OBD:TRAM

ONI BINARY DATA TRAC << Other file types >> TRAS TRAM : Totoro Animation Sequence switch to XML:TRAM page Overview @ Oni Stuff

Hex	Translation	Meaning
01 49 07 00	4392	01865-KONCOMpunch_heavy.TRAM
01 00 00 00	0	level 0
00 00 00 00	0	unknown; always zero
A0 B4 80 00	80 B4 A0	at this position starts the y-position part (heights) of the pelvis in the raw file
E0 B5 80 00	80 B5 E0	at this position starts the x-z-position part of the pelvis in the raw file
60 B8 80 00	80 B8 60	at this position starts the attack part in the raw file
00 00 00 00	not used	at this position starts the damage part in the raw file; only tgt throws use it (tgt = target)
A0 B8 80 00	80 B8 A0	at this position starts the motion blur part in the raw file
C0 B8 80 00	80 B8 C0	at this position starts the shortcut part in the raw file
00 00 00 00	not used	at this position starts the throw part in the raw file
E0 B8 80 00	80 B8 E0	at this position starts the footstep part in the raw file
00 B9 80 00	80 B9 00	at this position starts the particle part (trails, dust, etc.) in the raw file
60 B9 80 00	80 B9 60	at this position starts the position part in the raw file
00 BD 80 00	80 BD 00	at this position starts the bodyparts animation part in the raw file
00 00 00 00	not used	at this position starts the sound part in the raw file
90 00 08 00	attack, atomic,	flags (listed in, e.g., anim_flags.OBD:StNA) 0x01000000 - private1 0x02000000 - invulnerable 0x04000000 - blockHigh 0x08000000 - blockLow 0x10000000 - attack 0x20000000 - dropWeapon 0x40000000 - inAir 0x80000000 - atomic 0x00010000 - noTurn 0x00020000 - attackForward 0x00040000 - attackLeft 0x00080000 - attackRight 0x00100000 - attackBackward 0x00200000 - overlay 0x00400000 - dontInterpolateVelocity 0x00800000 - throwSource 0x00000100 - throwTarget 0x00000200 - realWorld 0x00000400 - doAim 0x00000800 - dontAim 0x00001000 - canPickup 0x00002000 - aim360 0x00004000 - disableShield 0x00008000 - noAIPickup
00 00 00 00	not used	direct animation 0 (link to a TRAM file)
00 00 00 00	not used	direct animation 1 (link to a TRAM file)
Example to the both rows above: 01855-KONCOMcomb_p_p.TRAM links to: 01856-KONCOMcomb_p_p_p.TRAM (direct animation 0) 01857-KONCOMcomb_p_p_k.TRAM (direct animation 1) That means, that after Konokos second punch, Oni waits for a third punch or a kick.
00 00 00 00	no "used parts"	"used parts" bitset. Legend is for original 19-bone chars. 0x01000000 - pelvis 0x02000000 - left thigh 0x04000000 - left calf 0x08000000 - left foot 0x10000000 - right thigh 0x20000000 - right calf 0x40000000 - right foot 0x80000000 - mid 0x00010000 - chest 0x00020000 - neck 0x00040000 - head 0x00080000 - left shoulder 0x00100000 - left arm 0x00200000 - left wrist 0x00400000 - left fist 0x00800000 - right shoulder 0x00000100 - right arm 0x00000200 - right wrist 0x00000400 - right fist Aiming screen TRAMs "use" several bones here. Other overlay TRAMs use only "chest". Non-overlay TRAMs use none.
00 00 00 00	no "replaced parts"	"replaced parts" bitset. Same legend as above. Only overlay TRAMs other than aiming-screen ones "replace" parts.
00 00 00 00	0.000000	final rotation in radians (for anims that make you turn)
01 00	1	move direction
06 00	6	attack sound ("Rising fury!")
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
DE E9 1A 40	2.420524	unknown; always 1,000,000,000 if the attack part doesn't exist
95 34 D3 41	26.400675	unknown; always -1,000,000,000 if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
9D E4 11 41	9.118314	unknown; always zero if the attack part doesn't exist
14 BA 04 41	8.295429	unknown; always zero if the attack part doesn't exist
6B 77 D4 40	6.639577	unknown; always zero if the attack part doesn't exist
50 5A B3 40	5.604774	unknown; always zero if the attack part doesn't exist
74 4B 9C 40	4.884211	unknown; always zero if the attack part doesn't exist
DF 37 87 40	4.225570	unknown; always zero if the attack part doesn't exist
70 75 84 40	4.139336	unknown; always zero if the attack part doesn't exist
8E ED 6A 40	3.670749	unknown; always zero if the attack part doesn't exist
16 40 5F 40	3.488286	unknown; always zero if the attack part doesn't exist
16 40 5F 40	3.488286	unknown; always zero if the attack part doesn't exist
BF CD 45 40	3.090683	unknown; always zero if the attack part doesn't exist
34 2B 49 40	3.143262	unknown; always zero if the attack part doesn't exist
34 2B 49 40	3.143262	unknown; always zero if the attack part doesn't exist
34 2B 49 40	3.143262	unknown; always zero if the attack part doesn't exist
5A D8 6D 40	3.716330	unknown; always zero if the attack part doesn't exist
5A D8 6D 40	3.716330	unknown; always zero if the attack part doesn't exist
5A D8 6D 40	3.716330	unknown; always zero if the attack part doesn't exist
8F D9 96 40	4.714057	unknown; always zero if the attack part doesn't exist
8F D9 96 40	4.714057	unknown; always zero if the attack part doesn't exist
B7 7B AB 40	5.358852	unknown; always zero if the attack part doesn't exist
F0 81 BF 40	5.984612	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
98 95 E3 40	7.112011	unknown; always zero if the attack part doesn't exist
ED E7 14 41	9.306623	unknown; always zero if the attack part doesn't exist
D4 2E 9E 41	19.772865	unknown; always zero if the attack part doesn't exist
8F FB CC 41	25.622831	unknown; always zero if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
8D 87 CF 41	25.941187	unknown; always zero if the attack part doesn't exist
05 00	5	unknown; always -1 if the attack part doesn't exist
00 00	0	unknown; always zero
00 00 00 BF	-0.500000	unknown
1E 85 6B BF	-0.920000	unknown
19 47 0C 41	8.767358	unknown
EB 51 F0 40	7.510000	unknown
D7 A3 14 41	9.290000	unknown
0A D7 3B 41	11.740000	unknown
5E 93 BF 40	5.986739	unknown
2F 00	47	unknown
01	1	unknown
16	22	unknown
85 EB 51 BF	-1.850000	unknown
E1 7A 7C C1	-3.900000	unknown
69 61 BF 40	16.874636	unknown
70 3D 22 41	10.510000	unknown
47 E1 3A 40	8.860000	unknown
33 33 DB 40	18.460000	unknown
F7 C0 2E 3E	0.055320	unknown
00 00 00 00	0	unknown; always zero
18 00 00 00	24	unknown; Oni Tools 1.51 says that this is the size of the following extent part in the raw file; I doubt it; maybe it's the amount of packages
E0 BB 80 00	80 BB E0	at this position starts the extent part in the raw file
konflash1		attack sound ("slap")
00 00	0	hard pause in 1/60 seconds
12 00	12	soft pause in 1/60 seconds
00 00	0	unknown; it seems that it belongs to the sound part
00 00	0	unknown
00 00	0	unknown
00 00	0	unknown
00 00	0	unknown
3C 00	60	frames per second
06 00	6	compression size
16 00	22	type; ID for the animation
16 00	22	aiming type; ID for the animation
00 00	0	from state
07 00	7	to state
13 00	19	bodyparts
50 00	50	frames
50 00	50	duration in in 1/60 seconds
00 02	unknown	varient; Oni read it in this way: 02 00 = 200; I would read it either as a short: 00 02 (in dec: 512) or as two seperate bytes: 00, 02 (in dec: 0, 2)
AD DE	dead	varient end; Oni read it in this way: DE AD = dead; I would read it as a short: AD DE (not used)
00 00	0	atomic start
FF FF	65535	atomic end
00 00	0	end interpolation
FF FF	65535	maximal interpolation
FF FF	-1	action frame
0A 00	10	first level
01	1	unknown
1C	28	unknown
02	2	amount of attacks
00	0	amount of take damage
01	1	amount of motion blur
01	1	amount of shortcuts
02	2	amount of footsteps
04	4	amount of particles
AD DE	dead	not used

Unknown stuff

0x40 and 0x44 : how exactly do they work?

floats at 0x58-0xF3, non-zero for attack moves : hitboxes?

(isn't everything from 0x58 to 0x14F attack-only?)

Notes to self, investigating...

0x164 is usually the same as 0x162 (type) except for :

• KONRIFrun_slide_getup, KONRIFrun_slide_run
• KONPISstartle_lt1, KONPISstartle_rt1
• KONRIFstartle_lt1, KONRIFstartle_rt1
• STRRIFrun_slide_getup, STRIKElev3_startle
• STRPISstartle_lt1, STRPISstartle_rt1
• STRRIFstartle_lt1, STRRIFstartle_rt1
• STRPISstartle_lt2, STRPISstartle_rt2
• STRRIFstartle_lt2, STRRIFstartle_rt2
• COMPISstartle_lt1, KONPISstartle_rt1
• COMRIFstartle_lt1, KONRIFstartle_rt1
• COMPISstartle_lt2, COMPISstartle_rt2
• COMRIFstartle_lt2, COMRIFstartle_rt2

(for all these, 0x164 is null : "None")

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ONI BINARY DATA
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TRAM : Totoro Animation Sequence
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