Page Index - opengeospatial/Geotech GitHub Wiki
83 page(s) in this GitHub Wiki:
- Home
- Geotech Interoperability Experiment
- Introduction
- Semantic coherence for Geotechnics and the necessity of models federation
- Tour operator
- About EPOS TCS GIM
- About GeoSciML
- About GWML2
- About INSPIRE NZ
- About LandInfra
- Adding gsml GeotechUnit
- Alignment
- Approach for Atterberg Limits
- Approach for Borehole logs
- Approach for CPT
- Approach for Pressuremeter
- Approach for SPT
- Book A organization and components
- Book B organization and components
- Book C organization and components
- Borehole
- Borehole Data Model
- Borehole IE and Sampling Boreholes
- Bringing ISO 19156 and ISO 19148 together
- Conceptual Borehole Model
- Conceptual model
- Contact
- DiscreteDiscontinuity
- Extending eposl ModelView
- Extending Facility and FacilityPart
- Extending gsml Contact
- Extending gsml Fold
- Extending gsml GeologicUnit
- Extending gsml Joint
- Extending gsml ShearDisplacementStructure
- Extending gwml2 FluidBody
- Extending gwml2 FluidBodySurface
- Extending gwml2 HydogeoUnit
- Extending gwml2 HydroGeoVoid
- Extending NZ HazardArea
- Extending NZ RiskZone
- Fault
- Features properties vs Observations
- FluidBody
- FluidBodySurface
- Fold
- FROST
- FROST Plugin for Geotech
- Future Work
- GeologicUnit
- Geometry considerations
- Geomodel
- Geotechnics is simple as A, B, C
- GeotechSynthesisModel
- GeotechTypicalSection
- GeotechUnit
- HazardArea
- Home with OGC Header
- HydrogeoUnit
- Implementation
- Introduction to SensorThingsAPI data model
- ISO19148 and ISO19156 intro
- Mapping
- MaterialSample
- ObservableProperties
- Observation
- ObservingProcedure
- OGC APIs
- Participants
- Play with the FROST Geotech plugin
- Realizing geotech concepts with OGC standards
- Reusing LandInfra Alignment
- RiskZone
- Sampling and Preparation
- SpatialSample
- STA Borehole Model
- STA endpoints
- Summary
- SurroundingConstruction
- Tips
- TrialPit
- Vocabs
- Void