void zeichneachsex(int c,tic *tics,int ntic,int beschrifte,int textsize,
char *label, int xmin, int xmax, int y,int dir)
{
int i,len,posx,posy;
double gr;
len=xmax-xmin;
mydrawline(c,xmin,y,xmax,y);
for (i=0; i<ntic; i++)
{
posx=xmin+tics[i].pos*len;
if (tics[i].name!=NULL)
{
gr=1*len/50;
if (beschrifte)
{
posy=y+3*dir*gr;
mytext(c,posx,posy,tics[i].name,1);
}
}
else gr=0.5*len/50;
posy=y-dir*gr;
mydrawline(c,posx,y,posx,posy);
}
if (beschrifte) mytext(c,xmin+len/2,y+dir*4*len/50+2*len/50,label,1);
}
void zeichneachsey(int c,tic *tics,int ntic,int beschrifte,int textsize,
char *label, int ymin, int ymax, int x,int dir)
{
int i,len,posx,posy;
double gr;
len=ymax-ymin;
mydrawline(c,x,ymin,x,ymax);
for (i=0; i<ntic; i++)
{
posy=ymin+tics[i].pos*len;
if (tics[i].name!=NULL)
{
gr=1*len/50;
if (beschrifte)
{
posx=x+dir*gr;
if (dir<0) mytext(c,posx,posy,tics[i].name,0);
else mytext(c,posx,posy,tics[i].name,2);
}
}
else gr=0.5*len/50;
posx=x-dir*gr;
mydrawline(c,x,posy,posx,posy);
}
if (beschrifte) mytext(c,x+dir*6*len/50,ymin+9*len/10,label,1);
}
void CheckValidateReferences::check(const ustring & text)
// Do the actual check of one verse.
{
// Bail out if the verse is empty.
if (text.empty())
return;
// Extract the references and check them all.
ReferencesScanner refscanner(language, book, text);
for (unsigned int i = 0; i < references.size(); i++) {
// Check whether the reference fits within the limits of the versification system.
bool reference_fits = true;
unsigned int highest_chapter = 0;
vector < unsigned int >chapters = versification_get_chapters(versification, refscanner.references[i].book_get());
if (!chapters.empty())
highest_chapter = chapters[chapters.size() - 1];
if (refscanner.references[i].chapter_get() > highest_chapter)
reference_fits = false;
unsigned int last_verse = convert_to_int(versification_get_last_verse(versification,
refscanner.references[i].book_get(),
refscanner.references[i].chapter_get()));
unsigned int this_verse = convert_to_int(refscanner.references[i].verse_get());
if (this_verse > last_verse)
reference_fits = false;
if (!reference_fits) {
message(refscanner.references[i].human_readable(language) + _(" does not fit in the versification system"));
}
// Check whether the reference exists in the project.
if (reference_fits) {
ustring versetext = project_retrieve_verse(myproject, refscanner.references[i]);
if (versetext.empty()) {
message(refscanner.references[i].human_readable(language) + _(" contains no text"));
}
}
}
// Look for chapter/verse pairs by pattern, and check on these.
ustring mytext(text);
while (mytext.length() > 5) {
if (text_starts_chapter_verse(mytext)) {
// This text starts a chapter/verse string.
// Look for the dot or colon.
size_t position = mytext.find_first_of(".:");
if (position != string::npos) {
unsigned int mychapter = convert_to_int(mytext.substr(0, position));
mytext.erase(0, ++position);
ustring myverse = number_in_string(mytext);
mytext.erase(0, myverse.length());
bool referencefound = false;
for (unsigned int i = 0; i < references.size(); i++) {
if (refscanner.references[i].chapter_get() == mychapter)
if (refscanner.references[i].verse_get() == myverse)
referencefound = true;
}
if (!referencefound) {
message(_("Unrecognized chapter ") + convert_to_string(mychapter) + _(" and verse ") + myverse);
}
}
mytext.erase(0, 3);
} else {
// No chapter/verse string: erase one character and try again.
mytext.erase(0, 1);
}
}
}
