| ►CABE::Activity | Activity is the base class for management activities |
| CABE::ActGeneral | All-purpose activity and implements no specific forest management activity |
| CABE::ActPlanting | Implements artificial regeneration (i.e., planting of trees) |
| CABE::ActSalvage | Handles salvage logging after disturbances |
| CABE::ActScheduled | All-purpose activity (similar to ActGeneral) |
| CABE::ActThinning | Implements a very general interface to thinning activties |
| CABE::Thinning | |
| CABE::ActivityFlags | Activity meta data (enabled, active, ...) that need to be stored per stand |
| CABE::Agent | The Agent is the core element of the agent based forest management model and simulates a foresters decisions |
| CABE::AgentType | AgentType is the archtype agent including the agents decision logic |
| CABE::AgentUpdate | |
| CAllTreeIterator | |
| CBITE::BACellStat | |
| CBITE::BAgentStats | |
| CBarkBeetleCell | The BarkBeetleCell is the basic unit (10m pixels) of the bark beetle module |
| CBarkBeetleModule | Main class of the bark beetle module |
| CBarkBeetleRUCell | Collects information on resource unit (100m pixel) level |
| CBBGenerations | BBGenerations calculates potential bark beetle generations based on climate data (including bark temperature) |
| CBITE::BiteCell | |
| CBITE::BiteClimate | |
| CBITE::BiteEngine | |
| Cbitset< _Bits > | |
| CWater::Canopy | Canopy handles the the throughfall and evaporation from the forest canopy |
| CClimate | Climate handles climate input data and performs some basic related calculations on that data |
| CClimateDay | Current climate variables of a day |
| ►CCNPair | CNPair stores a duple of carbon and nitrogen (kg/ha) use addBiomass(biomass, cnratio) to add biomass; use operators (+, +=, *, *=) for simple operations |
| CCNPool | CNPool provides (in addition to CNPair) also a weighted parameter value (e.g |
| CABE::Constraints | |
| CBITE::Constraints | |
| CDebugTimer | Timer class that writes timings to the Debug-Output-Channel |
| ►CDisturbanceInterface | |
| CBarkBeetlePlugin | |
| CFirePlugin | |
| CWindPlugin | ILand plugin for wind disturbances |
| CABE::DynamicExpression | DynamicExpression encapsulates an "expression" that can be either a iLand expression, a constant or a javascript function |
| CBITE::DynamicExpression | DynamicExpression encapsulates an "expression" that can be either a iLand expression, a constant or a javascript function |
| CEnvironment | Environment specifes the geographical properties of the landscape |
| CEstablishment | Establishment deals with the establishment process of saplings |
| CEstablishmentParameters | Parameters for establishment |
| CABE::Events | |
| CBITE::Events | |
| CExpression | An expression engine for mathematical expressions provided as strings |
| ►CExpressionWrapper | ExpressionWrapper is the base class for exposing C++ elements to the built-in Expression engine |
| CABE::FOMEWrapper | FOMEWrapper provides the context for the Forest Management Engine This wrapper blends activties, stand variables, and agent variables together |
| CBITE::BiteWrapper | |
| CBITE::BiteWrapperCore | |
| CRUWrapper | |
| CSaplingWrapper | |
| CTreeWrapper | |
| CFireModule | FireModule is the main class of the fire sub module |
| CFireRUData | FireRUData contains data items for resource units |
| CFloatingAverage | Helper class for floating averages |
| CABE::FMStand | FMStand encapsulates a forest stand for the forest management engine |
| CABE::FMSTP | Encapsulates a stand treatment program, which is defined in Javascript |
| CABE::FMUnit | The FMUnit represents a management unit, i.e |
| CABE::ForestManagementEngine | ForestManagementEngine is the container for the agent based forest management engine |
| CGisGrid | GisGrid encapsulates a simple grid of values based on GIS data |
| CGlobalSettings | General settings and globally available data |
| CGrassCover | Limiting effect of ground vegetation (grasses, herbs) on the regeneration success of the tree species |
| CGrid< T > | Grid class (template) |
| ►CGrid< float > | |
| CDEM | DEM is a digital elevation model class |
| CGridIterator< T > | GridIterator is a iterator used to navigate over grids with different size |
| CGridRunner< T > | Helper class to iterate over a rectangular fraction of a grid |
| Chash< bitset< _Bits > > | |
| CHeightGridValue | |
| CHelper | Helper contains a bunch of (static) helper functions |
| CHemiGrid | HemiGrid represents a grid covering the hemisphehre as well as some operations |
| CImageStamp | |
| ►CLayeredGridBase | |
| ►CLayeredGrid< FMStandPtr > | |
| CABELayers | ABELayers is a helper class for spatial visualization of ABE data |
| ►CLayeredGrid< BarkBeetleCell > | |
| CBarkBeetleLayers | Helper class manage and visualize data layers related to the barkbeetle module |
| ►CLayeredGrid< BarkBeetleRUCell > | |
| CBarkBeetleRULayers | |
| ►CLayeredGrid< FireRUData > | |
| CFireLayers | Helper class manage and visualize data layers related to fire |
| ►CLayeredGrid< grass_grid_type > | |
| CGrassCoverLayers | Helper class manage and visualize data layers |
| ►CLayeredGrid< ResourceUnit * > | |
| CWater::PermafrostLayers | |
| ►CLayeredGrid< WindCell > | |
| CWindLayers | Helper class manage and visualize data layers related to fire |
| CLayeredGrid< T > | This is the base class for multi-layer grids in iLand |
| CSpatialLayeredGrid | |
| CLayeredGridBase::LayerElement | |
| CLightRoom | Virtual room to do some light-experiments |
| CLightRoomObject | |
| CLogToWindow | |
| CMapGrid | |
| CMapGridRULock | MapGrid encapsulates maps that classify the area in 10m resolution (e.g |
| CModel | Main object of the iLand model composited of various sub models / sub components |
| CModelSettings | |
| CModules | Container for iLand modules (e.g |
| CMTRand | |
| ►COutput | Abstracts output data (database, textbased, ...) |
| CABE::ABEStandDetailsOut | |
| CABE::ABEStandOut | |
| CABE::ABEStandRemovalOut | |
| CABE::UnitOut | |
| CBITE::BiteCellOutput | |
| CBITE::BiteOutput | |
| CBarkBeetleOut | BarkBeetleOut handles the database output of the bark beetle module |
| CCarbonFlowOut | |
| CCarbonOut | |
| CDevStageOut | |
| CDynamicStandOut | |
| CEcoVizOut | EcoVizOut is as special output to store data for use in a visualization tool |
| CFireOut | |
| CLandscapeOut | LandscapeOut is aggregated output for the total landscape per species |
| CLandscapeRemovedOut | LandscapeRemovedOut is aggregated output for removed trees on the full landscape |
| CManagementOut | |
| CProductionOut | ProductionOut describes finegrained production details on the level of resourceunits per month |
| CSVDGPPOut | An auxiliary output which saves GPP per resource unit and year (for training GPP DNNs) |
| CSVDIndicatorOut | SVDIndicatorOut saves (compressed) indicator data for SVD |
| CSVDStateOut | SVDStateOut saves state changes for SVD |
| CSVDUniqueStateOut | SVDUniqueStateOut saves the list of unique states |
| CSaplingDetailsOut | |
| CSaplingOut | |
| CSoilInputOut | |
| CStandDeadOut | |
| CStandOut | StandOut is basic stand level info per species and ressource unit |
| CTreeOut | |
| CTreeRemovedOut | |
| CWaterOut | |
| CWindOut | |
| COutputColumn | |
| COutputManager | Global container that handles data output |
| CPaintObject | |
| CWater::Permafrost | Simulates the permafrost layer of a resource unit |
| CPhenology | |
| CProduction3PG | |
| ►CQDialog | |
| CAboutDialog | |
| ►CQMainWindow | |
| CMainWindow | The main window of the iLand viewer |
| CMainWindow | The main window of the iLand viewer |
| ►CQObject | |
| CABE::ActivityObj | Encapsulates the 'activity' object in JS |
| CABE::FMSaplingList | |
| CABE::FMTreeList | Implements low-level functionality for selecting and harvesting of trees |
| CABE::FomeScript | FomeScript provides general helping functions for the Javascript world |
| CABE::STPObj | The STPObj encapsulates the 'stp' object in JS |
| CABE::SchedulerObj | Accessible via 'scheduler' in Javascript |
| CABE::SimulationObj | The SimulationObj encapsulates the 'simulation' object in JS |
| CABE::StandObj | StandObj is the bridge to stand variables from the Javascript world |
| CABE::UnitObj | Javascript object known as 'unit' in JS and represents a management unit |
| CBITE::BiteAgent | |
| CBITE::BiteCellScript | |
| ►CBITE::BiteItem | |
| CBITE::BiteBiomass | |
| CBITE::BiteColonization | |
| CBITE::BiteDispersal | |
| CBITE::BiteDistribution | |
| CBITE::BiteImpact | |
| CBITE::BiteLifeCycle | |
| CBITE::BiteOutputItem | |
| CBITE::BiteScript | |
| CBarkBeetlePlugin | |
| CBarkBeetleScript | BarkBeetleScript is the scripting shell for the bark beetle module |
| CCSVFile | Provides access to table data stored in text files (CSV style) |
| CClimateConverter | Converts text-file-based data into the iLand climate data format |
| CColors | |
| CConsoleShell | |
| CDBHDistribution | The class DBHDistribution encapsulates a DBH distribution on the landscape level |
| CDevStageCell | |
| CFirePlugin | |
| CFireScript | FireScript is the scripting shell for the fire module |
| CManagement | Management routines |
| CMapGridWrapper | |
| CModelController | |
| CScriptGlobal | This is a global interface providing useful functionality for javascripts |
| CScriptGrid | |
| CScriptObjectFactory | The ScriptObjectFactory can instantiate objects of other C++ (QObject-based) types |
| CScriptResourceUnit | |
| CScriptTree | |
| CScriptTreeExpr | |
| CSpatialAnalysis | Scripting class related to extra spatial analysis functions |
| CTestModelCreate | |
| CTestXmlHelper | |
| CWindPlugin | ILand plugin for wind disturbances |
| CWindScript | |
| ►CQSyntaxHighlighter | |
| CHighlighter | |
| ►CQTextEdit | |
| CJSTextArea | |
| ►CQThread | |
| CKeyboardTaker | |
| ►CQWidget | |
| CPaintArea | PaintArea |
| CPaintArea | PaintArea |
| CRandomCustomPDF | Numbers with a user defined probaility density function |
| CRandomGenerator | |
| CRandomIndex | Index of a given size in a random order |
| CRandomWeighted | |
| CResourceUnit | ResourceUnit is the spatial unit that encapsulates a forest stand and links to several environmental components (Climate, Soil, Water, ...) |
| CResourceUnitSpecies | The class contains data available at ResourceUnit x Species scale |
| CResourceUnitVariables | |
| CRGenerators | |
| CRumpleIndex | The RumpleIndex is a spatial index relating surface area to ground area |
| ►Cstd::runtime_error | |
| CIException | Exception IException is the iLand model exception class |
| CSapling | Saplings from 5cm to 4m |
| CSaplingCell | |
| CSaplingCellRunner | |
| CSaplingGrowthParameters | Parameters for sapling growth |
| CSaplings | Container for the establishment and sapling growth in iLand |
| CSaplingStat | Stores statistics on the resource unit x species level |
| CSaplingTree | |
| CSaplingTreeOld | SaplingTreeOld holds information of a sapling (which represents N trees). Emphasis is on efficient storage |
| CABE::Schedule | |
| CABE::Scheduler | Schedules the forest management activities on a planning unit |
| CABE::SchedulerOptions | SchedulerOptions store agent-specific options |
| CSCoordTrans | |
| CSeedDispersal | The class encapsulates the dispersal of seeds of one species over the whole landscape |
| CSettingMetaData | This helper class holds meta data (description, Urls, etc) about model settings |
| ►CSetupResourceUnitInterface | |
| CBarkBeetlePlugin | |
| CFirePlugin | |
| CWindPlugin | ILand plugin for wind disturbances |
| CSimpleRNG | |
| CSInitPixel | |
| CSnag | Snag deals with carbon / nitrogen fluxes from the forest until the reach soil pools |
| CSnapshot | Way to save/load the current state of the model to a database |
| CSnapshotItem | |
| CWater::SnowPack | SnowPack handles the snow layer |
| CSoil | Implementation of the ICBM/2N soil carbon and nitrogen dynamics model |
| CSolarRadiation | Handles sun and radiation calculations |
| CSpecies | The behavior and general properties of tree species |
| CSpeciesResponse | Environmental responses relevant for production of a tree species on resource unit level |
| CSpeciesSet | A SpeciesSet acts as a container for individual Species objects |
| CSqlHelper | A helper class for simple execution of database commands |
| CABE::SSpeciesStand | |
| CStamp | Stamp is the basic class for the LIP field of a individual tree |
| CStampContainer | Collection of Stamp for one tree species |
| CStandLoader | Loads (initializes) trees for a "stand" from various sources |
| CStandStatistics | Collects information on stand level for each tree species |
| CStatData | StatData |
| CSun | Sun handles calculations of day lengths, etc |
| CSVDState | |
| CSVDStates | |
| CSystemStatistics | Holds a couple of system statistics primarily aimed for performance and memory analyis |
| CTests | |
| CThreadRunner | Encapsulates the invokation of multiple threads for paralellized tasks |
| CTickTack | |
| CTimeEvents | |
| CTree | A tree is the basic simulation entity of iLand and represents a single tree |
| ►CTreeDeathInterface | |
| CBarkBeetlePlugin | |
| CTreeGrowthData | Internal data structure which is passed between function and to statistics |
| CTTickTack | |
| CUpdateState | UpdateState details missing |
| CVector3D | Simple 3d vector |
| CViewport | Handles coordinaive transforation between grids (based on real-world metric coordinates) |
| CWaterCycle | Simulates the water cycle on a ResourceUnit |
| CWaterCycleData | WaterCycleData is a data transfer container for water-related details |
| ►CWaterInterface | |
| CFirePlugin | |
| CWindCell | Data structure for a single wind cell (usually 10x10m) |
| CWindModule | The WindModule is the main object of the iLand wind module |
| CWindRUCell | |
| CWindSpeciesParameters | Species parameters that are specific to the wind module |
| CXmlHelper | XmlHelper wraps a XML file and provides some convenient functions to retrieve values |
