add timecode units/alignment/probe, add prefs auto_rotate,

[goodguy/cinelerra.git] / cinelerra-5.1 / guicast / units.C

diff --git a/cinelerra-5.1/guicast/units.C b/cinelerra-5.1/guicast/units.C
index e0a170dcc88711911d48ed9643f64a9a29ed3cc1..cf48af1722b85a9733f56ba89f4dec9d9297ed3b 100644 (file)
--- a/cinelerra-5.1/guicast/units.C
+++ b/cinelerra-5.1/guicast/units.C
@@ -166,7 +166,8 @@ void Units::finit()
 
 // give text representation as time
 char* Units::totext(char *text, double seconds, int time_format,
 
 // give text representation as time
 char* Units::totext(char *text, double seconds, int time_format,

-                       int sample_rate, float frame_rate, float frames_per_foot)
+                       int sample_rate, float frame_rate, float frames_per_foot,
+                       double timecode_offset)

 {
        int64_t hour, feet, frame;
        int minute, second, thousandths;
 {
        int64_t hour, feet, frame;
        int minute, second, thousandths;


@@ -208,6 +209,8 @@ char* Units::totext(char *text, double seconds, int time_format,
                sprintf(text, "%02d:%02d:%02d", (int)hour, minute, second);
                break; }
 
                sprintf(text, "%02d:%02d:%02d", (int)hour, minute, second);
                break; }
 

+       case TIME_TIMECODE:
+               seconds += timecode_offset; // fall thru

        case TIME_HMSF: {
                seconds = fabs(seconds) + 1.0e-6;
                hour = seconds/3600;
        case TIME_HMSF: {
                seconds = fabs(seconds) + 1.0e-6;
                hour = seconds/3600;


@@ -263,10 +266,11 @@ char* Units::totext(char *text, double seconds, int time_format,
 
 // give text representation as time
 char* Units::totext(char *text, int64_t samples, int samplerate,
 
 // give text representation as time
 char* Units::totext(char *text, int64_t samples, int samplerate,

-               int time_format, float frame_rate, float frames_per_foot)
+               int time_format, float frame_rate, float frames_per_foot,
+               double timecode_offset)

 {
        return totext(text, (double)samples/samplerate, time_format,
 {
        return totext(text, (double)samples/samplerate, time_format,

-                       samplerate, frame_rate, frames_per_foot);
+               samplerate, frame_rate, frames_per_foot, timecode_offset);

 }
 
 int64_t Units::get_int64(const char *&bp)
 }
 
 int64_t Units::get_int64(const char *&bp)


@@ -299,7 +303,8 @@ void Units::skip_seperators(const char *&bp)
 }
 
 int64_t Units::fromtext(const char *text, int samplerate, int time_format,
 }
 
 int64_t Units::fromtext(const char *text, int samplerate, int time_format,

-                       float frame_rate, float frames_per_foot)
+                       float frame_rate, float frames_per_foot,
+                       double timecode_offset)

 {
        int64_t hours, total_samples;
        int minutes, frames, feet;
 {
        int64_t hours, total_samples;
        int minutes, frames, feet;


@@ -320,12 +325,15 @@ int64_t Units::fromtext(const char *text, int samplerate, int time_format,
                total_seconds = seconds + minutes*60 + hours*3600;
                break; }
 
                total_seconds = seconds + minutes*60 + hours*3600;
                break; }
 

+       case TIME_TIMECODE:

        case TIME_HMSF: {
                hours = get_int64(text);    skip_seperators(text);
                minutes = get_int64(text);  skip_seperators(text);
                seconds = get_int64(text);  skip_seperators(text);
                frames = get_int64(text);
                total_seconds = frames/frame_rate + seconds + minutes*60 + hours*3600;
        case TIME_HMSF: {
                hours = get_int64(text);    skip_seperators(text);
                minutes = get_int64(text);  skip_seperators(text);
                seconds = get_int64(text);  skip_seperators(text);
                frames = get_int64(text);
                total_seconds = frames/frame_rate + seconds + minutes*60 + hours*3600;

+               if( time_format == TIME_TIMECODE )
+                       total_seconds -= timecode_offset;

                break; }
 
        case TIME_SAMPLES: {
                break; }
 
        case TIME_SAMPLES: {


@@ -365,10 +373,11 @@ int64_t Units::fromtext(const char *text, int samplerate, int time_format,
 }
 
 double Units::text_to_seconds(const char *text, int samplerate, int time_format,
 }
 
 double Units::text_to_seconds(const char *text, int samplerate, int time_format,

-                               float frame_rate, float frames_per_foot)
+                               float frame_rate, float frames_per_foot,
+                               double timecode_offset)

 {
        return (double)fromtext(text, samplerate, time_format,
 {
        return (double)fromtext(text, samplerate, time_format,

-                               frame_rate, frames_per_foot) / samplerate;
+               frame_rate, frames_per_foot, timecode_offset) / samplerate;

 }
 
 
 }
 
 


@@ -381,6 +390,7 @@ int Units::timeformat_totype(char *tcf)
        if (!strcmp(tcf,TIME_HMS2__STR)) return(TIME_HMS2);
        if (!strcmp(tcf,TIME_HMS3__STR)) return(TIME_HMS3);
        if (!strcmp(tcf,TIME_HMSF__STR)) return(TIME_HMSF);
        if (!strcmp(tcf,TIME_HMS2__STR)) return(TIME_HMS2);
        if (!strcmp(tcf,TIME_HMS3__STR)) return(TIME_HMS3);
        if (!strcmp(tcf,TIME_HMSF__STR)) return(TIME_HMSF);

+       if (!strcmp(tcf,TIME_TIMECODE__STR)) return(TIME_TIMECODE);

        if (!strcmp(tcf,TIME_SAMPLES__STR)) return(TIME_SAMPLES);
        if (!strcmp(tcf,TIME_SAMPLES_HEX__STR)) return(TIME_SAMPLES_HEX);
        if (!strcmp(tcf,TIME_FRAMES__STR)) return(TIME_FRAMES);
        if (!strcmp(tcf,TIME_SAMPLES__STR)) return(TIME_SAMPLES);
        if (!strcmp(tcf,TIME_SAMPLES_HEX__STR)) return(TIME_SAMPLES_HEX);
        if (!strcmp(tcf,TIME_FRAMES__STR)) return(TIME_FRAMES);


@@ -498,6 +508,7 @@ const char* Units::print_time_format(int time_format, char *string)
        case TIME_SECONDS:     fmt = TIME_SECONDS_TEXT;               break;
        case TIME_MS1:
        case TIME_MS2:         fmt = TIME_MS2_TEXT;                   break;
        case TIME_SECONDS:     fmt = TIME_SECONDS_TEXT;               break;
        case TIME_MS1:
        case TIME_MS2:         fmt = TIME_MS2_TEXT;                   break;

+       case TIME_TIMECODE:    fmt = TIME_TIMECODE_TEXT;              break;

        }
        return strcpy(string,fmt);
 }
        }
        return strcpy(string,fmt);
 }


@@ -513,6 +524,7 @@ int Units::text_to_format(const char *string)
        if(!strcmp(string, TIME_HMS3_TEXT)) return TIME_HMS3;
        if(!strcmp(string, TIME_SECONDS_TEXT)) return TIME_SECONDS;
        if(!strcmp(string, TIME_MS2_TEXT)) return TIME_MS2;
        if(!strcmp(string, TIME_HMS3_TEXT)) return TIME_HMS3;
        if(!strcmp(string, TIME_SECONDS_TEXT)) return TIME_SECONDS;
        if(!strcmp(string, TIME_MS2_TEXT)) return TIME_MS2;

+       if(!strcmp(string, TIME_TIMECODE_TEXT)) return TIME_TIMECODE;

        return TIME_HMS;
 }
 
        return TIME_HMS;
 }
 


@@ -617,6 +629,7 @@ const char* Units::format_to_separators(int time_format)
                case TIME_HMS:         return "0:00:00.000";
                case TIME_HMS2:        return "0:00:00";
                case TIME_HMS3:        return "00:00:00";
                case TIME_HMS:         return "0:00:00.000";
                case TIME_HMS2:        return "0:00:00";
                case TIME_HMS3:        return "00:00:00";

+               case TIME_TIMECODE:

                case TIME_HMSF:        return "0:00:00:00";
                case TIME_SAMPLES:     return 0;
                case TIME_SAMPLES_HEX: return 0;
                case TIME_HMSF:        return "0:00:00:00";
                case TIME_SAMPLES:     return 0;
                case TIME_SAMPLES_HEX: return 0;