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# data file for the Fltk User Interface Designer (fluid)
version 1.0107
header_name {.h}
code_name {.cxx}
decl {\#include <hd24fs.h>} {public
}
decl {\#include <convertlib.h>} {public
}
class dialog_setlength {open
} {
decl {int buttonclicked;} {public
}
decl {unsigned long locpoint;} {public
}
decl {int mode;} {public
}
decl {int useasrange;} {public
}
decl {hd24song* currsong;} {}
decl {int locnum;} {}
decl {int subsecmax;} {}
Function {make_window(hd24song* p_currsong,int p_locnum)} {open
} {
Fl_Window {} {
label {Set song length} open selected
xywh {160 246 455 300} type Double color 52
code0 {currsong=p_currsong; buttonclicked=0; mode=2;}
code1 {locpoint=currsong->songlength_in_samples();}
code2 {setuiloc(locpoint); subsecmax=29;}
code3 {p_locnum=p_locnum;} modal visible
} {
Fl_Button button_ok {
label OK
callback {buttonclicked=1; //OK
Fl_Window * x = Fl::first_window();
x->~Fl_Window();}
xywh {300 270 70 20} labelsize 12
}
Fl_Button button_cancel {
label Cancel
callback {buttonclicked=2; //Cancel
useasrange=0;
Fl_Window * x = Fl::first_window();
x->~Fl_Window();}
xywh {375 270 70 20} labelsize 12
}
Fl_Input hr {
label {New song length: }
callback {unsigned int chmult=(currsong->physical_channels()/currsong->logical_channels());
unsigned long realrate=currsong->samplerate()/chmult;
locpoint-=(unsigned long)(3600*realrate*(currsong->display_hours(locpoint)));
locpoint+=(unsigned long)(3600*realrate*(strtol(hr->value(),0,10)));
setuiloc(locpoint);}
xywh {150 65 50 20} type Int labelsize 12 textsize 12
code0 {o->maximum_size(2);}
}
Fl_Input min {
label {:}
callback {unsigned int chmult=(currsong->physical_channels()/currsong->logical_channels());
unsigned long realrate=currsong->samplerate()/chmult;
locpoint-=(unsigned long)(60*realrate*(currsong->display_minutes(locpoint)));
locpoint+=(unsigned long)(60*realrate*(strtol(min->value(),0,10)));
setuiloc(locpoint);}
xywh {210 65 45 20} type Int labelfont 1 labelsize 12 textsize 12
code0 {o->maximum_size(2);}
}
Fl_Input sec {
label {:}
callback {unsigned int chmult=(currsong->physical_channels()/currsong->logical_channels());
unsigned long realrate=currsong->samplerate()/chmult;
locpoint-=(unsigned long)(realrate*(currsong->display_seconds(locpoint)));
locpoint+=(unsigned long)(realrate*(strtol(sec->value(),0,10)));
setuiloc(locpoint);}
xywh {265 65 45 20} type Int labelfont 1 labelsize 12 textsize 12
code0 {o->maximum_size(2);}
}
Fl_Input subsec {
label {.}
callback {if (strtol(subsec->value(),0,10)>subsecmax) {
string* strmax=Convert::int2str(subsecmax);
subsec->value(strmax->c_str());
delete strmax;
}
unsigned int chmult=(currsong->physical_channels()/currsong->logical_channels());
unsigned long realrate=currsong->samplerate()/chmult;
long subseconds=currsong->display_subseconds(locpoint);
locpoint-=subseconds;
long frames=0;
switch(mode) {
case 0: frames=100; break;
case 1: frames=realrate; break;
case 2: frames=30; break;
}
locpoint+=(unsigned long)(strtol(subsec->value(),0,10)*currsong->samplerate()/(frames*chmult));
setuiloc(locpoint);}
xywh {320 65 60 20} type Int labelfont 1 labelsize 12 textsize 12
code0 {o->maximum_size(5);}
}
Fl_Button button_mode {
label Frames
callback {mode=(mode+1)%3;
switch(mode) {
case 0:
{
o->label("Sec/100");
subsecmax=99;
break;
}
case 1:
{
if ((currsong->physical_channels()/currsong->logical_channels())==2) {
o->label("2*Sams");
} else {
o->label("Samples");
}
subsecmax=currsong->samplerate()/(currsong->physical_channels()/currsong->logical_channels());
break;
}
case 2:
{
o->label("Frames");
subsecmax=29;
break;
}
}
setuiloc(locpoint);}
xywh {320 45 60 20} labelsize 12 align 18
}
Fl_Box {} {
label Hr
xywh {150 48 50 17} labelsize 12
}
Fl_Box {} {
label Min
xywh {210 48 45 17} labelsize 12
}
Fl_Box {} {
label Sec
xywh {265 48 45 17} labelsize 12
}
Fl_Box {} {
label {Set the approximate song length here. Round up when unsure.}
xywh {5 5 440 30} labelsize 12 align 20
}
Fl_Box {} {
label {Note: This operation will requires about 40 MB of free space to write
recovery information to a header file on your computer.
This operation WILL NOT write to your HD24 drive, and as such should
be completely safe, while permitting you to save your missing audio.
Once this operation is complete, you should TRANSFER ALL AUDIO
that you want to keep from the HD24 drive and then re-format it,
before recording any more audio to it.
Cancel this dialog if you're not in need of a recovery.}
xywh {5 100 440 160} labelsize 12 align 21
}
}
}
Function {setuiloc(unsigned long offset)} {open return_type void
} {
code {unsigned long maxoffset=0xFFFFFFFF;
if (offset>maxoffset) {
offset=maxoffset;
locpoint=offset;
}
string* strhr=Convert::int2str(currsong->display_hours(offset));
hr->value(strhr->c_str());
delete strhr;
string* strmin=Convert::int2str(currsong->display_minutes(offset));
min->value(strmin->c_str());
delete strmin;
string* strsec=Convert::int2str(currsong->display_seconds(offset));
sec->value(strsec->c_str());
delete strsec;
string* strsubsec;
long subseconds=currsong->display_subseconds(offset);
long subsecval;
switch(mode) {
case 0: subsecval=((subseconds*100)/ ( currsong->samplerate()/ (currsong->physical_channels()/currsong->logical_channels()) ) ); break;
case 1: subsecval=(subseconds); break;
case 2: subsecval=((subseconds*30)/( currsong->samplerate()/ (currsong->physical_channels()/currsong->logical_channels()) ) ); ; break;
default: subsecval=0;
}
strsubsec=Convert::int2str(subsecval);
subsec->value(strsubsec->c_str());
delete strsubsec;} {}
}
}
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