// TagDefinitions // #ifndef VC_EXTRALEAN #define VC_EXTRALEAN #endif //#pragma pack(1) //////////////////////////////////////////////////////////////// // // Copyright 2002-2008, Exxim Computing, Inc. // ALL RIGHTS RESERVED // // UNPUBLISHED -- Rights reserved under the copyright laws of // the United States. Use of a copyright notice is precautionary // only and does not imply publication or disclosure. // // The content of this work contains confidential and proprietary // information from Exxim Computing, Inc. // Any duplication, modification, // distribution, or disclosure in any form, in whole or in part, // is strictly prohibited without prior express written consent // from Exxim Computing Corporation // //////////////////////////////////////////////////////////////// // !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! // // Important !!! // // Please do not change this file // // // !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! #ifndef __TagDefinitions_h__ #define __TagDefinitions_h__ // ------------------------------------------------------------------------------ // // Input data formats and location // #define PARTAG_SRCDATAPATH 1000 // Source data folder, default = c:\data (external use) #define OPTTAG_PRJNAMEFORMAT 2119 // Source data folder, default = c:\data (external use) #define PARTAG_INPUTHEADERLEN 1310 // A length of input projection header (bytes), default = 0 (external use) #define PARTAG_INPUTISUNSIGNED 0x00010000 // Input projection contains unsigned 2-bytes integers, default = 0 (external use) #define PARTAG_INPUTREQSWAP 0x00020000 // Input projection requires byte swapping (big/little endian switch), default = 0 (external use) #define PARTAG_INPUTDOWNSAMPLED 0x00040000 // Input projection should be downsampled (external use) #define PARTAG_INPUTLOGGEDFLOAT 0x00080000 // Input projection is logged and has float format (external use) #define PARTAG_INTFORMAT 0x00040030 // Internal COBRA use #define PARTAG_INTFORMAT_BIT 0x08000000 // Internal COBRA use // Extended Data Format #define PARTAG_INPUTDOWNSAMPLE_X 0x00040001 // Input projection should be downsampled along X by this factor (external use) #define PARTAG_INPUTDOWNSAMPLE_Y 0x00040002 // Input projection should be downsampled along Y by this factor (external use) #define PARTAG_HISFORMAT 0x00040005 // Internal COBRA use #define PARTAG_HISFORMAT_BIT 0x01000000 // Internal COBRA use #define PARTAG_AIRSCANSSTARTFROM 0x00040010 // Internal COBRA use #define PARTAG_PRJSTARTFROM 0x00040015 // The projection counter starts from this number (external use) #define PARTAG_TRANSPOSED_PRJ 0x00040067 // Projection should be transposed before filtering (external use) #define PARTAG_TRANSPOSED_PRJ_BIT 0x80000000 // Internal COBRA use #define PARTAG_GNIFORMAT 0x00040025 // Internal COBRA use #define PARTAG_GNIFORMAT_BIT 0x04000000 // Internal COBRA use #define PARTAG_CATFORMAT 0x00040029 // Internal COBRA use #define PARTAG_CATFORMAT_BIT 0x10000000 // Internal COBRA use // ------------------------------------------------------------------------------ // // Slice format and location // #define PARTAG_DSTDATAPATH 1010 // Slice folder, default = c:\images (external use) #define OPTTAG_SLCNAMEFORMAT 2100 // Format string for slice file in C-syntax, default = %04i.slice (external use) #define PARTAG_MINUS1000 2085 // Dump with -1000 offset (external use) #define PARTAG_MINUS1000_MASK 0x00000001 // Mask of Dump with -1000 offset (internal use) #define PARTAG_SLICEOFFSETVALUE 2086 // Dump with arbitrary offset (external use) #define PARTAG_DICOM 2087 // Dump data as DICOM files (external use) #define PARTAG_DICOM_MASK 0x00000004 // Mask of Dump data as DICOM files in ReconParam.opt_nSlcFormat (internal use) #define PARTAG_NEGATIVE_DENIED 2090 // Negative densities (on slices) are converted to 0, default = 0 (external use) #define PARTAG_NEGATIVE_DENIED_MASK 0x00000008 // (internal use) #define PARTAG_DUMPVOL 2099 // Dump the whole volume into one file (Internal/Reserved) #define PARTAG_DUMPVOL_MASK 0x00000010 // (internal use) #define PARTAG_SHOWEXTRA 2084 // Show Extra Mode (External) #define PARTAG_SHOWEXTRA_BIT 0x00000003 // Show Extra Setting Mask (Internal) #define PARTAG_SLICEFLIPX 2091 // Flip slices over X axis (external use) #define PARTAG_SLICEFLIPX_BIT 0x00000010 // Bit mask for flip slices over X axis (Internal) #define PARTAG_SLICEFLIPY 2092 // Flip slices over X axis (external use) #define PARTAG_SLICEFLIPY_BIT 0x00000020 // Bit mask for flip slices over Y axis (Internal) #define PARTAG_SLICEFLIPZ 2093 // Flip slices over X axis (external use) #define PARTAG_SLICEFLIPZ_BIT 0x00000040 // Bit mask for flip slices over Z axis (Internal) #define PARTAG_DUMPVOLBG 2097 // In multi-pass , dumping volume on the background (external use) #define PARTAG_DUMPVOLBG_BIT 0x00000080 // Bit mask for dumping volume on the background (Internal) #define PARTAG_SLICE_AUTOWATER 2094 // Slice scale / water level auto-adjustment (external use) #define PARTAG_SLICE_AUTOWATER_BIT 0x000fff00 // Bit mask for slice scale / water level auto-adjustment (Internal) // ------------------------------------------------------------------------------ // // Data acquisition and geometry // #define PARTAG_SRCOBJDIST 1020 // Source to Object Distance [mm], default = 500 (external use) #define PARTAG_SRCDETDIST 1030 // Object to Detector Distance [mm], default =1000 (external use) #define PARTAG_SCANANGLE 1050 // Scan Angle [degrees], default = 360 (external use) #define PARTAG_STARTANGLE 1055 // Start Angle of Scanning [degrees], default = 0 (external use) #define PARTAG_INVERSEANGLE 1057 // Angles in .bin should be inversed, default = 0 (internal use) #define PARTAG_ROTATIONDIR 1240 // Rotation direction (+1 for CW and -1 for CCW), default = 1 (external use) #define PARTAG_PROJACQUIRED 1060 // Number of projections acquired, default = 361 (external use) #define PARTAG_PROJRECON 1070 // Number of projections to reconstruct, default = 360 (external use) #define PARTAG_DETSIZEU 1080 // Detector size in U (horiz), default = 512 (external use) #define PARTAG_DETSIZEV 1090 // Detector size in U (vert), default = 512 (external use) #define PARTAG_DETOFFSETU 1100 // Detector offset in U (pixels), default = 0 (external use) #define PARTAG_DET_OFFSET_U_3XEXT 1107 // Detector offset in U, 3X mode (pixels), default = 0 (external use) #define PARTAG_DETOFFSETV 1110 // Detector offset in V (pixels), default = 0 (external use) #define PARTAG_DETPITCHU 1120 // U Detector Pitch [mm], default = 1 (external use) #define PARTAG_DETPITCHV 1130 // V Detector Pitch [mm], default = 1 (external use) #define PARTAG_DETPIVOT 1132 // Detector pivot, degrees, specific for version 6 (external use) #define PARTAG_CROP_UP 1134 // Crop detector, pixels, specific for version 6 (external use) #define PARTAG_CROP_DOWN 1135 // Crop detector, pixels, specific for version 6 (external use) #define PARTAG_CROP_LEFT 1136 // Crop detector, pixels, specific for version 6 (external use) #define PARTAG_CROP_RIGHT 1137 // Crop detector, pixels, specific for version 6 (external use) // ------------------------------------------------------------------------------ // // Stacked Volume // #define PARTAG_PROJ_RECON0 10700 // Number of projections to reconstruct, stacked subvolume 0, default = 360 (external use) #define PARTAG_PROJ_RECON1 10701 // Number of projections to reconstruct, stacked subvolume 1, default = 0 (external use) #define PARTAG_PROJ_RECON2 10702 // Number of projections to reconstruct, stacked subvolume 2, default = 0 (external use) #define PARTAG_PROJ_RECON3 10703 // Number of projections to reconstruct, stacked subvolume 3, default = 0 (external use) #define PARTAG_PROJ_RECON4 10704 // Number of projections to reconstruct, stacked subvolume 4, default = 0 (external use) #define PARTAG_PROJ_RECON5 10705 // Number of projections to reconstruct, stacked subvolume 5, default = 0 (external use) #define PARTAG_PROJ_RECON6 10706 // Number of projections to reconstruct, stacked subvolume 6, default = 0 (external use) #define PARTAG_PROJ_RECON7 10707 // Number of projections to reconstruct, stacked subvolume 7, default = 0 (external use) #define PARTAG_PROJ_RECON8 10708 // Number of projections to reconstruct, stacked subvolume 8, default = 0 (external use) #define PARTAG_PROJ_RECON9 10709 // Number of projections to reconstruct, stacked subvolume 9, default = 0 (external use) #define PARTAG_PROJ_RECON10 10710 // Number of projections to reconstruct, stacked subvolume 10, default = 0 (external use) #define PARTAG_PROJ_RECON11 10711 // Number of projections to reconstruct, stacked subvolume 11, default = 0 (external use) #define PARTAG_STACKEDVOLQTY 10716 // Number of stacked subvolumes , default = 1 (external use) #define PARTAG_STACKEDVOLMODE 10713 // No anglular alignment = 0; anglular alignment = 1 , default = 0 (external use) #define PARTAG_STACKEDVOLOVERLAP 10717 // Overlap of stacked subvolumes (percents), default = 33 (external use) #define PARTAG_STACKEDVOLDIRECTION 10718 // Subvolume Sequence, default = 1 (external use) #define PARTAG_STACKEDVOLADJUSTFACTOR 10719 // Volume Adjustment Factor, default = 100 (external use) // ------------------------------------------------------------------------------ // // 3X Extended Volume // #define PARTAG_PRJ_RECON_FORWARD_3X 10733 // Forward-direction projection number (external use) #define PARTAG_PRJ_STARTFROM_3X 10731 // Second projection subset start index (external use) // Projective transform modes #define OPTTAG_PRJTRFNORMAL 0x00000000 // Regular projective transform mode, Internal use #define OPTTAG_PRJTRFROTATED 0x00000001 // Projection is treated as rotated one, Internal use #define OPTTAG_PRJTRFFLIPPED 0x00000002 // Projection is treated as flipped one, Internal use // ------------------------------------------------------------------------------ // // Data acquisition and geometry for inline // #define PARTAG_INSTANT_ANGLEPOSITION 1400 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_DETOFFSETU 1410 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_DETOFFSETV 1420 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_SRCOBJDIST 1430 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_SRCDETDIST 1440 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_OBJDETDIST 1445 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_HORTILTING 1450 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_VRTTILTING 1460 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_PIVOTING 1470 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_UPITCH 1480 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_VPITCH 1490 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_REFERENCE 1492 // Instant value setable via SDK (external use, SDK, obsolete) #define PARTAG_INSTANT_PROJMATRIX 1495 // Instant value setable via SDK (external use, SDK, obsolete) // ------------------------------------------------------------------------------ // // Output cube // #define PARTAG_CUBESIZEX 1140 // Cube Size in X, default = 512 (external use) #define PARTAG_CUBESIZEY 1150 // Cube Size in Y, default = 512 (external use) #define PARTAG_CUBESIZEZ 1160 // Cube Size in Z, default = 512 (external use) #define PARTAG_SLICESIZEX 1143 // FANBEAM Mode Only: Slice Size in X, default = 512 (obsolete) #define PARTAG_SLICESIZEY 1153 // FANBEAM Mode Only: Slice Size in Y, default = 512 (obsolete) #define PARTAG_SLICEQTY 1163 // FANBEAM Mode Only: Slice qty along Z, default = 512 (obsolete) #define PARTAG_CUBEPITCHX 1170 // X-coord Cube Pitch [mm], default = 1 (external use) #define PARTAG_CUBEPITCHY 1180 // Y-coord Cube Pitch [mm], default = 1 (external use) #define PARTAG_CUBEPITCHZ 1190 // Z-coord Cube Pitch [mm], default = 1 (external use) #define PARTAG_SLICEPITCHX 1173 // FANBEAM Mode Only: X-coord Slice Pitch, default = 1 (obsolete) #define PARTAG_SLICEPITCHY 1183 // FANBEAM Mode Only: Y-coord Slice Pitch, default = 1 (obsolete) #define PARTAG_SLICEPITCHZ 1193 // FANBEAM Mode Only: Z-coord Slice Pitch, default = 1 (obsolete) #define PARTAG_CUBEORIGINX 1200 // X-coord cube origin, default = 0 (external use) #define PARTAG_CUBEORIGINY 1210 // Y-coord cube origin, default = 0 (external use) #define PARTAG_CUBEORIGINZ 1220 // Z-coord cube origin, default = 0 (external use) // ---------------------------------------------------------------------------------- // // Preprocessing options and controls // #define OPTTAG_AIRCAL 2000 // Use AirCal step in prepro, default = 1 (external use) #define OPTTAG_FFT 2010 // Use FFT step in prepro, default = 1 (external use) #define OPTTAG_LOG 2020 // Use log step in prepro, default = 1 (external use) #define OPTTAG_OFFSET 2030 // Use offset step in prepro, default = 1 (external use) #define OPTTAG_PARKER 2040 // Use Parker Weighting step in prepro, default = 1 (external use) #define OPTTAG_SLVERTFILT 2050 // Use slight vert filtering step in prepro, default = 1 (external use) #define OPTTAG_VRTSMOOTH 2060 // Use vert smoothing step in prepro, default = 0 (external use) #define OPTTAG_FILTERNUM 2065 // Number of used FFT filter. 0=ramp, 1=Shepp-logan (default), 2=cosine, 3=user defined (external use) #define OPTTAG_DEADPIXDETECT 2067 // Detecting dead pixels, default = 1 (external use) #define PARTAG_SCALEFACTOR 1230 // Float/Integer Sacale Factor (usually 1000-3000, -1 for autodetect) , default = 1000 (in SDK) (external use) #define PARTAG_BHFACTOR0 5101 // Polinomial Beam Hardening Correction factor (external use) #define PARTAG_BHFACTOR1 5103 // Polinomial Beam Hardening Correction factor (external use) #define PARTAG_BHFACTOR2 5105 // Polinomial Beam Hardening Correction factor (external use) #define PARTAG_BHFACTOR3 5107 // Polinomial Beam Hardening Correction factor (external use) #define PARTAG_BHFACTORA0 5109 // Internal use #define OPTTAG_ZFILTER00 5070 // z-filter byte coefficient # 0 (external use) #define OPTTAG_ZFILTER01 5071 // z-filter byte coefficient # 1 (external use) #define OPTTAG_ZFILTER02 5072 // z-filter byte coefficient # 2 (external use) #define OPTTAG_ZFILTER03 5073 // z-filter byte coefficient # 3 (external use) #define OPTTAG_ZFILTER04 5074 // z-filter byte coefficient # 4 (external use) #define OPTTAG_ZFILTER05 5075 // z-filter byte coefficient # 5 (external use) #define OPTTAG_ZFILTER06 5076 // z-filter byte coefficient # 6 (external use) #define OPTTAG_ZFILTER07 5077 // z-filter byte coefficient # 7 (external use) #define OPTTAG_ZFILTER08 5078 // z-filter byte coefficient # 8 (external use) #define OPTTAG_ZFILTER09 5079 // z-filter byte coefficient # 9 (external use) #define OPTTAG_ZFILTER10 5080 // z-filter byte coefficient # 10 (external use) #define OPTTAG_ZFILTER11 5081 // z-filter byte coefficient # 11 (external use) #define OPTTAG_ZFILTER12 5082 // z-filter byte coefficient # 12 (external use) #define OPTTAG_ZFILTER13 5083 // z-filter byte coefficient # 13 (external use) #define OPTTAG_ZFILTER14 5084 // z-filter byte coefficient # 14 (external use) #define OPTTAG_ZFILTER15 5085 // z-filter byte coefficient # 15 (external use) #define PARTAG_AIRLEVEL 1245 // AirLevel (external use) #define PARTAG_OFFSET 1230 // Dark field, default = 0 (external use) // *********************************************************************************************** // // Back-Projecting modes, options and controls // // Inline/Offline #define MODE_OFFLINE 0x00000001 // default (external use, SDK) #define MODE_INLINE 0x00000002 // (external use, SDK) #define MODE_INLINE_PARAMETERS 0x00000004 // (external use, SDK) // Accuracy #define BPMODETAG_NRSTNBR 0x00010000 // Nearest neighbor accum mode (default) (external use) #define BPMODETAG_LINITRP 0x00020000 // Linear interpolation mode (external use) #define BPMODETAG_ROTATECUBE 0x00040000 // Rotational cube mode (internal Cobra use) // Geometery specifics #define BPMODETAG_CONEBEAM 0x00001000 // Regular cone beam, default (external use) #define BPMODETAG_FANBEAM 0x00002000 // Fan beam, stock based (obsolete/reserved) #define BPMODETAG_GENERIC 0x00004000 // Projective matrix mapping (external use) #define BPMODETAG_FANBEAM_SBS 0x00008000 // Fan beam, sinogram based, internal COBRA use #define BPMODETAG_OVERR2ON 0x00100000 // Over-R-squared factor is on (obsolete/reserved) #define BPMODETAG_RSRTFANS 0x00200000 // Parallel fans (internal COBRA use) // Special control #define PARTAG_SOTR 4010 // Internal COBRA use #define PARTAG_RESORT 0x00100000 // Resort to parallel before backprogecting (external use) #define PARTAG_GENTC 0x00200000 // Internal COBRA use #define PARTAG_HBTC 0x00400000 // Extended view (half beam) mode (external use) #define PARTAG_HBTC_ 0x00400000 // Extended view (half beam) mode (internal use) #define PARTAG_3XVIEW 10720 // Extended 3x view mode (external use) #define PARTAG_3XVIEW_BIT 0x00800000 // Extended view (half beam) mode (internal use) #define PARTAG_FASTEXTVIEW 10721 // Fast extended view mode (external use) #define PARTAG_FASTEXTVIEW_BIT 0x01000000 // Fast extended view mode (internal use) // Reconstruction on GPU #define BPMODETAG_USE_GPU 0x40000000 // Use GPU device,, specific for version 6 (external use) #define PARTAG_USE_CUDA 6100 // Use GPU as CUDA (internal, not effective, reserved) #define PARTAG_USE_CUDA_TAG 0x00000001 // Use GPU as CUDA (internal, not effective, reserved) #define PARTAG_USE_DX 6110 // Use GPU as DX (internal, not effective, reserved) #define PARTAG_USE_DX_TAG 0x00000002 // Use GPU as DX (internal, not effective, reserved) #define PARTAG_USE_FAIGHT8 6111 // Use GPU 8 projections per accum mode (internal ) #define PARTAG_USE_FAIGHT8_TAG 0x00000004 // Use GPU 8 projections per accum mode (internal) #define SUBMODETAG_USE_ROTCUBE 0x00000001 // Use another BP code based on rotation (internal ) #define SUBMODETAG_IGNORE_ANGDEPEND 0x00000002 // Ignore angular-dependent stuff (internal ) #define SUBMODETAG_FFT_DOWNSAMPLED 0x00000004 // Ignore angular-dependent stuff (internal ) #define SUBMODETAG_FFT_GPU 0x00000008 // Ignore angular-dependent stuff (internal ) #define SUBMODETAG_NONFLIP 0x00000010 // Non flip during fwd projectiong (internal ) // Prepare all projections first #define BPSTEPMODE_TAG_PREPROFIRST 6001 // Prepare all projection first (not effective, reserved) #define BPSTEPMODE_TAG_PREPROFIRST_BIT 0x00000001 // Internal COBRA use #define BPSTEPMODE_TAG_LOAD_FROM_MMF_BIT 0x00000002 // Internal COBRA use // *********************************************************************************************** // // Correcting various artifacts // (may not be for public use, see UM for details) // // Feldkamp_corrections #define OPTTAG_CFA 6011 // Correction of Fieldkamp artifact (external use) #define OPTTAG_CFA_BIT 0x00000010 // Internal use #define OPTTAG_CFA_BIT_ORIG 0x00000020 // Internal use #define OPTTAG_CFA_BIT_FWD 0x00000040 // Internal use // SAMARA parameters #define SAMARATAG_HIGHCONTRASTLEVEL 3005 // (external use) #define SAMARATAG_LOWCONTRASTLEVEL 3010 // (external use) #define SAMARATAG_HIDENSLEVEL 3015 // (external use) #define SAMARATAG_TOOTHDENSLEVEL 3017 // (external use) #define BPMODETAG_SAMARA 0x01000000 // SAMARA is active (Internal COBRA use) #define BPMODETAG_SAMARA_SKIPFIRSTSTEP 0x02000000 // Internal COBRA use // BHC parameters #define BHCTAG_MODE 6090 // Reserved #define BHCTAG_HIGHCONTRASTLEVEL 6010 // Reserved #define BHCTAG_BHILEVEL 6020 // Reserved #define BHCTAG_BLOLEVEL 6030 // Reserved #define BHCTAG_FACTORA0 6040 // Reserved #define BHCTAG_FACTORA1 6050 // Reserved // Protrusion corrections #define OPTTAG_PROTRUSIONCMODE 6080 // Protrusion Correction Mode (external use) // SC parameters #define PARTAG_SCATTERCORRECTION 5110 // Internal COBRA use #define PARTAG_SCATTERCORRFACTOR_P0 5520 // Scatter Correction Parameter 0 (reserved, external use) #define PARTAG_SCATTERCORRFACTOR_P1 5511 // Scatter Correction Parameter 1 (reserved, external use) #define SCTAG_UPSTRIP 5120 // Internal COBRA use #define SCTAG_DOWNSTRIP 5130 // Internal COBRA use #define PARTAG_HDPROJ 0x40000000 // Hi-density object shadow (COBRA internal format) // *********************************************************************************************** // // Postprocessing and slice dumping // #define OPTTAG_SLICESCALE 2080 // Scaling during getting 16-bit slices from 32-bit cube, default = 1 (external use) #define OPTTAG_GAMMASLICESCALE 2081 // Scaling during getting 16-bit slices from 32-bit cube, default = 1 (external use) #define PARTAG_POSTPROFACTOR 2088 // De-noising (external use) #define BPMODETAG_DUMP16 0x00000100 // Dump 16-bit slices (default) (obsolete/reserved) #define BPMODETAG_DUMP12 0x00000200 // Dump 12-bit slices (obsolete/reserved) #define BPMODETAG_DUMP32 0x00000400 // Dump 32-bit slices (obsolete/reserved) #define PARTAG_FIDEX_MEDIAN 70001 // FIDEX post-procesiing algorithms (COBRA internal use) #define PARTAG_FIDEX_MEDIAN_BIT 0x000000ff // FIDEX post-procesiing algorithms (COBRA internal use) // *********************************************************************************************** // // Forward-projector and inter-phase modes and resolution // #define MODE_FULLPROJRESOLUTION 0x00000001 // (internal COBRA use) #define MODE_HALFPROJRESOLUTION 0x00000002 // (internal COBRA use) #define MODE_QTRPROJRESOLUTION 0x00000004 // (internal COBRA use) #define MODE_HALFQTRPROJRESOLUTION 0x00000008 // (internal COBRA use) #define MODE_FULLCUBERESOLUTION 0x00000010 // (internal COBRA use) #define MODE_HALFCUBERESOLUTION 0x00000020 // (internal COBRA use) #define MODE_QTRCUBERESOLUTION 0x00000040 // (internal COBRA use) #define MODE_GETFULLPRJ 0x00000100 // (internal COBRA use) #define MODE_GETHALFPRJ 0x00000200 // (internal COBRA use) #define MODE_GETQTRPRJ 0x00000400 // (internal COBRA use) #define MODE_GETFULLCUBE 0x00001000 // (internal COBRA use) #define MODE_GETHALFCUBE 0x00002000 // (internal COBRA use) #define MODE_GETQTRCUBE 0x00004000 // (internal COBRA use) // *********************************************************************************************** // // Memory handling // #define OPTTAG_3DBUFFERSIZE 2200 // 3D Buffer size (depends on available RAM), MB (128/256/512/1536 only) (external use) #define MMF_RAW 0x00010000 // Projection is saved in MMF as raw (intensity) (internal COBRA use) #define MMF_LOGGED 0x00020000 // Projection is saved in MMF as float linear integral (internal COBRA use) #define MMF_LOGGED_HBTC 0x00040000 // Projection is saved in MMF as float linear integral after HBTC (internal COBRA use) #define MMF_FILTERED 0x00080000 // Projection is saved in MMF as filtered (internal COBRA use) #define MMF_FILTERED_FLOAT 0x00100000 // Projection is saved in MMF as filtered (internal COBRA use) // Memory mapped formats for slices // #define MMF_SLICE 0x00010000 // Slice is saved in MMF (internal COBRA use) // Memory mapped formats for slices // #define MMF_DOWNSAMLE_X 0x00000002 // Item is saved in MMF as downsampled along x (internal COBRA use) #define MMF_DOWNSAMLE_Y 0x00000020 // Item is saved in MMF as downsampled along y (internal COBRA use) // Reserved for possible use #define INLINEMODE_PRJKEEPINMEMORY 0x00000001 // keep acquired projections in memory (internal COBRA use) #define INLINEMODE_PRJKEEPONDISK 0x00000002 // keep acquired projections on disk (internal COBRA use) #define INLINEMODE_PRJDUMPONDISK 0x00000004 // dump every acquired projections on disk (internal COBRA use) // *********************************************************************************************** // // Hardware and system // #define OPTTAG_DISTRIBUTED 2220 // Use distributed mode if =1 (default = 0) (external use) #define OPTTAG_NODENAME 2230 // PC name (internal) #define OPTTAG_NODEPARTICIP 2240 // PC participation (obsoltete) #define OPTTAG_ENGINEQTY 2245 // Reconstruction engines qty (external use) #define OPTTAG_WORKDIR 2300 // Working directory (external use) #define OPTTAG_APPDIR 2310 // Application directory (external use) #define OPTTAG_RESTART 2250 // Restarts service after reconstruction session (internal, not effective/reserved) #endif //__TagDefinitions_h__