*/
#include "filter.h"
+extern "C" {
+#include <libavfilter/avfilter.h>
+#include <libpostproc/postprocess.h>
+}
+
+#include "i18n.h"
using namespace std;
/** @param i Our id.
* @param n User-visible name.
+ * @param c User-visible category.
* @param v String for a FFmpeg video filter descriptor, or "".
* @param p String for a FFmpeg post-processing descriptor, or "".
*/
-Filter::Filter (string i, string n, string v, string p)
+Filter::Filter (string i, string n, string c, string v, string p)
: _id (i)
, _name (n)
+ , _category (c)
, _vf (v)
, _pp (p)
{
{
/* Note: "none" is a magic id name, so don't use it here */
- _filters.push_back (new Filter ("pphb", "Horizontal deblocking filter", "", "hb"));
- _filters.push_back (new Filter ("ppvb", "Vertical deblocking filter", "", "vb"));
- _filters.push_back (new Filter ("ppha", "Horizontal deblocking filter A", "", "ha"));
- _filters.push_back (new Filter ("ppva", "Vertical deblocking filter A", "", "va"));
- _filters.push_back (new Filter ("pph1", "Experimental horizontal deblocking filter 1", "", "h1"));
- _filters.push_back (new Filter ("pphv", "Experimental vertical deblocking filter 1", "", "v1"));
- _filters.push_back (new Filter ("ppdr", "Deringing filter", "", "dr"));
- _filters.push_back (new Filter ("pplb", "Linear blend deinterlacer", "", "lb"));
- _filters.push_back (new Filter ("ppli", "Linear interpolating deinterlacer", "", "li"));
- _filters.push_back (new Filter ("ppci", "Cubic interpolating deinterlacer", "", "ci"));
- _filters.push_back (new Filter ("ppmd", "Median deinterlacer", "", "md"));
- _filters.push_back (new Filter ("ppfd", "FFMPEG deinterlacer", "", "fd"));
- _filters.push_back (new Filter ("ppl5", "FIR low-pass deinterlacer", "", "l5"));
- _filters.push_back (new Filter ("mcdeint", "Motion compensating deinterlacer", "mcdeint", ""));
- _filters.push_back (new Filter ("kerndeint", "Kernel deinterlacer", "kerndeint", ""));
- _filters.push_back (new Filter ("yadif", "Yet Another Deinterlacing Filter", "yadif", ""));
- _filters.push_back (new Filter ("pptn", "Temporal noise reducer", "", "tn"));
- _filters.push_back (new Filter ("ppfq", "Force quantizer", "", "fq"));
- _filters.push_back (new Filter ("gradfun", "Gradient debander", "gradfun", ""));
- _filters.push_back (new Filter ("unsharp", "Unsharp mask and Gaussian blur", "unsharp", ""));
- _filters.push_back (new Filter ("denoise3d", "3D denoiser", "denoise3d", ""));
- _filters.push_back (new Filter ("hqdn3d", "High quality 3D denoiser", "hqdn3d", ""));
- _filters.push_back (new Filter ("telecine", "Telecine filter", "telecine", ""));
- _filters.push_back (new Filter ("ow", "Overcomplete wavelet denoiser", "mp=ow", ""));
+ maybe_add (N_("pphb"), _("Horizontal deblocking filter"), _("De-blocking"), N_(""), N_("hb"));
+ maybe_add (N_("ppvb"), _("Vertical deblocking filter"), _("De-blocking"), N_(""), N_("vb"));
+ maybe_add (N_("ppha"), _("Horizontal deblocking filter A"), _("De-blocking"), N_(""), N_("ha"));
+ maybe_add (N_("ppva"), _("Vertical deblocking filter A"), _("De-blocking"), N_(""), N_("va"));
+ maybe_add (N_("pph1"), _("Experimental horizontal deblocking filter 1"), _("De-blocking"), N_(""), N_("h1"));
+ maybe_add (N_("pphv"), _("Experimental vertical deblocking filter 1"), _("De-blocking"), N_(""), N_("v1"));
+ maybe_add (N_("ppdr"), _("Deringing filter"), _("Misc"), N_(""), N_("dr"));
+ maybe_add (N_("pplb"), _("Linear blend deinterlacer"), _("De-interlacing"), N_(""), N_("lb"));
+ maybe_add (N_("ppli"), _("Linear interpolating deinterlacer"), _("De-interlacing"), N_(""), N_("li"));
+ maybe_add (N_("ppci"), _("Cubic interpolating deinterlacer"), _("De-interlacing"), N_(""), N_("ci"));
+ maybe_add (N_("ppmd"), _("Median deinterlacer"), _("De-interlacing"), N_(""), N_("md"));
+ maybe_add (N_("ppfd"), _("FFMPEG deinterlacer"), _("De-interlacing"), N_(""), N_("fd"));
+ maybe_add (N_("ppl5"), _("FIR low-pass deinterlacer"), _("De-interlacing"), N_(""), N_("l5"));
+ maybe_add (N_("mcdeint"), _("Motion compensating deinterlacer"), _("De-interlacing"), N_("mcdeint"), N_(""));
+ maybe_add (N_("kerndeint"), _("Kernel deinterlacer"), _("De-interlacing"), N_("kerndeint"), N_(""));
+ maybe_add (N_("yadif"), _("Yet Another Deinterlacing Filter"), _("De-interlacing"), N_("yadif"), N_(""));
+ maybe_add (N_("pptn"), _("Temporal noise reducer"), _("Noise reduction"), N_(""), N_("tn"));
+ maybe_add (N_("ppfq"), _("Force quantizer"), _("Misc"), N_(""), N_("fq"));
+ maybe_add (N_("gradfun"), _("Gradient debander"), _("Misc"), N_("gradfun"), N_(""));
+ maybe_add (N_("unsharp"), _("Unsharp mask and Gaussian blur"), _("Misc"), N_("unsharp"), N_(""));
+ maybe_add (N_("denoise3d"), _("3D denoiser"), _("Noise reduction"), N_("denoise3d"), N_(""));
+ maybe_add (N_("hqdn3d"), _("High quality 3D denoiser"), _("Noise reduction"), N_("hqdn3d"), N_(""));
+ maybe_add (N_("telecine"), _("Telecine filter"), _("Misc"), N_("telecine"), N_(""));
+ maybe_add (N_("ow"), _("Overcomplete wavelet denoiser"), _("Noise reduction"), N_("mp=ow"), N_(""));
+}
+
+void
+Filter::maybe_add (string i, string n, string c, string v, string p)
+{
+ if (!v.empty ()) {
+ if (avfilter_get_by_name (i.c_str())) {
+ _filters.push_back (new Filter (i, n, c, v, p));
+ }
+ } else if (!p.empty ()) {
+ pp_mode* m = pp_get_mode_by_name_and_quality (p.c_str(), PP_QUALITY_MAX);
+ if (m) {
+ _filters.push_back (new Filter (i, n, c, v, p));
+ pp_free_mode (m);
+ }
+ }
}
/** @param filters Set of filters.
for (vector<Filter const *>::const_iterator i = filters.begin(); i != filters.end(); ++i) {
if (!(*i)->vf().empty ()) {
if (!vf.empty ()) {
- vf += ",";
+ vf += N_(",");
}
vf += (*i)->vf ();
}
if (!(*i)->pp().empty ()) {
if (!pp.empty()) {
- pp += ",";
+ pp += N_(",");
}
pp += (*i)->pp ();
}
projects / dcpomatic.git / blobdiff