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diff --git a/Master/texmf-dist/tex/generic/dvips/blackdvi.sty b/Master/texmf-dist/tex/generic/dvips/blackdvi.sty
new file mode 100644
index 00000000000..85e7fd38a28
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/blackdvi.sty
@@ -0,0 +1,109 @@
+% This is BLACKDVI.STY and BLACKDVI.TEX in text format, as of March 5,
+% 1992, written by Jim Hafner, HAFNER@ALMADEN, or hafner@almaden.ibm.com.
+% This file turns all color commands defined by COLORDVI.STY or COLORDVI.TEX
+% into no-ops and so can be used to get B/W printing without having to
+% ferret out all the color macros.  Modified by Tomas Rokicki to be a
+% bit smaller.
+%
+% 20 Aug. 1992: Revised by J. Hafner, by adding \globalColor as a no-op.
+%
+% For example, with FoilTeX, just use
+%   \documentstyle[blackdvi]{foils}
+% in place of
+%   \documentstyle[colordvi]{foils}
+%
+% This file can be used anywhere COLORDVI.STY or COLORDVI.TEX is used.  In
+% particular, It can be used in any flavor of LaTeX (e.g. LaTeX,
+% FoilTeX, AMS-LaTeX) by adding the keyword "blackdvi" to the options in
+% the \documentstyle command (e.g., "\documentstyle[blackdvi]{foils}") or
+% \input in any flavor of TeX (e.g. Plain TeX, eplain, AMS-TeX or any of
+% the above LaTeX flavors) with the command "\input blackdvi".
+%
+% Here is the background command
+\def\background#1{}%
+%
+% This is used to define all the \newColor macros defined by \newColor
+% as no-ops.
+\def\newColor #1 {\expandafter\def\csname text#1\endcsname{}%
+   \expandafter\def\csname #1\endcsname##1{##1}}%
+%
+% Here are the two macros used for user-definable colors
+\def\textColor#1{}
+\def\Color#1#2{#2}
+%
+% This is the macro that is used to protect certain regions of the
+% text from corruption by local color commands.  See COLORDVI.STY for
+% more information.  We make it a no-op in this style.
+\def\globalColor#1{#1}
+%
+% Here are the preset color names.  This list should match the list
+% in <colordvi.[tex,sty]>.
+%
+\newColor GreenYellow
+\newColor Yellow
+\newColor Goldenrod
+\newColor Dandelion
+\newColor Apricot
+\newColor Peach
+\newColor Melon
+\newColor YellowOrange
+\newColor Orange
+\newColor BurntOrange
+\newColor Bittersweet
+\newColor RedOrange
+\newColor Mahogany
+\newColor Maroon
+\newColor BrickRed
+\newColor Red
+\newColor OrangeRed
+\newColor RubineRed
+\newColor WildStrawberry
+\newColor Salmon
+\newColor CarnationPink
+\newColor Magenta
+\newColor VioletRed
+\newColor Rhodamine
+\newColor Mulberry
+\newColor RedViolet
+\newColor Fuchsia
+\newColor Lavender
+\newColor Thistle
+\newColor Orchid
+\newColor DarkOrchid
+\newColor Purple
+\newColor Plum
+\newColor Violet
+\newColor RoyalPurple
+\newColor BlueViolet
+\newColor Periwinkle
+\newColor CadetBlue
+\newColor CornflowerBlue
+\newColor MidnightBlue
+\newColor NavyBlue
+\newColor RoyalBlue
+\newColor Blue
+\newColor Cerulean
+\newColor Cyan
+\newColor ProcessBlue
+\newColor SkyBlue
+\newColor Turquoise
+\newColor TealBlue
+\newColor Aquamarine
+\newColor BlueGreen
+\newColor Emerald
+\newColor JungleGreen
+\newColor SeaGreen
+\newColor Green
+\newColor ForestGreen
+\newColor PineGreen
+\newColor LimeGreen
+\newColor YellowGreen
+\newColor SpringGreen
+\newColor OliveGreen
+\newColor RawSienna
+\newColor Sepia
+\newColor Brown
+\newColor Tan
+\newColor Gray
+\newColor Black
+\newColor White
diff --git a/Master/texmf-dist/tex/generic/dvips/blackdvi.tex b/Master/texmf-dist/tex/generic/dvips/blackdvi.tex
new file mode 100644
index 00000000000..85e7fd38a28
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/blackdvi.tex
@@ -0,0 +1,109 @@
+% This is BLACKDVI.STY and BLACKDVI.TEX in text format, as of March 5,
+% 1992, written by Jim Hafner, HAFNER@ALMADEN, or hafner@almaden.ibm.com.
+% This file turns all color commands defined by COLORDVI.STY or COLORDVI.TEX
+% into no-ops and so can be used to get B/W printing without having to
+% ferret out all the color macros.  Modified by Tomas Rokicki to be a
+% bit smaller.
+%
+% 20 Aug. 1992: Revised by J. Hafner, by adding \globalColor as a no-op.
+%
+% For example, with FoilTeX, just use
+%   \documentstyle[blackdvi]{foils}
+% in place of
+%   \documentstyle[colordvi]{foils}
+%
+% This file can be used anywhere COLORDVI.STY or COLORDVI.TEX is used.  In
+% particular, It can be used in any flavor of LaTeX (e.g. LaTeX,
+% FoilTeX, AMS-LaTeX) by adding the keyword "blackdvi" to the options in
+% the \documentstyle command (e.g., "\documentstyle[blackdvi]{foils}") or
+% \input in any flavor of TeX (e.g. Plain TeX, eplain, AMS-TeX or any of
+% the above LaTeX flavors) with the command "\input blackdvi".
+%
+% Here is the background command
+\def\background#1{}%
+%
+% This is used to define all the \newColor macros defined by \newColor
+% as no-ops.
+\def\newColor #1 {\expandafter\def\csname text#1\endcsname{}%
+   \expandafter\def\csname #1\endcsname##1{##1}}%
+%
+% Here are the two macros used for user-definable colors
+\def\textColor#1{}
+\def\Color#1#2{#2}
+%
+% This is the macro that is used to protect certain regions of the
+% text from corruption by local color commands.  See COLORDVI.STY for
+% more information.  We make it a no-op in this style.
+\def\globalColor#1{#1}
+%
+% Here are the preset color names.  This list should match the list
+% in <colordvi.[tex,sty]>.
+%
+\newColor GreenYellow
+\newColor Yellow
+\newColor Goldenrod
+\newColor Dandelion
+\newColor Apricot
+\newColor Peach
+\newColor Melon
+\newColor YellowOrange
+\newColor Orange
+\newColor BurntOrange
+\newColor Bittersweet
+\newColor RedOrange
+\newColor Mahogany
+\newColor Maroon
+\newColor BrickRed
+\newColor Red
+\newColor OrangeRed
+\newColor RubineRed
+\newColor WildStrawberry
+\newColor Salmon
+\newColor CarnationPink
+\newColor Magenta
+\newColor VioletRed
+\newColor Rhodamine
+\newColor Mulberry
+\newColor RedViolet
+\newColor Fuchsia
+\newColor Lavender
+\newColor Thistle
+\newColor Orchid
+\newColor DarkOrchid
+\newColor Purple
+\newColor Plum
+\newColor Violet
+\newColor RoyalPurple
+\newColor BlueViolet
+\newColor Periwinkle
+\newColor CadetBlue
+\newColor CornflowerBlue
+\newColor MidnightBlue
+\newColor NavyBlue
+\newColor RoyalBlue
+\newColor Blue
+\newColor Cerulean
+\newColor Cyan
+\newColor ProcessBlue
+\newColor SkyBlue
+\newColor Turquoise
+\newColor TealBlue
+\newColor Aquamarine
+\newColor BlueGreen
+\newColor Emerald
+\newColor JungleGreen
+\newColor SeaGreen
+\newColor Green
+\newColor ForestGreen
+\newColor PineGreen
+\newColor LimeGreen
+\newColor YellowGreen
+\newColor SpringGreen
+\newColor OliveGreen
+\newColor RawSienna
+\newColor Sepia
+\newColor Brown
+\newColor Tan
+\newColor Gray
+\newColor Black
+\newColor White
diff --git a/Master/texmf-dist/tex/generic/dvips/colordvi.sty b/Master/texmf-dist/tex/generic/dvips/colordvi.sty
new file mode 100644
index 00000000000..df812f8df60
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/colordvi.sty
@@ -0,0 +1,162 @@
+% This is COLORDVI.TEX and COLORDVI.STY in text format, as of
+% March 5, 1992, written by Jim Hafner, HAFNER@ALMADEN, or
+% hafner@almaden.ibm.com.  Modified by Tomas Rokicki to be a
+% bit smaller and easier to add to.
+%
+% 20 Aug. 1992: Revised by J. Hafner, by adding \globalColor.
+%
+% This style file can be used to get color in TeX, LaTeX or more
+% importantly, FoilTeX as an optional style file.  It is generic in
+% that the color parameters are determined by the driver's header files.
+%
+% It can be used with any driver which knows how to process the keywords
+% in the \special commands.  Currently, only versions of dvips greater
+% than 5.478 (dvips is the DVI->PostScript driver by Tom Rokicki) and
+% TeXview on the NeXT interpret these specials.
+%
+% This file can be used in any flavor of LaTeX (e.g. LaTeX, FoilTeX,
+% AMS-LaTeX) by adding the keyword "colordvi" to the options in the
+% \documentstyle command (e.g., "\documentstyle[colordvi]{foils}") or \input
+% in any flavor of TeX (e.g. Plain TeX, eplain, AMS-TeX or any of the
+% above LaTeX flavors) with the command "\input colordvi".
+%
+% The actual parameters for each color are determined by the device
+% driver.
+% For "dvips", that is the header file color.pro prepended to the
+% output file by dvips.  They can be overrriden by a user-supplied
+% header, called by either the -h option or the "h" flag in a printer
+% configuration file, or in the .dvipsrc (or its analogue on other
+% systems).
+%
+% Most of the color names and their matches were based on the
+% most recent (at time of writing) Crayola Crayon box of 64 colors.
+%
+% There are 68 predefined colors.  At the end of this file is a
+% listing of the color names and their approximate PANTONE color
+% match.  This is for reference purposes only.
+%
+% The first macro lets the user specify the background color for the
+% document.  It sets the background color for the current page and all
+% succeeding pages, unless changed by another command of this type.  To
+% change the background color back to the default, issue
+% \background{White}
+%
+\def\background#1{\special{background #1}}
+%
+% There are two types of text color commands.  The first is in the form
+%    \ColorName   (note the uppercase for the color name).
+%
+% It is called a local color command since it takes one argument
+% enclosed in brackets.  It writes the contents of its argument in the
+% selected color.  This should be used for local or nested color
+% changes, since it restores the original color state when it completes.
+% The second type of color command is in the form
+%    \textColorName
+% This uses the same naming convention as before.  It is called a global
+% color command since it takes no arguments and simply sets the color at
+% this point.  No previous color information is saved.  IF YOU USE THIS
+% INTERNAL TO ANY LOCAL COLOR COMMAND, THE NESTING HISTORY IS LOST.
+%
+% This next definition is used in an invocation of a \textColorName
+% macro to save the global color value in local form via the \globalColor
+% macro.  This new macro can then be used to protect certain regions of
+% the text, like item tags and headers and footers which can be
+% corrupted by local colors.  In particular, item tags in lists can
+% incorrectly inherit the color from a local color command immediately
+% following it.  The \subdef macro is invoked within the invocation of a
+% global color change.
+%
+\def\subdef#1{\gdef\globalColor##1{\special
+       {color push #1}##1\special{color pop}}}
+%
+% Here are the global color changers, with color codes defined;
+% these are used to define the small region colors.
+%
+% This first is for user defined color.  The argument #1 is for a "CMYK"
+% quadruple of intensity values between 0 and 1.  (CMYK stands for Cyan,
+% Magenta, Yellow and Black.)  E.g., \textColor{.2 .3 .4 .1}
+%
+\def\textColor#1{\subdef{cmyk #1}\special{color cmyk #1}}
+%
+% and a userdefinable local color command.
+\def\Color#1#2{\special{color push cmyk #1}#2\special{color pop}}
+%
+%
+\def\newColor #1 {\expandafter\def\csname #1\endcsname##1{\special
+   {color push #1}##1\special{color pop}}%
+   \expandafter\def\csname text#1\endcsname{\subdef{#1}%
+    \special{color #1}}}%
+%
+% Here are the color names and their PANTONE match (approximately)
+%
+\newColor GreenYellow     % GreenYellow  Approximate PANTONE 388
+\newColor Yellow	  % Yellow  Approximate PANTONE YELLOW
+\newColor Goldenrod	  % Goldenrod  Approximate PANTONE 109
+\newColor Dandelion	  % Dandelion  Approximate PANTONE 123
+\newColor Apricot	  % Apricot  Approximate PANTONE 1565
+\newColor Peach		  % Peach  Approximate PANTONE 164
+\newColor Melon		  % Melon  Approximate PANTONE 177
+\newColor YellowOrange	  % YellowOrange  Approximate PANTONE 130
+\newColor Orange	  % Orange  Approximate PANTONE ORANGE-021
+\newColor BurntOrange	  % BurntOrange  Approximate PANTONE 388
+\newColor Bittersweet	  % Bittersweet  Approximate PANTONE 167
+\newColor RedOrange	  % RedOrange  Approximate PANTONE 179
+\newColor Mahogany	  % Mahogany  Approximate PANTONE 484
+\newColor Maroon	  % Maroon  Approximate PANTONE 201
+\newColor BrickRed	  % BrickRed  Approximate PANTONE 1805
+\newColor Red		  % Red  VERY-Approx PANTONE RED
+\newColor OrangeRed	  % OrangeRed  No PANTONE match
+\newColor RubineRed	  % RubineRed  Approximate PANTONE RUBINE-RED
+\newColor WildStrawberry  % WildStrawberry  Approximate PANTONE 206
+\newColor Salmon	  % Salmon  Approximate PANTONE 183
+\newColor CarnationPink	  % CarnationPink  Approximate PANTONE 218
+\newColor Magenta	  % Magenta  Approximate PANTONE PROCESS-MAGENTA
+\newColor VioletRed	  % VioletRed  Approximate PANTONE 219
+\newColor Rhodamine	  % Rhodamine  Approximate PANTONE RHODAMINE-RED
+\newColor Mulberry	  % Mulberry  Approximate PANTONE 241
+\newColor RedViolet	  % RedViolet  Approximate PANTONE 234
+\newColor Fuchsia	  % Fuchsia  Approximate PANTONE 248
+\newColor Lavender	  % Lavender  Approximate PANTONE 223
+\newColor Thistle	  % Thistle  Approximate PANTONE 245
+\newColor Orchid	  % Orchid  Approximate PANTONE 252
+\newColor DarkOrchid	  % DarkOrchid  No PANTONE match
+\newColor Purple	  % Purple  Approximate PANTONE PURPLE
+\newColor Plum		  % Plum  VERY-Approx PANTONE 518
+\newColor Violet	  % Violet  Approximate PANTONE VIOLET
+\newColor RoyalPurple	  % RoyalPurple  Approximate PANTONE 267
+\newColor BlueViolet	  % BlueViolet  Approximate PANTONE 2755
+\newColor Periwinkle	  % Periwinkle  Approximate PANTONE 2715
+\newColor CadetBlue	  % CadetBlue  Approximate PANTONE (534+535)/2
+\newColor CornflowerBlue  % CornflowerBlue  Approximate PANTONE 292
+\newColor MidnightBlue	  % MidnightBlue  Approximate PANTONE 302
+\newColor NavyBlue	  % NavyBlue  Approximate PANTONE 293
+\newColor RoyalBlue	  % RoyalBlue  No PANTONE match
+\newColor Blue		  % Blue  Approximate PANTONE BLUE-072
+\newColor Cerulean	  % Cerulean  Approximate PANTONE 3005
+\newColor Cyan		  % Cyan  Approximate PANTONE PROCESS-CYAN
+\newColor ProcessBlue	  % ProcessBlue  Approximate PANTONE PROCESS-BLUE
+\newColor SkyBlue	  % SkyBlue  Approximate PANTONE 2985
+\newColor Turquoise	  % Turquoise  Approximate PANTONE (312+313)/2
+\newColor TealBlue	  % TealBlue  Approximate PANTONE 3145
+\newColor Aquamarine	  % Aquamarine  Approximate PANTONE 3135
+\newColor BlueGreen	  % BlueGreen  Approximate PANTONE 320
+\newColor Emerald	  % Emerald  No PANTONE match
+\newColor JungleGreen	  % JungleGreen  Approximate PANTONE 328
+\newColor SeaGreen	  % SeaGreen  Approximate PANTONE 3268
+\newColor Green		  % Green  VERY-Approx PANTONE GREEN
+\newColor ForestGreen	  % ForestGreen  Approximate PANTONE 349
+\newColor PineGreen	  % PineGreen  Approximate PANTONE 323
+\newColor LimeGreen	  % LimeGreen  No PANTONE match
+\newColor YellowGreen	  % YellowGreen  Approximate PANTONE 375
+\newColor SpringGreen	  % SpringGreen  Approximate PANTONE 381
+\newColor OliveGreen	  % OliveGreen  Approximate PANTONE 582
+\newColor RawSienna	  % RawSienna  Approximate PANTONE 154
+\newColor Sepia		  % Sepia  Approximate PANTONE 161
+\newColor Brown		  % Brown  Approximate PANTONE 1615
+\newColor Tan		  % Tan  No PANTONE match
+\newColor Gray		  % Gray  Approximate PANTONE COOL-GRAY-8
+\newColor Black		  % Black  Approximate PANTONE PROCESS-BLACK
+\newColor White		  % White  No PANTONE match
+
+% Now we make sure that we initialize the global color to Black
+\subdef{Black}
diff --git a/Master/texmf-dist/tex/generic/dvips/colordvi.tex b/Master/texmf-dist/tex/generic/dvips/colordvi.tex
new file mode 100644
index 00000000000..df812f8df60
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/colordvi.tex
@@ -0,0 +1,162 @@
+% This is COLORDVI.TEX and COLORDVI.STY in text format, as of
+% March 5, 1992, written by Jim Hafner, HAFNER@ALMADEN, or
+% hafner@almaden.ibm.com.  Modified by Tomas Rokicki to be a
+% bit smaller and easier to add to.
+%
+% 20 Aug. 1992: Revised by J. Hafner, by adding \globalColor.
+%
+% This style file can be used to get color in TeX, LaTeX or more
+% importantly, FoilTeX as an optional style file.  It is generic in
+% that the color parameters are determined by the driver's header files.
+%
+% It can be used with any driver which knows how to process the keywords
+% in the \special commands.  Currently, only versions of dvips greater
+% than 5.478 (dvips is the DVI->PostScript driver by Tom Rokicki) and
+% TeXview on the NeXT interpret these specials.
+%
+% This file can be used in any flavor of LaTeX (e.g. LaTeX, FoilTeX,
+% AMS-LaTeX) by adding the keyword "colordvi" to the options in the
+% \documentstyle command (e.g., "\documentstyle[colordvi]{foils}") or \input
+% in any flavor of TeX (e.g. Plain TeX, eplain, AMS-TeX or any of the
+% above LaTeX flavors) with the command "\input colordvi".
+%
+% The actual parameters for each color are determined by the device
+% driver.
+% For "dvips", that is the header file color.pro prepended to the
+% output file by dvips.  They can be overrriden by a user-supplied
+% header, called by either the -h option or the "h" flag in a printer
+% configuration file, or in the .dvipsrc (or its analogue on other
+% systems).
+%
+% Most of the color names and their matches were based on the
+% most recent (at time of writing) Crayola Crayon box of 64 colors.
+%
+% There are 68 predefined colors.  At the end of this file is a
+% listing of the color names and their approximate PANTONE color
+% match.  This is for reference purposes only.
+%
+% The first macro lets the user specify the background color for the
+% document.  It sets the background color for the current page and all
+% succeeding pages, unless changed by another command of this type.  To
+% change the background color back to the default, issue
+% \background{White}
+%
+\def\background#1{\special{background #1}}
+%
+% There are two types of text color commands.  The first is in the form
+%    \ColorName   (note the uppercase for the color name).
+%
+% It is called a local color command since it takes one argument
+% enclosed in brackets.  It writes the contents of its argument in the
+% selected color.  This should be used for local or nested color
+% changes, since it restores the original color state when it completes.
+% The second type of color command is in the form
+%    \textColorName
+% This uses the same naming convention as before.  It is called a global
+% color command since it takes no arguments and simply sets the color at
+% this point.  No previous color information is saved.  IF YOU USE THIS
+% INTERNAL TO ANY LOCAL COLOR COMMAND, THE NESTING HISTORY IS LOST.
+%
+% This next definition is used in an invocation of a \textColorName
+% macro to save the global color value in local form via the \globalColor
+% macro.  This new macro can then be used to protect certain regions of
+% the text, like item tags and headers and footers which can be
+% corrupted by local colors.  In particular, item tags in lists can
+% incorrectly inherit the color from a local color command immediately
+% following it.  The \subdef macro is invoked within the invocation of a
+% global color change.
+%
+\def\subdef#1{\gdef\globalColor##1{\special
+       {color push #1}##1\special{color pop}}}
+%
+% Here are the global color changers, with color codes defined;
+% these are used to define the small region colors.
+%
+% This first is for user defined color.  The argument #1 is for a "CMYK"
+% quadruple of intensity values between 0 and 1.  (CMYK stands for Cyan,
+% Magenta, Yellow and Black.)  E.g., \textColor{.2 .3 .4 .1}
+%
+\def\textColor#1{\subdef{cmyk #1}\special{color cmyk #1}}
+%
+% and a userdefinable local color command.
+\def\Color#1#2{\special{color push cmyk #1}#2\special{color pop}}
+%
+%
+\def\newColor #1 {\expandafter\def\csname #1\endcsname##1{\special
+   {color push #1}##1\special{color pop}}%
+   \expandafter\def\csname text#1\endcsname{\subdef{#1}%
+    \special{color #1}}}%
+%
+% Here are the color names and their PANTONE match (approximately)
+%
+\newColor GreenYellow     % GreenYellow  Approximate PANTONE 388
+\newColor Yellow	  % Yellow  Approximate PANTONE YELLOW
+\newColor Goldenrod	  % Goldenrod  Approximate PANTONE 109
+\newColor Dandelion	  % Dandelion  Approximate PANTONE 123
+\newColor Apricot	  % Apricot  Approximate PANTONE 1565
+\newColor Peach		  % Peach  Approximate PANTONE 164
+\newColor Melon		  % Melon  Approximate PANTONE 177
+\newColor YellowOrange	  % YellowOrange  Approximate PANTONE 130
+\newColor Orange	  % Orange  Approximate PANTONE ORANGE-021
+\newColor BurntOrange	  % BurntOrange  Approximate PANTONE 388
+\newColor Bittersweet	  % Bittersweet  Approximate PANTONE 167
+\newColor RedOrange	  % RedOrange  Approximate PANTONE 179
+\newColor Mahogany	  % Mahogany  Approximate PANTONE 484
+\newColor Maroon	  % Maroon  Approximate PANTONE 201
+\newColor BrickRed	  % BrickRed  Approximate PANTONE 1805
+\newColor Red		  % Red  VERY-Approx PANTONE RED
+\newColor OrangeRed	  % OrangeRed  No PANTONE match
+\newColor RubineRed	  % RubineRed  Approximate PANTONE RUBINE-RED
+\newColor WildStrawberry  % WildStrawberry  Approximate PANTONE 206
+\newColor Salmon	  % Salmon  Approximate PANTONE 183
+\newColor CarnationPink	  % CarnationPink  Approximate PANTONE 218
+\newColor Magenta	  % Magenta  Approximate PANTONE PROCESS-MAGENTA
+\newColor VioletRed	  % VioletRed  Approximate PANTONE 219
+\newColor Rhodamine	  % Rhodamine  Approximate PANTONE RHODAMINE-RED
+\newColor Mulberry	  % Mulberry  Approximate PANTONE 241
+\newColor RedViolet	  % RedViolet  Approximate PANTONE 234
+\newColor Fuchsia	  % Fuchsia  Approximate PANTONE 248
+\newColor Lavender	  % Lavender  Approximate PANTONE 223
+\newColor Thistle	  % Thistle  Approximate PANTONE 245
+\newColor Orchid	  % Orchid  Approximate PANTONE 252
+\newColor DarkOrchid	  % DarkOrchid  No PANTONE match
+\newColor Purple	  % Purple  Approximate PANTONE PURPLE
+\newColor Plum		  % Plum  VERY-Approx PANTONE 518
+\newColor Violet	  % Violet  Approximate PANTONE VIOLET
+\newColor RoyalPurple	  % RoyalPurple  Approximate PANTONE 267
+\newColor BlueViolet	  % BlueViolet  Approximate PANTONE 2755
+\newColor Periwinkle	  % Periwinkle  Approximate PANTONE 2715
+\newColor CadetBlue	  % CadetBlue  Approximate PANTONE (534+535)/2
+\newColor CornflowerBlue  % CornflowerBlue  Approximate PANTONE 292
+\newColor MidnightBlue	  % MidnightBlue  Approximate PANTONE 302
+\newColor NavyBlue	  % NavyBlue  Approximate PANTONE 293
+\newColor RoyalBlue	  % RoyalBlue  No PANTONE match
+\newColor Blue		  % Blue  Approximate PANTONE BLUE-072
+\newColor Cerulean	  % Cerulean  Approximate PANTONE 3005
+\newColor Cyan		  % Cyan  Approximate PANTONE PROCESS-CYAN
+\newColor ProcessBlue	  % ProcessBlue  Approximate PANTONE PROCESS-BLUE
+\newColor SkyBlue	  % SkyBlue  Approximate PANTONE 2985
+\newColor Turquoise	  % Turquoise  Approximate PANTONE (312+313)/2
+\newColor TealBlue	  % TealBlue  Approximate PANTONE 3145
+\newColor Aquamarine	  % Aquamarine  Approximate PANTONE 3135
+\newColor BlueGreen	  % BlueGreen  Approximate PANTONE 320
+\newColor Emerald	  % Emerald  No PANTONE match
+\newColor JungleGreen	  % JungleGreen  Approximate PANTONE 328
+\newColor SeaGreen	  % SeaGreen  Approximate PANTONE 3268
+\newColor Green		  % Green  VERY-Approx PANTONE GREEN
+\newColor ForestGreen	  % ForestGreen  Approximate PANTONE 349
+\newColor PineGreen	  % PineGreen  Approximate PANTONE 323
+\newColor LimeGreen	  % LimeGreen  No PANTONE match
+\newColor YellowGreen	  % YellowGreen  Approximate PANTONE 375
+\newColor SpringGreen	  % SpringGreen  Approximate PANTONE 381
+\newColor OliveGreen	  % OliveGreen  Approximate PANTONE 582
+\newColor RawSienna	  % RawSienna  Approximate PANTONE 154
+\newColor Sepia		  % Sepia  Approximate PANTONE 161
+\newColor Brown		  % Brown  Approximate PANTONE 1615
+\newColor Tan		  % Tan  No PANTONE match
+\newColor Gray		  % Gray  Approximate PANTONE COOL-GRAY-8
+\newColor Black		  % Black  Approximate PANTONE PROCESS-BLACK
+\newColor White		  % White  No PANTONE match
+
+% Now we make sure that we initialize the global color to Black
+\subdef{Black}
diff --git a/Master/texmf-dist/tex/generic/dvips/rotate.sty b/Master/texmf-dist/tex/generic/dvips/rotate.sty
new file mode 100644
index 00000000000..0660e117352
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/rotate.sty
@@ -0,0 +1,53 @@
+%
+%   These macros allow you to rotate or flip a \TeX\ box.  Very useful for
+%   sideways tables or upsidedown answers.
+%
+%   To use, create a box containing the information you want to rotate.
+%   (An hbox or vbox will do.)  Now call \@rotr\boxnum to rotate the
+%   material and create a new box with the appropriate (flipped) dimensions.
+%   \@rotr rotates right, \@rotl rotates left, \@rotu turns upside down, and
+%   \@rotf flips.  These boxes may contain other rotated boxes.
+%
+\newdimen\@rotdimen
+\newbox\@rotbox
+
+\def\@vspec#1{\special{ps:#1}}%  passes #1 verbatim to the output
+\def\@rotstart#1{\@vspec{gsave currentpoint currentpoint translate
+   #1 neg exch neg exch translate}}% #1 can be any origin-fixing transformation
+\def\@rotfinish{\@vspec{currentpoint grestore moveto}}% gets back in synch
+%
+%   First, the rotation right. The reference point of the rotated box
+%   is the lower right corner of the original box.
+%
+\def\@rotr#1{\@rotdimen=\ht#1\advance\@rotdimen by\dp#1%
+   \hbox to\@rotdimen{\hskip\ht#1\vbox to\wd#1{\@rotstart{90 rotate}%
+   \box#1\vss}\hss}\@rotfinish}
+%
+%   Next, the rotation left. The reference point of the rotated box
+%   is the upper left corner of the original box.
+%
+\def\@rotl#1{\@rotdimen=\ht#1\advance\@rotdimen by\dp#1%
+   \hbox to\@rotdimen{\vbox to\wd#1{\vskip\wd#1\@rotstart{270 rotate}%
+   \box#1\vss}\hss}\@rotfinish}%
+%
+%   Upside down is simple. The reference point of the rotated box
+%   is the upper right corner of the original box. (The box's height
+%   should be the current font's xheight, \fontdimen5\font,
+%   if you want that xheight to be at the baseline after rotation.)
+%
+\def\@rotu#1{\@rotdimen=\ht#1\advance\@rotdimen by\dp#1%
+   \hbox to\wd#1{\hskip\wd#1\vbox to\@rotdimen{\vskip\@rotdimen
+   \@rotstart{-1 dup scale}\box#1\vss}\hss}\@rotfinish}%
+%
+%   And flipped end for end is pretty ysae too. We retain the baseline.
+%
+\def\@rotf#1{\hbox to\wd#1{\hskip\wd#1\@rotstart{-1 1 scale}%
+   \box#1\hss}\@rotfinish}%
+%
+%   Now the user interface for LaTeX:  \rotate[type]{text} where
+%   ``type'' is `l' for left, `r' for right, `u' for upside-down, or
+%   `f' for flip.  `l' is the default.
+%
+\def\rotate{\@ifnextchar[{\@rotate}{\@rotate[l]}}
+\def\@rotate[#1]#2{\setbox\@rotbox=\hbox{#2}\@nameuse{@rot#1}\@rotbox}
+
diff --git a/Master/texmf-dist/tex/generic/dvips/rotate.tex b/Master/texmf-dist/tex/generic/dvips/rotate.tex
new file mode 100644
index 00000000000..27891ee95ee
--- /dev/null
+++ b/Master/texmf-dist/tex/generic/dvips/rotate.tex
@@ -0,0 +1,43 @@
+%
+%   These macros allow you to rotate or flip a \TeX\ box.  Very useful for
+%   sideways tables or upsidedown answers.
+%
+%   To use, create a box containing the information you want to rotate.
+%   (An hbox or vbox will do.)  Now call \rotr\boxnum to rotate the
+%   material and create a new box with the appropriate (flipped) dimensions.
+%   \rotr rotates right, \rotl rotates left, \rotu turns upside down, and
+%   \rotf flips.  These boxes may contain other rotated boxes.
+%
+\newdimen\rotdimen
+\def\vspec#1{\special{ps:#1}}%  passes #1 verbatim to the output
+\def\rotstart#1{\vspec{gsave currentpoint currentpoint translate
+   #1 neg exch neg exch translate}}% #1 can be any origin-fixing transformation
+\def\rotfinish{\vspec{currentpoint grestore moveto}}% gets back in synch
+%
+%   First, the rotation right. The reference point of the rotated box
+%   is the lower right corner of the original box.
+%
+\def\rotr#1{\rotdimen=\ht#1\advance\rotdimen by\dp#1%
+   \hbox to\rotdimen{\hskip\ht#1\vbox to\wd#1{\rotstart{90 rotate}%
+   \box#1\vss}\hss}\rotfinish}
+%
+%   Next, the rotation left. The reference point of the rotated box
+%   is the upper left corner of the original box.
+%
+\def\rotl#1{\rotdimen=\ht#1\advance\rotdimen by\dp#1%
+   \hbox to\rotdimen{\vbox to\wd#1{\vskip\wd#1\rotstart{270 rotate}%
+   \box#1\vss}\hss}\rotfinish}%
+%
+%   Upside down is simple. The reference point of the rotated box
+%   is the upper right corner of the original box. (The box's height
+%   should be the current font's xheight, \fontdimen5\font,
+%   if you want that xheight to be at the baseline after rotation.)
+%
+\def\rotu#1{\rotdimen=\ht#1\advance\rotdimen by\dp#1%
+   \hbox to\wd#1{\hskip\wd#1\vbox to\rotdimen{\vskip\rotdimen
+   \rotstart{-1 dup scale}\box#1\vss}\hss}\rotfinish}%
+%
+%   And flipped end for end is pretty ysae too. We retain the baseline.
+%
+\def\rotf#1{\hbox to\wd#1{\hskip\wd#1\rotstart{-1 1 scale}%
+   \box#1\hss}\rotfinish}%