void showFileHeader(nitf_FileHeader* header)
{
unsigned int i;
nitf_Uint32 num;
nitf_Error error;
nitf_Uint32 len;
nitf_Uint64 dataLen;
NITF_BOOL success;
SHOW_VAL(header->fileHeader);
SHOW_VAL(header->fileVersion);
SHOW_VAL(header->complianceLevel);
SHOW_VAL(header->systemType);
SHOW_VAL(header->originStationID);
SHOW_VAL(header->fileDateTime);
SHOW_VAL(header->fileTitle);
SHOW_VAL(header->classification);
SHOW_VAL(header->messageCopyNum);
SHOW_VAL(header->messageNumCopies);
SHOW_VAL(header->encrypted);
SHOW_VAL(header->backgroundColor);
SHOW_VAL(header->originatorName);
SHOW_VAL(header->originatorPhone);
SHOW_VAL(header->fileLength);
SHOW_VAL(header->headerLength);
/* Attention: If the classification is U, the security group */
/* section should be empty! For that reason, we wont print */
/* The security group for now */
SHOW_VAL(header->securityGroup->classificationSystem);
SHOW_VAL(header->securityGroup->codewords);
SHOW_VAL(header->securityGroup->controlAndHandling);
SHOW_VAL(header->securityGroup->releasingInstructions);
SHOW_VAL(header->securityGroup->declassificationType);
SHOW_VAL(header->securityGroup->declassificationDate);
SHOW_VAL(header->securityGroup->declassificationExemption);
SHOW_VAL(header->securityGroup->downgrade);
SHOW_VAL(header->securityGroup->downgradeDateTime);
SHOW_VAL(header->securityGroup->classificationText);
SHOW_VAL(header->securityGroup->classificationAuthorityType);
SHOW_VAL(header->securityGroup->classificationAuthority);
SHOW_VAL(header->securityGroup->classificationReason);
SHOW_VAL(header->securityGroup->securitySourceDate);
SHOW_VAL(header->securityGroup->securityControlNumber);
GET_UINT32(header->numImages, &num, &error);
printf("The number of IMAGES contained in this file [%ld]\n", num);
for (i = 0; i < num; i++)
{
GET_UINT32(header->imageInfo[i]->lengthSubheader, &len, &error);
GET_UINT64(header->imageInfo[i]->lengthData, &dataLen, &error);
printf("\tThe length of IMAGE subheader [%d]: %ld bytes\n",
i, len);
printf("\tThe length of the IMAGE data: %lld bytes\n\n",
dataLen);
}
return;
CATCH_ERROR:
printf("Error processing\n");
}
void param_show(const param_t p)
{
printf("Using DNA parameters: %s\n", p->use_dna_params ? "yes" : "no");
#define SHOW(n,x) show##n(#x, &p->x)
SHOW(4,coaxial);
SHOW(4,coaxstack);
SHOW(4,stack);
SHOW(4,tstack);
SHOW(4,tstackcoax);
SHOW(4,tstackh);
SHOW(4,tstacki);
SHOW(4,tstacki1n);
SHOW(4,tstacki23);
SHOW(4,tstackm);
#define SHOW_LOOP(x) show1(#x, p->x, LOOP_MAX+1)
SHOW_LOOP(internal_loop_initiation);
SHOW_LOOP(bulge_loop_initiation);
SHOW_LOOP(hairpin_loop_initiation);
#undef SHOW_LOOP
printf("Extrapolation_for_large_loops = %g\n", p->prelog);
//printf("Extrapolation_for_large_loops = %g\n", RT*p->Extrapolation_for_large_loops);
#define SHOW_VAL(x) printf("%s = %d\n", #x, p->x)
//#define SHOW_VAL(x) printf("%s = %d\n", #x, RT*p->x)
SHOW_VAL(maximum_correction);
SHOW_VAL(fm_array_first_element);
SHOW_VAL(multibranched_loop_offset);
SHOW_VAL(multibranched_loop_per_nuc_penalty);
SHOW_VAL(multibranched_loop_helix_penalty);
SHOW_VAL(terminal_AU_penalty);
SHOW_VAL(bonus_for_GGG_hairpin);
SHOW_VAL(c_hairpin_slope);
SHOW_VAL(c_hairpin_intercept);
SHOW_VAL(c_hairpin_of_3);
SHOW_VAL(Bonus_for_Single_C_bulges_adjacent_to_C);
#undef SHOW_VAL
show_triloop(p);
show_tloop(p);
show_hexaloop(p);
SHOW(3,dangle_3p);
SHOW(3,dangle_5p);
SHOW(6,int11);
SHOW(8,int22);
SHOW(7,int21);
}
void showImageSubheader(nitf_ImageSubheader* imsub)
{
int q; /* iterator */
int nbands, xbands;
nitf_Error error;
nitf_ListIterator iter, end;
printf("Read image into imsub\n");
SHOW_VAL( imsub->filePartType );
SHOW_VAL( imsub->imageId );
SHOW_VAL( imsub->imageDateAndTime );
SHOW_VAL( imsub->targetId );
SHOW_VAL( imsub->imageTitle );
SHOW_VAL( imsub->imageSecurityClass );
SHOW_VAL( imsub->encrypted );
SHOW_VAL( imsub->imageSource );
SHOW_VAL( imsub->numRows );
SHOW_VAL( imsub->numCols );
SHOW_VAL( imsub->pixelValueType );
SHOW_VAL( imsub->imageRepresentation );
SHOW_VAL( imsub->imageCategory );
SHOW_VAL( imsub->actualBitsPerPixel );
SHOW_VAL( imsub->pixelJustification );
SHOW_VAL( imsub->imageCoordinateSystem );
SHOW_VAL( imsub->cornerCoordinates );
SHOW_VAL( imsub->numImageComments );
iter = nitf_List_begin(imsub->imageComments);
end = nitf_List_end(imsub->imageComments);
while (nitf_ListIterator_notEqualTo(&iter, &end))
{
nitf_Field* commentField = (nitf_Field*) nitf_ListIterator_get(&iter);
SHOW_VAL(commentField);
nitf_ListIterator_increment(&iter);
}
SHOW_VAL( imsub->imageCompression );
SHOW_VAL( imsub->compressionRate );
SHOW_VAL( imsub->numImageBands );
SHOW_VAL( imsub->numMultispectralImageBands );
NITF_TRY_GET_UINT32(imsub->numImageBands, &nbands, &error);
NITF_TRY_GET_UINT32(imsub->numMultispectralImageBands, &xbands, &error);
nbands += xbands;
for (q = 0; q < nbands; q++)
{
SHOW_VAL( imsub->bandInfo[q]->representation);
SHOW_VAL( imsub->bandInfo[q]->subcategory );
SHOW_VAL( imsub->bandInfo[q]->imageFilterCondition );
SHOW_VAL( imsub->bandInfo[q]->imageFilterCode );
SHOW_VAL( imsub->bandInfo[q]->numLUTs );
SHOW_VAL( imsub->bandInfo[q]->bandEntriesPerLUT );
}
/* Skip band stuff for now */
SHOW_VAL( imsub->imageSyncCode );
SHOW_VAL( imsub->imageMode );
SHOW_VAL( imsub->numBlocksPerRow );
SHOW_VAL( imsub->numBlocksPerCol );
SHOW_VAL( imsub->numPixelsPerHorizBlock );
SHOW_VAL( imsub->numPixelsPerVertBlock );
SHOW_VAL( imsub->numBitsPerPixel );
SHOW_VAL( imsub->imageDisplayLevel );
SHOW_VAL( imsub->imageAttachmentLevel );
SHOW_VAL( imsub->imageLocation );
SHOW_VAL( imsub->imageMagnification );
SHOW_VAL( imsub->userDefinedImageDataLength );
SHOW_VAL( imsub->userDefinedOverflow );
SHOW_VAL( imsub->extendedHeaderLength );
SHOW_VAL( imsub->extendedHeaderOverflow );
return;
CATCH_ERROR:
printf("Error processing\n");
}
