mirror of
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9c52aaf043
WARNING: multi directory commit, needed to secure it builds. move the core/exportfuncs.* to backend-shared. update backend-shared/CMakeLists.txt to generate backend-shared lib update CMakeLists.txt to include backend-shared lib in link process. update ios project to reflect new directory Signed-off-by: Jan Iversen <jan@casacondor.com>
318 lines
13 KiB
C++
318 lines
13 KiB
C++
// SPDX-License-Identifier: GPL-2.0
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#include <QFileInfo>
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#include <QDir>
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#include <QtConcurrent>
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#include "core/membuffer.h"
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#include "core/divesite.h"
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#include "core/tag.h"
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#include "core/file.h"
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#include "core/errorhelper.h"
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#include "core/divefilter.h"
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#include "core/divesite.h"
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#include "exportfuncs.h"
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exportFuncs *exportFuncs::instance()
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{
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static exportFuncs *self = new exportFuncs;
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return self;
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}
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void exportFuncs::exportProfile(QString filename, const bool selected_only)
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{
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struct dive *dive;
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int i;
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int count = 0;
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if (!filename.endsWith(".png", Qt::CaseInsensitive))
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filename = filename.append(".png");
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QFileInfo fi(filename);
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for_each_dive (i, dive) {
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if (selected_only && !dive->selected)
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continue;
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if (count)
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saveProfile(dive, fi.path() + QDir::separator() + fi.completeBaseName().append(QString("-%1.").arg(count)) + fi.suffix());
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else
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saveProfile(dive, filename);
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++count;
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}
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}
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void exportFuncs::export_TeX(const char *filename, const bool selected_only, bool plain)
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{
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FILE *f;
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QDir texdir = QFileInfo(filename).dir();
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struct dive *dive;
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const struct units *units = get_units();
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const char *unit;
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const char *ssrf;
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int i;
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bool need_pagebreak = false;
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struct membuffer buf = {};
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if (plain) {
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ssrf = "";
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put_format(&buf, "\\input subsurfacetemplate\n");
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put_format(&buf, "%% This is a plain TeX file. Compile with pdftex, not pdflatex!\n");
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put_format(&buf, "%% You will also need a subsurfacetemplate.tex in the current directory.\n");
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} else {
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ssrf = "ssrf";
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put_format(&buf, "\\input subsurfacelatextemplate\n");
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put_format(&buf, "%% This is a plain LaTeX file. Compile with pdflatex, not pdftex!\n");
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put_format(&buf, "%% You will also need a subsurfacelatextemplate.tex in the current directory.\n");
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}
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put_format(&buf, "%% You can download an example from http://www.atdotde.de/~robert/subsurfacetemplate\n%%\n");
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put_format(&buf, "%%\n");
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put_format(&buf, "%% Notes: TeX/LaTex will not render the degree symbol correctly by default. In LaTeX, you may\n");
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put_format(&buf, "%% add the following line to the end of the preamble of your template to ensure correct output:\n");
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put_format(&buf, "%% \\usepackage[utf8]{inputenc}\n");
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put_format(&buf, "%% \\usepackage{gensymb}\n");
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put_format(&buf, "%% \\DeclareUnicodeCharacter{00B0}{\\degree}\n"); //replaces ° with \degree
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put_format(&buf, "%%\n");
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/* Define text fields with the units used for export. These values are set in the Subsurface Preferences
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* and the text fields created here are included in the data fields below.
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*/
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put_format(&buf, "\n%% These fields contain the units used in other fields below. They may be\n");
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put_format(&buf, "%% referenced as needed in TeX templates.\n");
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put_format(&buf, "%% \n");
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put_format(&buf, "%% By default, Subsurface exports units of volume as \"ℓ\" and \"cuft\", which do\n");
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put_format(&buf, "%% not render well in TeX/LaTeX. The code below substitutes \"L\" and \"ft$^{3}$\",\n");
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put_format(&buf, "%% respectively. If you wish to display the original values, you may edit this\n");
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put_format(&buf, "%% list and all calls to those units will be updated in your document.\n");
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put_format(&buf, "\\def\\%sdepthunit{\\%sunit%s}", ssrf, ssrf, units->length == units::METERS ? "meter" : "ft");
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put_format(&buf, "\\def\\%sweightunit{\\%sunit%s}",ssrf, ssrf, units->weight == units::KG ? "kg" : "lb");
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put_format(&buf, "\\def\\%spressureunit{\\%sunit%s}", ssrf, ssrf, units->pressure == units::BAR ? "bar" : "psi");
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put_format(&buf, "\\def\\%stemperatureunit{\\%sunit%s}", ssrf, ssrf, units->temperature == units::CELSIUS ? "centigrade" : "fahrenheit");
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put_format(&buf, "\\def\\%svolumeunit{\\%sunit%s}", ssrf, ssrf, units->volume == units::LITER ? "liter" : "cuft");
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put_format(&buf, "\\def\\%sverticalspeedunit{\\%sunit%s}", ssrf, ssrf, units->length == units::METERS ? "meterpermin" : "ftpermin");
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put_format(&buf, "\n%%%%%%%%%% Begin Dive Data: %%%%%%%%%%\n");
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for_each_dive (i, dive) {
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if (selected_only && !dive->selected)
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continue;
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saveProfile(dive, texdir.filePath(QString("profile%1.png").arg(dive->number)));
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struct tm tm;
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utc_mkdate(dive->when, &tm);
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dive_site *site = dive->dive_site;
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QRegExp ct("countrytag: (\\w+)");
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QString country;
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if (site && ct.indexIn(site->notes) >= 0)
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country = ct.cap(1);
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else
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country = "";
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pressure_t delta_p = {.mbar = 0};
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QString star = "*";
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QString viz = star.repeated(dive->visibility);
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QString rating = star.repeated(dive->rating);
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int i;
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int qty_cyl;
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int qty_weight;
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double total_weight;
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if (need_pagebreak) {
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if (plain)
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put_format(&buf, "\\vfill\\eject\n");
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else
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put_format(&buf, "\\newpage\n");
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}
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need_pagebreak = true;
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put_format(&buf, "\n%% Time, Date, and location:\n");
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put_format(&buf, "\\def\\%sdate{%04u-%02u-%02u}\n", ssrf,
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tm.tm_year, tm.tm_mon+1, tm.tm_mday);
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put_format(&buf, "\\def\\%shour{%02u}\n", ssrf, tm.tm_hour);
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put_format(&buf, "\\def\\%sminute{%02u}\n", ssrf, tm.tm_min);
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put_format(&buf, "\\def\\%snumber{%d}\n", ssrf, dive->number);
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put_format(&buf, "\\def\\%splace{%s}\n", ssrf, site ? site->name : "");
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put_format(&buf, "\\def\\%sspot{}\n", ssrf);
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put_format(&buf, "\\def\\%ssitename{%s}\n", ssrf, site ? site->name : "");
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site ? put_format(&buf, "\\def\\%sgpslat{%f}\n", ssrf, site->location.lat.udeg / 1000000.0) : put_format(&buf, "\\def\\%sgpslat{}\n", ssrf);
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site ? put_format(&buf, "\\def\\%sgpslon{%f}\n", ssrf, site->location.lon.udeg / 1000000.0) : put_format(&buf, "\\def\\gpslon{}\n");
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put_format(&buf, "\\def\\%scomputer{%s}\n", ssrf, dive->dc.model);
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put_format(&buf, "\\def\\%scountry{%s}\n", ssrf, qPrintable(country));
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put_format(&buf, "\\def\\%stime{%u:%02u}\n", ssrf, FRACTION(dive->duration.seconds, 60));
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put_format(&buf, "\n%% Dive Profile Details:\n");
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dive->maxtemp.mkelvin ? put_format(&buf, "\\def\\%smaxtemp{%.1f\\%stemperatureunit}\n", ssrf, get_temp_units(dive->maxtemp.mkelvin, &unit), ssrf) : put_format(&buf, "\\def\\%smaxtemp{}\n", ssrf);
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dive->mintemp.mkelvin ? put_format(&buf, "\\def\\%smintemp{%.1f\\%stemperatureunit}\n", ssrf, get_temp_units(dive->mintemp.mkelvin, &unit), ssrf) : put_format(&buf, "\\def\\%ssrfmintemp{}\n", ssrf);
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dive->watertemp.mkelvin ? put_format(&buf, "\\def\\%swatertemp{%.1f\\%stemperatureunit}\n", ssrf, get_temp_units(dive->watertemp.mkelvin, &unit), ssrf) : put_format(&buf, "\\def\\%swatertemp{}\n", ssrf);
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dive->airtemp.mkelvin ? put_format(&buf, "\\def\\%sairtemp{%.1f\\%stemperatureunit}\n", ssrf, get_temp_units(dive->airtemp.mkelvin, &unit), ssrf) : put_format(&buf, "\\def\\%sairtemp{}\n", ssrf);
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dive->maxdepth.mm ? put_format(&buf, "\\def\\%smaximumdepth{%.1f\\%sdepthunit}\n", ssrf, get_depth_units(dive->maxdepth.mm, NULL, &unit), ssrf) : put_format(&buf, "\\def\\%smaximumdepth{}\n", ssrf);
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dive->meandepth.mm ? put_format(&buf, "\\def\\%smeandepth{%.1f\\%sdepthunit}\n", ssrf, get_depth_units(dive->meandepth.mm, NULL, &unit), ssrf) : put_format(&buf, "\\def\\%smeandepth{}\n", ssrf);
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struct tag_entry *tag = dive->tag_list;
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QString tags;
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if (tag) {
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tags = tag->tag->name;
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while ((tag = tag->next))
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tags += QString(", ") + QString(tag->tag->name);
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}
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put_format(&buf, "\\def\\%stype{%s}\n", ssrf, qPrintable(tags));
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put_format(&buf, "\\def\\%sviz{%s}\n", ssrf, qPrintable(viz));
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put_format(&buf, "\\def\\%srating{%s}\n", ssrf, qPrintable(rating));
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put_format(&buf, "\\def\\%splot{\\includegraphics[width=9cm,height=4cm]{profile%d}}\n", ssrf, dive->number);
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put_format(&buf, "\\def\\%sprofilename{profile%d}\n", ssrf, dive->number);
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put_format(&buf, "\\def\\%scomment{%s}\n", ssrf, dive->notes ? dive->notes : "");
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put_format(&buf, "\\def\\%sbuddy{%s}\n", ssrf, dive->buddy ? dive->buddy : "");
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put_format(&buf, "\\def\\%sdivemaster{%s}\n", ssrf, dive->divemaster ? dive->divemaster : "");
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put_format(&buf, "\\def\\%ssuit{%s}\n", ssrf, dive->suit ? dive->suit : "");
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// Print cylinder data
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put_format(&buf, "\n%% Gas use information:\n");
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qty_cyl = 0;
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for (i = 0; i < dive->cylinders.nr; i++){
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const cylinder_t &cyl = *get_cylinder(dive, i);
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if (is_cylinder_used(dive, i) || (prefs.display_unused_tanks && cyl.type.description)){
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put_format(&buf, "\\def\\%scyl%cdescription{%s}\n", ssrf, 'a' + i, cyl.type.description);
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put_format(&buf, "\\def\\%scyl%cgasname{%s}\n", ssrf, 'a' + i, gasname(cyl.gasmix));
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put_format(&buf, "\\def\\%scyl%cmixO2{%.1f\\%%}\n", ssrf, 'a' + i, get_o2(cyl.gasmix)/10.0);
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put_format(&buf, "\\def\\%scyl%cmixHe{%.1f\\%%}\n", ssrf, 'a' + i, get_he(cyl.gasmix)/10.0);
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put_format(&buf, "\\def\\%scyl%cmixN2{%.1f\\%%}\n", ssrf, 'a' + i, (100.0 - (get_o2(cyl.gasmix)/10.0) - (get_he(cyl.gasmix)/10.0)));
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delta_p.mbar += cyl.start.mbar - cyl.end.mbar;
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put_format(&buf, "\\def\\%scyl%cstartpress{%.1f\\%spressureunit}\n", ssrf, 'a' + i, get_pressure_units(cyl.start.mbar, &unit)/1.0, ssrf);
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put_format(&buf, "\\def\\%scyl%cendpress{%.1f\\%spressureunit}\n", ssrf, 'a' + i, get_pressure_units(cyl.end.mbar, &unit)/1.0, ssrf);
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qty_cyl += 1;
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} else {
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put_format(&buf, "\\def\\%scyl%cdescription{}\n", ssrf, 'a' + i);
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put_format(&buf, "\\def\\%scyl%cgasname{}\n", ssrf, 'a' + i);
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put_format(&buf, "\\def\\%scyl%cmixO2{}\n", ssrf, 'a' + i);
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put_format(&buf, "\\def\\%scyl%cmixHe{}\n", ssrf, 'a' + i);
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put_format(&buf, "\\def\\%scyl%cmixN2{}\n", ssrf, 'a' + i);
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delta_p.mbar += cyl.start.mbar - cyl.end.mbar;
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put_format(&buf, "\\def\\%scyl%cstartpress{}\n", ssrf, 'a' + i);
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put_format(&buf, "\\def\\%scyl%cendpress{}\n", ssrf, 'a' + i);
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qty_cyl += 1;
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}
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}
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put_format(&buf, "\\def\\%sqtycyl{%d}\n", ssrf, qty_cyl);
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put_format(&buf, "\\def\\%sgasuse{%.1f\\%spressureunit}\n", ssrf, get_pressure_units(delta_p.mbar, &unit)/1.0, ssrf);
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put_format(&buf, "\\def\\%ssac{%.2f\\%svolumeunit/min}\n", ssrf, get_volume_units(dive->sac, NULL, &unit), ssrf);
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//Code block prints all weights listed in dive.
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put_format(&buf, "\n%% Weighting information:\n");
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qty_weight = 0;
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total_weight = 0;
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for (i = 0; i < dive->weightsystems.nr; i++) {
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weightsystem_t w = dive->weightsystems.weightsystems[i];
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put_format(&buf, "\\def\\%sweight%ctype{%s}\n", ssrf, 'a' + i, w.description);
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put_format(&buf, "\\def\\%sweight%camt{%.3f\\%sweightunit}\n", ssrf, 'a' + i, get_weight_units(w.weight.grams, NULL, &unit), ssrf);
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qty_weight += 1;
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total_weight += get_weight_units(w.weight.grams, NULL, &unit);
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}
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put_format(&buf, "\\def\\%sqtyweights{%d}\n", ssrf, qty_weight);
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put_format(&buf, "\\def\\%stotalweight{%.2f\\%sweightunit}\n", ssrf, total_weight, ssrf);
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unit = "";
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// Legacy fields
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put_format(&buf, "\\def\\%sspot{}\n", ssrf);
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put_format(&buf, "\\def\\%sentrance{}\n", ssrf);
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put_format(&buf, "\\def\\%splace{%s}\n", ssrf, site ? site->name : "");
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dive->maxdepth.mm ? put_format(&buf, "\\def\\%sdepth{%.1f\\%sdepthunit}\n", ssrf, get_depth_units(dive->maxdepth.mm, NULL, &unit), ssrf) : put_format(&buf, "\\def\\%sdepth{}\n", ssrf);
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put_format(&buf, "\\%spage\n", ssrf);
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}
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if (plain)
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put_format(&buf, "\\bye\n");
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else
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put_format(&buf, "\\end{document}\n");
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f = subsurface_fopen(filename, "w+");
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if (!f) {
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report_error(qPrintable(tr("Can't open file %s")), filename);
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} else {
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flush_buffer(&buf, f); /*check for writing errors? */
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fclose(f);
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}
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free_buffer(&buf);
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}
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void exportFuncs::export_depths(const char *filename, const bool selected_only)
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{
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FILE *f;
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struct dive *dive;
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depth_t depth;
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int i;
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const char *unit = NULL;
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struct membuffer buf = {};
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for_each_dive (i, dive) {
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if (selected_only && !dive->selected)
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continue;
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FOR_EACH_PICTURE (dive) {
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int n = dive->dc.samples;
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struct sample *s = dive->dc.sample;
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depth.mm = 0;
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while (--n >= 0 && (int32_t)s->time.seconds <= picture->offset.seconds) {
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depth.mm = s->depth.mm;
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s++;
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}
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put_format(&buf, "%s\t%.1f", picture->filename, get_depth_units(depth.mm, NULL, &unit));
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put_format(&buf, "%s\n", unit);
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}
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}
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f = subsurface_fopen(filename, "w+");
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if (!f) {
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report_error(qPrintable(tr("Can't open file %s")), filename);
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} else {
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flush_buffer(&buf, f); /*check for writing errors? */
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fclose(f);
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}
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free_buffer(&buf);
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}
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std::vector<const dive_site *> exportFuncs::getDiveSitesToExport(bool selectedOnly)
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{
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std::vector<const dive_site *> res;
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#ifndef SUBSURFACE_MOBILE
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// Waiting for DiveFilter to be combined for both mobile and desktop
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if (selectedOnly && DiveFilter::instance()->diveSiteMode()) {
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// Special case in dive site mode: export all selected dive sites,
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// not the dive sites of selected dives.
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QVector<dive_site *> sites = DiveFilter::instance()->filteredDiveSites();
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res.reserve(sites.size());
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for (const dive_site *ds: sites)
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res.push_back(ds);
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return res;
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}
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res.reserve(dive_site_table.nr);
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for (int i = 0; i < dive_site_table.nr; i++) {
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struct dive_site *ds = get_dive_site(i, &dive_site_table);
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if (dive_site_is_empty(ds))
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continue;
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if (selectedOnly && !is_dive_site_selected(ds))
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continue;
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res.push_back(ds);
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}
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#else
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/* walk the dive site list */
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int i;
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const struct dive_site *ds;
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for_each_dive_site (i, ds, &dive_site_table)
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res.push_back(get_dive_site(i, &dive_site_table));
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#endif
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return res;
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}
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void exportFuncs::exportUsingStyleSheet(QString filename, bool doExport, int units,
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QString stylesheet, bool anonymize)
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{
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future = QtConcurrent::run(export_dives_xslt, filename.toUtf8(), doExport, units, stylesheet.toUtf8(), anonymize);
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}
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