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Thomas Charbonnel <thomas@undata.org>:

Browse source 
updated to version 1.2.
This commit is contained in:
Takashi Iwai 2003-11-03 19:09:32 +00:00
parent a66f2e98b6
commit 6498fd396f
39 changed files with 1155 additions and 158 deletions
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69
hdspconf/src/HC_CardPane.cxx
View file

@ -21,26 +21,75 @@
#pragma implementation
#include "HC_CardPane.h"
HC_CardPane::HC_CardPane(int alsa_idx, int idx, int t):Fl_Group(PANE_X, PANE_Y, PANE_W, PANE_H)
extern char *card_names[5];
HC_CardPane::HC_CardPane(int alsa_idx, int idx, HDSP_IO_Type t):Fl_Group(PANE_X, PANE_Y, PANE_W, PANE_H)
{
alsa_index = alsa_idx;
index = idx;
type = t;
snprintf(name, 7, "Card %d", index+1);
snprintf(name, 19, "Card %d (%s)", index+1, card_names[t]);
label(name);
labelsize(10);
sync_ref = new HC_PrefSyncRef(x()+6, y()+20, 112, 120);
sync_check = new HC_SyncCheck(x()+6, y()+156, 112, 100);
if (type == Multiface) {
clock_source = new HC_ClockSource(x()+9, y()+20, 148, V_STEP*7);
sync_check = new HC_SyncCheck(x()+9, y()+40+V_STEP*7, 148, V_STEP*4);
spdif_in = new HC_SpdifIn(x()+124, y()+20, 112, 60);
spdif_out = new HC_SpdifOut(x()+124, y()+96, 112, 80);
spdif_freq = new HC_SpdifFreq(x()+124, y()+192, 112, 20);
spdif_in = new HC_SpdifIn(x()+166, y()+20, 148, V_STEP*3);
spdif_out = new HC_SpdifOut(x()+166, y()+40+V_STEP*3, 148, V_STEP*4);
spdif_freq = new HC_SpdifFreq(x()+166, y()+60+V_STEP*7, 148, V_STEP);
sync_ref = new HC_PrefSyncRef(x()+323, y()+20, 148, V_STEP*4);
autosync_ref = new HC_AutoSyncRef(x()+323, y()+40+V_STEP*4, 148, V_STEP*2);
system_clock = new HC_SystemClock(x()+323, y()+60+V_STEP*6, 148, V_STEP*2);
clock_source = new HC_ClockSource(x()+242, y()+20, 112, 140);
autosync_ref = new HC_AutoSyncRef(x()+242, y()+176, 112, 40);
system_clock = new HC_SystemClock(x()+242, y()+232, 112, 40);
} else if (type == Digiface) {
clock_source = new HC_ClockSource(x()+9, y()+20, 148, V_STEP*7);
sync_check = new HC_SyncCheck(x()+9, y()+40+V_STEP*7, 148, V_STEP*6);
spdif_in = new HC_SpdifIn(x()+166, y()+20, 148, V_STEP*3);
spdif_out = new HC_SpdifOut(x()+166, y()+40+V_STEP*3, 148, V_STEP*4);
spdif_freq = new HC_SpdifFreq(x()+166, y()+60+V_STEP*7, 148, V_STEP);
sync_ref = new HC_PrefSyncRef(x()+323, y()+20, 148, V_STEP*6);
autosync_ref = new HC_AutoSyncRef(x()+323, y()+40+V_STEP*6, 148, V_STEP*2);
system_clock = new HC_SystemClock(x()+323, y()+60+V_STEP*8, 148, V_STEP*2);
} else if (type == H9652) {
clock_source = new HC_ClockSource(x()+9, y()+20, 148, V_STEP*7);
sync_check = new HC_SyncCheck(x()+9, y()+40+V_STEP*7, 148, V_STEP*6);
spdif_in = new HC_SpdifIn(x()+166, y()+20, 148, V_STEP*3);
spdif_out = new HC_SpdifOut(x()+166, y()+40+V_STEP*3, 148, V_STEP*4);
spdif_freq = new HC_SpdifFreq(x()+166, y()+60+V_STEP*7, 148, V_STEP);
aeb = new HC_Aeb(x()+323, y()+20, 148, V_STEP);
sync_ref = new HC_PrefSyncRef(x()+323, y()+40+V_STEP, 148, V_STEP*6);
autosync_ref = new HC_AutoSyncRef(x()+323, y()+60+V_STEP*7, 148, V_STEP*2);
system_clock = new HC_SystemClock(x()+323, y()+80+V_STEP*9, 148, V_STEP*2);
} else if (type == H9632) {
clock_source = new HC_ClockSource(x()+8, y()+20, 110, V_STEP*10);
sync_check = new HC_SyncCheck(x()+8, y()+40+V_STEP*10, 110, V_STEP*3);
spdif_in = new HC_SpdifIn(x()+126, y()+20, 110, V_STEP*4);
spdif_out = new HC_SpdifOut(x()+126, y()+40+V_STEP*4, 110, V_STEP*4);
spdif_freq = new HC_SpdifFreq(x()+126, y()+60+V_STEP*8, 110, V_STEP);
aeb = new HC_Aeb(x()+244, y()+20, 110, V_STEP);
sync_ref = new HC_PrefSyncRef(x()+244, y()+40+V_STEP, 110, V_STEP*3);
autosync_ref = new HC_AutoSyncRef(x()+244, y()+60+V_STEP*4, 110, V_STEP*2);
system_clock = new HC_SystemClock(x()+244, y()+80+V_STEP*6, 110, V_STEP*2);
breakout_cable = new HC_BreakoutCable(x()+362, y()+20, 110, V_STEP);
input_level = new HC_InputLevel(x()+362, y()+40+V_STEP, 110, V_STEP*3);
output_level = new HC_OutputLevel(x()+362, y()+60+V_STEP*4, 110, V_STEP*3);
phones = new HC_Phones(x()+362, y()+80+V_STEP*7, 110, V_STEP*3);
}
end();
}