Add Sentinel-3 SLSTR Level-1 RBT product

CHANGES.md

@@ -1,9 +1,11 @@
-## Changes in 0.4.0 (under development)
+## Changes in 0.3.1
 
 * Made the `crs` parameter optional and set its default to `"EPSG:4326"`.
   Added support for `crs="native"` for Sentinel-2, which allows specifying the
   bounding box in latitude/longitude while returning the data in its native
   UTM grid. (#42)
+* Added support for `sentinel-3-slstr-l1-rbt`: Level-1 radiances and brightness
+  temperatures (RBT) derived from SLSTR instrument
 
 
 ## Changes in 0.3.0

docs/guide.md

@@ -273,6 +273,7 @@ The EOPF xcube data store so far supports three Sentinel-3 product types via the
 |---------------------------|-----------------------------------------------------------------------|
 | `sentinel-3-olci-l1-efr`  | Level-1 full-resolution top-of-atmosphere radiances from the OLCI     |
 | `sentinel-3-olci-l2-lfr`  | Level-2 land and atmospheric geophysical parameters derived from OLCI |
+| `sentinel-3-slstr-l1-rbt` | Level-1 radiances and brightness temperatures derived from SLSTR      |
 | `sentinel-3-slstr-l2-lst` | Level-2 land surface temperature products derived from SLSTR          |
 
 
@@ -286,6 +287,14 @@ The EOPF xcube data store so far supports three Sentinel-3 product types via the
   `oa21_radiance`
 - `sentinel-3-olci-l2-lfr`:  
   `gifapar`, `iwv`, `otci`, `rc681`, `rc865`
+- `sentinel-3-slstr-l1-rbt`:
+  `s1_radiance_an`, `s2_radiance_an`, `s3_radiance_an`, `s4_radiance_an`,
+  `s5_radiance_an`, `s6_radiance_an`, `s1_radiance_ao`, `s2_radiance_ao`,
+  `s3_radiance_ao`, `s4_radiance_ao`, `s5_radiance_ao`, `s6_radiance_ao`,
+  `s4_radiance_bn`, `s5_radiance_bn`, `s6_radiance_bn`, `s4_radiance_bo`,
+  `s5_radiance_bo`, `s6_radiance_bo`, `f1_bt_fn`, `f1_bt_fo`, `f2_bt_in`,
+  `f2_bt_io`, `s7_bt_in`, `s8_bt_in`, `s9_bt_in`, `s7_bt_io`, `s8_bt_io`,
+  `s9_bt_io`
 - `sentinel-3-slstr-l2-lst`:  
   `lst`
 

docs/index.md

@@ -98,6 +98,8 @@ The current implementation supports three Sentinel-3 product levels, available a
 - `sentinel-3-olci-l1-efr`: Level-1 top-of-atmosphere radiance from OLCI instrument
 - `sentinel-3-olci-l2-lfr`: Level-2 land and atmospheric geophysical parameters 
    derived from OLCI instrument
+- `sentinel-3-slstr-l1-rbt`: Level-1 radiances and brightness temperatures (RBT)
+   derived from SLSTR instrument
 - `sentinel-3-slstr-l2-lst`: Level-2  land surface temperature derived from SLSTR 
    instrument
 
@@ -125,7 +127,15 @@ the following steps:
   `oa21_radiance`
 - `sentinel-3-olci-l2-lfr`:  
   `gifapar`, `iwv`, `otci`, `rc681`, `rc865`
-- `sentinel-3-slstr-l2-lst`:  
+- `sentinel-3-slstr-l1-rbt`:
+  `s1_radiance_an`, `s2_radiance_an`, `s3_radiance_an`, `s4_radiance_an`,
+  `s5_radiance_an`, `s6_radiance_an`, `s1_radiance_ao`, `s2_radiance_ao`,
+  `s3_radiance_ao`, `s4_radiance_ao`, `s5_radiance_ao`, `s6_radiance_ao`,
+  `s4_radiance_bn`, `s5_radiance_bn`, `s6_radiance_bn`, `s4_radiance_bo`,
+  `s5_radiance_bo`, `s6_radiance_bo`, `f1_bt_fn`, `f1_bt_fo`, `f2_bt_in`,
+  `f2_bt_io`, `s7_bt_in`, `s8_bt_in`, `s9_bt_in`, `s7_bt_io`, `s8_bt_io`,
+  `s9_bt_io`
+- `sentinel-3-slstr-l2-lst`:
   `lst`
 
 **Example: Sentinel-3 SLSTR Level-2 LST**

environment.yml

@@ -11,7 +11,7 @@ dependencies:
   - pystac-client
   - shapely
   - xarray
-  - xarray-eopf >=0.2.0
+  - xarray-eopf >=0.2.5
   - xcube >=1.11.0
   - xcube-resampling >= 0.1.1
   # Development Dependencies - Tools