Serial C++ API

• Classes
  • Query
    • Enumerated types
      • SquashingEnum
    • Methods
      • Query()
      • getErrorHandler()
      • initialize(const std::vector<std::string>& modelFilenames, const std::vector<std::string>& valueNames, const std::string& inputCRSString)
      • setSquashMinElev(const double value)
      • setSquashing(const SquashingEnum value)
      • double queryTopElevation(const double x, const double y)
      • double queryTopoBathyElevation(const double x, const double y)
      • query(const double* values, const double x, const double y, const double z)
      • finalize()
  • Model
    • Enums
      • ModelMode
      • DataLayout
    • Methods
      • Model()
      • setInputCRS(const std::string& value)
      • open(const char* filename, ModelMode mode)
      • close()
      • loadMetadata()
      • initialize()
      • const std::vector<std::string>& getValueNames()
      • const std::vector<std::string>& getValueUnits()
      • DataLayout getDataLayout()
      • const double* getDims()
      • const double* getOrigin()
      • double getYAzimuth()
      • const std::string& getCRSString()
      • const geomodelgrids::serial::ModelInfo& getInfo()
      • const geomodelgrids::serial::Surface& getTopSurface()
      • const geomodelgrids::serial::Surface& getTopoBathy()
      • const std::vector<geomodelgrids::serial::Block*>& getBlocks()
      • bool contains(const double x, const double y, const double z)
      • double queryTopElevation(const double x, const double y)
      • double queryTopoBathyElevation(const double x, const double y)
      • const double* query(const double x, const double y, const double z)
  • ModelInfo
    • Methods
      • ModelInfo()
      • const std::string& getTitle()
      • const std::string& getId()
      • const std::string& getDescription()
      • const std::vector<std::string>& getKeywords()
      • const std::string& getHistory()
      • const std::string& getComment()
      • const std::string& getCreatorName()
      • const std::string& getCreatorInstitution()
      • const std::string& getCreatorEmail()
      • const std::string& getAcknowledgement()
      • const std::vector<std::string>& getAuthors()
      • const std::vector<std::string>& getReferences()
      • const std::string& getRepositoryName()
      • const std::string& getRepositoryURL()
      • const std::string& getRepositoryDOI()
      • const std::string& getVersion()
      • const std::string& getLicense()
      • const std::string& getAuxiliary()
      • load(geomodelgrids::serial::HDF5* const h5)
  • Surface
    • Methods
      • Surface(const char* const name)
      • loadMetadata(geomodelgrids::serial::HDF5* const h5)
      • double getResolutionX()
      • double getResolutionY()
      • double* getCoordinatesX(void)
      • double* getCoordinatesY(void)
      • const size_t* getDims()
      • setHyperslabDims(const size_t dims[], const size_t ndims)
      • openQuery(geomodelgrids::serial::HDF5* const h5)
      • closeQuery()
      • double query(const double x, const double y)
  • Block
    • Methods
      • Block(const char* name)
      • loadMetadata(geomodelgrids::serial::HDF5* const h5)
      • const std::string& getName()
      • double getResolutionX()
      • double getResolutionY()
      • double getResolutionZ()
      • double getZTop()
      • double getZBottom()
      • double* getCoordinatesX(void)
      • double* getCoordinatesY(void)
      • double* getCoordinatesZ(void)
      • const size_t getDims()
      • size_t getNumValues()
      • setHyperslabDims(const size_t dims[], const size_t ndims)
      • openQuery(geomodelgrids::serial::HDF5* const h5)
      • const double* query(const double x, const double y, const double z)
      • closeQuery()
      • bool compare(const Block* a, const Block* b)
  • Hyperslab
    • Methods
      • Hyperslab(geomodelgrids::serial::HDF* const h5, const char* path, const hsize_t dims[], const size_t ndims)
      • interpolate(double* const values, const double indexFloat[])
  • HDF5
    • Methods
      • HDF5()
      • setCache(const size_t cacheSize, const size_t nslots, const double preemption)
      • open(const char* filename, hid_t mode)
      • close()
      • bool isOpen()
      • bool hasGroup(const char* name)
      • bool hasDataset(const char* name)
      • getDatasetDims(hsize_t** dims, int* ndims, const char* path)
      • getGroupDatasets(std::vector<std::string>* names, const char* parent)
      • readAttribute(const char* path, const char* name, hid_t datatype, void* value)
      • readAttribute(const char* path, const char* name, hid_t datatype, void** value, size_t* valuesSize)
      • std::string readAttribute(const char* path, const char* name)
      • readAttribute(const char* path, const char* name, std::vector<std::string>* values)
      • readDatasetHyperslab(void* values, const char* path, const hsize_t* const origin, const hsize_t* const dims, int ndims, hid_t datatype)
• Examples
  • Example using C++ API for querying models
    • Source code
      • Header files
      • Set query parameters
      • Create and initialize the query
      • Setup error handler
      • Set points for query
      • Query model