int main(void)
{
int rectangle = 0;
struct Points p1;
struct Points p2;
struct Points p3;
struct Points p4;
FILE* fp = fopen("test.txt", "r");
while(1){
printf("Point #1:\n");
if ( fscanf(fp, " %lf %lf", &p1.x, &p1.y) != 2 ) invalid();
printf("%lf %lf \n", p1.x, p1.y);
printf("Point #2:\n");
if ( fscanf(fp, " %lf %lf", &p2.x, &p2.y) != 2 ) invalid();
printf("%lf %lf \n", p2.x, p2.y);
printf("Point #3:\n");
if ( fscanf(fp, " %lf %lf", &p3.x, &p3.y) != 2 ) invalid();
printf("%lf %lf \n", p3.x, p3.y);
printf("Point #4:\n");
if ( fscanf(fp, " %lf %lf", &p4.x, &p4.y) != 2 ) invalid();
printf("%lf %lf \n", p4.x, p4.y);
if (p1.x == p2.x && p3.x == p4.x){
if( p1.y == p4.y && p2.y == p3.y ) { does(); }
else{ dont();}
} else if(p1.x == p4.x && p2.x == p3.x){
if( p1.y == p2.y && p3.y == p4.y ) { does(); }
else{ dont(); }
} else {
dont();
}
if (feof(fp)) break;
}
return 0;
}
int PrintUsage(char *progName) {
std::cerr<<"usage:"<<std::endl
<<progName<<tab<<"[-s settingsFile] [-ABCDEFGIJMORSUWXacdeghikmnprtuvxyz]"<<std::endl
<<"[-l lexiconDir] [-f optimization-scope] "<<std::endl
<<tab<<"[-qTaggingEquationNumber] [-jMinNumberCharsAnalyzed] [-yMaxDito]"<<std::endl
<<tab<<"[-o123aclxz] [-s settingsFile] [testFile]"<<std::endl
<<"input:"<<std::endl
<<tab<<"i:"<<dont(xIgnoreCitation)<<"ignore citation marks"<<std::endl
<<tab<<"K:"<<dont(xNoCollocations)<<"skip detection of collocations"<<std::endl
<<"output:"<<std::endl
<<tab<<"A:"<<dont(xPrintAllWords)<<"print all words"<<std::endl
<<tab<<"B:"<<dont(xPrintLemma)<<"print lemma"<<std::endl
<<tab<<"C:"<<dont(xPrintCorrectTag)<<"print correct tag"<<std::endl
<<tab<<"D:"<<dont(xTestInflections)<<"test inflections"<<std::endl
<<tab<<"E:"<<dont(xGenerateExtraWordTags)<<"generate extra word tags"<<std::endl
<<tab<<"F:"<<dont(xCountFaults)<<"count faults"<<std::endl
<<tab<<"G:"<<dont(xGuessRulesForWords)<<"guess rules for words"<<std::endl
<<tab<<"H:"<<dont(xSelectUnknownLemmas)<<"select unknown lemmas"<<std::endl
<<tab<<"I:"<<dont(xGenerateInflections)<<"generate inflections"<<std::endl
<<tab<<"J:"<<dont(xPrintWordInfo)<<"print word info"<<std::endl
<<tab<<"L:"<<dont(xListMultipleLemmas)<<"list multiple lemmas"<<std::endl
<<tab<<"M:"<<dont(xPrintAllWordTags)<<"print all word-tags of words"<<std::endl
<<tab<<"N:"<<dont(xListNewWords)<<"list all new words"<<std::endl
<<tab<<"S:"<<dont(xPrintSelectedTag)<<"print selected tag"<<std::endl
<<tab<<"U:"<<dont(xPrintUnknownLemmas)<<"print unknown lemmas"<<std::endl
<<"tagging mode:"<<std::endl
<<tab<<"b:"<<dont(xNoTagging)<<"skip tagging (useful for pre-tagged text)"<<std::endl
<<tab<<"c:"<<dont(xMorfCapital)<<"use initial capital morphology analysis"<<std::endl
<<tab<<"d:"<<dont(xTagTrigramsUsed)<<"use tag trigrams"<<std::endl
<<tab<<"n:"<<dont(xMorfNonCapital)<<"use initial non-capital morphology analysis"<<std::endl
<<tab<<"k:"<<dont(xMorfCommonSuffix)<<"use common suffix morphology analysis"<<std::endl
<<tab<<"a:"<<dont(xAmbiguousNewWords)<<"tag new words ambiguously"<<std::endl
<<tab<<"u:"<<dont(xAnalyzeNewWords)<<"analyze new words"<<std::endl
<<tab<<"P:"<<dont(xCompoundRequirePrefix)<<"require prefix when analyzing compunds"<<std::endl
<<tab<<"w:"<<dont(xNewWordsMemberTaggingOnly)<<"tag new words by tag member statistics only"<<std::endl
//jonas <<tab<<"X:"<<dont(xSimplifyText)<<"simplify text"<<std::endl
<<"statistics:"<<std::endl
<<tab<<"p:"<<dont(xCountPunctuationMarksAsWords)<<"count punctuation marks as words"<<std::endl
<<tab<<"e:"<<dont(xEvaluateTagging)<<"evaluate tagging"<<std::endl
<<"optimization:"<<std::endl
<<tab<<"g:"<<dont(xGoldenRatio)<<"use golden ratio"<<std::endl
<<tab<<"o:"<<dont(xOptimize)<<"optimize"<<std::endl
<<tab<<"O:"<<dont(xOptimizeImportantParameters)<<"optimize important parameters only"<<std::endl
<<tab<<"r:"<<dont(xRandomize)<<"randomize"<<std::endl
<<"diagnostics:"<<std::endl
<<tab<<"h:"<<dont(xCheckLexicons)<<"check lexicons"<<std::endl
<<tab<<"m:"<<dont(xTestFeatures)<<"test features"<<std::endl
<<tab<<"R:"<<dont(xRepeatTest)<<"do repeat test"<<std::endl
<<tab<<"t:"<<dont(xTakeTime)<<"take time"<<std::endl
<<tab<<"v:"<<dont(xVerbose)<<"verbose"<<std::endl
<<tab<<"x:"<<dont(xCheckLetters)<<"check letters"<<std::endl
<<tab<<"z:"<<dont(xReadSettings)<<"read tagger parameters from 'settings'-file"<<std::endl // jonas
<<tab<<"W:"<<dont(xWarnAll)<<"warn for all suspicious things"<<std::endl
<<"if no lexicon directory is given, the program uses the path"<<std::endl;
const char * temp = getenv("DEVELOPERS_TAGGER_LEXICON");
if(!temp)
temp = ""; // seg fault on 'std::cerr << (char*) 0 << std::endl;'
std::cerr <<"in environment variable DEVELOPERS_TAGGER_LEXICON = "<< temp <<std::endl;
temp = getenv("DEVELOPERS_TAGGER_OPT_TEXT");
if (!temp)
temp = "";
std::cerr <<"if no test text is given, the program uses the path"<<std::endl
<<"in environment variable DEVELOPERS_TAGGER_OPT_TEXT = "<<temp<<std::endl;
return 0;
}
