Pixxel
Documentation
Developer Guide
Pixxel API
Overview
About PixxelPixxel's ConstellationPixxel's Tech Demonstrators

Getting Started
AuroraQuick Start

Tasking
Tasking Basics

Available BandsetsCustom Bandsets
Ordering and Cart
Archive OrderingWorking with CartOrder Listing, Status and Details
Catalog and Delivery
My CatalogExport ImageryNaming Convention
Explore Images & Create AOIs
ExploreSearch Location and Draw/Upload AOISearch and Select ImagesSatellite DataAOI Info and Scenes
Analytics Tools

OverviewPreset Indices & Custom Indices

Bands
Spectral SignatureSplit Compare
Analytical Models
Insights in Aurora (AOI Screen)Model Marketplace

Workflows
Workflow and Jobs
Aurora Intelligence
OverviewImage Search
Legal Documents
Third Party Satellite Provider Documents
Pixxel
Documentation
Developer Guide
Pixxel API
Overview
About PixxelPixxel's ConstellationPixxel's Tech Demonstrators

Getting Started
AuroraQuick Start

Tasking
Tasking Basics

Available BandsetsCustom Bandsets
Ordering and Cart
Archive OrderingWorking with CartOrder Listing, Status and Details
Catalog and Delivery
My CatalogExport ImageryNaming Convention
Explore Images & Create AOIs
ExploreSearch Location and Draw/Upload AOISearch and Select ImagesSatellite DataAOI Info and Scenes
Analytics Tools

OverviewPreset Indices & Custom Indices

Bands
Spectral SignatureSplit Compare
Analytical Models
Insights in Aurora (AOI Screen)Model Marketplace

Workflows
Workflow and Jobs
Aurora Intelligence
OverviewImage Search
Legal Documents
Third Party Satellite Provider Documents
  1. Analytics Tools
  2. Visualizations
  3. Bands

Bands

Composite Bands

In Aurora, composite bands play a crucial role in image analysis. True composite bands traditionally combine B04, B03, and B02 bands to form an RGB composite, resulting in imagery that closely mirrors natural colors as perceived by the human eye. However, you have the flexibility to create false composite bands by altering this standard combination.

For instance, replacing the B04 (red) band with B06 in the RGB set modifies the composite's visual output, unveiling different aspects of the image. A notable application of false composites is the Near-Infrared Composite, which employs a [B02, B03, B04] combination in RGB. This approach uniquely highlights vegetation in red rather than its typical green, providing valuable insights into vegetation health and distribution. Such customizations in composite bands allow for tailored analysis based on specific research or monitoring needs.

Single Bands

Apart from indices and setting composite bands, you can view all the bands captured in the satellite image one by one. Each band visualization provides the spatial distribution of spectral information in the image.

Saving Layers

As discussed till now, all the bands, composite bands, and indices, whether preset or custom, are nothing other than a layer or combination of layers forming another layer. These layers can be used as a source for further analysis.

Preset indices: When you create any preset index, it is automatically saved and can be accessed in the Visualization tab only

Custom Index/bands: You can save your custom index/bands while creating the index/bands by providing that layer with a name of your choice. These saved layers can be found under the Custom tab in Visualizations.

PRI (Photochemical Reflectance Index)Spectral Signature
On this page
Composite BandsSingle BandsSaving Layers