Mercurial > hg > minc-tools
changeset 1983:8e40cd43da81
Rework substantially
| author | bert <bert> |
|---|---|
| date | Wed, 02 Mar 2005 18:24:16 +0000 |
| parents | 134e4d91dca0 |
| children | 18e5b08b2676 |
| files | conversion/dcm2mnc/siemens_header_defs.h |
| diffstat | 1 files changed, 284 insertions(+), 878 deletions(-) [+] |
line wrap: on
line diff
--- a/conversion/dcm2mnc/siemens_header_defs.h +++ b/conversion/dcm2mnc/siemens_header_defs.h @@ -3,192 +3,48 @@ /* CONSTANTS */ -/* Define total length of the group objects so that we can make certain - * all of our structures are properly sized and aligned. - */ -#define LENGTH_GROUP_0008 0x0180 -#define LENGTH_GROUP_0010 0x0100 -#define LENGTH_GROUP_0018 0x0180 -#define LENGTH_GROUP_0020 0x0200 -#define LENGTH_GROUP_0028 0x0100 - -/* siemens-specific header lengths. We don't parse these. */ -#define LENGTH_GROUP_0009 0x0180 -#define LENGTH_GROUP_0011 0x0080 -#define LENGTH_GROUP_0013 0x0180 -#define LENGTH_GROUP_0019_PART1 0x0080 -#define LENGTH_GROUP_0019_PART2 0x0200 -#define LENGTH_GROUP_0019_PART3 0x0180 -#define LENGTH_GROUP_0019_PART4 0x0100 -#define LENGTH_GROUP_0021_PART1 0x0100 -#define LENGTH_GROUP_0021_PART2 0x0100 -#define LENGTH_GROUP_0021_PART3 0x0300 -#define LENGTH_GROUP_0029 0x0100 -#define LENGTH_GROUP_0051 0x0280 +#define N_STRING 26 +#define N_AGE 4 +#define N_DIAGNOSIS 40 +#define N_FILENAME 64 +#define N_NUCLEUS 8 +#define N_MANUFACTURER 8 +#define N_ORIENTATION 3 +#define N_PATIENTID 12 +#define N_SEQ_INFO 8 +#define N_SWVERSION 8 -/* define length of common header strings */ -#define LENGTH_LABEL 26 - -/* define length of special header stings */ -#define LENGTH_AGE 4 -#define LENGTH_COMMENT 26 -#define LENGTH_DIAGNOSIS 40 -#define LENGTH_DIRECTION 4 -#define LENGTH_FILE_NAME 64 -#define LENGTH_FILTER_ID 12 -#define LENGTH_HEADER_VERSION 8 -#define LENGTH_NUCLEUS 8 -#define LENGTH_MANUFACTURER 8 -#define LENGTH_ORIENTATION 3 -#define LENGTH_PATIENT_ID 12 -#define LENGTH_SEQUENCE_INFO 8 -#define LENGTH_SOFTWARE_VERSION 8 - -/* define Xxx_UNDEFINED constants */ -#define Enum_UNDEFINED (-19222) -#define Integer_UNDEFINED (-19222) -#define String_UNDEFINED '?' -#define Real_UNDEFINED (-19222.0) +typedef double flt64_t; /* TYPES */ typedef struct { - long Year; /* four digits e.g. 1989 */ - long Month; /* 1 - 12 */ - long Day; /* 1 - 31 */ -} ds_date_t; + int32_t Year; /* four digits e.g. 1989 */ + int32_t Month; /* 1 - 12 */ + int32_t Day; /* 1 - 31 */ +} ima_date_t; typedef struct { - long Hour; /* 0 - 23 */ - long Minute; /* 0 - 59 */ - long Second; /* 0 - 59 */ - long Fraction; /* 0 - 999 */ -} ds_time_t; - -typedef enum -{ - Compression_DONE = 2, - Compression_NONE = 1, - Compression_UNDEFINED = Enum_UNDEFINED -} compression_code_t; - - -typedef enum -{ - Contrast_NONE = 1, - Contrast_APPLIED = 2, - Contrast_UNDEFINED = Enum_UNDEFINED -} contrast_t; - - -typedef enum -{ - Set_m_IMAGE = 1, - Set_m_PLOT = 2, - Set_m_RAW = 3, - Set_m_SPECT = 4, - Set_m_TEXT = 5, - Set_m_UNDEFINED = Enum_UNDEFINED -} data_set_subtype_m_t; - - -typedef enum -{ - /* NOTE: data_set_subtype_s_tag */ - /* If this basic data type "data_set_subtype_s_t" is changed please - check also the basic data type "measurement_mode_s_t" and the - sequence "determine image type" in data set library function - "ds_get_image_text_type()". */ - - /* To find a free enum number you can use the following command - "sort -t= +1 <Return> <set list> <Control D>" */ - - Set_s_NONE = 1, - Set_s_DYNA = 14, - Set_s_HIS = 19, - Set_s_HISC = 60, - Set_s_PLOT = 18, - Set_s_QUAL = 17, - Set_s_ROT = 16, - Set_s_SCAN = 10, - Set_s_SINC = 11, - Set_s_SIN = 12, - Set_s_STAT = 15, - Set_s_R2D = 62, - Set_s_R3D = 63, - Set_s_TOPO = 13, - Set_s_CAR = 20, - Set_s_MC = 21, - Set_s_BLK = 41, - Set_s_FPA = 42, - Set_s_PROJ = 43, - Set_s_READ = 44, - Set_s_VFLO = 45, - Set_s_VFPA = 46, - Set_s_VSUM = 47, - Set_s_CFL = 51, - Set_s_CSH = 52, - Set_s_UNDEFINED = Enum_UNDEFINED -} data_set_subtype_s_t; - + int32_t Hour; /* 0 - 23 */ + int32_t Minute; /* 0 - 59 */ + int32_t Second; /* 0 - 59 */ + int32_t Fraction; /* 0 - 999 */ +} ima_time_t; typedef struct { - data_set_subtype_m_t M; - data_set_subtype_s_t S; + int32_t M; + int32_t S; } data_set_subtype_t; -typedef enum -{ - Geometry_CURVED = 3, - Geometry_PLANAR = 1, - Geometry_UNRAVEL = 2, - Geometry_UNDEFINED = Enum_UNDEFINED -} geometry_t; - -typedef enum -{ - Format_RECT = 1, - Format_UNDEFINED = Enum_UNDEFINED -} image_format_t; - typedef struct { - double Sag; - double Cor; - double Tra; -} image_location_t; - -/* Analogous to DICOM (0020, 0060) */ -typedef enum -{ - Laterality_L = 1, - Laterality_NO = 2, - Laterality_R = 3, - Laterality_UNDEFINED = Enum_UNDEFINED -} laterality_t; - -/* Corresponds to DICOM (0008, 0060) */ -typedef enum -{ - Modality_CT = 1, - Modality_MR = 2, - Modality_UNDEFINED = Enum_UNDEFINED -} modality_t; - -/* Corresponds to DICOM (0018,0085) */ -typedef enum -{ - Nucleus_C = 1, - Nucleus_F = 2, - Nucleus_H = 3, - Nucleus_N = 4, - Nucleus_NA = 5, - Nucleus_P = 6, - Nucleus_UNDEFINED = Enum_UNDEFINED -} imaged_nucleus_t; + flt64_t X; + flt64_t Y; + flt64_t Z; +} ima_vector_t; typedef enum { @@ -197,7 +53,6 @@ Slice_Order_FREE = 3, Slice_Order_INTERLEAVED = 4, Slice_Order_NONE = 5, - Slice_Order_UNDEFINED = Enum_UNDEFINED } order_of_slices_t; typedef enum @@ -206,223 +61,147 @@ Position_PRONE = 2, Position_RIGHT = 3, Position_SUPINE = 4, - Position_UNDEFINED = Enum_UNDEFINED } patient_position_t; -typedef struct -{ - double Row; - double Col; -} pixel_size_t; - -typedef enum +typedef struct { - Rotation_NO = 1, - Rotation_CC = 2, - Rotation_CW = 3, - Rotation_UNDEFINED = Enum_UNDEFINED -} rotation_direction_t; - -typedef enum -{ - Sex_F = 1, - Sex_M = 2, - Sex_O = 3, - Sex_UNDEFINED = Enum_UNDEFINED -} sex_t; + flt64_t Row; + flt64_t Col; +} pixel_size_t; /* Analogous to DICOM fields (0028, 1050) and (0028, 1051) */ typedef struct { - long X; - long Y; + int32_t X; + int32_t Y; } windows_t; /*****************************************************/ /* Identifying Information (From DICOM group 0x0008) */ /*****************************************************/ -typedef struct +struct ima_acr_0008 /* Item# FOffs SOffs */ { - ds_date_t StudyDate; /* (0008,0020) 10 AT DF 2NS-NEM */ - ds_date_t AcquisitionDate; /* (0008,0022) 10 AT DF 2NS-CMS */ - ds_date_t ImageDate; /* (0008,0023) 10 AT DF 2NS-CMS */ - ds_time_t StudyTime; /* (0008,0030) 12 AT DF 2NS-NEM */ - ds_time_t AcquisitionTime; /* (0008,0032) 12 AT DF 2NS-CMS */ - ds_time_t ImageTime; /* (0008,0033) 12 AT DF 2NS-CMS */ - data_set_subtype_t DataSetSubtype; /* (0008,0041) 8 AT EV 2NS-CMS */ - modality_t Modality; /* (0008,0060) 2 AT EV 1NS-CMS */ - char Manufacturer[LENGTH_MANUFACTURER + 1]; /* (0008,0070) 8 AT FF 2NS-NEM */ - char InstitutionID[LENGTH_LABEL + 1]; /* (0008,0080) 26 AT FF 2NS-NEM */ - char ReferringPhysician[LENGTH_LABEL + 1]; /* (0008,0090) 26 AT FF 2NS-NEM */ - char StationID[LENGTH_LABEL + 1]; /* (0008,1010) 26 AT FF 2NS-NEM */ - char ProcedureDescription_1[LENGTH_COMMENT + 1]; /* (0008,1030) 52 AT FF 2DS-CMS */ - char ProcedureDescription_2[LENGTH_COMMENT + 1]; /* */ - char AdmittingDiagnosis[LENGTH_DIAGNOSIS + 1]; /* (0008,1080) 40 AT FF 2DS-CMS */ - char ManufacturerModel[LENGTH_LABEL + 1]; /* (0008,1090) 26 AT FF 2DS-CMS */ -} acr_identifying_t; + ima_date_t StudyDate; /* 0020 0000 */ + ima_date_t AcquisitionDate; /* 0022 000C */ + ima_date_t ImageDate; /* 0023 0018 */ + ima_time_t StudyTime; /* 0030 0024 */ + ima_time_t AcquisitionTime; /* 0032 0034 */ + ima_time_t ImageTime; /* 0033 0044 */ + data_set_subtype_t DataSetSubtype; /* 0041 0054 */ + int32_t Modality; /* 0060 005C */ + char Manufacturer[N_MANUFACTURER + 1]; /* 0070 0060 */ + char InstitutionName[N_STRING + 1]; /* 0080 0069 */ + char ReferringPhysician[N_STRING + 1]; /* 0090 0084 */ + char StationID[N_STRING + 1]; /* 1010 009F */ + char ProcedureDescription1[N_STRING + 1]; /* 1030 00BA */ + char ProcedureDescription2[N_STRING + 1]; /* XXXX 00D5 */ + char AdmittingDiagnosis[N_DIAGNOSIS + 1]; /* 1080 00F0 */ + char ModelName[N_STRING + 1]; /* 1090 0119 */ + char pad1[76]; +}; /**************************************/ /* Patient Information (Group 0x0010) */ /**************************************/ -typedef struct +struct ima_acr_0010 /* Item# FOffs SOffs */ { - char PatientName[LENGTH_LABEL + 1]; /* (0010,0010) 26 AT FF 2NS-NEM */ - char PatientId[LENGTH_PATIENT_ID + 1]; /* (0010,0020) 12 AT FF 2NS-NEM */ - ds_date_t PatientBirthdate; /* (0010,0030) 10 AT DF 2NS-NEM */ - sex_t PatientSex; /* (0010,0040) 2 AT EV 2NS-NEM */ - char PatientMaidenName[LENGTH_LABEL + 1]; /* (0010,1005) 26 AT FF 2DS-CMS */ - char PatientAge[LENGTH_AGE + 1]; /* (0010,1010) 4 AT DF 2NS-CMS */ - double PatientSize; /* (0010,1020) 6 AN FF 3NS-NEM */ - long PatientWeight; /* (0010,1030) 6 AN FF 2NS-CMS */ -} acr_patient_t; - - + char PatientName[N_STRING + 1]; /* 0010 0300 */ + char PatientID[N_PATIENTID + 1]; /* 0020 031B */ + ima_date_t PatientDOB; /* 0030 0328 */ + int32_t PatientSex; /* 0040 0334 */ + char PatientMaidenName[N_STRING + 1]; /* 1005 0338 */ + char PatientAge[N_AGE + 1]; /* 1010 0353 */ + flt64_t PatientSize; /* 1020 0358 */ + int32_t PatientWeight; /* 1030 0360 */ + char pad1[156]; +}; /******************************************/ /* Acquisition Information (Group 0x0018) */ /******************************************/ -typedef struct +struct ima_acr_0018 { - contrast_t Contrast; /* (0018,0010) 8 AT EV 2DS-NEM */ - int Pad1; /* Dummy for byte alignment */ - double SliceThickness; /* (0018,0050) 14 AN FF 2NS-NEM */ - long GeneratorVoltage; /* (0018,0060) 6 AN FF 2NM-NEM */ - long GeneratorVoltageDual; /* (0018,0060) */ - double RepetitionTime; /* (0018,0080) 14 AN FF 2NS-NEM */ - double EchoTime; /* (0018,0081) 14 AN FF 2NS-NEM */ - double InversionTime; /* (0018,0082) 14 AN FF 2NS-NEM */ - long NumberOfAverages; /* (0018,0083) 6 AN FF 3NS-NEM */ - int Pad2; /* Dummy for byte alignment */ - double ImagingFrequency; /* (0018,0084) 14 AN FF 2NS-NEM */ - imaged_nucleus_t Pad3; /* (0018,0085) */ - long EchoNumber; /* (0018,0086) 6 AN FF 3NS-CMS */ - long DataCollectionDiameter; /* (0018,0090) 6 AN FF 3NS-NEM */ - char DeviceSerialNumber[LENGTH_LABEL + 1]; /* (0018,1000) 26 AT FF 2DS-CMS */ - char SoftwareVersion[LENGTH_SOFTWARE_VERSION + 1]; /* (0018,1020) 8 AT FF 2DS-CMS */ - long DistanceSourceToDetector; /* (0018,1110) 6 AN FF 3NS-NEM */ - long DistanceSourceToPatient; /* (0018,1111) 6 AN FF 3NS-NEM */ - long GantryTilt; /* (0018,1120) 6 AN FF 2NS-CMS */ - long TableHeight; /* (0018,1130) 6 AN FF 3NS-NEM */ - rotation_direction_t RotationDirection; /* (0018,1140) 2 AT EV 3NS-NEM */ - long ExposureTime; /* (0018,1150) 6 AN FF 2NS-CMS */ - long Exposure; /* (0018,1152) 6 AN FF 2NS-CMS */ - char FilterIdLabel[LENGTH_FILTER_ID + 1]; /* (0018,1160) 12 AT FF 3NS-NEM */ - int Pad4; /* Dummy for byte alignment */ - double GeneratorPower; /* (0018,1170) 14 AN FF 2NS-CMS */ - double FocalSpot; /* (0018,1190 14 AN FF 3NS-NEM) */ - ds_date_t CalibrationDate; /* (0018,1200) 10 AT DF 3NS-NEM */ - ds_time_t CalibrationTime; /* (0018,1201) 12 AT DF 3NS-NEM */ - char ConvolutionKernel[LENGTH_LABEL + 1]; /* (0018,1210) 12 AT DF 3NS-NEM */ - char ReceivingCoil[LENGTH_LABEL + 1]; /* (0018,1250) 26 AT FF 2DS-CMS */ - char Gap1251[LENGTH_LABEL + 1]; - patient_position_t PatientPosition; /* (0018,5100) 8 AT EV 2NS-CMS */ - char ImagedNucleus[LENGTH_NUCLEUS + 1]; /* (0018,0085) 8 AT FF 2NS-NEM */ -} acr_acquisition_t; - - + int32_t Contrast; /* 0010 0600 */ + char pad1[4]; /* Dummy padding */ + flt64_t SliceThickness; /* 0050 0608 */ + int32_t GeneratorVoltage; /* 0060 0610 */ + int32_t GeneratorVoltageDual; /* 0060 0614 */ + flt64_t RepetitionTime; /* 0080 0618 */ + flt64_t EchoTime; /* 0081 0620 */ + flt64_t InversionTime; /* 0082 0628 */ + int32_t NumberOfAverages; /* 0083 0630 */ + char pad2[4]; /* Dummy padding */ + flt64_t FrequencyMHz; /* 0084 0638 */ + char pad3[4]; /* 0085 0640 */ + int32_t EchoNumber; /* 0086 0644 */ + int32_t DataCollectionDiameter; /* 0090 0648 */ + char SerialNumber[N_STRING + 1]; /* 1000 064C */ + char SoftwareVersion[N_SWVERSION + 1]; /* 1020 0667 */ + char pad4[61]; /* Dummy padding */ + ima_date_t CalibrationDate; /* 1200 06B0 */ + ima_time_t CalibrationTime; /* 1201 06BC */ + char ConvolutionKernel[N_STRING + 1]; /* 1210 */ + char ReceivingCoil[N_STRING + 1]; /* 1250 06E7 */ + char pad5[N_STRING + 1]; /* XXXX */ + patient_position_t PatientPosition; /* 5100 1824 */ + char ImagedNucleus[N_NUCLEUS + 1]; /* 0085 0724 */ + char pad6[80]; /* Pad to 384 bytes */ +}; /*******************************************/ /* Relationship Information (Group 0x0020) */ /*******************************************/ -typedef struct +struct ima_acr_0020 { - long Study; /* (0020,0010) 6 AN FF 2NS-NEM */ - long Gap0011; /* */ - long Acquisition; /* (0020,0012) 6 AN FF 2DS-NEM */ - long Image; /* (0020,0013) 6 AN FF 2DS-NEM */ - long ImagePosition[3]; /* (0020,0030) */ - int Pad1; /* Dummy for byte alignment */ - double ImageOrientation[6]; /* (0020,0035) */ - long Location; /* (0020,0050) 6 AN FF 3NS-NEM */ - laterality_t Laterality; /* (0020,0060) 2 AT EV 2DS-NEM */ - geometry_t ImageGeometryType; /* (0020,0070) 8 AT EV 2DS-NEM */ - long AcquisitionsInSeries; /* (0020,1001) 6 AN FF 3NS-NEM */ -} acr_relationship_t; + int32_t Study; /* 0010 */ + char pad1[4]; /* */ + int32_t Acquisition; /* 0012 */ + int32_t Image; /* 0013 */ + int32_t ImagePosition[3]; /* 0030 */ + char pad2[4]; /* Dummy padding */ + flt64_t ImageOrientation[6]; /* 0035 */ + int32_t Location; /* 0050 */ + int32_t Laterality; /* 0060 */ + int32_t ImageGeometryType; /* 0070 */ + int32_t AcquisitionsInSeries; /* 1001 */ + char pad3[416]; /* Pad to 512 bytes */ +}; /*************************************************/ /* Image Presentation Information (Group 0x0028) */ /*************************************************/ -typedef struct +struct ima_acr_0028 { - short ImageDimension; /* (0028,0005) 2 BI HX 1DS-NEM */ - short Rows; /* (0028,0010) 2 BI HX 1NS-NEM */ - short Columns; /* (0028,0011) 2 BI HX 1NS-NEM */ - pixel_size_t PixelSize; /* (0028,0030) 30 AN FF 2NM-NEM */ - image_format_t ImageFormat; /* (0028,0040) 4 AT EV 1DS-NEM */ - compression_code_t CompressionCode; /* (0028,0060) 4 AT EV 1DS-NEM */ - short BitsAllocated; /* (0028,0100) 2 BI HX 1DS-NEM */ - short BitsStored; /* (0028,0101) 2 BI HX 1DS-NEM */ - short HighBit; /* (0028,0102) 2 BI HX 1DS-NEM */ - short PixelRepresentation; /* (0028,0103) 2 BI HX 1DS-NEM */ - windows_t WindowCenter; /* (0028,1050) 12 AN DF 2NM-MED */ - windows_t WindowWidth; /* (0028,1051) 12 AN DF 2NM-MED */ - long RescaleIntercept; /* (0028,1052) 6 AN FF 2NS-MED */ - long RescaleSlope; /* (0028,1053) 6 AN FF 2NS-MED */ -} acr_presentation_t; + int16_t ImageDimension; /* 0005 */ + int16_t Rows; /* 0010 */ + int16_t Columns; /* 0011 */ + pixel_size_t PixelSize; /* 0030 */ + int32_t ImageFormat; /* 0040 */ + int32_t CompressionCode; /* 0060 */ + int16_t BitsAllocated; /* 0100 */ + int16_t BitsStored; /* 0101 */ + int16_t HighBit; /* 0102 */ + int16_t PixelRepresentation; /* 0103 */ + windows_t WindowCenter; /* 1050 */ + windows_t WindowWidth; /* 1051 */ + int32_t RescaleIntercept; /* 1052 */ + int32_t RescaleSlope; /* 1053 */ + char pad1[192]; /* Pad to 256 bytes */ +}; /* SIEMENS SPECIFIC DATA - This may include proprietary stuff!!! */ -typedef enum -{ - Storage_COMPRESS = 1, - Storage_EXPANDED = 2, - Storage_MIP_MPR = 5, - Storage_REDUCED = 3, - Storage_XDR = 4, - Storage_UNDEFINED = Enum_UNDEFINED -} storage_mode_t; - -typedef enum -{ - Study_Type_CRE = 1, - Study_Type_MEA = 2, - Study_Type_MIP = 3, - Study_Type_MPR = 4, - Study_Type_RAW = 5, - Study_Type_UNDEFINED = Enum_UNDEFINED -} study_type_t; - -typedef enum -{ - Object_m_CT = 1, - Object_m_MRS = 2, - Object_m_MRU = 3, - Object_m_UNDEFINED = Enum_UNDEFINED -} data_object_subtype_m_t; - -typedef enum -{ - Object_d_P = 1, - Object_d_U = 2, - Object_d_UNDEFINED = Enum_UNDEFINED -} data_object_subtype_d_t; - - -typedef enum -{ - Object_s_NONE = 1, - Object_s_UNDEFINED = Enum_UNDEFINED -} data_object_subtype_s_t; - - -typedef struct -{ - data_object_subtype_m_t M; - data_object_subtype_d_t D; - data_object_subtype_s_t S; -} data_object_subtype_t; typedef enum { Rest_FEET = 1, - Rest_HEAD = 2, - Rest_UNDEFINED = Enum_UNDEFINED + Rest_HEAD = 2 } rest_direction_t; typedef enum @@ -432,572 +211,199 @@ View_AtoP = 3, View_LtoR = 4, View_PtoA = 5, - View_RtoL = 6, - View_UNDEFINED = Enum_UNDEFINED + View_RtoL = 6 } view_direction_t; typedef struct { - int M; - int S; -} measurement_mode_t; - -typedef enum -{ - Filter_EXTERNAL = 5, - Filter_FERMI = 1, - Filter_GAUSS = 2, - Filter_HANNING = 3, - Filter_NONE = 4, - Filter_UNDEFINED = Enum_UNDEFINED -} filter_type_t; - -typedef struct -{ - int M; - int S; -} calculation_mode_t; - -typedef struct -{ - double Value1; - double Value2; - double Value3; - double Value4; -} filter_parameter_t; - -typedef enum -{ - Filter_Image_NO1 = 1, - Filter_Image_NONE = 4, - Filter_Image_UNDEFINED = Enum_UNDEFINED -} filter_type_image_t; - -typedef enum -{ - Region_BODY = 1, - Region_HEAD = 2, - Region_UNDEFINED = Enum_UNDEFINED -} patient_region_t; - -typedef enum -{ - Phase_ADULT = 1, - Phase_CHILD = 2, - Phase_UNDEFINED = Enum_UNDEFINED -} patient_phase_t; - -typedef struct -{ - double X; - double Y; - double Z; + flt64_t X; + flt64_t Y; + flt64_t Z; } gradient_delay_time_t; typedef struct { - double Lim; - double Cal; - double Det; -} sar_sed_t; - -typedef struct -{ - double X; - double Y; -} target_point_t; - -typedef struct -{ - double Height; - double Width; + flt64_t Height; + flt64_t Width; } field_of_view_t; typedef struct { - char Y[LENGTH_ORIENTATION + 1]; /* up - down */ - char X[LENGTH_ORIENTATION + 1]; /* left - right */ - char Z[LENGTH_ORIENTATION + 1]; /* back - front */ + char Y[N_ORIENTATION + 1]; /* up - down */ + char X[N_ORIENTATION + 1]; /* left - right */ + char Z[N_ORIENTATION + 1]; /* back - front */ } patient_orientation_t; -typedef struct -{ - double Phi; - double Theta; - double Radius; -} object_orientation_t; - -typedef enum -{ - Gate_EXPIRATION = 1, - Gate_INSPIRATION = 2, - Gate_UNDEFINED = Enum_UNDEFINED -} gate_phase_t; - -typedef struct -{ - long LowerBoundary; - long UpperBoundary; -} object_threshold_t; +/***** Siemens private group structures *****/ -typedef enum -{ - Style_DOUBLE = 1, - Style_HIGH = 2, - Style_NONE = 3, - Style_STD_1 = 4, - Style_STD_2 = 5, - Style_UNDEFINED = Enum_UNDEFINED -} window_style_t; - -typedef enum -{ - Pixel_Quality_ESTIMATED = 1, - Pixel_Quality_EXACT = 2, - Pixel_Quality_NONE = 3, - Pixel_Quality_UNDEFINED = Enum_UNDEFINED -} pixel_quality_mode_t; - -typedef struct -{ - pixel_quality_mode_t Min; - pixel_quality_mode_t Mean; - pixel_quality_mode_t Max; -} pixel_quality_code_t; - -typedef struct +/* Identifying information (Private group 0x0009) */ +struct ima_siemens_0009 /* Item# FOffs SOffs */ { - long Min; - long Mean; - long Max; -} pixel_quality_value_t; + char pad1[28]; + ima_date_t LastMoveDate; /* 1226 019C */ + ima_time_t LastMoveTime; /* 1227 01A8 */ + char pad2[328]; +}; -typedef enum -{ - Save_DONE = 1, - Save_MARKED = 2, - Save_NOT = 3, - Save_UNDEFINED = Enum_UNDEFINED -} save_code_t; - -/******************************************/ -/* Acquisition Information (Group 0019) */ -/******************************************/ - -typedef struct shadow_acquisition_cms_tag /* CMS shadowsubgroup */ +/* Patient information (Private group 0x0011) */ +struct ima_siemens_0011 { - long NetFrequency; /* (0019,1010) 6 AN FF 3NS-CMS */ - measurement_mode_t MeasurementMode; /* (0019,1020) 8 AT EV 2DS-CMS */ - calculation_mode_t CalculationMode; /* (0019,1030) 8 AT EV 2NS-CMS */ - long Gap1040; /* */ - long NoiseLevel; /* (0019,1050) 6 AN FF 3NS-CMS */ - long NumberOfDataBytes; /* (0019,1060) 6 AN FF 2NS-CMS */ -} shadow_acquisition_cms_t; - - -typedef struct shadow_acquisition_ct_tag /* CT shadowsubgroup */ -{ - double SourceSideCollimatorAperture; /* (0019,1110) 14 AN FF 3NS-CMS */ - double DetectorSideCollimatorAperture; /* (0019,1111) 14 AN FF 3NS-CMS */ - long ExposureTime; /* (0019,1120) 6 AN FF 3NS-CMS */ - long Exposure; /* (0019,1121) 6 AN FF 3NS-CMS */ - double GeneratorPower; /* (0019,1125) 14 AN FF 3NS-CMS */ - long GeneratorVoltage; /* (0019,1126) 6 AN FF 3NM-CMS */ - long GeneratorVoltageDual; /* */ - long MasterControlMask; /* (0019,1140) 4 BD HX 3NM-CMS */ - long Gap1140; /* */ - short ProcessingMask[5]; /* (0019,1142) 2 BI HX 3NM-CMS */ - short Gap1142[3]; /* */ - long NumberOfVirtuellChannels; /* (0019,1162) 6 AN FF 3NS-CMS */ - long NumberOfReadings; /* (0019,1170) 6 AN FF 3NS-CMS */ - long NumberOfProjections; /* (0019,1174) 6 AN FF 3NS-CMS */ - long NumberOfBytes; /* (0019,1175) 6 AN FF 3NS-CMS */ - long ReconstructionAlgorithmSet[3]; /* (0019,1180) 6 AN FF 3NS-CMS */ - long Gap1180[2]; /* */ - long ReconstructionAlgorithmIndex; /* (0019,1181) 6 AN FF 3NS-CMS */ - char RegenerationSoftwareVersion[LENGTH_SOFTWARE_VERSION + 1]; /* (0019,1182) 8 AT FF 3NS-CMS */ -} shadow_acquisition_ct_t; + char pad1[12]; + ima_date_t RegistrationDate; /* 1110 */ + ima_time_t RegistrationTime; /* 1111 */ + char pad2[88]; +}; - -typedef struct shadow_acquisition_mr_tag /* MR shadowsubgroup */ -{ - double TotalMeasurementTime; /* (0019,1210) 14 AN FF 3NS-CMS */ - double StartDelayTime; /* (0019,1212) 14 AN FF 3NS-CMS */ - long NumberOfPhases; /* (0019,1214) 6 AN FF 2DS-CMS */ - long SequenceControlMask[2]; /* (0019,1216) 4 BD HX 3NM-CMS */ - long Gap1216[2]; /* */ - long NumberOfFourierLinesNominal; /* (0019,1220) 6 AN FF 3NS-CMS */ - long NumberOfFourierLinesCurrent; /* (0019,1221) 6 AN FF 3NS-CMS */ - long NumberOfFourierLinesAfterZero; /* (0019,1226) 6 AN FF 3NS-CMS */ - long FirstMeasuredFourierLine; /* (0019,1228) 6 AN FF 3NS-CMS */ - long AcquisitionColumns; /* (0019,1230) 6 AN FF 3NS-CMS */ - long ReconstructionColumns; /* (0019,1231) 6 AN FF 3NS-CMS */ - long NumberOfAverages; /* (0019,1250) 6 AN FF 3NS-CMS */ - double FlipAngle; /* (0019,1260) 14 AN FF 3NS-CMS */ - long NumberOfPrescans; /* (0019,1270) 6 AN FF 3NS-CMS */ - filter_type_t FilterTypeRawData; /* (0019,1281) 8 AT EV 2DS-CMS */ - filter_parameter_t FilterParameterRawData; /* (0019,1282) 14 AN FF 3NM-CMS */ - filter_type_image_t FilterTypeImageData; /* (0019,1283) 8 AT EV 2DS-CMS */ - int Pad1; /* Dummy for byte alignament */ - filter_parameter_t FilterParameterImageData; /* (0019,1284) 14 AN FF 3NM-CMS */ - filter_type_t FilterTypePhaseCorrection; /* (0019,1285) 8 AT EV 2DS-CMS */ - int Pad2; /* Dummy for byte alignament */ - filter_parameter_t FilterParameterPhaseCorrection; /* (0019,1286) 14 AN FF 3NM-CMS */ - long NumberOfSaturationRegions; /* (0019,1290) 6 AN FF 2DS-CMS */ - int Pad3; /* Dummy for byte alignament */ - double ImageRotationAngle; /* (0019,1294) 14 AN FF 3NS-CMS */ - double DwellTime; /* (0019,1213) 14 AN FF 3NS-CMS */ - long CoilIdMask[3]; /* (0019,1296) 4 BD HX 3NM-CMS */ - long Gap1296[2]; - int Pad4; /* Dummy for byte alignament */ - image_location_t CoilPosition; /* (0019,1298) 14 AN FF 2NM-CMS */ - double TotalMeasurementTimeCur; /* (0019,1211) 14 AN FF 3NS-CMS*/ - long MeasurementStatusMask; /* (0019,1218) 4 BD FF 2DS-CMS */ -} shadow_acquisition_mr_t; - - -typedef struct /* CT configuration and adjust shadow subgroup */ +/* Acquisition Information (Private group 0x0019) */ +struct ima_siemens_0019 { - long DistanceSourceToSourceSideCollimator; /* (0019,1310) 6 AN FF 3NS-CMS */ - long DistanceSourceToDetectorSideCollimator; /* (0019,1311) 6 AN FF 3NS-CMS */ - long NumberOfPossibleChannels; /* (0019,1320) 6 AN FF 3NS-CMS */ - long MeanChannelNumber; /* (0019,1321) 6 AN FF 3NS-CMS */ - double DetectorSpacing; /* (0019,1322) 14 AN FF 3NS-CMS */ - double ReadingIntegrationTime; /* (0019,1324) 14 AN FF 3NS-CMS */ - double DetectorAlignment; /* (0019,1350) 14 AN FF 3NS-CMS */ - double FocusAlignment; /* (0019,1360) 14 AN FF 3NS-CMS */ - long FocalSpotDeflectionAmplitude; /* (0019,1365) 4 BD HX 3NS-CMS */ - long FocalSpotDeflectionPhase; /* (0019,1366) 4 BD HX 3NS-CMS */ - long FocalSpotDeflectionOffset; /* (0019,1367) 4 BD HX 3NS-CMS */ - double WaterScalingFactor; /* (0019,1370) 14 AN FF 3NS-CMS */ - double InterpolationFactor; /* (0019,1371) 14 AN FF 3NS-CMS */ - patient_region_t PatientRegion; /* (0019,1380) 4 AT EV 3NS-CMS */ - patient_phase_t PatientPhaseOfLife; /* (0019,1382) 8 AT EV 3NS-CMS */ - double DetectorCenter; /* (0019,1323) 14 AN FF 3NS-CMS */ -} shadow_acquisition_ct_conf_t; - - -typedef struct /* MR configuration and adjust shadow subgroup */ -{ - double MagneticFieldStrength; /* (0019,1412) 14 AN FF 3NS-CMS */ - double ADCVoltage; /* (0019,1414) 14 AN FF 3NS-CMS */ - double TransmitterAmplitude; /* (0019,1420) 14 AN FF 3NS-CMS */ - long NumberOfTransmitterAmplitudes; /* (0019,1421) 6 AN FF 3NS-CMS */ - int Pad1; /* Dummy for byte alignment */ - double TransmitterCalibration; /* (0019,1424) 14 AN FF 3NS-CMS */ - double ReceiverTotalGain; /* (0019,1450) 14 AN FF 3NS-CMS */ - double ReceiverAmplifierGain; /* (0019,1451) 14 AN FF 3NS-CMS */ - double ReceiverPreamplifierGain; /* (0019,1452) 14 AN FF 3NS-CMS */ - double ReceiverCableAttenuation; /* (0019,1454) 14 AN FF 3NS-CMS */ - double ReconstructionScaleFactor; /* (0019,1460) 14 AN FF 3NS-CMS */ - double PhaseGradientAmplitude; /* (0019,1470) 14 AN FF 3NS-CMS */ - double ReadoutGradientAmplitude; /* (0019,1471) 14 AN FF 3NS-CMS */ - double SelectionGradientAmplitude; /* (0019,1472) 14 AN FF 3NS-CMS */ - gradient_delay_time_t GradientDelayTime; /* (0019,1480) 14 AN FF 3NS-CMS */ - char SensitivityCorrectionLabel[LENGTH_LABEL + 1]; /* (0019,1490) 26 AT FF 2DS-CMS */ - int Pad2; /* Dummy for byte alignment */ - double ADCOffset[2]; /* (0019,1416) 14 AN FF 3NM-CMS */ - double TransmitterAttenuator; /* (0019,1422) 14 AN FF 3NS-CMS */ - double TransmitterReference; /* (0019,1426) 14 AN FF 3NS-CMS */ - double ReceiverReferenceGain; /* (0019,1455) 14 AN FF 3NS-CMS */ - long ReceiverFilterFrequency; /* (0019,1456) 6 AN FF 3NS-CMS */ - int Pad3; /* Dummy for byte alignment */ - double ReferenceScaleFactor; /* (0019,1462) 14 AN FF 3NS-CMS */ - double TotalGradientDelayTime; /* (0019,1482) 14 AN FF 3NS-CMS */ - long RfWatchdogMask; /* (0019,14A0) 4 BD HX 3NM-CMS */ -} shadow_acquisition_mr_conf_t; - - -typedef struct /* acquisition shadow subgroup */ -{ - char ParameterFileName[LENGTH_FILE_NAME + 1]; /* (0019,1510) 64 AT FF 3NS-CMS */ - char SequenceFileName[LENGTH_FILE_NAME + 1]; /* (0019,1511) 64 AT FF 3NS-CMS */ - char SequenceFileOwner[LENGTH_SEQUENCE_INFO + 1]; /* (0019,1512) 8 AT FF 2DS-CMS */ - char SequenceDescription[LENGTH_SEQUENCE_INFO + 1]; /* (0019,1513) 8 AT FF 2DS-CMS */ -} shadow_acquisition_acq_t; + int32_t NetFrequency; /* 1010 */ + int32_t MeasurementMode; /* 1020 */ + int32_t CalculationMode; /* 1030 */ + char pad1[4]; /* Unknown?? */ + int32_t NoiseLevel; /* 1050 */ + int32_t NumberOfDataBytes; /* 1060 */ + char pad2[104]; + flt64_t TotalMeasurementTime; /* 1210 */ + flt64_t StartDelayTime; /* 1212 */ + int32_t NumberOfPhases; /* 1214 */ + int32_t SequenceControlMask[2]; /* 1216 */ + char pad3[8]; /* */ + int32_t NumberOfFourierLinesNominal; /* 1220 */ + int32_t NumberOfFourierLinesCurrent; /* 1221 */ + int32_t NumberOfFourierLinesAfterZero; /* 1226 */ + int32_t FirstMeasuredFourierLine; /* 1228 */ + int32_t AcquisitionColumns; /* 1230 */ + int32_t ReconstructionColumns; /* 1231 */ + int32_t NumberOfAverages; /* 1250 */ + flt64_t FlipAngle; /* 1260 */ + int32_t NumberOfPrescans; /* 1270 */ + char pad4[116]; /* Dummy padding */ + int32_t NumberOfSaturationRegions; /* 1290 */ + char pad5[4]; /* Dummy for byte alignament */ + flt64_t ImageRotationAngle; /* 1294 */ + flt64_t DwellTime; /* 1213 */ + char pad6[24]; + ima_vector_t CoilPosition; /* 1298 */ + flt64_t TotalMeasurementTimeCur; /* 1211 */ + char pad7[240]; + flt64_t MagneticFieldStrength; /* 1412 */ + flt64_t ADCVoltage; /* 1414 */ + flt64_t TransmitterAmplitude; /* 1420 */ + int32_t NumberOfTransmitterAmplitudes; /* 1421 */ + char pad8[4]; /* Dummy padding */ + flt64_t TransmitterCalibration; /* 1424 */ + flt64_t ReceiverTotalGain; /* 1450 */ + flt64_t ReceiverAmplifierGain; /* 1451 */ + flt64_t ReceiverPreamplifierGain; /* 1452 */ + flt64_t ReceiverCableAttenuation; /* 1454 */ + flt64_t ReconstructionScaleFactor; /* 1460 */ + flt64_t PhaseGradientAmplitude; /* 1470 */ + flt64_t ReadoutGradientAmplitude; /* 1471 */ + flt64_t SelectionGradientAmplitude; /* 1472 */ + gradient_delay_time_t GradientDelayTime; /* 1480 */ + char SensitivityCorrectionLabel[N_STRING + 1]; /* 1490 */ + char pad9[4]; /* Dummy padding */ + flt64_t ADCOffset[2]; /* 1416 */ + flt64_t TransmitterAttenuator; /* 1422 */ + flt64_t TransmitterReference; /* 1426 */ + flt64_t ReceiverReferenceGain; /* 1455 */ + int32_t ReceiverFilterFrequency; /* 1456 */ + char pad10[4]; /* Dummy padding */ + flt64_t ReferenceScaleFactor; /* 1462 */ + flt64_t TotalGradientDelayTime; /* 1482 */ + int32_t RfWatchdogMask; /* 14A0 */ + char pad11[156]; + char ParameterFileName[N_FILENAME + 1]; /* 1510 */ + char SequenceFileName[N_FILENAME + 1]; /* 1511 */ + char SequenceFileOwner[N_SEQ_INFO + 1]; /* 1512 */ + char SequenceDescription[N_SEQ_INFO + 1]; /* 1513 */ + char pad12[108]; +}; /*******************************************/ -/* Relationship Information (Group 0021) */ +/* Relationship Information (Group 0021) */ /*******************************************/ -typedef struct shadow_relationship_med_cms_tag /* MED and CMS shadowsubgroups */ -{ - double Gap1010; - target_point_t Target; /* (0021,1011) 30 AT FF 2NM-MED */ - short RoiMask; /* (0021,1020) 2 BI HX 2NS-MED */ - int Pad1; /* Dummy for byte alignment */ - field_of_view_t FoV; /* (0021,1120) 30 AN FF 2NM-CMS */ - view_direction_t ViewDirection; /* (0021,1130) 4 AT EV 2NS-CMS */ - rest_direction_t RestDirection; /* (0021,1132) 4 AT EV 2NS-CMS */ - image_location_t ImagePosition; /* (0021,1160) 14 AN FF 2NM-CMS */ - image_location_t ImageNormal; /* (0021,1161) 14 AN FF 2NM-CMS */ - double ImageDistance; /* (0021,1163) 14 AN FF 2NM-CMS */ - short ImagePositioningHistoryMask; /* (0021,1165) 2 BI HX 2DS-CMS */ - int Pad2; /* Dummy for byte alignment */ - image_location_t ImageRow; /* (0021,116A) 14 AN FF 2NM-CMS */ - image_location_t ImageColumn; /* (0021,116B) 14 AN FF 2NM-CMS */ - patient_orientation_t PatientOrientationSet1; /* (0021,1170) 4 AT EV 2NM-CMS */ - patient_orientation_t PatientOrientationSet2; /* (0021,1171) 4 AT EV 2NM-CMS */ - char StudyName[LENGTH_LABEL + 1]; /* (0021,1180) 26 AT FF 3NS-CMS */ - study_type_t StudyType; /* (0021,1182) 4 AT EV 3NS-CMS */ - double ImageMagnificationFactor; /* (0021,1122) 14 AN FF 2DS-CMS */ -} shadow_relationship_med_cms_t; - - -typedef struct shadow_relationship_ct_tag /* CT common shadowsubgroups */ -{ - long RotationAngle; /* (0021,1210) 6 AN FF 3NS-CMS */ - long StartAngle; /* (0021,1211) 6 AN FF 3NS-CMS */ - long TubePosition; /* (0021,1230) 6 AN FF 3NS-CMS */ - long LengthOfTopogram; /* (0021,1232) 6 AN FF 3NS-CMS */ - double CorrectionFactor; /* (0021,1234) 14 AN FF 3NS-CMS */ - long MaximumTablePosition; /* (0021,1236) 6 AN FF 3NS-CMS */ - long TableMoveDirectionCode; /* (0021,1240) 6 AN FF 3NS-CMS */ - long VectorStartRow; /* (0021,1250) 6 AN FF 3NS-CMS */ - long VectorRowStep; /* (0021,1251) 6 AN FF 3NS-CMS */ - long VectorStartColumn; /* (0021,1252) 6 AN FF 3NS-CMS */ - long VectorColumnStep; /* (0021,1253) 6 AN FF 3NS-CMS */ - long VoiStartRow; /* (0021,1245) 6 AN FF 3NS-CMS */ - long VoiStopRow; /* (0021,1246) 6 AN FF 3NS-CMS */ - long VoiStartColumn; /* (0021,1247) 6 AN FF 3NS-CMS */ - long VoiStopColumn; /* (0021,1248) 6 AN FF 3NS-CMS */ - long VoiStartSlice; /* (0021,1249) 6 AN FF 3NS-CMS */ - long VoiStopSlice; /* (0021,124A) 6 AN FF 3NS-CMS */ - long RangeTypeCode; /* (0021,1260) 6 AN FF 3NS-CMS */ - long ReferenceTypeCode; /* (0021,1262) 6 AN FF 3NS-CMS */ - object_orientation_t ObjectOrientation; /* (0021,1270) 14 AN FF 3NS-CMS */ - object_orientation_t LightOrientation; /* (0021,1272) 14 AN FF 3NS-CMS */ - double LightBrightness; /* (0021,1275) 14 AN FF 3NS-CMS */ - double LightContrast; /* (0021,1276) 14 AN FF 3NS-CMS */ - object_threshold_t OverlayThreshold; /* (0021,127A) 12 AN FF 3NM-CMS */ - object_threshold_t SurfaceThreshold; /* (0021,127B) 12 AN FF 3NM-CMS */ - object_threshold_t GreyScaleThreshold; /* (0021,127C) 12 AN FF 3NM-CMS */ -} shadow_relationship_ct_t; - - -typedef struct shadow_relationship_mr_tag /* MR common shadowsubgroups */ -{ - long PhaseCorRowSeq; /* (0021,1320) 6 AN FF 3NS-CMS */ - long PhaseCorColSeq; /* (0021,1321) 6 AN FF 3NS-CMS */ - long PhaseCorRowRec; /* (0021,1322) 6 AN FF 3NS-CMS */ - long PhaseCorColRec; /* (0021,1324) 6 AN FF 3NS-CMS */ - long NumberOf3DRawPartNom; /* (0021,1330) 6 AN FF 3NS-CMS */ - long NumberOf3DRawPartCur; /* (0021,1331) 6 AN FF 3NS-CMS */ - long NumberOf3DImaPart; /* (0021,1334) 6 AN FF 3NS-CMS */ - long Actual3DImaPartNumber; /* (0021,1336) 6 AN FF 3NS-CMS */ - long Gap1338; - long NumberOfSlicesNom; /* (0021,1340) 6 AN FF 3NS-CMS */ - long NumberOfSlicesCur; /* (0021,1341) 6 AN FF 3NS-CMS */ - long CurrentSliceNumber; /* (0021,1342) 6 AN FF 3NS-CMS */ - long CurrentGroupNumber; /* (0021,1343) 6 AN FF 3NS-CMS */ - long MipStartRow; /* (0021,1345) 6 AN FF 3NS-CMS */ - long MipStopRow; /* (0021,1346) 6 AN FF 3NS-CMS */ - long MipStartColumn; /* (0021,1347) 6 AN FF 3NS-CMS */ - long MipStopColumn; /* (0021,1348) 6 AN FF 3NS-CMS */ - long MipStartSlice; /* (0021,1349) 6 AN FF 3NS-CMS */ - long MipStopSlice; /* (0021,134A) 6 AN FF 3NS-CMS */ - long SignalMask; /* (0021,1350) 4 BI HX 2DS-CMS */ - long Gap1350; - long DelayAfterTrigger; /* (0021,1352) 6 AN FF 3NS-CMS */ - long RRInterval; /* (0021,1353) 6 AN FF 3NS-CMS */ - int Pad1; /* Dummy for byte alignment */ - double NumberOfTriggerPulses; /* (0021,1354) 14 AN FF 3NS-CMS */ - double RepetitionTime; /* (0021,1356) 14 AN FF 3NS-CMS */ - gate_phase_t GatePhase; /* (0021,1357) 12 AT EV 3NS-CMS */ - int Pad2; /* Dummy for byte alignment */ - double GateThreshold; /* (0021,1358) 14 AN FF 3NS-CMS */ - double GateRatio; /* (0021,1359) 14 AN FF 3NS-CMS */ - long NumberOfInterpolatedImages; /* (0021,1360) 6 AN FF 3NS-CMS */ - long NumberOfEchoes; /* (0021,1370) 6 AN FF 3NS-CMS */ - double SecondEchoTime; /* (0021,1372) 14 AN FF 3NS-CMS */ - double SecondRepetitionTime; /* (0021,1373) 14 AN FF 3NS-CMS */ - long CardiacCode; /* (0021,1380) 6 AN FF 3NS-CMS */ - int Pad3; /* Dummy for byte alignment */ - double CurrentSliceDistanceFactor; /* (0021,1344) 14 AN FF 3NS-CMS */ - order_of_slices_t OrderOfSlices; /* (0021,134F) 12 AT EV 3NS-CMS */ - int Pad4; /* Dummy for byte alignment */ - double SlabThickness; /* (0021,1339) 6 AN FF 3NS-CMS */ -} shadow_relationship_mr_t; - - -typedef struct shadow_relationship_ct_spe_tag /* CT special shadowsubgroups */ -{ - long EvaluationMask[2]; /* (0021,2220) 4 BD FF 2DM-CMS */ - long Gap2220[2]; - short ExtendedProcessingMask[7]; /* (0021,2230) 4 BD FF 2DM-CMS */ - short Gap2230[3]; - long CreationMask[2]; /* (0021,2210) 2 BI HX 3NM-CMS - */ - long Gap2210[2]; -} shadow_relationship_ct_spe_t; - - -typedef struct shadow_relationship_mr_spe_tag /* MR special shadowsubgroups */ +struct ima_siemens_0021 { - double EpiReconstructionPhase; /* (0019,12A0) 14 AN FF 3NS-CMS */ - double EpiReconstructionSlope; /* (0019,12A1) 14 AN FF 3NS-CMS */ - double EpiCapacity[6]; /* (0019,14C1) 14 AN FF 3NM-CMS */ - double EpiInductance[3]; /* (0019,14C2) 14 AN FF 3NM-CMS */ - long EpiSwitchConfigurationCode[3]; /* (0019,14C3) 6 AN FF 3NM-CMS */ - long EpiSwitchHardwareCode[3]; /* (0019,14C4) 6 AN FF 3NM-CMS */ - long EpiSwitchDelayTime[6]; /* (0019,14C5) 6 AN FF 3NM-CMS */ - char EpiFileName[LENGTH_FILE_NAME + 1]; /* (0019,1514) 64 AT FF 3NS-CMS */ -} shadow_relationship_mr_spe_t; - - -/*************************************************/ -/* Image Presentation Information (Group 0029) */ -/*************************************************/ - -typedef struct shadow_presentation_tag -{ - window_style_t WindowStyle; /* (0029,1110) 8 AT EV 2DS-CMS */ - pixel_quality_code_t PixelQualityCode; /* (0029,1120) 12 AT FF 2DM-CMS */ - pixel_quality_value_t PixelQualityValue; /* (0029,1122) 6 AN FF 3NM-CMS */ - save_code_t ArchiveCode; /* (0029,1150) 8 AN EV 3NS-CMS */ - save_code_t ExposureCode; /* (0029,1151) 8 AN EV 3NS-CMS */ - long SortCode; /* (0029,1152) 6 AN FF 3NS-CMS */ - long Splash; /* (0029,1160) 6 AN FF 3NS-CMS */ -} shadow_presentation_t; - - -typedef union -{ - char raw_buf[LENGTH_GROUP_0008]; - acr_identifying_t Ide; /* work area */ -} group_0008_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0010]; - acr_patient_t Pat; /* work area */ -} group_0010_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0018]; - acr_acquisition_t Acq; /* work area */ -} group_0018_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0020]; - acr_relationship_t Rel; /* work area */ -} group_0020_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0028]; - acr_presentation_t Pre; /* work area */ -} group_0028_t; - -/* SIEMENS-SPECIFIC */ - -typedef union -{ - char raw_buf[LENGTH_GROUP_0009]; -} group_0009_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0011]; -} group_0011_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0013]; -} group_0013_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0019_PART1]; - shadow_acquisition_cms_t CM; /* work area */ -} group_0019_part1_t; /* */ - -typedef union -{ - char raw_buf[LENGTH_GROUP_0019_PART2]; - shadow_acquisition_ct_t Ct; /* CT common work area */ - shadow_acquisition_mr_t Mr; /* MR common work area */ -} group_0019_part2_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0019_PART3]; - shadow_acquisition_ct_conf_t Ct; /* CT configuration work area */ - shadow_acquisition_mr_conf_t Mr; /* MR configuration work area */ -} group_0019_part3_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0019_PART4]; /* fill-in */ - shadow_acquisition_acq_t CM; /* work area */ -} group_0019_part4_t; - -typedef struct -{ - group_0019_part1_t Acq1; /* CMS subgroup */ - group_0019_part2_t Acq2; /* common subgroup */ - group_0019_part3_t Acq3; /* config. and adjust subgroup */ - group_0019_part4_t Acq4; /* acquisition subgroup */ -} group_0019_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0021_PART1]; - shadow_relationship_med_cms_t CM; /* work area */ -} group_0021_part1_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0021_PART2]; - shadow_relationship_ct_t Ct; /* CT common work area */ - shadow_relationship_mr_t Mr; /* MR common work area */ -} group_0021_part2_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0021_PART3]; - shadow_relationship_ct_spe_t Ct; /* CT special work area */ - shadow_relationship_mr_spe_t Mr; /* MR special work area */ -} group_0021_part3_t; - -typedef struct -{ - group_0021_part1_t Rel1; /* CMS subgroup */ - group_0021_part2_t Rel2; /* common subgroup */ - group_0021_part3_t Rel3; /* special subgroup */ -} group_0021_t; - -typedef union -{ - char raw_buf[LENGTH_GROUP_0029]; - shadow_presentation_t Pre; -} group_0029_t; - - -typedef union -{ - char raw_buf[LENGTH_GROUP_0051]; -} group_0051_t; + char pad1[24]; /* Dummy padding */ + int16_t RoiMask; /* 1020 */ + char pad2[4]; /* Dummy padding */ + field_of_view_t FoV; /* 1120 0EA0 */ + view_direction_t ViewDirection; /* 1130 0EB0 */ + rest_direction_t RestDirection; /* 1132 0EB4 */ + ima_vector_t ImagePosition; /* 1160 0EB8 */ + ima_vector_t ImageNormal; /* 1161 0ED0 */ + flt64_t ImageDistance; /* 1163 0EE8 */ + int16_t ImagePositioningHistoryMask; /* 1165 0EF0 */ + char pad3[4]; /* Dummy padding */ + ima_vector_t ImageRow; /* 116A 0EF8 */ + ima_vector_t ImageColumn; /* 116B 0F10 */ + patient_orientation_t PatientOrientationSet1; /* 1170 */ + patient_orientation_t PatientOrientationSet2; /* 1171 */ + char StudyName[N_STRING + 1]; /* 1180 */ + int32_t StudyType; /* 1182 */ + flt64_t ImageMagnificationFactor; /* 1122 */ + char pad4[24]; + int32_t PhaseCorRowSeq; /* 1320 */ + int32_t PhaseCorColSeq; /* 1321 */ + int32_t PhaseCorRowRec; /* 1322 */ + int32_t PhaseCorColRec; /* 1324 */ + int32_t NumberOf3DRawPartNom; /* 1330 */ + int32_t NumberOf3DRawPartCur; /* 1331 */ + int32_t NumberOf3DImaPart; /* 1334 */ + int32_t Actual3DImaPartNumber; /* 1336 */ + char pad5[4]; + int32_t NumberOfSlicesNom; /* 1340 */ + int32_t NumberOfSlicesCur; /* 1341 */ + int32_t CurrentSliceNumber; /* 1342 */ + int32_t CurrentGroupNumber; /* 1343 */ + int32_t MipStartRow; /* 1345 */ + int32_t MipStopRow; /* 1346 */ + int32_t MipStartColumn; /* 1347 */ + int32_t MipStopColumn; /* 1348 */ + int32_t MipStartSlice; /* 1349 */ + int32_t MipStopSlice; /* 134A */ + int32_t SignalMask; /* 1350 */ + char pad6[4]; + int32_t DelayAfterTrigger; /* 1352 */ + int32_t RRInterval; /* 1353 */ + char pad7[4]; /* Dummy padding */ + flt64_t NumberOfTriggerPulses; /* 1354 */ + flt64_t RepetitionTime; /* 1356 */ + int32_t GatePhase; /* 1357 */ + char pad8[4]; /* Dummy padding */ + flt64_t GateThreshold; /* 1358 */ + flt64_t GateRatio; /* 1359 */ + int32_t NumberOfInterpolatedImages; /* 1360 */ + int32_t NumberOfEchoes; /* 1370 */ + flt64_t SecondEchoTime; /* 1372 */ + flt64_t SecondRepetitionTime; /* 1373 */ + int32_t CardiacCode; /* 1380 */ + char pad9[4]; /* Dummy padding */ + flt64_t CurrentSliceDistanceFactor; /* 1344 */ + order_of_slices_t OrderOfSlices; /* 134F */ + char pad10[4]; /* Dummy padding */ + flt64_t SlabThickness; /* 1339 */ + char pad11[829]; /* Padding */ +}; /* Siemens IMA header - total size is 0x1800 bytes */ -typedef struct header_tag +typedef struct { /* Offset - Description */ - group_0008_t G08; /* 0x0000 - Identifying Information */ - group_0009_t G09; /* 0x0180 - Siemens specific */ - group_0010_t G10; /* 0x0300 - Patient Information */ - group_0011_t G11; /* 0x0400 - Siemens specific */ - group_0013_t G13; /* 0x0480 - Siemens specific */ - group_0018_t G18; /* 0x0600 - Acquisition Information */ - group_0019_t G19; /* 0x0780 - Siemens specific */ - group_0020_t G20; /* 0x0C80 - Relationship Information */ - group_0021_t G21; /* 0x0E80 - Siemens specific */ - group_0028_t G28; /* 0x1380 - Image Presentation Information */ - group_0029_t G29; /* 0x1480 - Siemens specific */ - group_0051_t G51; /* 0x1580 - Siemens specific */ + struct ima_acr_0008 G08; /* 0x0000 - Identifying Information */ + struct ima_siemens_0009 G09; /* 0x0180 - Siemens specific */ + struct ima_acr_0010 G10; /* 0x0300 - Patient Information */ + struct ima_siemens_0011 G11; /* 0x0400 - Siemens specific */ + char G13[0x0180]; /* 0x0480 - Siemens specific */ + struct ima_acr_0018 G18; /* 0x0600 - Acquisition Information */ + struct ima_siemens_0019 G19; /* 0x0780 - Siemens specific */ + struct ima_acr_0020 G20; /* 0x0C80 - Relationship Information */ + struct ima_siemens_0021 G21; /* 0x0E80 - Siemens specific */ + struct ima_acr_0028 G28; /* 0x1380 - Image Presentation Information */ } siemens_header_t; #endif /* _SIEMENS_HEADER_DEFS_H_ */