Package: ocean3d 0.1.1.9008

Our research question | How does ocean3d represent three-dimensional space? | Getting started: preparing our data | Installing ocean3d | Step 1: Creating our study area and bathymetry | 1.1. Defining our study area | 1.2. Representing the seafloor | Step 2: Creating our environmental data | 2.1. Defining our depth levels | 2.2. Generating synthetic temperature data | 2.3. Creating our SpatVoxel | 2.4. Visualising our 3D environmental data | Step 3: Creating our species' three-dimensional distribution | 3.1. Defining our species' geographical distribution | 3.2. Combining the polygon, depth limits and bathymetry | Step 4: Converting our species' distribution into a SpatVoxel | 4.1. Converting our SpatEnvelope | 4.2. Visualising our species' potential occupancy | Step 5: Exploring environmental conditions within our species' potential distribution | 5.1. Extracting temperature within our species' distribution | 5.2. Exploring temperature at a specific depth | 5.3. Exploring the vertical temperature profile | Step 6 (EXTRA - come back and check it out): Converting our results back into a SpatEnvelope | 6.1. Identifying suitable temperature ranges | 6.2. Understanding the limitations of this conversion | Summary | Next steps: What else can you do with ocean3d? | Apply the workflow to real-world datasets | Explore the full package documentation | Feedback and contributing | Contact us

A depth level stands for a slab, not a knife edge | Touching is not overlapping | Where the slab edges fall: bounds