| Overview |  |
| classify_inline/1 | |
| clone_space/1 | |
| clone_word/2 | Make a new word based on the face of an old word. |
| color/1 | |
| font/1 | |
| fontFromFace/1 | |
| is_breakable/1 | |
| is_face_breakable/1 | |
| is_nl/1 | |
| is_space/1 | |
| is_word/1 | |
| lineWidth/1 | |
| mk_face/5 | |
| mk_fixedStr/2 | |
| mk_nl/1 | |
| mk_space/1 | |
| mk_test_word/1 | make a word that we can play with. |
| mk_word/2 | |
| numberOfSpaces/1 | |
| pointSize/1 | |
| richText2str/1 | This takes a deep list of tuples and replaces tuples with equivalents, i.e. |
| str2richText/1 | |
| str2richText/2 | |
| str2richText/6 | convert string to "word" sequence containing word font/size info. |
| string/1 | |
| test/1 | |
| width/1 | |
| widthExcludingSpaces/1 | |
| width_of/3 |
classify_inline(X1::any_inline()) -> atom()
Make a new word based on the face of an old word
color(X1::any_inline()) -> any()
font(X1::any_inline()) -> module()
fontFromFace(Face::#face{}) -> atom()
is_breakable(X1::word() | any()) -> boolean()
is_face_breakable(Face::#face{}) -> boolean()
is_nl(X::tuple()) -> boolean()
is_space(X::tuple()) -> boolean()
is_word(X::tuple()) -> boolean()
lineWidth(Toks) -> any()
mk_face(Font, PointSize, Breakable, Color, VoffSet) -> any()
mk_fixedStr(Face::#face{}, Str::string()) -> fixed_str()
mk_nl(Face::#face{}) -> nl()
mk_space(Face::#face{}) -> space()
mk_test_word(Str::string()) -> word()
make a word that we can play with
mk_word(Face::#face{}, Str::string()) -> word()
numberOfSpaces(Toks) -> any()
pointSize(X1::any_inline()) -> milli_points()
richText2str(X1::{richText, _L}) -> string()
This takes a deep list of tuples and replaces tuples with equivalents, i.e. " " for {space,_, _}, "\n" for {nl,_}, etc.
str2richText(Str) -> any()
str2richText(Str, Pts) -> any()
str2richText(Font::string(), _Point, _Voff, _Color, _Break, Str::string()) -> ep_rich_text()
convert string to "word" sequence containing word font/size info
string(X1::word() | fixed_str() | space()) -> string()
test(X1) -> any()
width(X1::any_inline()) -> integer()
widthExcludingSpaces(Toks) -> any()
width_of(Font::any(), PointSize::number(), Str::string()) -> number()
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