/*

 *   HDSPConf

 *

 *   Copyright (C) 2003 Thomas Charbonnel (thomas@undata.org)

 *

 *   This program is free software; you can redistribute it and/or modify

 *   it under the terms of the GNU General Public License as published by

 *   the Free Software Foundation; either version 2 of the License, or

 *   (at your option) any later version.

 *

 *   This program is distributed in the hope that it will be useful,

 *   but WITHOUT ANY WARRANTY; without even the implied warranty of

 *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

 *   GNU General Public License for more details.

 *

 *   You should have received a copy of the GNU General Public License

 *   along with this program; if not, write to the Free Software

 *   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

 */

#pragma implementation

#include "HC_CardPane.h"

extern const 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, 19, "Card %d (%s)", index+1, card_names[t]);

    label(name);

    labelsize(10);

    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()+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);

    } 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();

}