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Documentation updates for GOES Satellite page

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docs/cave/goes-16-17-satellite.md
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@ -1,24 +1,34 @@
# GOES 16/17 # GOES East/West Satellite Products
The ***goesr*** EDEX decoder supports the ingest of GOES products coming over NOAAPort and Unidata's IDD. These include [**single channel imagery**](#individual-channels), [**derived products**](#derived-products) (Level 2b netCDF files), gridded [**Geostationary Lightning Mapper**](#geostationary-lightning-mapper-glm) (GLM) products (produced by Eric Bruning at Texas Tech), [**CIRA created RGB**](#cira-geocolor) specific products, and [**vertical temperature/moisture profiles**](#vertical-temperature-and-moisture-profile). Using derived parameters, additional [**RGB**](#rgb-composites) and [**channel difference**](#channel-differences) products can be loaded. The ***dmw*** EDEX decoder supports the ingest of GOES [**derived motion winds**](#derived-motion-winds). The ***goesr*** EDEX plugin decoder supports the ingest of GOES products coming over NOAAPort and Unidata's IDD. These products include:
- [single channel imagery](#individual-channels)
- [derived products](#derived-products) (Level 2b netCDF files)
- [CIRA created RGB](#cira-geocolor) specific products
- [vertical temperature/moisture profiles](#vertical-temperature-and-moisture-profile).
- Using derived parameters, additional [RGB](#rgb-composites) and [channel difference](#channel-differences) products can be loaded.
The ***dmw*** EDEX plugin decoder supports the ingest of GOES:
- [derived motion winds](#derived-motion-winds)
- [Geostationary Lightning Mapper](#geostationary-lightning-mapper-glm) (GLM) gridded products
- GLM Parralax corrected Flash Points
![](../images/GOESEW.png) ![](../images/GOESEW.png)
GOES East and West products are accessible in the **Satellite** menu. The menu is broken into sections starting with common CONUS GOES East/West Combo products. There are submenus for each of the separate geospatial sectors: GOES East and West products are accessible from the **Satellite** menu. The menu is broken into sections starting with common CONUS GOES East/West Combo products. There are submenus for each of the separate geospatial sectors:
* East Full Disk
* East CONUS * East CONUS
* East Full Disk
* East Mesoscale Sectors (x2) * East Mesoscale Sectors (x2)
* West Full Disk
* West CONUS * West CONUS
* West Full Disk
* West Mesoscale Sectors (x2) * West Mesoscale Sectors (x2)
* Hawaii * GOES OCONUS
* Alaska * Alaska
* Puerto Rico * Puerto Rico
Each sector submenu has products for individual channels and vertical profiles, as well as submenus for derived products, channel differences, RGB Composites, GLM data, and derived motion winds. GLM data can also be found with its own submenu option a little lower down the menu and under the **Surface** menu. Each sector submenu has products for individual channels and vertical profiles, as well as submenus for derived products, channel differences, RGB Composites, GLM data, and derived motion winds where applicable. Additional documentation on specific products and quick guides can be found:
- [CIMSS Quick Guides](https://cimss.ssec.wisc.edu/goes/GOESR_QuickGuides.html)
!!! warning "The RGB products are not available on MacOS or in a Virtual Machine running CAVE." - [CIRA Reference Material](https://rammb2.cira.colostate.edu/training/visit/quick_reference/#tab17)
![](../images/satelliteMenuNew.png) ![](../images/satelliteMenuNew.png)
@ -26,21 +36,17 @@ Each sector submenu has products for individual channels and vertical profiles,
## LDM Pattern Actions ## LDM Pattern Actions
The Unidata IDD redistributes both the NOAAPort/SBN GOES tiled products as well as stitched together GOES products. While AWIPS can decode and ingest both, it's important to only be requesting from one or the other so you aren't creating duplicate processing. The entries that should be used for GOES data are shown below which is found in the LDM's pqact.conf file, located in `/awips2/ldm/etc`. (For the full list of pqact entries, you can view [this](https://github.com/Unidata/awips2/blob/unidata_18.2.1/rpms/awips2.upc/Installer.ldm/patch/etc/pqact.goesr) file). The Unidata IDD redistributes both the NOAAPort/SBN GOES tiled products as well as stitched together GOES products. While Unidata's AWIPS can decode and ingest both, it's important to only be requesting from one or the other so you aren't creating duplicate processing. The entries that should be used for GOES data are shown below which is found in the LDM's pqact.conf.priority file, located in `/awips2/ldm/etc`. (For the full list of pqact entries, you can view [this](https://github.com/Unidata/awips2/blob/unidata_20.3.2/rpms/awips2.upc/Installer.ldm/patch/etc/pqact.goesr) file).
# GOES 16/17 Single Channel (ABI) via Unidata IDD # GOES 16/17 Single Channel (ABI) via Unidata IDD -(using)
NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/CloudAndMoistureImagery/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/CloudAndMoistureImagery/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc
FILE -close -edex /awips2/data_store/GOES/\4/\7/CMI-IDD/\5\6\7\8.nc4 FILE -close -edex /awips2/data_store/GOES/\4/\7/CMI-IDD/\5\6\7\8.nc4
# GOES 16/17 derived products + derived motion wind via SBN # GOES 16/17 derived products + derived motion wind via SBN - (using)
HDS ^(IXT.[8-9]9) (KNES) (..)(..)(..) HDS ^(IXT.[8-9]9) (KNES) (..)(..)(..)
FILE -close -edex /awips2/data_store/GOES/(\3:yyyy)(\3:mm)\3/\4/derivedProducts-SBN/\1_KNES_\2\3\4\5-(seq) FILE -close -edex /awips2/data_store/GOES/(\3:yyyy)(\3:mm)\3/\4/derived-SBN/\1_KNES_\2\3\4\5-(seq)
NOTHER ^(IXT[WXY]01) (KNES) (..)(..)(..) NOTHER ^(IXT[WXY]01) (KNES) (..)(..)(..)
FILE -close -edex /awips2/data_store/GOES/(\3:yyyy)(\3:mm)\3/\4/derivedProducts-SBN/\1_KNES_\2\3\4\5-(seq) FILE -close -edex /awips2/data_store/GOES/(\3:yyyy)(\3:mm)\3/\4/derived-SBN/\1_KNES_\2\3\4\5-(seq)
# GOES 16 GLM Gridded Products via Texas Tech-->Unidata IDD
NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/GeostationaryLightningMapper/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc
FILE -close -edex /awips2/data_store/GOES/\3/\6/GLM-IDD/\4\5\6\7.nc4
# GOES CIRA derived products # GOES CIRA derived products
NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/GeoColor/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/GeoColor/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc
@ -50,17 +56,36 @@ The Unidata IDD redistributes both the NOAAPort/SBN GOES tiled products as well
NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/CloudSnow/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/CloudSnow/([^/]*)/([^/]*)/([0-9]{8})/([^/]*)(c[0-9]{7})(..)(.....).nc
FILE -close -edex /awips2/data_store/GOES/\4/\7/CIRA/CloudSnow/\5\6\7\8.nc4 FILE -close -edex /awips2/data_store/GOES/\4/\7/CIRA/CloudSnow/\5\6\7\8.nc4
#GOES GLM Stitched gridded products via ISatSS (using)
SPARE|NIMAGE ^/data/ldm/pub/native/satellite/GOES/([^/]*)/Products/GLMISatSS/Level[23]/([^/]*)/([0-9]{8})/(OR_GLM-L[23]-GLMF-M6_G(..)_s(.......)(..).*)
FILE -close -edex /awips2/data_store/GOES/\3/\7/GLMISatSS-Stitched/\4
--- ---
## Individual Channels ## Individual Channels
All geospatial sectors have 16 individual channel products that can be viewed. Below are samples of Channel 14 (11.20μm) for each of the sectors. All geospatial sectors have 16 individual channel products that can be viewed. Below are samples of Channel 14 (11.20μm) for each of the sectors.
- Channel 1 (0.47μm)
- Channel 2 (0.64μm)
- Channel 3 (0.86μm)
- Channel 4 (1.38μm)
- Channel 5 (1.61μm)
- Channel 6 (2.25μm)
- Channel 7 (3.90μm)
- Channel 8 (6.19μm)
- Channel 9 (6.95μm)
- Channel 10 (7.34μm)
- Channel 11 (8.50μm)
- Channel 12 (9.61μm)
- Channel 13 (10.35μm)
- Channel 14 (11.20μm)
- Channel 15 (12.30μm)
- Channel 16 (13.30μm)
### East CONUS 1km ### East CONUS
![](../images/goes-econus.png) ![](../images/goes-econus.png)
### East Full Disk 6km ### East Full Disk
![](../images/goes-efd.png) ![](../images/goes-efd.png)
@ -70,7 +95,7 @@ Two floating mesoscale sectors (location will vary day to day from image shown)
![](../images/goes-emeso12.png) ![](../images/goes-emeso12.png)
### West CONUS 1km ### West CONUS
![](../images/goes-wconus.png) ![](../images/goes-wconus.png)
@ -88,10 +113,6 @@ Two floating mesoscale sectors (location will vary day to day from image shown)
![](../images/goes-ak.png) ![](../images/goes-ak.png)
### Hawaii
![](../images/goes-hi.png)
### Puerto Rico (PRREGI) ### Puerto Rico (PRREGI)
![](../images/goes-pr.png) ![](../images/goes-pr.png)
@ -100,16 +121,20 @@ Two floating mesoscale sectors (location will vary day to day from image shown)
## RGB Composites ## RGB Composites
RGB Composites are made by combining 3 channels and are available for each sector. Quite a few new RGB products have been added in Unidata's 18.2.1 release. These products are generated **on the fly in AWIPS** using the existing channel products from EDEX. RGB Composites are made by combining 3 channels (including derived parameter calculated channels) and are available for each sector. RGB products are always being added and updated. These products are generated **on the fly in AWIPS** and typically take a little bit of extra time to load.
!!! warning "GOES RGB Imagery is NOT SUPPORTED on macOS or within a Virtual Machine" !!! warning "GOES RGB Imagery is NOT SUPPORTED on macOS or within a Virtual Machine"
OpenGL Shading Language limitations prevent multi-channel imagery from displaying correctly on Mac or in a Virtual Machine. Please use the Linux or Windows installs to view RGB products. OpenGL Shading Language limitations prevent multi-channel imagery from displaying correctly on Mac or in a Virtual Machine. Please use the Linux or Windows installs to view RGB products.
### Day Cloud Phase ### Day Cloud Phase Distinction
![](../images/RGB-01-DayCloudPhase.png) ![](../images/RGB-01-DayCloudPhase.png)
### Day Cloud Type
![](../images/RGB-DayCloudType.png)
### Fire Temperature ### Fire Temperature
![](../images/RGB-02-FireTemperature.png) ![](../images/RGB-02-FireTemperature.png)
@ -126,6 +151,10 @@ RGB Composites are made by combining 3 channels and are available for each secto
![](../images/RGB-05-DayLandCloudFires.png) ![](../images/RGB-05-DayLandCloudFires.png)
### Day Fire
![](../images/RGB-DayFire.png)
### VIS/IR Sandwich ### VIS/IR Sandwich
![](../images/RGB-06-VISIRSandwich.png) ![](../images/RGB-06-VISIRSandwich.png)
@ -134,6 +163,14 @@ RGB Composites are made by combining 3 channels and are available for each secto
![](../images/RGB-07-SimpleWaterVapor.png) ![](../images/RGB-07-SimpleWaterVapor.png)
### Day Rocket Plume
![](../images/RGB-DayRocketPlume.png)
### Night Rocket Plume
![](../images/RGB-NightRocketPlume.png)
### Air Mass ### Air Mass
![](../images/RGB-08-AirMass.png) ![](../images/RGB-08-AirMass.png)
@ -190,17 +227,21 @@ RGB Composites are made by combining 3 channels and are available for each secto
![](../images/RGB-21-DaytimeComp5.png) ![](../images/RGB-21-DaytimeComp5.png)
>Note: Additionally there is a submenu for RGB products with Derived Products (DP) readouts
--- ---
## Channel Differences ## Channel Differences
Channel differences are the result of subtracting one channel from another to produce a new product. These products are generated **on the fly in AWIPS** using the existing channel products from EDEX. Channel differences are the result of subtracting one channel from another to produce a new product. These products are generated **on the fly in AWIPS** using the existing channel products from EDEX.
There currently 10 channel differences that are offered in CAVE: These are the channel differences currently available in CAVE:
* Split Window (10.3 - 12.3 μm) * Split Window (10.3 - 12.3 μm)
* Split Cloud Top Phase (11.2 - 8.4 μm) * Split Cloud Top Phase (11.2 - 8.4 μm)
* Night Fog (10.3 - 2.9 μm) * Night Fog (10.3 - 2.9 μm)
* Night Fog (11.2 - 2.9 μm)
* Day Fog (3.9 - 10.3 μm) * Day Fog (3.9 - 10.3 μm)
* Split Fire (2.2 - 1.6 μm) * Split Fire (2.2 - 1.6 μm)
* Split Ozone (9.6 - 10.3 μm) * Split Ozone (9.6 - 10.3 μm)
@ -209,69 +250,87 @@ There currently 10 channel differences that are offered in CAVE:
* Vegetation (0.64 - 0.87 μm) * Vegetation (0.64 - 0.87 μm)
* Upper Level Info (11.2 - 6.19 μm) * Upper Level Info (11.2 - 6.19 μm)
!!! note "The rendering of these products uses the **Jep** package in Python, which has specific [install instructions](http://127.0.0.1:8000/install/install-cave/#method-1-direct-windows-install) for Windows."
--- ---
## Derived Products ## Derived Products
Derived products are also known as **Level 2+** products. Currently there are only derived products from GOES East available in AWIPS. Each sector has a different set of products available. To find out some more information on some of the products please the [**Quick Guides**](http://rammb.cira.colostate.edu/training/visit/quick_guides/) compiled by CIRA. Derived products are also known as **Level 2+** products. Each sector has a different set of products available. To find out some more information on some of the products please the [**Quick Guides**](http://rammb.cira.colostate.edu/training/visit/quick_guides/) compiled by CIRA.
!!! note "These may not all be available for each sector." !!! note "These may not all be available for each sector."
The current products offered in CAVE are listed below and to the right is which GOES East sector they are available for (F=Full Disk, C=CONUS, M=Mesoscale): The current products offered in CAVE are listed below and to the right is which GOES East sector they are available for (F=Full Disk, C=CONUS, M=Mesoscale):
* Aerosol Detection - F,C,M |Derived Product|East|West|
* Aerosol Optical Depth - F,C | ------------- | ---- | ---- |
* Clear Sky Mask - F,C,M |Aerosol Dust Detection High |F,C,M|F,C,M|
* Cloud Optical Depth - F,C |Aerosol Dust Detection Low|F,C,M|F,C,M|
* Cloud Particle Size -F,C,M |Aerosol Dust Detection Med|F,C,M|F,C,M|
* Cloud Top Height -F,C,M |Aerosol Optical Depth|F,C|F,C|
* Cloud Top Phase -F,C,M |Aerosol Smoke Detection (High)|F,C,M|F,C,M|
* Cloud Top Pressure -F,C |Aerosol Smoke Detection (Low)|F,C,M|F,C,M|
* Cloud Top Temperature - F,M |Aerosol Smoke Detection (Med)|F,C,M|F,C,M|
* Derived CAPE - F,C,M |All Cloud Layers|F,C,M|F,C,M|
* Derived K-Index - F,C,M |Clear Sky Mask|F,C,M|F,C,M|
* Derived Lifted Index - F,C,M |Cloud Layer Fraction (050-100)|F,C,M|F,C,M|
* Derived Showalter Index - F,C,M |Cloud Layer Fraction (100-180)|F,C,M|F,C,M|
* Derived Total Totals - F,C,M |Cloud Layer Fraction (180-240)|F,C,M|F,C,M|
* Fire Area - F,C |Cloud Layer Fraction (>=240)|F,C,M|F,C,M|
* Fire Power - F,C |Cloud Layer Fraction (Sfc-050)|F,C,M|F,C,M|
* Fire Temperature - F,C |Cloud Optical Depth|F,C||
* Instrument Flight Rule (IFR) Probability - C |Cloud Thickness|C|C|
* Low IFR Probability - C |Cloud Top Height|F,C,M|F,C,M|
* Marginal Visual Flight Rules (MVFR) Probability - C |Cloud Top Phase|F,C,M|F,C,M|
* Cloud Thickness - C |Cloud Top Pressure|F,C||
* Land Skin Temperature - F,C,M |Cloud Top Temperature|F,M|F,M|
* RR/QPE - F |Clout Particle Size|F,C,M||
* Sea Surface Temperature - F |Derived CAPE|F,C,M|F,C,M|
* Total Precip Water - F,C,M |Derived K-Index|F,C,M|F,C,M|
|Derived Lifted Index|F,C,M|F,C,M|
|Derived Showalter Index|F,C,M|F,C,M|
|Derived Total Totals|F,C,M|F,C,M|
|Fire Area|F,C,M|F,C,M|
|Fire Mask|F,C,M|F,C,M|
|Fire Power|F,C,M|F,C,M|
|Fire Temp|F,C,M|F,C,M|
|Fog an Low Stratus (Instrument Flight Rules) |C|C|
|Fog and Low Stratus (Low Instrument Flight Rules) |C|C|
|Fog and Low Stratus (Marginal Visual Flight Rules) |C|C|
|Ice Age Category 3|F|F|
|Ice Age Category 8|F|F|
|Ice Concentration|F|F|
|Ice Mask (Day/Night)|F|F|
|Ice Surface Temp|F|F|
|Ice Thickness|F|F|
|Land Surface Temp|F,C,M|F,C,M|
|Rainfall Rate/QPE|F|F|
|Sea Surface Temp (F)|F|F|
|Sea Surface Temp|F|F|
|Snow Cover|F|F|
|Total Cloud Fraction|F,C,M|F,C,M|
|Total Precip Water|F,C,M|F,C,M|
--- ---
## Geostationary Lightning Mapper (GLM) ## Geostationary Lightning Mapper (GLM)
Dr. Eric Bruning at Texas Tech has taken the raw GLM data and coded up some new gridded products that can be ingested and displayed in AWIPS. As of May 2024, the 1-min GLM gridded products are coming over the SBN and operational sites are calculating the 5-min GLM gridded products locally. At Unidata, we are receiving the 1 and 5-min gridded tiles from ISatSS (NWS) on the GOES East and West Full Disk scale, and we're stitching the tiles together locally before redistributing the full domain over our IDD/LDM feed. Current gridded products are:
* Minimum Flash Area * Minimum Flash Area
* Average Flash Area
* Flash Extent Density * Flash Extent Density
* Group Extent Density
* Total Optical Energy * Total Optical Energy
GLM data are located in the menu structure: **Satellite** > **[SECTOR]** > **GLM Products**. You can also access the data from **Surface** > **GLM - Geostationary Lightning Mapper** submenus. Additionally GLM flash points are available to plot as well. These are parallax corrected locations instead of the raw locations.
![Satellite GLM Menu](../images/goes-GLMMenu.png) GLM data are located in the menu structure: **Satellite** > **GOES-[East/West] Full Disk** > **GLM Products**.
![Surface GLM Menu](../images/goes-GLMMenu2.png)
![Satellite GLM Products](../images/GOES-GLMProducts.png)
--- ---
## Derived Motion Winds ## Derived Motion Winds
Derived Motion Wind Vectors are produced using sequential ABI images and can provide information about winds at different levels. The wind vectors are computed using both visible and infrared imagery. Winds can be plotted by different pressure layers or individual channels. More information can be found [here](http://cimss.ssec.wisc.edu/goes/OCLOFactSheetPDFs/ABIQuickGuide_BaselineDerivedMotionWinds.pdf). Below is an image of the winds at different pressure layers. Derived Motion Wind Vectors are produced using sequential CONUS sector ABI images and can provide information about winds at different levels. The wind vectors are computed using both visible and infrared imagery. Winds can be plotted by different pressure layers or individual channels. More information can be found [here](http://cimss.ssec.wisc.edu/goes/OCLOFactSheetPDFs/ABIQuickGuide_BaselineDerivedMotionWinds.pdf). Below is an image of the winds at different pressure layers.
![](../images/dmw.png) ![](../images/dmw.png)
@ -279,33 +338,8 @@ Derived Motion Wind Vectors are produced using sequential ABI images and can pro
## Vertical Temperature and Moisture Profile ## Vertical Temperature and Moisture Profile
Vertical Temperature and Moisture profiles are available in AWIPS. Similar to NUCAPS, when loaded in CAVE, a circle is displayed for each location that has a vertical profile available. When clicking on the circle, NSHARP will open with the vertical temperature and moisture profile. These profiles are GFS data that have been adjusted based on the satellite observations. More information can be found [here](https://rammb.cira.colostate.edu/training/visit/quick_guides/QuickGuide_GOES-R_Legacy_Temperature_Moisture%20Profiles.pdf). Vertical Temperature and Moisture profiles are available in AWIPS for the CONUS sectors. Similar to NUCAPS, when loaded in CAVE, a circle is displayed for each location that has a vertical profile available. When clicking on the circle, NSHARP will open with the vertical temperature and moisture profile. These profiles are GFS data that have been adjusted based on the satellite observations. More information can be found [here](https://rammb.cira.colostate.edu/training/visit/quick_guides/QuickGuide_GOES-R_Legacy_Temperature_Moisture%20Profiles.pdf).
![](../images/goes-VertProfileMap.png) ![](../images/goes-VertProfileMap.png)
![](../images/goes-VertProfileSounding.png) ![](../images/goes-VertProfileSounding.png)
---
## HDF5 Data Store
Decoded GOES satellite data are stored in `/awips2/edex/data/hdf5/satellite/` under sector subdirectories:
drwxr-xr-x awips fxalpha 4096 AKREGI
drwxr-xr-x awips fxalpha 4096 Antarctic
drwxr-xr-x awips fxalpha 4096 Arctic
drwxr-xr-x awips fxalpha 4096 AREA0600
drwxr-xr-x awips fxalpha 4096 AREA0700
drwxr-xr-x awips fxalpha 4096 AREA3100
drwxr-xr-x awips fxalpha 4096 AREA3101
drwxr-xr-x awips fxalpha 12288 ECONUS
drwxr-xr-x awips fxalpha 4096 EFD
drwxr-xr-x awips fxalpha 4096 EMESO-1
drwxr-xr-x awips fxalpha 4096 EMESO-2
drwxr-xr-x awips fxalpha 4096 HIREGI
drwxr-xr-x awips fxalpha 4096 NEXRCOMP
drwxr-xr-x awips fxalpha 4096 PRREGI
drwxr-xr-x awips fxalpha 4096 WCONUS
drwxr-xr-x awips fxalpha 4096 WFD
drwxr-xr-x awips fxalpha 4096 WMESO-1
drwxr-xr-x awips fxalpha 4096 WMESO-2

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@ -42,7 +42,7 @@ nav:
# - NCP Perspective: cave/ncp-perspective.md # - NCP Perspective: cave/ncp-perspective.md
- NSHARP: cave/nsharp.md - NSHARP: cave/nsharp.md
- WarnGen Walkthrough: cave/warngen.md - WarnGen Walkthrough: cave/warngen.md
# - GOES 16/17: cave/goes-16-17-satellite.md - GOES 16/17: cave/goes-16-17-satellite.md
- GIS and Shapefiles: cave/d2d-gis-shapefiles.md - GIS and Shapefiles: cave/d2d-gis-shapefiles.md
- Volume Browser: cave/d2d-gridded-models.md - Volume Browser: cave/d2d-gridded-models.md
- Tools: cave/d2d-all-tools.md - Tools: cave/d2d-all-tools.md