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empty log

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coi la .lojbab. io

.i mi tcidu je jimpe le do selsku gi'e djica lo ka zi spuda

.i mi milxe co se cfipu lo du'u do te vamji le puzi nu cmicu'a kei li mo'a gi'e ku'i xusra cu'u ro lo ji'i ki'o te vecnu be la cukta be'o ku lo du'u ro terve'u cu djica lo stodi bangu
.i mu'aru'e mi te vecnu ra

.i mi ja'a xenru lo du'u do tersmu fi lo nunfendi
.i .a'o do djuno lo du'u mi na djica lo ka fendi lo jbopre kei gi'e djica lo carmi balvi pe la .lojban.

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word: bacru
rafsi: ba'u
examples: No examples.
definitions:
  en:
    place structure: x1 utters verbally/says/phonates/speaks [vocally makes sound]
      x2.
    notes: Also voices; does not necessarily imply communication or audience; ('says'
      is usually {cusku}).  See also {krixa}, {cusku}, {casnu}, {tavla}, {voksa},
      {pinka}.

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word: xekri
rafsi:
- xek
- xe'i
examples: No examples.
definitions:
  en:
    place structure: x1 is black/extremely dark-colored [color adjective].
    notes:
    - See also {blabi}, {grusi}, {manku}, {skari}, {xekri}, {kandi}, {carmi}, {blanu},

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    def mangle(self, s):
        rdict = {'\\(':'\\)', '\\)':'\\(', '\\[':'\\]', '\\]':'\\[', '\\<':'\\>', '\\>':'\\<', '\\{':'\\}', '\\}':'\\{'}
        robj = re.compile('|'.join(rdict.keys()))
        rdict = {'(':')', ')':'(', '[':']', ']':'[', '<':'>', '>':'<', '{':'}', '}':'{'}
        s = s[::-1]
        s = robj.sub(lambda m: rdict[m.group(0)], s)
        return s

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gimste$ for g in {experimental_,}gismu/*/*.yaml; do echo -e $(python <<<"import rtyaml; print(rtyaml.load(open('$g','r'))['definitions']['en']['place structure'])" | grep -o 'x\d' | sort | uniq | wc -l) '\t' $(echo $g | cut -d/ -f 3 | cut -d. -f 1); done | sort > placenums.txt

0 	 broda
0 	 brode
0 	 brodi
0 	 brodo
0 	 brodu
1 	 bikla
1 	 blabi
1 	 blanu

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Configuring for a x86_64-apple-darwin12.5.0 ...
The C compiler is ANSI-compliant.
Checking the sizes of integers and pointers...
Wow! A 64 bit architecture!
This is a little-endian architecture.
Doubles can be word-aligned.
64-bit integers can be word-aligned.
Native division and modulus have round-towards-zero semantics,
will use them.
ranlib found

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running install
running build
running build_py
creating build
creating build/lib.macosx-10.9-x86_64-2.7
creating build/lib.macosx-10.9-x86_64-2.7/PIL
copying PIL/__init__.py -> build/lib.macosx-10.9-x86_64-2.7/PIL
copying PIL/_binary.py -> build/lib.macosx-10.9-x86_64-2.7/PIL
copying PIL/_util.py -> build/lib.macosx-10.9-x86_64-2.7/PIL
copying PIL/ArgImagePlugin.py -> build/lib.macosx-10.9-x86_64-2.7/PIL

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seas491:ilmentufa alex$ time ../camxes-py/camxes.py -r text "coi ro do"
["text",["text_part_2",[["free",["vocative",[["COI_clause",[["COI","coi"]]]]],["sumti",["sumti_1",["sumti_2",["sumti_3",["sumti_4",["sumti_5",["quantifier",["number",["PA_clause",[["PA","ro"]]]],["BOI"]],["sumti_6",["KOhA_clause",[["KOhA","do"]]]]]]]]]],["DOhU"]]]]]

real	0m1.565s
user	0m1.489s
sys	0m0.071s
seas491:ilmentufa alex$ time ../camxes-py/camxes.py -r text "coi ro do" --fast
{"text":[{"intro_null":[[],{"intro_si_clause":[]}]},[],{"text_part_2":[{"free":[{"vocative":[{"COI_clause":[{"COI_pre":[{"pre_clause":null},{"COI":[{"c":[[],"c"]},{"o":[[],"o"]},{"i":[[],"i"]}]}]},{"post_clause":[]}]},[]]},{"sumti":{"sumti_1":{"sumti_2":[{"sumti_3":{"sumti_4":{"sumti_5":[{"quantifier":[{"number":[{"PA_clause":[{"PA_pre":[{"pre_clause":null},{"PA":[{"r":[[],"r"]},{"o":[[],"o"]}]}]},{"post_clause":[]}]},[]]},{"BOI_elidible":null},[]]},{"sumti_6":[{"KOhA_clause":[{"KOhA_pre":[{"pre_clause":null},{"KOhA":[{"d":[[],"d"]},{"o":[[],"o"]}]},{"spaces

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tc
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dj
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pl
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kl
kr
fl