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authorContext Git Mirror Bot <phg42.2a@gmail.com>2015-01-19 12:15:05 +0100
committerContext Git Mirror Bot <phg42.2a@gmail.com>2015-01-19 12:15:05 +0100
commit57cb4d86632ca8ec2a5f5aba4d75bc0e8c46c55c (patch)
tree4bcd48dccb8cc7ba6d733f5f54445d3a598f8f3d /metapost
parent9038785580cd32664ad91b25a2e564899fc2651e (diff)
downloadcontext-57cb4d86632ca8ec2a5f5aba4d75bc0e8c46c55c.tar.gz
2015-01-19 11:22:00
Diffstat (limited to 'metapost')
-rw-r--r--metapost/context/base/mp-base.mpiv2
-rw-r--r--metapost/context/base/mp-func.mpiv16
-rw-r--r--metapost/context/base/mp-mlib.mpiv363
-rw-r--r--metapost/context/base/mp-tool.mpiv55
4 files changed, 292 insertions, 144 deletions
diff --git a/metapost/context/base/mp-base.mpiv b/metapost/context/base/mp-base.mpiv
index 20f62d6bf..28eb57fb8 100644
--- a/metapost/context/base/mp-base.mpiv
+++ b/metapost/context/base/mp-base.mpiv
@@ -866,7 +866,7 @@ vardef labels@#(text t) =
endfor
enddef ;
-% til lhere
+% till lhere
vardef dotlabels@#(text t) =
forsuffixes $=t:
diff --git a/metapost/context/base/mp-func.mpiv b/metapost/context/base/mp-func.mpiv
index 1ff330038..81b37fd1c 100644
--- a/metapost/context/base/mp-func.mpiv
+++ b/metapost/context/base/mp-func.mpiv
@@ -23,6 +23,7 @@ mfun_pathconnectors[0] := "," ;
mfun_pathconnectors[1] := "--" ;
mfun_pathconnectors[2] := ".." ;
mfun_pathconnectors[3] := "..." ;
+mfun_pathconnectors[4] := "---" ;
def pathconnectors = mfun_pathconnectors enddef ;
@@ -39,9 +40,10 @@ enddef ;
def function = mfun_function enddef ; % let doesn't work here
def straightfunction = mfun_function (1) enddef ;
-def punkedfunction = mfun_function (1) enddef ;
def curvedfunction = mfun_function (2) enddef ;
-def tightfunction = mfun_function (3) enddef ;
+
+% def punkedfunction = mfun_function (1) enddef ; % same as straightfunction
+% def tightfunction = mfun_function (3) enddef ; % same as curvedfunction
vardef mfun_constructedpath (expr f) (text t) =
save ok ; boolean ok ; ok := false ;
@@ -57,9 +59,10 @@ enddef ;
def constructedpath = mfun_constructedpath enddef ; % let doesn't work here
def straightpath = mfun_constructedpath (1) enddef ;
-def punkedpath = mfun_constructedpath (1) enddef ;
def curvedpath = mfun_constructedpath (2) enddef ;
-def tightpath = mfun_constructedpath (3) enddef ;
+
+def punkedpath = mfun_constructedpath (1) enddef ; % same as straightpath
+def tightpath = mfun_constructedpath (3) enddef ; % same as curvedpath
vardef mfun_constructedpairs (expr f) (text p) =
save i ; i := -1 ;
@@ -74,6 +77,7 @@ enddef ;
def constructedpairs = mfun_constructedpairs enddef ; % let doesn't work here
def straightpairs = mfun_constructedpairs (1) enddef ;
-def punkedpairs = mfun_constructedpairs (1) enddef ;
def curvedpairs = mfun_constructedpairs (2) enddef ;
-def tightpairs = mfun_constructedpairs (3) enddef ;
+
+def punkedpairs = mfun_constructedpairs (1) enddef ; % same as straightpairs
+def tightpairs = mfun_constructedpairs (3) enddef ; % same as curvedpairs
diff --git a/metapost/context/base/mp-mlib.mpiv b/metapost/context/base/mp-mlib.mpiv
index 6dffd6cdb..ac1bf7437 100644
--- a/metapost/context/base/mp-mlib.mpiv
+++ b/metapost/context/base/mp-mlib.mpiv
@@ -60,23 +60,37 @@ def namedcolor (expr n) =
withprescript "sp_name=" & n
enddef ;
+% def spotcolor(expr n, v) =
+% 1
+% withprescript "sp_type=spot"
+% withprescript "sp_name=" & n
+% withprescript "sp_value=" & (if numeric v : decimal v else : v fi)
+% enddef ;
+%
+% def multitonecolor(expr name, fractions, components, value) =
+% 1
+% withprescript "sp_type=multitone"
+% withprescript "sp_name=" & name
+% withprescript "sp_fractions=" & decimal fractions
+% withprescript "sp_components=" & components
+% withprescript "sp_value=" & value
+% enddef ;
+
def spotcolor(expr n, v) =
1
withprescript "sp_type=spot"
withprescript "sp_name=" & n
- withprescript "sp_value=" & v
+ withprescript "sp_value=" & colordecimals v
enddef ;
-def multitonecolor(expr name, fractions, components, value) =
+def multitonecolor(expr name)(text t) =
1
withprescript "sp_type=multitone"
- withprescript "sp_name=" & name
- withprescript "sp_fractions=" & decimal fractions
- withprescript "sp_components=" & components
- withprescript "sp_value=" & value
+ withprescript "sp_name=" & name
+ withprescript "sp_value=" & colordecimalslist(t)
enddef ;
-def transparent(expr a, t)(text c) =
+def transparent(expr a, t)(text c) = % use withtransparency instead
1 % this permits withcolor x intoshade y
withprescript "tr_alternative=" & decimal transparency_alternative_to_number(a)
withprescript "tr_transparency=" & decimal t
@@ -369,11 +383,163 @@ primarydef str infont name = % nasty hack
fi
enddef ;
+% Helper
+
+string mfun_prescript_separator ; mfun_prescript_separator := char(13) ;
+
% Shades
-newinternal shadefactor ; shadefactor := 1 ;
-pair shadeoffset ; shadeoffset := origin ;
-boolean trace_shades ; trace_shades := false ;
+% for while we had this:
+%
+% newinternal shadefactor ; shadefactor := 1 ;
+% pair shadeoffset ; shadeoffset := origin ;
+% boolean trace_shades ; trace_shades := false ;
+%
+% def withlinearshading (expr a, b) =
+% withprescript "sh_type=linear"
+% withprescript "sh_domain=0 1"
+% withprescript "sh_factor=" & decimal shadefactor
+% withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
+% withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
+% enddef ;
+%
+% def withcircularshading (expr a, b, ra, rb) =
+% withprescript "sh_type=circular"
+% withprescript "sh_domain=0 1"
+% withprescript "sh_factor=" & decimal shadefactor
+% withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
+% withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
+% withprescript "sh_radius_a=" & decimal ra
+% withprescript "sh_radius_b=" & decimal rb
+% enddef ;
+%
+% def withshading (expr how)(text rest) =
+% if how = "linear" :
+% withlinearshading(rest)
+% elseif how = "circular" :
+% withcircularshading(rest)
+% else :
+% % nothing
+% fi
+% enddef ;
+%
+% def withfromshadecolor expr t =
+% withprescript "sh_color=into"
+% withprescript "sh_color_a=" & colordecimals t
+% enddef ;
+
+% def withtoshadecolor expr t =
+% withprescript "sh_color=into"
+% withprescript "sh_color_b=" & colordecimals t
+% enddef ;
+
+% but this is nicer
+
+path mfun_shade_path ;
+
+primarydef p withshademethod m =
+ hide(mfun_shade_path := p ;)
+ p
+ withprescript "sh_domain=0 1"
+ withprescript "sh_color=into"
+ withprescript "sh_color_a=" & colordecimals white
+ withprescript "sh_color_b=" & colordecimals black
+ if m = "linear" :
+ withprescript "sh_type=linear"
+ withprescript "sh_factor=1"
+ withprescript "sh_center_a=" & ddecimal llcorner p
+ withprescript "sh_center_b=" & ddecimal urcorner p
+ else :
+ withprescript "sh_type=circular"
+ withprescript "sh_factor=1.2"
+ withprescript "sh_center_a=" & ddecimal center p
+ withprescript "sh_center_b=" & ddecimal center p
+ withprescript "sh_radius_a=" & decimal 0
+ withprescript "sh_radius_b=" & decimal ( max (
+ (xpart center p - xpart llcorner p) ++ (ypart center p - ypart llcorner p),
+ (xpart center p - xpart ulcorner p) ++ (ypart ulcorner p - ypart center p),
+ (xpart lrcorner p - xpart center p) ++ (ypart center p - ypart lrcorner p),
+ (xpart urcorner p - xpart center p) ++ (ypart urcorner p - ypart center p)
+ ) )
+ fi
+enddef ;
+
+def withshadevector expr a =
+ withprescript "sh_center_a=" & ddecimal (point xpart a of mfun_shade_path)
+ withprescript "sh_center_b=" & ddecimal (point ypart a of mfun_shade_path)
+enddef ;
+
+def withshadecenter expr a =
+ withprescript "sh_center_a=" & ddecimal (
+ center mfun_shade_path shifted (
+ xpart a * bbwidth (mfun_shade_path)/2,
+ ypart a * bbheight(mfun_shade_path)/2
+ )
+ )
+enddef ;
+
+def withshadedomain expr d =
+ withprescript "sh_domain=" & ddecimal d
+enddef ;
+
+def withshadefactor expr f =
+ withprescript "sh_factor=" & decimal f
+enddef ;
+
+def withshadecolors (expr a, b) =
+ withprescript "sh_color=into"
+ withprescript "sh_color_a=" & colordecimals a
+ withprescript "sh_color_b=" & colordecimals b
+enddef ;
+
+primarydef a shadedinto b = % withcolor red shadedinto green
+ 1 % does not work with transparency
+ withprescript "sh_color=into"
+ withprescript "sh_color_a=" & colordecimals a
+ withprescript "sh_color_b=" & colordecimals b
+enddef ;
+
+primarydef p withshade sc =
+ p withprescript mfun_defined_cs_pre[sc]
+enddef ;
+
+def defineshade suffix s =
+ mfun_defineshade(str s)
+enddef ;
+
+def mfun_defineshade (expr s) text t =
+ expandafter def scantokens s = t enddef ;
+enddef ;
+
+def shaded text s =
+ s
+enddef ;
+
+% Old macros:
+
+def withcircularshade (expr a, b, ra, rb, ca, cb) =
+ withprescript "sh_type=circular"
+ withprescript "sh_domain=0 1"
+ withprescript "sh_factor=1"
+ withprescript "sh_color_a=" & colordecimals ca
+ withprescript "sh_color_b=" & colordecimals cb
+ withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
+ withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
+ withprescript "sh_radius_a=" & decimal ra
+ withprescript "sh_radius_b=" & decimal rb
+enddef ;
+
+def withlinearshade (expr a, b, ca, cb) =
+ withprescript "sh_type=linear"
+ withprescript "sh_domain=0 1"
+ withprescript "sh_factor=1"
+ withprescript "sh_color_a=" & colordecimals ca
+ withprescript "sh_color_b=" & colordecimals cb
+ withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
+ withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
+enddef ;
+
+% replaced (obsolete):
def set_linear_vector (suffix a,b)(expr p,n) =
if (n=1) : a := llcorner p ; b := urcorner p ;
@@ -388,7 +554,7 @@ def set_linear_vector (suffix a,b)(expr p,n) =
fi ;
enddef ;
-def set_circular_vector (suffix ab, r)(expr p,n) =
+def set_circular_vector (suffix ab,r)(expr p,n) =
if (n=1) : ab := llcorner p ;
elseif (n=2) : ab := lrcorner p ;
elseif (n=3) : ab := urcorner p ;
@@ -411,7 +577,7 @@ enddef ;
def linear_shade (expr p, n, ca, cb) =
begingroup ;
- save a, b, sh ; pair a, b ;
+ save a, b ; pair a, b ;
set_linear_vector(a,b)(p,n) ;
fill p withlinearshade(a,b,ca,cb) ;
if trace_shades :
@@ -420,43 +586,19 @@ def linear_shade (expr p, n, ca, cb) =
endgroup ;
enddef ;
-def withcircularshade (expr a, b, ra, rb, ca, cb) =
- withprescript "sh_type=circular"
- withprescript "sh_domain=0 1"
- withprescript "sh_factor=" & decimal shadefactor
- withprescript "sh_color_a=" & colordecimals ca
- withprescript "sh_color_b=" & colordecimals cb
- withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
- withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
- withprescript "sh_radius_a=" & decimal ra
- withprescript "sh_radius_b=" & decimal rb
-enddef ;
-
-def withlinearshade (expr a, b, ca, cb) =
- withprescript "sh_type=linear"
- withprescript "sh_domain=0 1"
- withprescript "sh_factor=" & decimal shadefactor
- withprescript "sh_color_a=" & colordecimals ca
- withprescript "sh_color_b=" & colordecimals cb
- withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
- withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
-enddef ;
-
string mfun_defined_cs_pre[] ; numeric mfun_defined_cs ; mfun_defined_cs := 0 ;
-string mfun_prescript_separator ; mfun_prescript_separator := char(13) ;
-
vardef define_circular_shade (expr a, b, ra, rb, ca, cb) =
mfun_defined_cs := mfun_defined_cs + 1 ;
mfun_defined_cs_pre[mfun_defined_cs] := "sh_type=circular"
- & mfun_prescript_separator & "sh_domain=0 1"
- & mfun_prescript_separator & "sh_factor=" & decimal shadefactor
- & mfun_prescript_separator & "sh_color_a=" & colordecimals ca
- & mfun_prescript_separator & "sh_color_b=" & colordecimals cb
- & mfun_prescript_separator & "sh_center_a=" & ddecimal (a shifted shadeoffset)
- & mfun_prescript_separator & "sh_center_b=" & ddecimal (b shifted shadeoffset)
- & mfun_prescript_separator & "sh_radius_a=" & decimal ra
- & mfun_prescript_separator & "sh_radius_b=" & decimal rb
+ & mfun_prescript_separator & "sh_domain=0 1"
+ & mfun_prescript_separator & "sh_factor=1"
+ & mfun_prescript_separator & "sh_color_a=" & colordecimals ca
+ & mfun_prescript_separator & "sh_color_b=" & colordecimals cb
+ & mfun_prescript_separator & "sh_center_a=" & ddecimal (a shifted shadeoffset)
+ & mfun_prescript_separator & "sh_center_b=" & ddecimal (b shifted shadeoffset)
+ & mfun_prescript_separator & "sh_radius_a=" & decimal ra
+ & mfun_prescript_separator & "sh_radius_b=" & decimal rb
;
mfun_defined_cs
enddef ;
@@ -464,52 +606,49 @@ enddef ;
vardef define_linear_shade (expr a, b, ca, cb) =
mfun_defined_cs := mfun_defined_cs + 1 ;
mfun_defined_cs_pre[mfun_defined_cs] := "sh_type=linear"
- & mfun_prescript_separator & "sh_domain=0 1"
- & mfun_prescript_separator & "sh_factor=" & decimal shadefactor
- & mfun_prescript_separator & "sh_color_a=" & colordecimals ca
- & mfun_prescript_separator & "sh_color_b=" & colordecimals cb
- & mfun_prescript_separator & "sh_center_a=" & ddecimal (a shifted shadeoffset)
- & mfun_prescript_separator & "sh_center_b=" & ddecimal (b shifted shadeoffset)
+ & mfun_prescript_separator & "sh_domain=0 1"
+ & mfun_prescript_separator & "sh_factor=1"
+ & mfun_prescript_separator & "sh_color_a=" & colordecimals ca
+ & mfun_prescript_separator & "sh_color_b=" & colordecimals cb
+ & mfun_prescript_separator & "sh_center_a=" & ddecimal (a shifted shadeoffset)
+ & mfun_prescript_separator & "sh_center_b=" & ddecimal (b shifted shadeoffset)
;
mfun_defined_cs
enddef ;
-primarydef p withshade sc =
- p withprescript mfun_defined_cs_pre[sc]
-enddef ;
-
-
-vardef define_sampled_linear_shade(expr a,b,n)(text t) =
- mfun_defined_cs := mfun_defined_cs + 1 ;
- mfun_defined_cs_pre[mfun_defined_cs] := "ssh_type=linear"
- & mfun_prescript_separator & "ssh_center_a=" & ddecimal (a shifted shadeoffset)
- & mfun_prescript_separator & "ssh_center_b=" & ddecimal (b shifted shadeoffset)
- & mfun_prescript_separator & "ssh_nofcolors=" & decimal n
- & mfun_prescript_separator & "ssh_domain=" & domstr
- & mfun_prescript_separator & "ssh_extend=" & extstr
- & mfun_prescript_separator & "ssh_colors=" & colstr
- & mfun_prescript_separator & "ssh_bounds=" & bndstr
- & mfun_prescript_separator & "ssh_ranges=" & ranstr
- ;
- mfun_defined_cs
-enddef ;
-
-vardef define_sampled_circular_shade(expr a,b,ra,rb,n)(text t) =
- mfun_defined_cs := mfun_defined_cs + 1 ;
- mfun_defined_cs_pre[mfun_defined_cs] := "ssh_type=circular"
- & mfun_prescript_separator & "ssh_center_a=" & ddecimal (a shifted shadeoffset)
- & mfun_prescript_separator & "ssh_radius_a=" & decimal ra
- & mfun_prescript_separator & "ssh_center_b=" & ddecimal (b shifted shadeoffset)
- & mfun_prescript_separator & "ssh_radius_b=" & decimal rb
- & mfun_prescript_separator & "ssh_nofcolors=" & decimal n
- & mfun_prescript_separator & "ssh_domain=" & domstr
- & mfun_prescript_separator & "ssh_extend=" & extstr
- & mfun_prescript_separator & "ssh_colors=" & colstr
- & mfun_prescript_separator & "ssh_bounds=" & bndstr
- & mfun_prescript_separator & "ssh_ranges=" & ranstr
- ;
- mfun_defined_cs
-enddef ;
+% I lost the example code that uses this:
+%
+% vardef define_sampled_linear_shade(expr a,b,n)(text t) =
+% mfun_defined_cs := mfun_defined_cs + 1 ;
+% mfun_defined_cs_pre[mfun_defined_cs] := "ssh_type=linear"
+% & mfun_prescript_separator & "ssh_center_a=" & ddecimal (a shifted shadeoffset)
+% & mfun_prescript_separator & "ssh_center_b=" & ddecimal (b shifted shadeoffset)
+% & mfun_prescript_separator & "ssh_nofcolors=" & decimal n
+% & mfun_prescript_separator & "ssh_domain=" & domstr
+% & mfun_prescript_separator & "ssh_extend=" & extstr
+% & mfun_prescript_separator & "ssh_colors=" & colstr
+% & mfun_prescript_separator & "ssh_bounds=" & bndstr
+% & mfun_prescript_separator & "ssh_ranges=" & ranstr
+% ;
+% mfun_defined_cs
+% enddef ;
+%
+% vardef define_sampled_circular_shade(expr a,b,ra,rb,n)(text t) =
+% mfun_defined_cs := mfun_defined_cs + 1 ;
+% mfun_defined_cs_pre[mfun_defined_cs] := "ssh_type=circular"
+% & mfun_prescript_separator & "ssh_center_a=" & ddecimal (a shifted shadeoffset)
+% & mfun_prescript_separator & "ssh_radius_a=" & decimal ra
+% & mfun_prescript_separator & "ssh_center_b=" & ddecimal (b shifted shadeoffset)
+% & mfun_prescript_separator & "ssh_radius_b=" & decimal rb
+% & mfun_prescript_separator & "ssh_nofcolors=" & decimal n
+% & mfun_prescript_separator & "ssh_domain=" & domstr
+% & mfun_prescript_separator & "ssh_extend=" & extstr
+% & mfun_prescript_separator & "ssh_colors=" & colstr
+% & mfun_prescript_separator & "ssh_bounds=" & bndstr
+% & mfun_prescript_separator & "ssh_ranges=" & ranstr
+% ;
+% mfun_defined_cs
+% enddef ;
% vardef predefined_linear_shade (expr p, n, ca, cb) =
% save a, b, sh ; pair a, b ;
@@ -524,53 +663,6 @@ enddef ;
% define_circular_shade(ab,ab,0,r,ca,cb)
% enddef ;
-% NEW EXPERIMENTAL CODE
-
-def withlinearshading (expr a, b) =
- withprescript "sh_type=linear"
- withprescript "sh_domain=0 1"
- withprescript "sh_factor=" & decimal shadefactor
- withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
- withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
-enddef ;
-
-def withcircularshading (expr a, b, ra, rb) =
- withprescript "sh_type=circular"
- withprescript "sh_domain=0 1"
- withprescript "sh_factor=" & decimal shadefactor
- withprescript "sh_center_a=" & ddecimal (a shifted shadeoffset)
- withprescript "sh_center_b=" & ddecimal (b shifted shadeoffset)
- withprescript "sh_radius_a=" & decimal ra
- withprescript "sh_radius_b=" & decimal rb
-enddef ;
-
-def withfromshadecolor expr t =
- withprescript "sh_color=into"
- withprescript "sh_color_a=" & colordecimals t
-enddef ;
-
-def withtoshadecolor expr t =
- withprescript "sh_color=into"
- withprescript "sh_color_b=" & colordecimals t
-enddef ;
-
-def withshading (expr how)(text rest) =
- if how = "linear" :
- withlinearshading(rest)
- elseif how = "circular" :
- withcircularshading(rest)
- else :
- % nothing
- fi
-enddef ;
-
-primarydef a shadedinto b =
- 1 % does not work with transparency
- withprescript "sh_color=into"
- withprescript "sh_color_a=" & colordecimals a
- withprescript "sh_color_b=" & colordecimals b
-enddef ;
-
% Layers
def onlayer primary name =
@@ -784,6 +876,10 @@ vardef mfun_cmykcolor_to_string(expr c) =
decimal blackpart c
enddef ;
+vardef mfun_greycolor_to_string(expr n) =
+ decimal n
+enddef ;
+
vardef mfun_path_to_string(expr p) =
mfun_point_to_string(p,0) for i=1 upto length(p) : & " " & mfun_point_to_string(p,i) endfor
enddef ;
@@ -810,6 +906,7 @@ vardef tostring(expr value) =
elseif pair value : mfun_pair_to_string(value)
elseif rgbcolor value : mfun_rgbcolor_to_string(value)
elseif cmykcolor value : mfun_cmykcolor_to_string(value)
+ elseif greycolor value : mfun_greycolor_to_string(value)
elseif boolean value : mfun_boolean_to_string(value)
elseif path value : mfun_path_to_string(value)
elseif transform value : mfun_transform_to_string(value)
diff --git a/metapost/context/base/mp-tool.mpiv b/metapost/context/base/mp-tool.mpiv
index bf7f2bccb..8af2693cd 100644
--- a/metapost/context/base/mp-tool.mpiv
+++ b/metapost/context/base/mp-tool.mpiv
@@ -146,6 +146,39 @@ vardef colordecimals primary c =
fi
enddef ;
+vardef colordecimalslist(text t) =
+ save b ; boolean b ; b := false ;
+ for s=t :
+ if b : & " " & fi
+ colordecimals(s)
+ hide(b := true ;)
+ endfor
+enddef ;
+
+% vardef _ctx_color_spec_ primary c =
+% if cmykcolor c :
+% "c=" & decimal cyanpart c &
+% ",m=" & decimal magentapart c &
+% ",y=" & decimal yellowpart c &
+% ",k=" & decimal blackpart c
+% elseif rgbcolor c :
+% "r=" & decimal redpart c &
+% ",g=" & decimal greenpart c &
+% ",b=" & decimal bluepart c
+% else :
+% "s=" & decimal c
+% fi
+% enddef ;
+%
+% vardef _ctx_color_spec_list_(text t) =
+% save b ; boolean b ; b := false ;
+% for s=t :
+% if b : & " " & fi
+% _ctx_color_spec_(s)
+% hide(b := true ;)
+% endfor
+% enddef ;
+
%D We have standardized data file names:
def job_name =
@@ -1550,9 +1583,13 @@ primarydef p softened c =
enddef ;
vardef grayed primary p =
- if color p :
+ if rgbcolor p :
tripled(.30redpart p+.59greenpart p+.11bluepart p)
- else :
+ elseif cmykcolor p :
+ tripled(.30*(1-cyanpart i)+.59*(1-magentapart i)+.11*(1-yellowpart i)+blackpart i)
+ elseif greycolor p :
+ p
+ elseif picture p :
image (
for i within p :
addto currentpicture
@@ -1568,10 +1605,20 @@ vardef grayed primary p =
else :
also i
fi
- withcolor tripled(.30redpart i+.59greenpart i+.11bluepart i) ;
+ if unknown colorpart i :
+ % nothing
+ elseif rgbcolor colorpart i :
+ withcolor tripled(.30redpart i+.59greenpart i+.11bluepart i) ;
+ elseif cmykcolor colorpart i :
+ withcolor tripled(.30*(1-cyanpart i)+.59*(1-magentapart i)+.11*(1-yellowpart i)+blackpart i) ;
+ else :
+ withcolor colorpart i ;
+ fi
endfor ;
)
- fi
+ else :
+ p
+ fi
enddef ;
let greyed = grayed ;