/*
* Copyright (c) 2006-2010 Nokia Corporation and/or its subsidiary(-ies). 
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:  This module contains default beep sequences.
*
*/


#include "defaultbeep.rh"
#include <uikon.rh>

RESOURCE SEQ_LOOP ringtone
{
	repeats = 3;
	tones = 
	{
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_C1;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		},	
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_D1;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_B2;
			vol2		= SEQ_VOL_MP;
		},	
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_E1;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		},	
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_F1;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		},	
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_G1;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		},
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_A2;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		},	
		SEQ_2TONES
		{
			duration	= 1000 ;
			freq1		= SEQ_FREQ_B2;
			vol1		= SEQ_VOL_MP;
			freq2		= SEQ_FREQ_C2;
			vol2		= SEQ_VOL_MP;
		}		

	};

}

STRUCT VAR_ARRAY
	{
	WORD sequence [];
	}

RESOURCE VAR_ARRAY r_net_busy
	{
	// ETSI spec says 425Hz on 500ms, off 500ms.
	// Seems to be close but on/off time is 480ms. 
	sequence={0,17,10,5,6,78,50,64,50,6,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 5  = OPCODE_REPEAT
	// 6  = repeat 6 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND  
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 50 = tone_tick = 500ms
	// 64-64=0=AUD_TONE_FREQ_OFF	     = 0Hz
	// 50 = tone_tick = 50ms
	// 6  = OPCODE_REPEATEND
	// 11 = OPCODE_END
	}
 
RESOURCE VAR_ARRAY r_net_reorder
	{
	// Don't know if this is defined in ETSI spec at all
	sequence={0,17,10,5,3,93,25,64,25,6,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 5  = OPCODE_REPEAT
	// 3  = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND  
	// 93-64=29=AUD_TONE_RING_FREQ_E0	 = 330Hz
	// 25 = tone_tick = 250ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 25 = tone_tick = 250ms
	// 6  = OPCODE_REPEATEND
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_congestion
	{
	// ETSI spec says 425Hz on 200ms, off 200ms
	// Seems to be so (but repeated only 15 times):
	sequence={0,17,10,5,15,78,20,64,20,6,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 5  = OPCODE_REPEAT
	// 15  = repeat 15 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND  
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 20 = tone_tick = 200ms
	// 6  = OPCODE_REPEATEND
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_special_information
	{
	sequence={0,17,10,5,3,79,33,80,33,81,33,64,50,64,50,6,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 5  = OPCODE_REPEAT
	// 3  = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND  
	// 79-64=15=AUD_TONE_NETWORK_FREQ_2	 = 950Hz
	// 33 = tone_tick = 330ms
	// 80-64=16=AUD_TONE_NETWORK_FREQ_3	 = 1400Hz
	// 33 = tone_tick = 330ms
	// 81-64=17=AUD_TONE_NETWORK_FREQ_4	 = 1800Hz
	// 33 = tone_tick = 330ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 50 = tone_tick = 500ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 50 = tone_tick = 500ms  
	// 6  = OPCODE_REPEATEND
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_radio_not_available
	{
	// ETSI spec says: 425Mhz on 200ms, off 200ms, 3 bursts
	// Seems to be so:
	sequence={0,17,10,5,3,78,20,64,20,6,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 5  = OPCODE_REPEAT
	// 3  = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND  
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz
	// 20 = tone_tick = 200ms
	// 64-64=0=AUD_TONE_FREQ_OFF
	// 20 = tone_tick = 200ms
	// 6  = OPCODE_REPEATEND
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_ring_going
	{
	// ETSI spec says 425Hz Tone on 1s, silence 4s
	// Seems to be so:
	sequence={0,17,10,2,252,78,100,5,4,64,100,6,7,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 2  = OPCODE_CONTINUE_MASK (obsolete from DCT4 onwards)
	// 252 = continue mask value
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 100 = tone_tick = 1000ms
	// 5 = OPCODE_REPEAT
	// 4 = repeat 4 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND
	// 64-64=0=AUD_TONE_FREQ_OFF
	// 100 = tone_tick = 1000ms
	// 7 = OPCODE_RESTART
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_call_waiting
	{
	// Seems to be so:
	sequence={0,17,10,78,20,64,60,78,20,64,100,64,100,64,100,78,20,64,60,78,20,11};
	// 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 60 = tone_tick = 600ms
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 100 = tone_tick = 1000ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 100 = tone_tick = 1000ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 100 = tone_tick = 1000ms
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF	 = 0Hz
	// 60 = tone_tick = 600ms
	// 78-64=14=AUD_TONE_NETWORK_FREQ_1	 = 425Hz
	// 20 = tone_tick = 200ms
	// 11 = OPCODE_END
	}

RESOURCE VAR_ARRAY r_net_call_waiting_alternative_tone
        {
        sequence={0,17,10,83,20,64,10,83,20,64,125,64,125,64,100,83,20,64,10,83,20,11};
        // 0  = OPCODE_SEQUENCE_START
	// 17 = OPCODE_DURATION_UNIT
	// 10 = duration unit => tone duration is 10ms * tone_tick
	// 83-64=19=AUD_TONE_NETWORK_DUAL_FREQ_2 = 440Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF         = 0Hz
	// 10 = tone_tick = 100ms
	// 83-64=19=AUD_TONE_NETWORK_DUAL_FREQ_2 = 440Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF         = 0Hz
	// 125 = tone_tick = 1250ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF         = 0Hz
	// 125 = tone_tick = 1250ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF         = 0Hz
	// 100 = tone_tick = 1000ms
	// 83-64=19=AUD_TONE_NETWORK_DUAL_FREQ_2 = 440Hz
	// 20 = tone_tick = 200ms
	// 64-64 = 0 = AUD_TONE_FREQ_OFF         = 0Hz
	// 10 = tone_tick = 100ms
	// 83-64=19=AUD_TONE_NETWORK_DUAL_FREQ_2 = 440Hz
	// 20 = tone_tick = 200ms
	// 11 = OPCODE_END
        }

RESOURCE VAR_ARRAY r_data_call_tone
	{
	sequence={0,17,6,2,252,10,8,5,8,84,3,89,3,6,10,247,64,50,7,11};
	}
RESOURCE VAR_ARRAY r_no_sound_sequence
	{
	sequence={0,17,6,5,252,10,8,64,50,10,247,64,100,06,11};
	}
RESOURCE VAR_ARRAY r_beep_sequence
	{
	sequence={0,17,6,10,8,115,10,64,40,10,247,5,252,64,100,10,8,64,50,10,247,6,11};
	}