Fovia's Java Client/Server API
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Classes | |
class | GET_CURVED_REFORMAT_RESULT |
Public Member Functions | |
int | applyVolumetricShadowMap (hdrcVolumeShadowContext pShadow) |
int | checkChannel () throws IOException |
int | fastSwap (hdrcVolumeDataContext volumeData, hdrcOctreeContext octree) throws IOException |
FIND_PATH_RESULT | findPath (VECTOR3D pStart, VECTOR3D pFinish, FIND_PATH_PARAMS params) throws IOException |
FIND_PATH_RESULT | finishJobFindPath (long job) throws IOException |
boolean | getAdaptiveJPEGStatus () throws IOException |
MATRIX44D[] | getCurvedMPRPath () |
hdrcVolumeDataContext | getCurvedReformat (int numProjPlanesPerSlice, int numSlices, int ppWidth, int ppHeight, int measurementSlice, float Zoom, MATRIX44D arrProjPlanes[][], int type) throws IOException |
GET_CURVED_REFORMAT_RESULT | getCurvedReformatEx (boolean bCreateOctree, int smoothType, int numProjPlanesPerSlice, int numSlices, int ppWidth, int ppHeight, int measurementSlice, float Zoom, MATRIX44D arrProjPlanes[][], int type) throws IOException |
native int | getCurvedReformatEx (long nid, long ids[], boolean bCreateOctree, int smoothType, int numProjPlanesPerSlice, int numSlices, int ppWidth, int ppHeight, int measurementSlice, float Zoom, MATRIX44D arrProjPlanes[][], int type) throws IOException |
int | getFramesPerPhase () |
long | getID () |
int | getMandibleTrace (VECTOR3D left, VECTOR3D right, VECTOR3D front, VECTOR3D points[], RENDER_PARAMS rp) throws IOException |
long | GetNID () |
long | getNID () |
hdrcOctreeContext | getOctreeContext () |
int | getPointVisibility (VERTEX3D vtr[], POINTVISIBLEINFO pvi[], int Num) throws IOException |
int | getPointVisibility (VECTOR3D vtr[], POINTVISIBLEINFO pvi[], int Num) throws IOException |
hdrcRenderEngineContext | getRenderEngineContext () |
RENDER_PARAMS | getRenderParams () throws IOException |
RENDER_PARAMS | getRenderParams (boolean bIncludeQueuedParams) throws IOException |
RENDER_PARAMS | getRenderParamsCached () |
hdrcServerContext | getServerContext () |
RENDER_RANGE_PARAMS[] | getTransferFunction (int index) throws IOException |
int | getTransferFunctionCount () |
hdrcVolumeDataContext | getVolumeDataContext () |
boolean | isRenderingFinished () throws IOException |
void | PrimerEnter () throws IOException |
void | PrimerExit (VOLVISIMAGE im) throws IOException |
int | projectPoint (VERTEX3D vtx[], POINT pt[], int Num) throws IOException |
int | projectPoint (VECTOR3D vtx[], POINT pt[], int Num) throws IOException |
int | projectVolumetricShadow () throws IOException |
int | releaseSessionResources () throws IOException |
int | render (VOLVISIMAGE imReq, VOLVISIMAGE imRes) throws IOException |
int | renderFinal () throws IOException |
int | renderFinal (boolean bIgnoreParams, int paramsToIgnore) throws IOException |
int | renderFinal (boolean bNotifyListeners) throws IOException |
int | renderFinal (boolean bNotifyListeners, boolean bIgnoreParams, int paramsToIgnore) throws IOException |
int | renderShadowLight () |
int | renderStreamed (VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, VOLVISIMAGE nextImage) throws IOException |
int | renderStreamed (VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
int | renderStreamed (VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, POLYGON_PARAMS pp, VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
int | renderStreamed (VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, POLYGON_PARAMS pp, int TFsToSet, RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
int | renderStreamed (VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
int | setAdaptiveJPEGCompressionParam (ADAPTIVEJPEGPARAMS params) throws IOException |
int | setAdaptiveJPEGStatus (boolean status) throws IOException |
int | setAutonavigating (boolean bNav, double speed) |
int | setCurvedMPRPath (int numProjPlanes, MATRIX44D arrProjPlanes[], int type) throws IOException |
int | setFastPolygonsEnabled (boolean bEnabled) |
int | setFramesPerPhase (int frames) throws IOException |
int | setPhase (int phase) throws IOException |
int | setPolygonCrossSectionLineParameters (double width, int r, int g, int b, int a) |
int | setRenderParams (RENDER_PARAMS rp) throws IOException |
int | setRenderParams (RENDER_PARAMS rp, POLYGON_PARAMS pp) throws IOException |
int | setRenderParams (RENDER_PARAMS rp, POLYGON_PARAMS pp, int TFsToSet, RENDER_RANGE_PARAMS rrp[][]) throws IOException |
int | setRenderParams (RENDER_PARAMS rp, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrp[][]) throws IOException |
int | setRenderParams (RENDER_PARAMS rp, boolean bNotifyLinked) throws IOException |
int | setRenderParams (RENDER_PARAMS rp, POLYGON_PARAMS pp, boolean bNotifyLinked) throws IOException |
int | setRenderParamsRenderAndSendPrevFrame (long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, VOLVISIMAGE imReq) throws IOException |
int | setRenderParamsRenderAndSendPrevFrame (long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, POLYGON_PARAMS pp, VOLVISIMAGE imReq) throws IOException |
int | setRenderParamsRenderAndSendPrevFrame (long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, POLYGON_PARAMS pp, int TFsToSet, RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE imReq) throws IOException |
int | setRenderParamsRenderAndSendPrevFrame (long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE imReq) throws IOException |
int | setRenderParamsRenderRead (RENDER_PARAMS rp, VOLVISIMAGE imReq, VOLVISIMAGE imRes) throws IOException |
int | setSegmentationBoundaries (long masks[]) throws IOException |
int | setTransferFunction (int index, RENDER_RANGE_PARAMS arrParams[]) throws IOException |
int | setVertexColorMapTransferFunction (RENDER_RANGE_PARAMS rrp[]) |
int | setViewMode (int mode) throws IOException |
int | setVolumeData (hdrcVolumeDataContext Volume, hdrcOctreeContext Octree) throws IOException |
int | setVolumeData4D (hdrcVolumeDataContext Volume[], hdrcOctreeContext Octree[], int numVolumes) throws IOException |
int | shootRay (POINT pt[], RAYSTOPINFO rsi[], int Num) throws IOException |
int | shootRay (POINT pt[], VECTOR3D start[], VECTOR3D direction[], double percent, RAYSTOPINFO rsi[], int Num) throws IOException |
int | shootRayFast (POINT pt[], RAYSTOPINFO rsi[], int Num) throws IOException |
int | shootRayGetWall (POINT pt[], RAYWALLINFO rwi[], int Num) throws IOException |
long | startJobFindPath (VECTOR3D pStart, VECTOR3D pFinish, FIND_PATH_PARAMS params) throws IOException |
long | waitForPrevRender () throws IOException |
Protected Member Functions | |
native int | applyVolumetricShadowMap (long nid, long shadowID) |
native int | checkChannel (long id) throws IOException |
native int | fastSwap (long id, long volumeData, long octree) throws IOException |
native int | findPath (long nid, VECTOR3D pStart, VECTOR3D pFinish, FIND_PATH_PARAMS params, FIND_PATH_RESULT res) throws IOException |
native int | finishJobFindPath (long nid, long job, FIND_PATH_RESULT res) throws IOException |
native boolean | getAdaptiveJPEGStatus (long nid) throws IOException |
native MATRIX44D[] | getCurvedMPRPath (long id) |
native int | getFramesPerPhase (long nid) |
native long | getID (long nid) |
native int | getMandibleTrace (long nid, VECTOR3D left, VECTOR3D right, VECTOR3D front, VECTOR3D points[], RENDER_PARAMS rp) throws IOException |
native long | getOctreeContext (long nid) |
native int | getPointVisibility (long nid, VECTOR3D vtr[], POINTVISIBLEINFO pvi[], int Num) throws IOException |
native int | getRenderParams (long nid, RENDER_PARAMS rp) throws IOException |
native int | getTransferFunction (long nid, int index, RENDER_RANGE_PARAMS ret[]) throws IOException |
native int | getTransferFunctionCount (long nid) |
native long | getVolumeDataContext (long nid) |
hdrcRenderEngineContext (hdrcServerContext sc, hdrcSerializer ser, long id) | |
native boolean | isRenderingFinished (long nid) throws IOException |
native int | projectPoint (long nid, VECTOR3D vtx[], POINT pt[], int Num) throws IOException |
native int | projectVolumetricShadow (long nid) throws IOException |
native int | releaseSessionResources (long nid) throws IOException |
native int | render (long nid, VOLVISIMAGE imReq, VOLVISIMAGE imRes) throws IOException |
native int | renderShadowLight (long nid) |
int | renderStreamed (long nid, VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
native int | renderStreamed (long nid, VOLVISIMAGE prevImage, RENDER_PARAMS nextImageParams, int ppMask, long nids[], long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE nextImage, boolean bGetFinishedFrame) throws IOException |
native int | setAdaptiveJPEGCompressionParam (long nid, ADAPTIVEJPEGPARAMS params) throws IOException |
native int | setAdaptiveJPEGStatus (long nid, boolean status) throws IOException |
native int | setCurvedMPRPath (long nid, int numProjPlanes, MATRIX44D arrProjPlanes[], int type) throws IOException |
native int | setFastPolygonsEnabled (long nid, boolean bEnabled) |
native int | setFramesPerPhase (long nid, int frames) throws IOException |
native int | setPhase (long nid, int phase) throws IOException |
native int | setPolygonCrossSectionLineParameters (long nid, double width, int r, int g, int b, int a) |
int | setRenderParams (long nid, RENDER_PARAMS rp, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrp[][]) throws IOException |
native int | setRenderParams (long nid, RENDER_PARAMS rp, int ppMask, long callListIDs[], long TFsToSet[], RENDER_RANGE_PARAMS rrp[][]) throws IOException |
int | setRenderParamsRenderAndSendPrevFrame (long nid, long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, POLYGON_PARAMS pp, long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE imReq) throws IOException |
native int | setRenderParamsRenderAndSendPrevFrame (long nid, long imgID, VOLVISIMAGE imRes, RENDER_PARAMS rp, int ppMask, long nids[], long TFsToSet[], RENDER_RANGE_PARAMS rrps[][], VOLVISIMAGE imReq) throws IOException |
native int | setRenderParamsRenderRead (long nid, RENDER_PARAMS rp, VOLVISIMAGE imReq, VOLVISIMAGE imRes) throws IOException |
native int | setSegmentationBoundaries (long nid, long masks[]) throws IOException |
native int | setTransferFunction (long nid, int index, RENDER_RANGE_PARAMS arrParams[]) throws IOException |
native int | setVertexColorMapTransferFunction (long nid, RENDER_RANGE_PARAMS rrp[]) |
native int | setViewMode (long nid, int mode) throws IOException |
native int | setVolumeData (long nid, long Volume, long Octree) throws IOException |
native int | setVolumeData4D (long nid, long Volume[], long Octree[], int numVolumes) throws IOException |
native int | shootRay (long nid, POINT pt[], RAYSTOPINFO rsi[], int Num) throws IOException |
native int | shootRay (long nid, POINT pt[], VECTOR3D start[], VECTOR3D direction[], double percent, RAYSTOPINFO rsi[], int Num) throws IOException |
native int | shootRayFast (long nid, POINT pt[], RAYSTOPINFO rsi[], int Num) throws IOException |
native int | shootRayGetWall (long nid, POINT pt[], RAYWALLINFO rsi[], int Num) throws IOException |
native long | startJobFindPath (long nid, VECTOR3D pStart, VECTOR3D pFinish, FIND_PATH_PARAMS params) throws IOException |
native long | waitForPrevRender (long nid) throws IOException |
Static Protected Member Functions | |
static long[] | getPolygonParamsNIDs (POLYGON_PARAMS pp) |
Additional Inherited Members | |
Static Public Attributes inherited from com.fovia.hdrcsrv.hdrcDefines | |
static final int | CID_APPLY_AS_COLORIZATION_MAP = 66 |
static final int | CID_APPLY_VOLUMETRIC_SHADOW_MAP = 72 |
static final int | CID_AUTONAVIGATE = 29 |
static final int | CID_CHECK_CHANNEL = 23 |
static final int | CID_CREATE_IVOLUMESEGMENTATION = 26 |
static final int | CID_CREATE_POLYGONUTIL = 60 |
static final int | CID_CREATE_RENDER_ENGINE = 2 |
static final int | CID_CREATE_VERTEX_CALL_LIST = 53 |
static final int | CID_CREATE_VOLUME_OCTREE = 4 |
static final int | CID_CREATE_VOLUME_SHADOW = 74 |
static final int | CID_FAST_SWAP = 44 |
static final int | CID_FIND_PATH = 52 |
static final int | CID_FINISH_JOB = 16 |
static final int | CID_GET_COLORIZATION = 58 |
static final int | CID_GET_CURVED_REFORMAT = 43 |
static final int | CID_GET_DATA_HOLDER = 20 |
static final int | CID_GET_HISTOGRAM = 28 |
static final int | CID_GET_JOB_INFO = 15 |
static final int | CID_GET_RENDER_ENGINE_TF_COUNT = 65 |
static final int | CID_GET_RENDER_PARAMS = 6 |
static final int | CID_GET_SEGMENTATION = 30 |
static final int | CID_GET_TRANSFER_FUNCTION = 57 |
static final int | CID_GET_VISIBILITY_INFO = 39 |
static final int | CID_GET_VOLUME_DATA_PARAMS = 17 |
static final int | CID_GETDICOMTAGS = 35 |
static final int | CID_IS_RENDERING_FINISHED = 27 |
static final int | CID_IVOLUMESEGMENTATION_CALL = 25 |
static final int | CID_LOAD_DICOM_FILE_LIST = 33 |
static final int | CID_LOAD_PRESET = 9 |
static final int | CID_LOAD_RAW_FILES = 62 |
static final int | CID_LOAD_SERIES_FROM_DICOM_LIST = 34 |
static final int | CID_LOAD_VOLUME_DATA = 1 |
static final int | CID_OUTPUTDICOMIMAGES = 37 |
static final int | CID_POLYGONUTIL_CALL = 61 |
static final int | CID_PROJECT_POINT = 13 |
static final int | CID_PROJECT_VOLUMETRIC_SHADOW = 45 |
static final int | CID_RELEASE_ALL_SESSION_OBJECT = 55 |
static final int | CID_RELEASE_SESSION_OBJECT = 19 |
static final int | CID_RENDER = 7 |
static final int | CID_RENDER_SHADOW_LIGHT = 73 |
static final int | CID_RETRIEVE_DATA = 22 |
static final int | CID_SAVE_PRESET = 18 |
static final int | CID_SCAN_DICOM_DIRECTORY = 32 |
static final int | CID_SET_CLIENT_VERSION = 64 |
static final int | CID_SET_COLORIZATION = 59 |
static final int | CID_SET_COLORIZATION_COLORS = 51 |
static final int | CID_SET_COLORIZATION_ENABLED = 49 |
static final int | CID_SET_COLORIZATION_INDEX = 50 |
static final int | CID_SET_CURVED_MPR_PATH = 42 |
static final int | CID_SET_FAST_POLYGONS_ENABLED = 67 |
static final int | CID_SET_FRAMES_PER_PHASE = 48 |
static final int | CID_SET_PHASE = 47 |
static final int | CID_SET_RENDER_PARAMS = 5 |
static final int | CID_SET_SEG_BOUNDARIES = 70 |
static final int | CID_SET_SEGMENTATION = 31 |
static final int | CID_SET_TRANSFER_FUNCTION = 56 |
static final int | CID_SET_VIEW_MODE = 24 |
static final int | CID_SET_VOLUME_DATA = 3 |
static final int | CID_SET_VOLUME_DATA_4D = 46 |
static final int | CID_SETDICOMTAGS = 36 |
static final int | CID_SETRP_AND_RENDER = 8 |
static final int | CID_SETRP_RENDER_AND_SEND_PREV = 41 |
static final int | CID_SHOOT_RAY = 12 |
static final int | CID_SHOOT_RAY_FAST = 38 |
static final int | CID_SHOOT_RAY_GET_WALL = 69 |
static final int | CID_START_JOB = 14 |
static final int | CID_STORE_DATA = 21 |
static final int | CID_TESTFUNCTION = 63 |
static final int | CID_UPDATE_OCTREE = 68 |
static final int | CID_UPDATE_VERTEX_CALL_LISTS = 54 |
static final int | CID_VOLUME_SHADOW_CALL = 71 |
static final int | CID_WAIT_PREV_RENDER = 40 |
static final int | CM_DILATION = 5 |
static final int | CM_EROSION = 4 |
static final int | CM_MIN_MAX = 0 |
static final int | CM_MIN_MAX_BONE = 3 |
static final int | CM_MIN_MAX_SMART = 1 |
static final int | CM_MIN_MAX_SMART_EXPAND = 2 |
static final int | COLOR_MODEL_GRAYSCALE12 = COLOR_MODEL_GRAYSCALE8+1 |
static final int | COLOR_MODEL_GRAYSCALE8 = COLOR_MODEL_NONE+1 |
static final int | COLOR_MODEL_NONE = 0 |
static final int | COLOR_MODEL_RGB = COLOR_MODEL_GRAYSCALE12+1 |
static final int | COMPRESSION_TYPE_JPEG = COMPRESSION_TYPE_ZIP+1 |
static final int | COMPRESSION_TYPE_JPEG2000 = COMPRESSION_TYPE_STRETCH+1 |
static final int | COMPRESSION_TYPE_JPEG_RGB = COMPRESSION_TYPE_PNG+1 |
static final int | COMPRESSION_TYPE_NONE = 0 |
static final int | COMPRESSION_TYPE_PNG = COMPRESSION_TYPE_RLE+1 |
static final int | COMPRESSION_TYPE_RLE = COMPRESSION_TYPE_JPEG2000+1 |
static final int | COMPRESSION_TYPE_STRETCH = COMPRESSION_TYPE_JPEG+1 |
static final int | COMPRESSION_TYPE_ZIP = COMPRESSION_TYPE_NONE+1 |
static final int | CP_FRAGMENT_FORM_MASK = 0x0000C000 |
static final int | CP_FRAGMENT_FORM_SQUARE = 0x00004000 |
static final int | CP_FRAGMENT_FORM_STRIPE = 0x00008000 |
static final int | CP_FRAGMENT_ID_MASK = 0x000000FF |
static final int | CP_FRAGMENT_ID_SHIFT = 0 |
static final int | CP_FRAGMENT_NONE = 0x0 |
static final int | CP_FRAGMENT_PACKING_FRAGMENT_ONLY = 0x00001000 |
static final int | CP_FRAGMENT_PACKING_MASK = 0x0000F000 |
static final int | CP_FRAGMENT_PACKING_SHIFT = 11 |
static final int | CP_FRAGMENT_PACKING_TYPE_MASK = 0x00003000 |
static final int | CP_FRAGMENT_PACKING_WHOLE_IMAGE = 0x00000000 |
static final int | CP_FRAGMENT_SQUARE_SIZE = 256 |
static final int | CP_FRAGMENT_STRIPE_SIZE = 128 |
static final int | CP_FRAGMENT_VALID = 0x70000000 |
static final int | CULL_MODE_BACK = 1 |
static final int | CULL_MODE_BACK_INV = 2 |
static final int | CULL_MODE_NONE = 0 |
static final int | CURVED_MPR_TYPE_X_IS_CURVED = CURVED_MPR_TYPE_X_IS_CURVED_TRILINEAR |
static final int | CURVED_MPR_TYPE_X_IS_CURVED_TRICUBIC = CURVED_MPR_TYPE_Y_IS_CURVED_TRILINEAR+1 |
static final int | CURVED_MPR_TYPE_X_IS_CURVED_TRILINEAR = 0 |
static final int | CURVED_MPR_TYPE_Y_IS_CURVED = CURVED_MPR_TYPE_Y_IS_CURVED_TRILINEAR |
static final int | CURVED_MPR_TYPE_Y_IS_CURVED_TRICUBIC = CURVED_MPR_TYPE_X_IS_CURVED_TRICUBIC+1 |
static final int | CURVED_MPR_TYPE_Y_IS_CURVED_TRILINEAR = CURVED_MPR_TYPE_X_IS_CURVED_TRILINEAR+1 |
static final int | CUT_PLANE_MODE_MAX_DISTANCE = CUT_PLANE_MODE_STANDARD+1 |
static final int | CUT_PLANE_MODE_MIN_DISTANCE = CUT_PLANE_MODE_MAX_DISTANCE+1 |
static final int | CUT_PLANE_MODE_STANDARD = 0 |
static final int | CUT_PLANE_STATUS_DISABLED = 0 |
static final int | CUT_PLANE_STATUS_ENABLED = CUT_PLANE_STATUS_DISABLED+1 |
static final int | CUT_PLANE_TYPE_NEGATIVE = CUT_PLANE_TYPE_POSITIVE+1 |
static final int | CUT_PLANE_TYPE_POSITIVE = 0 |
static final int | DEFAULT_RENDER_IMAGE_HEIGHT = 512 |
static final int | DEFAULT_RENDER_IMAGE_WIDTH = 512 |
static final int | DO_SLICE = 0 |
static final int | DT_BIG_ENDIAN = 2 |
static final int | DT_MONOCHROME_1 = 16 |
static final int | DT_REVERSE_BIT_ORDER = 4 |
static final int | DT_SIGNED = 1 |
static final int | DT_UPPER_BITS_DIRTY = 8 |
static final int | E_FAIL = 0x80004005 |
static final int | E_INVALIDARG = 0x80070057 |
static final int | E_NOINTERFACE = 0x80004002 |
static final int | E_NOTIMPL = 0x80004001 |
static final int | E_OUTOFMEMORY = 0x8007000E |
static final int | E_PENDING = 0x8000000A |
static final int | E_POINTER = 0x80004003 |
static final int | E_UNEXPECTED = 0x8000FFFF |
static final int | EROSION_DILATION_CLASSIC = 255 |
static final int | FHC_COMPLETE_VOLUME = 3 |
static final int | FHC_FIRST_LAYER = 2 |
static final int | FHC_SURFACE_ONLY = 1 |
static final int | FHC_WHOLE_VOLUME = 0 |
static final int | FPS_NO_CAP = 100000 |
static final int | IMAGE_TYPE_LUMINANCE12 = (2<<8)|2 |
static final int | IMAGE_TYPE_LUMINANCE16 = (3<<8)|2 |
static final int | IMAGE_TYPE_LUMINANCE8 = (1<<8)|1 |
static final int | IMAGE_TYPE_NONE = 0 |
static final int | IMAGE_TYPE_RGB = (4<<8)|3 |
static final int | IMAGE_TYPE_RGBA = (5<<8)|4 |
static final int | IMAGE_TYPE_RGBX = (6<<8)|4 |
static final int | LDO_DCM_UTF8 = 1002 |
static final int | LDO_DICOM_DIRECTORY = 1 |
static final int | LDO_DICOM_FILE_SET =3 |
static final int | LDO_FILE_SET = 4 |
static final int | LDO_MEMORY_BLOCK = 2 |
static final int | LDO_MEMORY_MAP_SET = 5 |
static final int | LDO_RAW_DATASET_PATH = 0 |
static final int | LDO_SEGY_DATASET_PATH =6 |
static final int | LIGHT_MODEL_BEAM = 0 |
static final int | LIGHT_MODEL_HEADLIGHT = LIGHT_MODEL_BEAM+1 |
static final int | LMM_ATTACHED_TO_CAMERA = 0 |
static final int | LMM_ATTACHED_TO_DATASET = 1 |
static final int | MAX_ALTERNATE_TRANSFER_FUNCTIONS = 7 |
static final int | MAX_CT_VALUE = 1024*4-1024 |
static final int | MAX_CUTPLANES = 16 |
static final int | MAX_DATASET_BIT_DEPTH = 16 |
static final int | MAX_DIMENSION_X = 4096 |
static final int | MAX_DIMENSION_Y = 4096 |
static final int | MAX_DIMENSION_Z = 4096 |
static final int | MAX_OPACITY_FUNCTION_VALUE = 1024*4 - 1 |
static final int | MAX_RENDER_IMAGE_HEIGHT = 8192 |
static final int | MAX_RENDER_IMAGE_WIDTH = 8192 |
static final int | MAX_RENDER_RANGE_POINTS = 50 |
static final int | MAX_RENDER_RANGES_PARAMS = 8 |
static final float | MAX_RENDER_ZOOM = 700.0f |
static final double | MAX_THIN_SLAB = 4096 |
static final int | MESH_UPDATE_ALL = 63 |
static final int | MESH_UPDATE_COLORS = 4 |
static final int | MESH_UPDATE_INDICES = 16 |
static final int | MESH_UPDATE_NORMALS = 2 |
static final int | MESH_UPDATE_SHADING = 8 |
static final int | MESH_UPDATE_TEX_COORDS = 32 |
static final int | MESH_UPDATE_VERTICES = 1 |
static final int | MIN_CT_VALUE = 0 -1024 |
static final int | MIN_OPACITY_FUNCTION_VALUE = 0 |
static final int | MIN_RENDER_IMAGE_HEIGHT = 64 |
static final int | MIN_RENDER_IMAGE_WIDTH = 64 |
static final float | MIN_RENDER_ZOOM = 0.125f |
static final double | MIN_THIN_SLAB = 0 |
static final int | PET_MARCHING_CUBES = 0 |
static final int | PPM_CALL_LISTS = (1<<0) |
static final int | PPM_NONE = 0 |
static final int | RENDER_ENGINE_ID_MIP = 3 |
static final int | RENDER_ENGINE_ID_MPR = 0 |
static final int | RENDER_ENGINE_ID_PAR = 1 |
static final int | RENDER_ENGINE_ID_PER = 2 |
static final int | RENDER_IMAGE_HEIGHT_STEP = 16 |
static final int | RENDER_IMAGE_WIDTH_STEP = 16 |
static final int | RENDER_QUALITY_BEST = RENDER_QUALITY_BETTER+1 |
static final int | RENDER_QUALITY_BETTER = RENDER_QUALITY_DRAFT+1 |
static final int | RENDER_QUALITY_DRAFT = RENDER_QUALITY_RAW+1 |
static final int | RENDER_QUALITY_NONE = 0 |
static final int | RENDER_QUALITY_PRINT = 0x7fffffff |
static final int | RENDER_QUALITY_RAW = RENDER_QUALITY_NONE+1 |
static final int | RENDER_RANGE_STATUS_DISABLED = RENDER_RANGE_STATUS_ENABLED+1 |
static final int | RENDER_RANGE_STATUS_ENABLED = 0 |
static final int | RENDER_RANGE_TYPE_AUTO_COLOR = RENDER_RANGE_TYPE_CATMUL+1 |
static final int | RENDER_RANGE_TYPE_BSPLINE = RENDER_RANGE_TYPE_LINES_END_COLOR+1 |
static final int | RENDER_RANGE_TYPE_CATMUL = RENDER_RANGE_TYPE_BSPLINE+1 |
static final int | RENDER_RANGE_TYPE_LINES = RENDER_RANGE_TYPE_NONE+1 |
static final int | RENDER_RANGE_TYPE_LINES_END_COLOR = RENDER_RANGE_TYPE_LINES+1 |
static final int | RENDER_RANGE_TYPE_NONE = 0 |
static final int | RENDER_STAGE_AUTO_IMPROVE = RENDER_STAGE_CURRENT+1 |
static final int | RENDER_STAGE_CURRENT = RENDER_STAGE_FINAL+1 |
static final int | RENDER_STAGE_FINAL = RENDER_STAGE_PROGR5+1 |
static final int | RENDER_STAGE_NONE = 0 |
static final int | RENDER_STAGE_PROGR0 = RENDER_STAGE_NONE+1 |
static final int | RENDER_STAGE_PROGR1 = RENDER_STAGE_PROGR0+1 |
static final int | RENDER_STAGE_PROGR2 = RENDER_STAGE_PROGR1+1 |
static final int | RENDER_STAGE_PROGR3 = RENDER_STAGE_PROGR2+1 |
static final int | RENDER_STAGE_PROGR4 = RENDER_STAGE_PROGR3+1 |
static final int | RENDER_STAGE_PROGR5 = RENDER_STAGE_PROGR4+1 |
static final int | RF_ALL = 0x7FFFFFFF |
static final int | RF_ALLOW_IMAGE_SMOOTH = (1<<2) |
static final int | RF_ALLOW_RENDER_CACHE = (1<<1) |
static final int | RF_CUT_PLANES_AFFECT_POLYGONS =(1 << 13) |
static final int | RF_DEFAULT = RF_ALLOW_IMAGE_SMOOTH|RF_USE_GRADIENTS|RF_USE_SLAB_MIP |
static final int | RF_DONT_NORMALIZE_TF = (1<<7) |
static final int | RF_FRONT_CLIPPING_PLANE_ENABLED = (1<<8) |
static final int | RF_LONG_TRIANGLE_FIX =(1 << 14) |
static final int | RF_MASK_DEFAULT = RF_ALLOW_IMAGE_SMOOTH|RF_USE_GRADIENTS|RF_USE_SLAB_MPR|RF_USE_SLAB_PAR|RF_USE_SLAB_MIP|RF_POLYGON_LINES_IN_SCREEN_SPACE |
static final int | RF_NONE = (0) |
static final int | RF_POLYGON_CROSS_SECTIONS =(1 << 12) |
static final int | RF_POLYGON_LINES_IN_SCREEN_SPACE =(1 << 10) |
static final int | RF_THICK_MODES_USE_TRANSFER_FUNCTION =(1 << 9) |
static final int | RF_THIN_MODES_OUTPUT_RGB =(1 << 15) |
static final int | RF_USE_GRADIENTS = (1<<3) |
static final int | RF_USE_SLAB_MIP = (1<<6) |
static final int | RF_USE_SLAB_MPR = (1<<4) |
static final int | RF_USE_SLAB_PAR = (1<<5) |
static final int | RF_VERTEX_COLOR_MAP =(1 << 11) |
static final int | RPM_ALL = 0x7FFFFFFF |
static final int | RPM_AMBIENCE = (1 <<30) |
static final int | RPM_BACK_COLOR = (1<<17) |
static final int | RPM_BRIGHTNESS = (1<<18) |
static final int | RPM_COLOR_MODEL = (1<<7) |
static final int | RPM_CROP_BOX = (1<<16) |
static final int | RPM_CUT_PLANES = (1<<23) |
static final int | RPM_DEFAULT = RPM_ALL |
static final int | RPM_DESIRED_FPS = (1<<10) |
static final int | RPM_FRONT_SLAB_POLYGON_TRANSPARENCY = (1 <<29) |
static final int | RPM_GRAD_INSEN_SLAB = (1<<15) |
static final int | RPM_LIGHT_MODEL = (1<<9) |
static final int | RPM_LIGHT_PARAMS = (1<<27) |
static final int | RPM_MIN_QUALITY_BIAS = (1<<28) |
static final int | RPM_NONE = (0) |
static final int | RPM_NUM_RENDERING_THREADS = (1<<25) |
static final int | RPM_PHONG_PARAMETERS = RPM_AMBIENCE | RPM_BRIGHTNESS | RPM_SHININESS | RPM_REFLECTION |
static final int | RPM_QUALITY = (1<<8) |
static final int | RPM_RAYCASTING_PRECISION = (1<<21) |
static final int | RPM_REAR_SLAB_POLYGON_TRANSPARENCY = (1 <<31) |
static final int | RPM_REFLECTION = (1<<20) |
static final int | RPM_RENDER_IMAGE_SIZE = (1<<24) |
static final int | RPM_RENDER_RANGE_MIN_MAX = (1<<11) |
static final int | RPM_RENDER_RANGES = (1<<12) |
static final int | RPM_RENDER_SAMPLES = (1<<22) |
static final int | RPM_RENDER_TYPE = (1<<0) |
static final int | RPM_SHININESS = (1<<19) |
static final int | RPM_SLAB_THICKNESS = (1<<14) |
static final int | RPM_STEREO_MODE = (1<<26) |
static final int | RPM_TRANSFORM = RPM_TRANSFORM_RSS|RPM_TRANSFORM_OFFSET|RPM_TRANSFORM_PC |
static final int | RPM_TRANSFORM_OFFSET = RPM_TRANSFORM_XPOS|RPM_TRANSFORM_YPOS|RPM_TRANSFORM_ZPOS |
static final int | RPM_TRANSFORM_PC = (1<<5) |
static final int | RPM_TRANSFORM_RSS = (1<<4) |
static final int | RPM_TRANSFORM_XPOS = (1<<1) |
static final int | RPM_TRANSFORM_YPOS = (1<<2) |
static final int | RPM_TRANSFORM_ZPOS = (1<<3) |
static final int | RPM_VIEW_ANGLE = (1<<13) |
static final int | RPM_ZOOM = (1<<6) |
static final int | RT_AUTO_FADED_MIP = (1<<18) |
static final int | RT_AUTO_MINIP = (1<<19) |
static final int | RT_AUTO_MIP = (1<<17) |
static final int | RT_BRUTE_FORCE_AVE = RT_THIN_AVE |
static final int | RT_BRUTE_FORCE_FMIP = RT_THIN_FMIP |
static final int | RT_BRUTE_FORCE_MINIP = RT_THIN_MINIP |
static final int | RT_BRUTE_FORCE_MIP = RT_THIN_MIP |
static final int | RT_MIP = RT_THICK_MIP |
static final int | RT_MPR_AXIAL = (1<<3) |
static final int | RT_MPR_CORONAL = (1<<5) |
static final int | RT_MPR_CURVED = (1<<13) |
static final int | RT_MPR_OBLIQUE = (1<<6) |
static final int | RT_MPR_SAGITTAL = (1<<4) |
static final int | RT_MPR_XY = (1<<0) |
static final int | RT_MPR_XZ = (1<<1) |
static final int | RT_MPR_YZ = (1<<2) |
static final int | RT_NONE = 0 |
static final int | RT_PARALLEL = (1<<7) |
static final int | RT_PERSPECTIVE = (1<<8) |
static final int | RT_RESERVED16 = (1<<16) |
static final int | RT_THICK_FADED_MIP = (1<<10) |
static final int | RT_THICK_MINIP = (1<<20) |
static final int | RT_THICK_MINIP_PERSPECTIVE = (1<<22) |
static final int | RT_THICK_MIP = (1<<9) |
static final int | RT_THICK_MIP_PERSPECTIVE = (1<<21) |
static final int | RT_THIN_AVE = (1<<14) |
static final int | RT_THIN_FMIP = (1<<12) |
static final int | RT_THIN_MINIP = (1<<15) |
static final int | RT_THIN_MIP = (1<<11) |
static final int | RT_XRAY = RT_THICK_FADED_MIP |
static final int | S_FALSE = 1 |
static final int | S_OK = 0 |
static final int | SEG_GRAN_1X1X1 = 0 |
static final int | SEG_GRAN_2X2X2 = 1 |
static final int | SEGMENTATION_TYPE_ADDITIVE = 0 |
static final int | SEGMENTATION_TYPE_SUBTRACTIVE = 1 |
static final int | SK_CUSTOM = 4 |
static final int | SK_MIN_MAX = 0 |
static final int | SK_MIN_MAX_BONE = 3 |
static final int | SK_MIN_MAX_GRADIENT = 1 |
static final int | SK_MIN_MAX_GRADIENT_EXPAND = 2 |
static final int | SMOOTH3D_NONE = 0 |
static final int | SMOOTH3D_TRICUBIC = 2 |
static final int | SMOOTH3D_TRILINEAR = 1 |
static final int | SPT_LAPLACIAN = 1 |
static final int | SPT_NONE = 0 |
static final int | ST_ADDITIVE = 0 |
static final int | ST_SUBTRACTIVE = 1 |
static final int | STEREO_MODE_LEFT_EYE = 1 |
static final int | STEREO_MODE_OFF = 0 |
static final int | STEREO_MODE_RIGHT_EYE = 2 |
static final int | THICK_TF_MIP_OPACITY = 500 |
static final int | TO_NONE = 0 |
static final int | TO_SHOW_COMMAND_ARGUMENTS = (1 << 2) |
static final int | TO_SHOW_COMMAND_DEBUG1 = (1 << 4) |
static final int | TO_SHOW_COMMAND_DEBUG2 = (1 << 5) |
static final int | TO_SHOW_COMMAND_DEBUG3 = (1 << 6) |
static final int | TO_SHOW_COMMAND_RESULTS = (1 << 3) |
static final int | TO_SHOW_COMMAND_TIME = (1 << 1) |
static final int | TO_SHOW_COMMANDS = (1 << 0) |
static final double | TRANSFER_FUNCTION_LOG_CORRECTION = 0.4 |
static final int | UPDATE_MODE_CLEAR = 0 |
static final int | UPDATE_MODE_CLEAR_BY_MASK = 10 |
static final int | UPDATE_MODE_CLEAR_MULTI_TF = UPDATE_MODE_SET_TF_2+1 |
static final int | UPDATE_MODE_CLEAR_NODES_ONLY = UPDATE_MODE_INVERT_MULTI_TF+1 |
static final int | UPDATE_MODE_INVERT = UPDATE_MODE_NEGATIVE+1 |
static final int | UPDATE_MODE_INVERT_MULTI_TF = UPDATE_MODE_CLEAR_MULTI_TF+1 |
static final int | UPDATE_MODE_NEGATIVE = UPDATE_MODE_POSITIVE+1 |
static final int | UPDATE_MODE_POSITIVE = UPDATE_MODE_CLEAR+1 |
static final int | UPDATE_MODE_REBUILD = UPDATE_MODE_INVERT+1 |
static final int | UPDATE_MODE_SET_TF_1 = UPDATE_MODE_REBUILD+1 |
static final int | UPDATE_MODE_SET_TF_2 = UPDATE_MODE_SET_TF_1+1 |
static final int | VCL_OPTIMIZE_DO_NOT_REMOVE = 0xFFFFFFFF |
static final int | VCL_TYPE_LINES = 1 |
static final int | VCL_TYPE_TRIANGLES = 0 |
static final int | VCLF_CUT_PLANES_AFFECT_POLYGONS =(1 << 0) |
static final int | VCLF_INVERT_MESH_GRADIENTS =(1 << 2) |
static final int | VCLF_NONE =(0 ) |
static final int | VCLF_PER_CALL_LIST_INTERSECTION_LINE_PARAMS =(1 << 1) |
static final int | VLT_DIRECTIONAL = 0 |
static final int | VLT_FRUSTRUM = 1 |
static final int | VM_VEWMPR = 0 |
static final int | VM_VIEW3D = 1 |
Static Public Attributes inherited from com.fovia.hdrcsrv.clientConfig | |
static final boolean | NO_NORMALIZE = false |
Class that abstracts a render engine. In most cases, you would never access this object directly. It is much simpler to use a hdrcRenderQueue to maintain the state of this object. This object is created by hdrcServerContext.
int com.fovia.hdrc.hdrcRenderEngineContext.checkChannel | ( | ) | throws IOException |
Does a simple test of the network channel to "ping" the server.
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.fastSwap | ( | hdrcVolumeDataContext | volumeData, |
hdrcOctreeContext | octree | ||
) | throws IOException |
Performs a server side request to swap from one volume to another quickly. The new volume must have the same dimensions, spacing, orientation, and skew.
volumeData | |
octree |
IOException |
FIND_PATH_RESULT com.fovia.hdrc.hdrcRenderEngineContext.findPath | ( | VECTOR3D | pStart, |
VECTOR3D | pFinish, | ||
FIND_PATH_PARAMS | params | ||
) | throws IOException |
Attempts to find a path between two points in the volume using either static or dynamic upper and lower thresholds for determining the pathway.
pStart | The start point for the path finding routine. Must be non-NULL. |
pFinish | The finish point for the path finding routine. Must be non-NULL. |
params | The parameters for the path finding routine. If NULL, the values set in the default constructor for FIND_PATH_PARAMS are used. See the FIND_PATH_PARAMS description for details on each of the parameters. |
References com.fovia.hdrcsrv.hdrcDefines.S_OK.
FIND_PATH_RESULT com.fovia.hdrc.hdrcRenderEngineContext.finishJobFindPath | ( | long | job | ) | throws IOException |
Placeholder()
References com.fovia.hdrcsrv.hdrcDefines.S_OK.
MATRIX44D [] com.fovia.hdrc.hdrcRenderEngineContext.getCurvedMPRPath | ( | ) |
Returns the current curved MPR path.
IOException |
hdrcVolumeDataContext com.fovia.hdrc.hdrcRenderEngineContext.getCurvedReformat | ( | int | numProjPlanesPerSlice, |
int | numSlices, | ||
int | ppWidth, | ||
int | ppHeight, | ||
int | measurementSlice, | ||
float | Zoom, | ||
MATRIX44D | arrProjPlanes[][], | ||
int | type | ||
) | throws IOException |
Creates a new volume from several curved MPR specifications. This function may be used to reformat a volume so that a curved render may have depth as well. The resultant volume may then be rendered in any available rendering mode. Viewing the volume axially will give the view you would get from setCurvedMPRPAth(). See setCurvedMPRPAth() for more information on how the arrProjPlanes matrices should be specified.
numProjPlanesPerSlice | The number of positions that make up the curve for each slice. |
numSlices | The number of slices |
ppWidth | Output volume width |
ppHeight | Output volume height |
measurementSlice | This is the index (0-based) of the slice to specify for accurate measurement. For example, if you specify 3 the fourth image in the volume will have the property that pixels in the X and Y directions will be accurately represented in millimeters. |
Zoom | The number of pixels per voxel in the non-curved dimension. If this is -1, the pixels per voxel is calculated based upon the length of the curve. |
arrProjPlanes | The projecton plane positions for each slice. The dimensions are arrProjPlanes[slice][curvePoint]. |
type | Which axis is going to be non-linear on every slice? |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.getCurvedReformatEx().
GET_CURVED_REFORMAT_RESULT com.fovia.hdrc.hdrcRenderEngineContext.getCurvedReformatEx | ( | boolean | bCreateOctree, |
int | smoothType, | ||
int | numProjPlanesPerSlice, | ||
int | numSlices, | ||
int | ppWidth, | ||
int | ppHeight, | ||
int | measurementSlice, | ||
float | Zoom, | ||
MATRIX44D | arrProjPlanes[][], | ||
int | type | ||
) | throws IOException |
Creates a new volume from several curved MPR specifications. This function may be used to reformat a volume so that a curved render may have depth as well. The resultant volume may then be rendered in any available rendering mode. Viewing the volume axially will give the view you would get from setCurvedMPRPAth(). See setCurvedMPRPAth() for more information on how the arrProjPlanes matrices should be specified.
bCreateOctree | If H_TRUE this function will create an ocrtree for the IVolumeDataContext object pointed to by pData. If H_FALSE, no octree will be created. |
smoothType | One of the SMOOTH3D_* values to set the smothing mode, if any, to be applied to the created octree. This is only relavent if bCreateOctree is set to H_TRUE. |
numProjPlanesPerSlice | The number of positions that make up the curve for each slice. |
numSlices | The number of slices |
ppWidth | Output volume width |
ppHeight | Output volume height |
measurementSlice | This is the index (0-based) of the slice to specify for accurate measurement. For example, if you specify 3 the fourth image in the volume will have the property that pixels in the X and Y directions will be accurately represented in millimeters. |
Zoom | The number of pixels per voxel in the non-curved dimension. If this is -1, the pixels per voxel is calculated based upon the length of the curve. |
arrProjPlanes | The projecton plane positions for each slice. The dimensions are arrProjPlanes[slice][curvePoint]. |
type | Which axis is going to be non-linear on every slice? |
IOException |
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.getCurvedReformat().
int com.fovia.hdrc.hdrcRenderEngineContext.getFramesPerPhase | ( | ) |
Returns the number of frames per phase set on this engine. In 4D rendering, it is possible to tell the engine to automatically advance to the next phase of the 4D dataset after a certain number of frames have been rendered. 0 means the phase will not be advanced. See setFramesPerPhase().
long com.fovia.hdrc.hdrcRenderEngineContext.getID | ( | ) |
Integer representation of the server object.
long com.fovia.hdrc.hdrcRenderEngineContext.getNID | ( | ) |
Internal utility function.
hdrcOctreeContext com.fovia.hdrc.hdrcRenderEngineContext.getOctreeContext | ( | ) |
For legacy support.
int com.fovia.hdrc.hdrcRenderEngineContext.getPointVisibility | ( | VERTEX3D | vtr[], |
POINTVISIBLEINFO | pvi[], | ||
int | Num | ||
) | throws IOException |
Project 3D coordinates (in patient system coordinates) onto the rendering plane. Output points are relative to the center of the rendering plane, with X axis increasing along the raster, Y axis increasing along rows. Additionally, the opacity of the specified point is returned. This information may be used to render 3D primitives on a video card with relatively accurate interaction with the volume.
vtr | List of points to get visibility info. |
pvi | List of POINTVISIBLEINFO objects to receive the visibility info. |
Num | Number of points to transform. |
IOException |
References com.fovia.hdrcsrv.hdrcDefines.E_INVALIDARG.
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.getPointVisibility().
int com.fovia.hdrc.hdrcRenderEngineContext.getPointVisibility | ( | VECTOR3D | vtr[], |
POINTVISIBLEINFO | pvi[], | ||
int | Num | ||
) | throws IOException |
Project 3D coordinates (in patient system coordinates) onto the rendering plane. Output points are relative to the center of the rendering plane, with X axis increasing along the raster, Y axis increasing along rows. Additionally, the opacity of the specified point is returned. This information may be used to render 3D primitives on a video card with relatively accurate interaction with the volume.
vtr | List of points to get visibility info. |
pvi | List of POINTVISIBLEINFO objects to receive the visibility info. |
Num | Number of points to transform. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.getPointVisibility().
hdrcRenderEngineContext com.fovia.hdrc.hdrcRenderEngineContext.getRenderEngineContext | ( | ) |
Returns a reference to the current object.
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
RENDER_PARAMS com.fovia.hdrc.hdrcRenderEngineContext.getRenderParams | ( | ) | throws IOException |
Returns the current RENDER_PARAMS for this engine. This call will retrieve the RENDER_PARAMS from the server. Consider using Cached() if appropriate.
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.getRenderParams().
RENDER_PARAMS com.fovia.hdrc.hdrcRenderEngineContext.getRenderParams | ( | boolean | bIncludeQueuedParams | ) | throws IOException |
Returns the current RENDER_PARAMS for this engine. This call will retrieve the RENDER_PARAMS from the server. Consider using getRenderParamsCached() if appropriate.
bIncludeQueuedParams | - If set to TRUE, the returned RENDER_PARAMS structure will include paramaters that have been chached but not yet applied. If set to FALSE, only applied paramaters will be returned. |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrc.hdrcRenderEngineContext.getRenderParams().
RENDER_PARAMS com.fovia.hdrc.hdrcRenderEngineContext.getRenderParamsCached | ( | ) |
Returns the current RENDER_PARAMS for this engine. This call will return the cached RENDER_PARAMS structure on the client without retrieving the applied RENDER_PARAMS from the server.
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
hdrcServerContext com.fovia.hdrc.hdrcRenderEngineContext.getServerContext | ( | ) |
For legacy support.
RENDER_RANGE_PARAMS [] com.fovia.hdrc.hdrcRenderEngineContext.getTransferFunction | ( | int | index | ) | throws IOException |
Gets the transfer function at the designated index in the form of an array of RENDER_RANGE_PARAMS. Use index values 0-7 for transfer functions 1-8.
index | - A value in the range of 0-7 for transfer functions 1-8. |
int com.fovia.hdrc.hdrcRenderEngineContext.getTransferFunctionCount | ( | ) |
Returns the number of transfer functions set for this engine.
hdrcVolumeDataContext com.fovia.hdrc.hdrcRenderEngineContext.getVolumeDataContext | ( | ) |
For legacy support.
boolean com.fovia.hdrc.hdrcRenderEngineContext.isRenderingFinished | ( | ) | throws IOException |
Returns true if the rendering command is finished OR there is no rendering command in progress. Otherwise, returns false.
IOException |
void com.fovia.hdrc.hdrcRenderEngineContext.PrimerEnter | ( | ) | throws IOException |
For legacy support only.
IOException |
void com.fovia.hdrc.hdrcRenderEngineContext.PrimerExit | ( | VOLVISIMAGE | im | ) | throws IOException |
For legacy support only.
im | VOLVISIMAGE |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.projectPoint | ( | VERTEX3D | vtx[], |
POINT | pt[], | ||
int | Num | ||
) | throws IOException |
Takes 3D points in patient coordinates and returns the 2D points that the locations would be projected onto the projection plane.
vtx | 3D points. |
pt | 2D points in which we should store our results. |
Num | number of points being projected. |
IOException |
References com.fovia.hdrcsrv.hdrcDefines.E_INVALIDARG.
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.projectPoint().
int com.fovia.hdrc.hdrcRenderEngineContext.projectPoint | ( | VECTOR3D | vtx[], |
POINT | pt[], | ||
int | Num | ||
) | throws IOException |
Takes 3D points in patient coordinates and returns the 2D points that the locations would be projected onto the projection plane.
vtx | 3D points. |
pt | 2D points in which we should store our results. |
Num | number of points being projected. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.projectPoint().
int com.fovia.hdrc.hdrcRenderEngineContext.projectVolumetricShadow | ( | ) | throws IOException |
Projects a volume shadow from the current view location. This is implemented by setting the parts of the volume to be shadowed to the second transfer function. The second TF should then be slightly darker than the first.
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.releaseSessionResources | ( | ) | throws IOException |
Call this if you want to free this object before disconnecting.
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.render | ( | VOLVISIMAGE | imReq, |
VOLVISIMAGE | imRes | ||
) | throws IOException |
Renders the requested image requirements into the result image structure.
imReq | Requested image requirements. |
imRes | Result image structure. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.renderFinal | ( | ) | throws IOException |
Placeholder for renderFinal()
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrcsrv.hdrcDefines.E_NOTIMPL.
int com.fovia.hdrc.hdrcRenderEngineContext.renderFinal | ( | boolean | bIgnoreParams, |
int | paramsToIgnore | ||
) | throws IOException |
Placeholder for renderFinal()
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrcsrv.hdrcDefines.E_NOTIMPL.
int com.fovia.hdrc.hdrcRenderEngineContext.renderFinal | ( | boolean | bNotifyListeners | ) | throws IOException |
Placeholder for renderFinal()
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrcsrv.hdrcDefines.E_NOTIMPL.
int com.fovia.hdrc.hdrcRenderEngineContext.renderFinal | ( | boolean | bNotifyListeners, |
boolean | bIgnoreParams, | ||
int | paramsToIgnore | ||
) | throws IOException |
Placeholder for renderFinal()
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrcsrv.hdrcDefines.E_NOTIMPL.
int com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed | ( | VOLVISIMAGE | prevImage, |
RENDER_PARAMS | nextImageParams, | ||
VOLVISIMAGE | nextImage | ||
) | throws IOException |
Placeholder for renderStreamed()
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
int com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed | ( | VOLVISIMAGE | prevImage, |
RENDER_PARAMS | nextImageParams, | ||
VOLVISIMAGE | nextImage, | ||
boolean | bGetFinishedFrame | ||
) | throws IOException |
Placeholder for renderStreamed()
References com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
int com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed | ( | VOLVISIMAGE | prevImage, |
RENDER_PARAMS | nextImageParams, | ||
POLYGON_PARAMS | pp, | ||
VOLVISIMAGE | nextImage, | ||
boolean | bGetFinishedFrame | ||
) | throws IOException |
Call that implements a streamed render. When you call this function, the server retrieves the previously rendered frame (from the previous renderStreamed). It sets the params to nextImageParams and begins rendering the next frame. Then, while that is going on, it compresses (if necessary) the previous frame and transfers it to the client. That way, rendering continues while compression and TCP/IP transfer happens.
Do NOT expect prevImage to contain data. The first time you call this function it won't contain data. Check to see if VOLVISIMAGE.Data is non-null.
prevImage | Structure to recieve the previous image. |
nextImageParams | Params for the next frame. |
pp | Polygon params for the next frame. |
nextImage | Image params for the next frame. |
bGetFinishedFrame | If true, retrieves the finished frame. Otherwise, discards it on the server side. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
int com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed | ( | VOLVISIMAGE | prevImage, |
RENDER_PARAMS | nextImageParams, | ||
POLYGON_PARAMS | pp, | ||
int | TFsToSet, | ||
RENDER_RANGE_PARAMS | rrps[][], | ||
VOLVISIMAGE | nextImage, | ||
boolean | bGetFinishedFrame | ||
) | throws IOException |
Placeholder for renderStreamed()
References com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
int com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed | ( | VOLVISIMAGE | prevImage, |
RENDER_PARAMS | nextImageParams, | ||
POLYGON_PARAMS | pp, | ||
long | TFsToSet[], | ||
RENDER_RANGE_PARAMS | rrps[][], | ||
VOLVISIMAGE | nextImage, | ||
boolean | bGetFinishedFrame | ||
) | throws IOException |
Placeholder for renderStreamed()
References com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
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protected |
Placeholder for renderStreamed()
References com.fovia.hdrc.hdrcRenderEngineContext.renderStreamed().
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protected |
Placeholder for renderStreamed()
int com.fovia.hdrc.hdrcRenderEngineContext.setAdaptiveJPEGCompressionParam | ( | ADAPTIVEJPEGPARAMS | params | ) | throws IOException |
If the adaptive JPEG feature is turend on with setAdaptiveJPEGStatus(), sets the ADAPTIVEJPEGPARAMS used to determine the compression level.
status | - if TRUE, the adaptive JPEG feature is turned on. If FALSE, the adaptive JPEG feature is not used. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setAdaptiveJPEGStatus | ( | boolean | status | ) | throws IOException |
Turns the adaptive JPEG feature on and off. This feature allows the engine to adaptively control the level of JPEG compression used to transmit compressed images from the server.
status | - if TRUE, the adaptive JPEG feature is turned on. If FALSE, the adaptive JPEG feature is not used. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setAutonavigating | ( | boolean | bNav, |
double | speed | ||
) |
Turns autonavigation on and off. This feature will autonavigate the viewpoint through a blood vessel or similar structure.
bNav | - If TRUE, autonavigation is turned on. If FALSE, autonavigation is turned off. |
speed | - The speed with which the viewpoint moves through the vessel. This base speed depends on the size of the vessel. |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
int com.fovia.hdrc.hdrcRenderEngineContext.setCurvedMPRPath | ( | int | numProjPlanes, |
MATRIX44D | arrProjPlanes[], | ||
int | type | ||
) | throws IOException |
Sets the curved MPR path to use. Essentially, the X vector (m11,m21,m31) in the projection plane describes the direction for the linear slice to take at every interpolated point on the curve. The offset (m14,m24,m34) in the projection plane describes where each point is. From this description, the points you specify are interpolated via Catmull-Rom spline interpolation. The spacing between interpolated points is dictated by the image size. NOTE: You call this function every time you switch to RT_MPR_CURVED. It does not persist across other render types.
numProjPlanes | Numbers of projection plane positions that make up the curve. |
arrProjPlanes | Projection plane positions that describe what we should interpolate between. |
type | Which axis is going to be non-linear? |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
int com.fovia.hdrc.hdrcRenderEngineContext.setFastPolygonsEnabled | ( | boolean | bEnabled | ) |
Sets the engine to use fast polygons mode. In this mode changes to hdrcVertexCallListContext objects are rendered more quickly. However, no changes to the dataset are permitted while in this mode. This means that no changes to the position, orientation, or any other RENDER_PARAMS fields are permitted.
bEnabled | If set to H_TRUE, engine runs in fast polygon mode. If set to H_FALSE, engine runs in normal mode. |
int com.fovia.hdrc.hdrcRenderEngineContext.setFramesPerPhase | ( | int | frames | ) | throws IOException |
Sets the number of frames to render before moving on to the next phase. Set this to 0 to keep the current phase indefinitely.
frames | - The number of frames to render before moving on to the next phase. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setPhase | ( | int | phase | ) | throws IOException |
If the control was initialized for 4D rendering, this sets the view to the specified phase.
phase |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp | ) | throws IOException |
Sets the RENDER_PARAMS for this engine.
rp | The RENDER_PARAMS to be set. |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
Referenced by com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp, |
POLYGON_PARAMS | pp | ||
) | throws IOException |
Sets the RENDER_PARAMS and hdrcVertexCallListContext objects for this engine.
rp | The RENDER_PARAMS to be set. |
pp | A POLYGON_PARAMS structure designating the polygon objects to be applied to this engine. |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp, |
POLYGON_PARAMS | pp, | ||
int | TFsToSet, | ||
RENDER_RANGE_PARAMS | rrp[][] | ||
) | throws IOException |
Sets the RENDER_PARAMS, hdrcVertexCallListContext objects, and transfer functions for this engine.
rp | The RENDER_PARAMS to be set. |
pp | A POLYGON_PARAMS structure designating the polygon objects to be applied to this engine. |
TFsToSet | A bitmask designating which transfer functions the the TFs defined in rpp are to be applied to. |
rrp | An array of RENDER_RANGE_PARAMS defining the transfer functions to be set. The dimensions of the array depend on how many transfer functions are being set and how each transfer function is defined. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp, |
POLYGON_PARAMS | pp, | ||
long | TFsToSet[], | ||
RENDER_RANGE_PARAMS | rrp[][] | ||
) | throws IOException |
Sets the RENDER_PARAMS, hdrcVertexCallListContext objects, and transfer functions for this engine. This version of setRenderParams() is for use with the 256 TF build.
rp | The RENDER_PARAMS to be set. |
pp | A POLYGON_PARAMS structure designating the polygon objects to be applied to this engine. |
TFsToSet | An array of long ints containing a bitmask designating which transfer functions the the TFs defined in rpp are to be applied to. |
rrp | An array of RENDER_RANGE_PARAMS defining the transfer functions to be set. The dimensions of the array depend on how many transfer functions are being set and how each transfer function is defined. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp, |
boolean | bNotifyLinked | ||
) | throws IOException |
Sets the RENDER_PARAMS for this engine. This function will also notify linked hdrcRenderControl windows of updates to the RENDER_PARAMS.
rp | The RENDER_PARAMS to be set. |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams | ( | RENDER_PARAMS | rp, |
POLYGON_PARAMS | pp, | ||
boolean | bNotifyLinked | ||
) | throws IOException |
Sets the RENDER_PARAMS and hdrcVertexCallListContext objects for this engine. This function will also notify linked hdrcRenderControl windows of updates to the RENDER_PARAMS.
rp | The RENDER_PARAMS to be set. |
pp | A POLYGON_PARAMS structure designating the polygon objects to be applied to this engine. |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
References com.fovia.hdrc.hdrcRenderEngineContext.setRenderParams().
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParamsRenderAndSendPrevFrame | ( | long | imgID, |
VOLVISIMAGE | imRes, | ||
RENDER_PARAMS | rp, | ||
POLYGON_PARAMS | pp, | ||
VOLVISIMAGE | imReq | ||
) | throws IOException |
As the name implies, set's the render params, starts a render, then compresses (if requested) and sends the previous frame.
imgID | Return value from waitForPrevRender() |
imRes | Information about the image to return. |
rp | Next frame parameters. |
pp | Next frame polygon parameters. |
imReq | Information about the next frame's image. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setRenderParamsRenderRead | ( | RENDER_PARAMS | rp, |
VOLVISIMAGE | imReq, | ||
VOLVISIMAGE | imRes | ||
) | throws IOException |
Flexible function that allows the setting of rendering parameters while also rendering a frame.
rp | Parameters to set. |
imReq | Requested image requirements. |
imRes | Result image structure. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setTransferFunction | ( | int | index, |
RENDER_RANGE_PARAMS | arrParams[] | ||
) | throws IOException |
Sets the transfer function for the designated index in the form of an array of RENDER_RANGE_PARAMS. Use index values 0-7 for transfer functions 1-8.
index | - A value in the range of 0-7 for transfer functions 1-8. |
arrParams | - An array of RENDER_RANGE_PARAMS objects which define the transfer function. |
int com.fovia.hdrc.hdrcRenderEngineContext.setViewMode | ( | int | mode | ) | throws IOException |
Set's the view mode. See VM_* in hdrcDefines.
mode | int |
IOException |
Implements com.fovia.hdrc.hdrcIRenderParamsReceiver.
int com.fovia.hdrc.hdrcRenderEngineContext.setVolumeData | ( | hdrcVolumeDataContext | Volume, |
hdrcOctreeContext | Octree | ||
) | throws IOException |
Sets the volume data for this engine. Either parameter may be null. This is important because MPR engines do not require an Octree
Volume | The volume data. |
Octree | An initialized octree for the previously specified volume data. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.setVolumeData4D | ( | hdrcVolumeDataContext | Volume[], |
hdrcOctreeContext | Octree[], | ||
int | numVolumes | ||
) | throws IOException |
Initialized a render engine for 4D rendering on the server. All data sets must be the same dimensions and orientation/skew/spacing.
Volume | |
Octree | |
numVolumes |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.shootRay | ( | POINT | pt[], |
RAYSTOPINFO | rsi[], | ||
int | Num | ||
) | throws IOException |
Shoot (cast) rays out from the projection plane and returns the XYZ coordinate of the first ray/scalar-field interaction/hit. Essentially, this ray casting procedure is identical to ray casting during image rendering so the transfer function and projection plane settings define the probe ray origin, direction and it's first interaction. Unless you are doing connectivity segmentation, you can probably call ShootRayFast instead of this function for better performance.
shootRay() can only be called when the render engine is idle. If rendering is in progress shootRay() will return E_UNEXPECTED.
pt | Points on the projection plane. |
rsi | Information about where the points hit. |
Num | Number of points in the pt and rsi arrays. |
IOException |
Referenced by com.fovia.hdrc.interact.hdrcConnectivityAdaptor.mouseClicked(), com.fovia.hdrc.interact.hdrcPanAdapter.mousePressed(), com.fovia.hdrc.interact.hdrcOrbitAdaptor.mousePressed(), and com.fovia.hdrc.hdrcRenderEngineContext.shootRay().
int com.fovia.hdrc.hdrcRenderEngineContext.shootRay | ( | POINT | pt[], |
VECTOR3D | start[], | ||
VECTOR3D | direction[], | ||
double | percent, | ||
RAYSTOPINFO | rsi[], | ||
int | Num | ||
) | throws IOException |
A version of the ShootRay() function that allows one to set the percentage of ray energy that must be absorbed before the ray stops. It also allows one to set the origin coordinate of the ray, and a direction of travel for the ray.
shootRay() can only be called when the render engine is idle. If rendering is in progress shootRay() will return E_UNEXPECTED.
pt | An array of points on the projection plane from which each ray is emitted. |
start | An array of starting coordinate from which each ray is emitted. |
direction | An array of vectors designating the direction of travel for each ray. |
percent | The percentage of ray energy that must be absorbed before the ray is considered to have stopped. |
rsi | Information about where the points hit. This includes the coordinate, voxel value, and transfer function render range. |
Num | Number of points in the each of the pt, start, direction, and rsi arrays. |
IOException |
References com.fovia.hdrc.hdrcRenderEngineContext.shootRay().
int com.fovia.hdrc.hdrcRenderEngineContext.shootRayFast | ( | POINT | pt[], |
RAYSTOPINFO | rsi[], | ||
int | Num | ||
) | throws IOException |
A significantly faster version of shootRay() when shooting more than one ray. The catch is that you will not get the min or max fields back in the RAYSTOPINFO. For that reason, this call is insufficient for connectivity segmentation.
shootRayFast() can only be called when the render engine is idle. If rendering is in progress shootRayFast() will return E_UNEXPECTED.
pt | Points on the projection plane. |
rsi | Information about where the points hit. |
Num | Number of points. |
IOException |
int com.fovia.hdrc.hdrcRenderEngineContext.shootRayGetWall | ( | POINT | pt[], |
RAYWALLINFO | rwi[], | ||
int | Num | ||
) | throws IOException |
A version of the ShootRay() function that determines the dataset inflection points along the ray's path of trave. As a ray travels through a volume the scalar value of the voxels the ray travels through tends to increase or decrease over measurable distances. The ShootRayGetWall() method can detect the inflection points at which the slope of the voxel's scalar gradient changes. For example, as a ray travels through the volume the voxel's scalar values may increase in value, then decrease, then increase again (or vice versa). The ShootRayGetWall() method will return data at the points where the voxel values first begin to decrease and then increase again.
shootRayGetWall() can only be called when the render engine is idle. If rendering is in progress shootRayGetWall() will return E_UNEXPECTED.
pt | An array of points on the projection plane from which each ray is emitted. |
rwi | An array of RAYWALLINFO structures that contains the inflection points and a RAYSTOPINFO structure for the voxel where each ray stops. |
Num | Number of points in the each of the pt and rsi arrays. |
IOException |
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protected |
Placeholder()
long com.fovia.hdrc.hdrcRenderEngineContext.waitForPrevRender | ( | ) | throws IOException |
Waits for the previously rendering frame to complete. Should be used in conjunction with setRenderParamsRenderAndSendPrevFrame(). See hdrcRenderQueue for an implementation of this streamed form of rendering.
IOException |