression, int inverted, int resolution, int quality, int *didParallel); int iiUseTiffThreads(ImodImageFile *inFile, int maxThreads); int iiUseTiffThreadsForFP(FILE *fp, int maxThreads); void iiCloseTiffCopies(ImodImageFile *inFile); void iiCloseTiffCopiesForFP(FILE *fp); int iiLikeMRCCheck(ImodImageFile *inFile); void iiLikeMRCDelete(ImodImageFile *inFile); int iiSetupRawHeaders(ImodImageFile *inFile, RawImageInfo *info); int analyzeDM3(FILE *fp, char *filename, int dmformat, RawImageInfo *info, int *dmtype); void iiAssumeDMfileMatches(int inVal); int iiHDFCheck(ImodImageFile *inFile); int iiHDFopenNew(ImodImageFile *inFile, const char *mode); int hdfWriteGlobalAdoc(ImodImageFile *inFile); int hdfWriteDummySection(ImodImageFile *inFile, char *buf, int cz); int iiProcessReadLine(MrcHeader *hdata, IloadInfo *li, LineProcData *d); int iiInitReadSectionAny(MrcHeader *hdata, IloadInfo *li, unsigned char *buf, LineProcData *d, int *freeMap, int *yEnd, const char *caller); void iiBestTileSize(int imSize, int *tileSize, int *numTiles, int multipleOf); void iiLimitedTileSize(int imSize, int *tileSize, int *numTiles, int multipleOf, int limit); int iiTestIfHDF(const char *filename); int iiJPEGCheck(ImodImageFile *inFile); int jpegOpenNew(ImodImageFile *inFile); int jpegWriteSection(ImodImageFile *inFile, char *buf, int inverted, int resolution, int quality); int iiSimpleFillMrcHeader(ImodImageFile *inFile, MrcHeader *hdata); int iiADOCCheck(ImodImageFile *inFile); /* This is here in case a program links with iiqimage */ int iiQImageCheck(ImodImageFile *inFile); /* some of what is in parallelwrite.c */ int parWrtInitialize(const char *filename, int nxin, int nyin); int parWrtProperties(int *allSec, int *linesBound, int *nfiles); int parWrtSetCurrent(int index); void parWrtClose(); int parWrtRecloseHDF(ImodImageFile *iiFile, MrcHeader *hdata); int parWrtFlushBuffers(ImodImageFile *iiFile, MrcHeader *hdata); int parWrtToHDFchunk(ImodImageFile *iiFile, MrcHeader *hdata, void *buf, int section); #ifdef __cplusplus } #endif #endif