Update "README.md" file.

KelSolaar · KelSolaar · commit 5c3810007bf0 · 2019-08-21T20:59:28.000+12:00
diff --git a/aces_1.1/README.md b/aces_1.1/README.md
@@ -31,59 +31,77 @@ For ease of use across a broader number of applications, the family name of each
 - ACESproxy
 - ACEScg
 
+
 ##### Description
 
 Colorspaces and transforms representing the core ACES working and interchange colorspaces.
 
+
 ##### Technical information
 
 Transforms generated based on the [ACES CTL Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl)
 
+
 ### Output
 
 ##### Colorspaces
 
-- sRGB
-- sRGB (D60 sim.)
-- Rec.709
-- Rec.709 (D60 sim.)
-- Rec.2020
-- Rec.2020 ST2048 (1000 nits)
-- DCDM (P3 gamut clip)
 - DCDM
-- P3-D60 ST2048 (1000 nits)
-- P3-D60 ST2048 (2000 nits)
-- P3-D60 ST2048 (4000 nits)
+- DCDM (P3D60 Limited)
+- DCDM (P3D65 Limited)
 - P3-D60
-- P3-DCI
+- P3-DCI (D60 simulation)
+- P3-DCI (D65 simulation)
+- P3D65
+- P3D65 (D60 simulation)
+- P3D65 (Rec.709 Limited)
+- P3D65 ST2084 (108 nits)
+- Rec.2020
+- Rec.2020 (P3D65 Limited)
+- Rec.2020 (Rec.709 Limited)
+- Rec.2020 HLG (1000 nits)
+- Rec.2020 ST2084 (1000 nits)
+- Rec.2020 ST2084 (2000 nits)
+- Rec.2020 ST2084 (4000 nits)
+- Rec.709
+- Rec.709 (D60 sim.)
+- sRGB
+- sRGB (D60 sim.)
+
 
 ##### Description
 
 Colorspaces and transforms implementing the ACES Output Transforms. These colorspaces produce code values ready for display on hardware devices calibrated to the standard used to name the colorspace.
 
+
 ##### Technical information
+
 - Transforms generated based on the [ACES CTL Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl)
 - All transforms produce full-range output. Host applications should be used to apply an full-to-legal scaling needed.
 
+
 ### Input
 
 ##### Colorspaces
 
 There are a variety of Input Transforms covering different cameras manufacturers, gamuts, transfer functions and camera settings. See below for specifics.
 
+
 ##### Description
 
 Colorspaces and transforms that implement the ACES Input Transforms. These colorspaces are used to convert from camera-specific formats and encodings to ACES.
 
+
 ##### Technical information
 
 References and descriptions are provided for each group of Input Transforms below.
 - The colorspaces whose names include a transfer function and a gamut name are full implementations of ACES Input Transforms.
-	- Ex. The ARRI 'V3 LogC (EI160) - Wide Gamut' colorspace
-	- Ex. The RED 'REDlogFilm - DRAGONcolor2' colorspace
-	- Ex. The Canon 'Canon-Log - DCI-P3 Daylight' colorspace
-- The colorspaces that start with 'Linear - ' will convert to or from a specific gamut but not apply a transfer function.
-- The colorspaces that start with 'Curve - ' will apply a transfer function but not convert between gamuts.
+    - Ex. The ARRI 'V3 LogC (EI160) - Wide Gamut' colorspace
+    - Ex. The RED 'REDlogFilm - DRAGONcolor2' colorspace
+    - Ex. The Canon 'Canon-Log - DCI-P3 Daylight' colorspace
+- The colorspaces starting with 'Linear - ' convert to or from a specific gamut but do not apply a transfer function.
+- The colorspaces starting with 'Curve - ' apply a transfer function but do not convert between gamuts.
+
 
 #### ADX
 
@@ -92,24 +110,29 @@ References and descriptions are provided for each group of Input Transforms belo
 - ADX10
 - ADX16
 
+
 ##### Description
 
 Colorspaces and transforms representing the ACES ADX spaces used for film scanning and printing.
 
+
 ##### Technical information
 
 - Transforms generated based on the [ACES CTL Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl)
-- [Alex Fry's ACES 0.7.1 OCIO config](https://github.com/imageworks/OpenColorIO-Configs/tree/master/aces_0.7.1) was also a valuable resource.
+- [Alex Fry's ACES 0.7.1 OCIO config](https://github.com/imageworks/OpenColorIO-Configs/tree/master/aces_0.7.1) was also a valuable resource
+
 
 #### ARRI
+
 - [ARRI 'Working with ACES'](http://www.arri.com/camera/alexa_mini/learn/working_with_aces/)
 - [ARRI Input Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl/idt/vendorSupplied/arri/alexa)
 - Conversations with Joseph Goldstone of ARRI
 
+
 #### Canon
+
 - [Canon ACES landing page](http://usa.canon.com/cusa/professional/standard_display/aces)
 - [Clog white paper](http://learn.usa.canon.com/app/pdfs/white_papers/White_Paper_Clog_optoelectronic.pdf)
-
 - [C700 Drivers and Software](https://www.usa.canon.com/internet/portal/us/home/support/details/cameras/cinema-eos/eos-c300-mark-ii?tab=drivers#Z7_MQH8HIC0L88RB0AMD0F1Q42K25)
 - [C500 Drivers and Software](http://www.usa.canon.com/cusa/professional/products/professional_cameras/cinema_eos_cameras/eos_c500#DriversAndSoftware)
 - [C300 Drivers and Software](http://www.usa.canon.com/cusa/professional/products/professional_cameras/cinema_eos_cameras/eos_c300#DriversAndSoftware)
@@ -119,19 +142,27 @@ Colorspaces and transforms representing the ACES ADX spaces used for film scanni
 - [C100 Drivers and Software](http://www.usa.canon.com/cusa/professional/products/professional_cameras/cinema_eos_cameras/eos_c100#DriversAndSoftware)
     - Choose *OSX Mountain Lion v10.8* to download the IDTs
 
+
 #### Panasonic
+
 - [Vlog/V-Gamut white paper](http://pro-av.panasonic.net/en/varicam/common/pdf/VARICAM_V-Log_V-Gamut.pdf)
 - [Varicam Drivers and Software](http://pro-av.panasonic.net/en/varicam/35/dl.html)
 
+
 #### RED
+
 - [Understanding REDlogFilm and REDgamma](http://www.red.com/learn/red-101/redlogfilm-redgamma)
 - Conversations with Graeme Nattress of RED
 
+
 #### Sony
+
 - [Sony Input Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl/idt/vendorSupplied/sony)
 
-#### GoPro Experimental
-- The quality and consistency of these transforms has not been verified.
+
+#### GoPro (Experimental)
+
+- The quality and consistency of these transforms has not been verified
 - Conversations with David Newman of GoPro
 
 
@@ -141,12 +172,14 @@ Colorspaces and transforms representing the ACES ADX spaces used for film scanni
 
 A collection of colorspaces that are used to facilitate the creation of LUTs and other basic functionality.
 
+
 ##### Technical information
 
-- The 'Log2 xx nits Shaper' and 'Dolby PQ xx nits Shaper' spaces cover the linear range centered around 18% grey. The 48 nits spaces cover -6.5 stops (0.0028125) to +6.5 stops(16.291740). The 1000 nits spaces cover -12 stops to +10 stops. The 2000 nits spaces cover -12 stops to +11 stops. The 4000 nits spaces cover -12 stops to +12 stops.
-- The LMT shaper spaces cover the linear range going from 10 stops below 18% grey (0.00017578125) to 6.5 stops above 18% grey (16.291740)
-- The colorspaces starting with 'Linear - ' will convert to or from a specific gamut but not apply a transfer function.
-- The colorspaces starting with 'Curve - ' will apply a transfer function but not convert between gamuts.
+- The 'Log2 xx nits Shaper' and 'Dolby PQ xx nits Shaper' spaces cover the linear range centered around 18% grey. The 48 nits spaces cover -7.2460688 stops (0.0011857) to +10.2739312 stops (222.8609442), effectively matching ACEScc. The 1000 nits spaces cover -12 stops to +10 stops. The 2000 nits spaces cover -12 stops to +11 stops. The 4000 nits spaces cover -12 stops to +12 stops.
+- The LMT shaper spaces cover the linear range going from 10 stops below 18% grey (0.0001758) to 6.5 stops above 18% grey (16.2917402)
+- The colorspaces starting with 'Linear - ' convert to or from a specific gamut but do not apply a transfer function.
+- The colorspaces starting with 'Curve - ' apply a transfer function but do not convert between gamuts.
+
 
 #### Look
 
@@ -155,24 +188,29 @@ A collection of colorspaces that are used to facilitate the creation of LUTs and
 - ACES 1.0 to 0.1 emulation
 - ACES 1.0 to 0.2 emulation
 - ACES 1.0 to 0.7 emulation
+- Blue Light Artifact Fix
+
 
 ##### Description
 
-Colorspaces and transforms emulating the look of the ACES 0.1, 0.2 and 0.7 release.
+Colorspaces and transforms emulating the look of the ACES 0.1, 0.2 and 0.7 release. The Blue Light Artifact Fix is intended to address [issues occurring with highly saturated emitters](https://acescentral.com/t/colour-artefacts-or-breakup-using-aces/520/63) such as LED lights.
 
 - Should be applied to data in the ACES2065-1 colorspace.
 - Should be used before an ACES Output Transform.
 
+
 ##### Technical information
 
 Transforms generated based on the [ACES CTL Transforms](https://github.com/ampas/aces-dev/tree/v1.1/transforms/ctl)
 
+
 #### Roles
 
 ##### Description
 
 The role colorspaces are aliases to the colorspaces used for the *OCIO* 'roles' functionality.
 
+
 #### Aliases
 
 ##### Description
@@ -209,43 +247,55 @@ Displays and Views
 The default config has one Display named **ACES**, which contains the following Views / colorspaces:
 
 - sRGB, colorspace: sRGB
-- sRGB D60 sim., colorspace: sRGB (D60 sim.)
 - DCDM, colorspace: DCDM
-- DCDM P3 gamut clip, colorspace: DCDM (P3 gamut clip)
+- DCDM P3D60 Limited, colorspace: DCDM (P3D60 Limited)
+- DCDM P3D65 Limited, colorspace: DCDM (P3D65 Limited)
 - P3-D60, colorspace: P3-D60
-- P3-D60 PQ 1000 nits, colorspace: P3-D60 PQ (1000 nits)
-- P3-D60 PQ 2000 nits, colorspace: P3-D60 PQ (2000 nits)
-- P3-D60 PQ 4000 nits, colorspace: P3-D60 PQ (4000 nits)
-- P3-DCI, colorspace: P3-DCI
+- P3-DCI D60 simulation, colorspace: P3-DCI (D60 simulation)
+- P3-DCI D65 simulation, colorspace: P3-DCI (D65 simulation)
+- P3D65, colorspace: P3D65
+- P3D65 D60 simulation, colorspace: P3D65 (D60 simulation)
+- P3D65 Rec.709 Limited, colorspace: P3D65 (Rec.709 Limited)
+- P3D65 ST2084 108 nits, colorspace: P3D65 ST2084 (108 nits)
 - Rec.2020, colorspace: Rec.2020
-- Rec.2020 ST2048 1000 nits, colorspace: Rec.2020 ST2048 (1000 nits)
+- Rec.2020 P3D65 Limited, colorspace: Rec.2020 (P3D65 Limited)
+- Rec.2020 Rec.709 Limited, colorspace: Rec.2020 (Rec.709 Limited)
+- Rec.2020 HLG 1000 nits, colorspace: Rec.2020 HLG (1000 nits)
+- Rec.2020 ST2084 1000 nits, colorspace: Rec.2020 ST2084 (1000 nits)
+- Rec.2020 ST2084 2000 nits, colorspace: Rec.2020 ST2084 (2000 nits)
+- Rec.2020 ST2084 4000 nits, colorspace: Rec.2020 ST2084 (4000 nits)
 - Rec.709, colorspace: Rec.709
 - Rec.709 D60 sim., colorspace: Rec.709 (D60 sim.)
+- sRGB D60 sim., colorspace: sRGB (D60 sim.)
 - Raw, colorspace: Raw
-- Log, colorspace: ACEScc
+- Log, colorspace: ADX - ADX10
 
 Considerations for custom config generation:
 
 - The choice of a single Display and many Views may not align well with the implementation of OCIO in an application. 
-	- If you would like to generate a config that contains multiple Displays, with a small number of Views for each, review the config generation script's '--createMultipleDisplays' option.
+    - If you would like to generate a config that contains multiple Displays, with a small number of Views for each, review the config generation script's '--createMultipleDisplays' option.
 - If a Look is added to the config, a new set of Views will be added, one for each of the Views listed above except Raw and Log, that includes the Look. The Views with Looks will be interleaved in the View list with the original Views.
-	- To add a custom Look to the config, review the config generation script's '--addACESLookLUT', '--addACESLookCDL', '--addCustomLookLUT' and '--addCustomLookCDL' options.
+    - To add a custom Look to the config, review the config generation script's '--addACESLookLUT', '--addACESLookCDL', '--addCustomLookLUT' and '--addCustomLookCDL' options.
 
 
 LUTs
 -
 
 The default resolution is 65x65x65 for the 3D LUTs and 4096 for the 1D LUTs. 
 
+
 ### OCIO LUTs
+
 The LUTs used internally by OCIO can be can be retrieved [from the repository here.](https://github.com/imageworks/OpenColorIO-Configs/tree/master/aces_1.1/luts) 
 
+
 ### Baked LUTs
+
 LUTs that can be used outside of OCIO are included in the ['baked' directory here.](https://github.com/imageworks/OpenColorIO-Configs/tree/master/aces_1.1/baked)
 
 - The LUTs encode the ACES Output Transform for a specific colorspace input and are generally named:
-	- 'Output Transform name' for 'Input colorspace name'.extension
-	- Ex. 'sRGB (D60 sim.) for ACEScc.icc'
+    - 'Output Transform name' for 'Input colorspace name'.extension
+    - Ex. 'sRGB (D60 sim.) for ACEScc.icc'
 
 The LUTs included in the 'baked' directory cover the following formats and applications:
 
@@ -260,6 +310,7 @@ Generating Configurations
 -
 
 ### Python
+
 Configurations can be generated by the following *Python* package: [aces_1.1/python](https://github.com/imageworks/OpenColorIO-Configs/tree/master/aces_1.1/python)
 
 Usage is described on the command line and in the package root [\_\_init__.py](https://github.com/imageworks/OpenColorIO-Configs/blob/master/aces_1.1/python/aces_ocio/__init__.py) file.
@@ -271,8 +322,10 @@ Features exposed for customization by the user include:
 - Two modes of creating the list of OCIO Displays and Views
 - Selection of shaper function: Log2 or Dolby PQ
 
+
 ### CTL Source
-The configuration depends on the **ACES 1.1** release. The release contains a number of file renames and the new ACEScct color space and a number of minor bug fixes and small additions, but is otherwise very similar as the master **ACES 1.0.2** release. 
+
+The configuration depends on the **ACES 1.1** release.
 
 The CTL is available here:
 
@@ -285,37 +338,20 @@ Clone this repo using the following command:
 
 Dependencies
 -
+
 The *Python* configuration generation package depends on the following
 libraries:
 
 - **OpenImageIO**: http://openimageio.org
-	- Detailed build instructions can be found here: [OpenImageIO Build Instructions](https://sites.google.com/site/openimageio/checking-out-and-building-openimageio)
+    - Detailed build instructions can be found here: [OpenImageIO Build Instructions](https://sites.google.com/site/openimageio/checking-out-and-building-openimageio)
 - **OpenColorIO**: http://opencolorio.org
-	- Detailed build instructions can be found here: [OpenColorIO Build Instructions](http://opencolorio.org/installation.html)
+    - Detailed build instructions can be found here: [OpenColorIO Build Instructions](http://opencolorio.org/installation.html)
 - **CTL**: https://github.com/ampas/CTL
 
 
-Building on Mac OSX
-- 
-Use the following commands to build these packages on Mac OSX
-
-- OpenColorIO
-	- brew install -vd opencolorio --with-python
-- Update the homebrew repository of install scripts to make sure that OpenImageIO is included.
-	- brew tap homebrew/science
-- Optional Dependencies for OpenImageIO
-	- brew install -vd libRaw
-	- brew install -vd OpenCV
-- OpenImageIO
-	- brew install -vd openimageio --with-python
-- CTL
-	- brew install -vd CTL
-- OpenColorIO, a second time. *ociolutimage* will build with *openimageio* installed.
-	- brew uninstall -vd opencolorio
-	- brew install -vd opencolorio --with-python
-
-Thanks
-------
+Acknowledgements
+-
+
 The script used to generate these transforms and the transforms themselves were the product of work and conversations with a number of people. Thanks go to:
 
 - Steve Agland
@@ -338,8 +374,15 @@ The script used to generate these transforms and the transforms themselves were
 - Doug Walker
 - Kevin Wheatley
 
-Author
-------
+
+Authorship and Maintenance
+--------------------------
+
 The original author of this OCIO config is:
 
 - Haarm-Pieter Duiker
+
+The current maintainers are:
+
+- Thomas Mansencal
+- Michael Parsons
