OBD:ONCC

ONI BINARY DATA OFGA << Other file types >> ONCP ONCC : Oni Character Class switch to XML:ONCC page Overview @ Oni Stuff

Offset	Type	Raw Hex	Value	Description
0x000	res_id	01 DF 03 00	991	00991-konoko_generic.ONCC
0x004	lev_id	01 00 00 06	0	level 3
0x008	float	CD CC 0C 3F	0.550000	fall speed (not really*) (always 0.55)
0x00C	float	8F C2 75 3D	0.060000	strength of gravity for this character
0x010	float	CD CC 8C 3F	1.100000	starting velocity for a simple (tap) JUMP
0x014	float	00 00 80 C0	-4.000000	maximum velocity for jumping and falling
0x018	float	8F C2 F5 3C	0.030000	upward acceleration as long as you hold JUMP
0x01C	int16	07 00	7	fall timer (not really*) (always 7)
0x01E	int16	14 00	20	how long you can continue holding down JUMP to increase the height of your jump
0x020	float	00 00 34 42	45.000000	maximum falling height without damage
0x024	float	00 00 07 43	135.000000	maximum falling height with damage

Units

times are in frames

heights are in world units (0.1m or 4")

velocities are in world units per tick (1/60s)

accelerations are in world units per tick squared

Fall speed and timer

These two fields are only looked at when predicting whether an attack will hit a target while the attacker is in midair. They are probably a development relic that is looked at in error, as the actual falling speed is determined by 0x00C and the actual fall timer is 0x01E.

Jetpack timer

You can press JUMP multiple times during the time window when it's large enough. See this mod for an application of this principle.

Falling height

let FH1 be the height at 0x20

let FH2 be the height at 0x24

let BH be the base health of the character

let FH be the actual falling height

then, if FH > FH2, the character is killed

if FH < FH1, the character takes no damage

if FH1 < FH < FH2, the character takes damage (FH - FH1) / (FH2 - FH1) * BH

Shadow Constants

Offset	Type	Raw Hex	Value	Description
0x028	link	01 F8 03 00	1016	link to 01016-shadow1.TXMP
0x02C	float	00 00 40 41	12.000000	height where the diameter of the shadow shrinks to 0x03C
0x030	float	00 00 00 41	8.000000	height range over which the diameter of the shadow decreases from 0x034 to 0x038 and the shadow starts to fades out from 0x040 to 0x042
0x034	float	00 00 C0 40	6.000000	maximum diameter of the shadow
0x038	float	00 00 90 40	4.500000	diameter that the shadow shrinks to when 0x030 is reached
0x03C	float	00 00 40 40	3.000000	minimum diameter of the shadow
0x040	int16	30 00	48	starting transparency of the shadow as the character rises towards 0x030
0x042	int16	30 00	48	starting transparency of the shadow when the character begins to get above 0x030

Jump Constants

Offset	Type	Raw Hex	Value	Description
0x044	float	00 00 C8 41	25.000000	unused (always 25)
0x048	int8	16	22	unused (always 22)
0x049	int8	06	6	unused (always 6)
0x04A	char[2]	AD DE	dead	pad

Cover Constants

Offset	Type	Raw Hex	Value	Description
0x04C	float	00 00 20 42	40.000000	unused (always 40)
0x050	float	00 00 96 43	300.000000	unused (always 300)
0x054	float	35 FA 8E 3C	0.017453	unused (always π/180)
0x058	float	DB 0F C9 3F	1.570796	unused (always π/2)

Autofreeze Constants

Offset	Type	Raw Hex	Value	Description
0x05C	float	00 00 A0 40	5.000000	unused (always 5)
0x060	float	00 00 80 3F	1.000000	unused (always 1)

Inventory Constants

Offset	Type	Raw Hex	Value	Description
0x064	int16	06 00	6	hypo regeneration rate in ticks per hit point restored
0x066	char[2]	AD DE	dead	ignored

LOD Constants

Squares of the distance from the camera at which each LOD kicks in (this article has the full calculation for arriving at the LOD to use)

Offset	Type	Raw Hex	Value	Description
0x068	float	00 10 3D 48	193600.000000	always 440 squared
0x06C	float	00 10 3D 47	48400.000000	always 220 squared
0x070	float	00 10 3D 46	12100.000000	always 110 squared
0x074	float	00 00 00 00	0.000000	always 0
0x078	float	00 00 00 00	0.000000	always 0

Hurt Sound Constants

See HERE for the full calculation of whether to play a hurt sound and which sound to play.

Offset	Type	Raw Hex	Value	Description
0x07C	int16	23 00	35	minimum chance of playing a pain sound (always 35)
0x07E	int16	5A 00	90	maximum chance of playing a pain sound (always 90)
0x080	int16	0F 00	15	at least this much damage must be done to play a pain sound (always 15)
0x082	int16	78 00	120	time in ticks before the damage tracker used for this AI's pain sounds resets (always 120)
0x084	int16	23 00	35	time in ticks that must pass between pain sounds being played (always 35)
0x086	int16	01 00	1	number of times that AI will play light pain sound before "upgrading" to a medium pain sound (always 1)
0x088	int16	02 00	2	number of times that AI will play medium pain sound before "upgrading" to a heavy pain sound (always 2)
0x08A	int16	64 00	100	chance of playing a death sound (always 100)
0x08C	int16	0A 00	10	minimum damage required for an AI to play the pain sound at maximum volume (always 10)
0x08E	int16	0C 00	12	cumulative damage before a light pain sound gets upgraded to a medium pain sound (always 12)
0x090	int16	16 00	22	cumulative damage before a medium pain sound gets upgraded to a heavy pain sound (always 22)
0x092	int8	00	0	runtime only: if sound pointers have been set
0x093	char[1]	DE	dead	ignored
0x094	float	00 00 00 3F	0.500000	minimum volume of pain sound (before 0x08C is reached and volume becomes 100%)
0x098	char[32]	konoko_hurt_light		light hurt sound (reference to 08121-konoko_hurt_light.imp.OSBD of level 0)
0x0B8	char[32]	konoko_hurt_medium		medium hurt sound (reference to 08123-konoko_hurt_medium.imp.OSBD of level 0)
0x0D8	char[32]	konoko_hurt_heavy		heavy hurt sound (reference to 08119-konoko_hurt_heavy.imp.OSBD of level 0)
0x0F8	char[32]	konoko_death		death sound (reference to 08115-konoko_death.imp.OSBD of level 0)
0x118	int32	00 00 00 00	0	runtime only: pointer to light hurt sound
0x11C	int32	00 00 00 00	0	runtime only: pointer to medium hurt sound
0x120	int32	00 00 00 00	0	runtime only: pointer to heavy hurt sound
0x124	int32	00 00 00 00	0	runtime only: pointer to death sound

AI Constants

Offset	Type	Raw Hex	Value	Description
0x128	bitset	17 00 00 00	23	AI options bitset; see below
0x12C	float	00 00 80 3F	1.000000	AI rotation speed factor
0x130	int16	06 00	6	minimum number of frames AI remains in fallen position when it is knocked down
0x132	int16	18 00	24	maximum number of frames AI remains in fallen position when it is knocked down
0x134	uint32	0F 00 00 00	15	number of frames after which AI realizes that it is in the firing spread and it starts dodging
0x138	float	00 00 80 3F	1.000000	minimum dodge time; how long AI should perform dodging/hiding in response to being inside a firing spread (the higher it is, the longer he will hide/dodge even after firing spread disappears)
0x13C	float	00 00 80 3F	1.000000	dodge priority dampening; the higher it is, the lower priority the AI gives to dodging

AI options bitset

allows or disables some parts of the AI behavior

• no flags - startle anim is enabled, rest is disabled
• 0x01 - startle anim disabled
• 0x02 - firing spread/projectile dodge enabled for melee
• 0x04 - requires 0x02; firing spread/projectile dodge enabled for weapons; AI tries to face shooter and shoot back while dodging
• 0x08 - requires 0x02, overrides 0x04 if both are set; firing spread/projectile dodge enabled for weapons; AI isn't shooting, it just tends to run away, not facing shooter
• 0x10 - bit not used

AI rotation speed factor

reference rotation speed is about 1 turn (360�) per second

the setting is only effective if the AI is in control

so it's a bit like the AI's mouse sensitivity :)

AI Targeting Prediction Constants

See HERE for how the variables here interact to control the AI's target prediction.

Offset	Type	Raw Hex	Value	Description
0x140	float	00 00 00 3F	0.500000	multiplied against target's distance to get error in AI's/turret's first wild shot (always 0.5)
0x144	float	00 00 C8 41	25.000000	max value for result of multiplication above (always 25)
0x148	float	00 00 80 3F	1.000000	accuracy multiplier for prediction of target's position (always 1)
0x14C	int32	00 00 00 00	0	maximum allowed frames of lookback to be used for predicting target's position (always 0)
0x150	int32	05 00 00 00	5	frames of delay in recognizing target's current position (always 5)
0x154	int32	0F 00 00 00	15	number of frames over which AI can average target's velocity to help predict position (always 15)
0x158	int32	3C 00 00 00	60	size in frames of target's history location buffer (always 60)

AI Weapon Skills

This is an array of 13 sets of skill variables, one for each weapon. Below is the data for the first element:

Offset	Type	Raw Hex	Value	Description
0x15C	float	00 00 00 00	0.000000	recoil compensation amount (0.0 = no compensation, 1.0 = no recoil)
0x160	float	00 00 00 00	0.000000	minimum aiming error as an angle in radians
0x164	float	00 00 00 00	0.000000	shot grouping error as a percentage
0x168	float	00 00 80 3F	1.000000	how quickly aiming inaccuracy decreases or increases while shooting (ranges from 0.0 to 1.0)
0x16C	float	00 00 80 3F	1.000000	shooting inaccuracy multiplier
0x170	uint16	00 00	0	minimum delay in ticks before pulling the trigger again
0x172	uint16	00 00	0	maximum delay in ticks before pulling the trigger again

AI weapon skills can be reviewed with e.g. ai2_skill_select konoko_generic w1_tap and then either ai2_skill_show (prints to console) or ai2_skill_save (prints to file).

The first weapon (weapon 0) is not in the game anymore, whatever it was. Mutant Muro's thunderbolt is handled as animation-bound particles, although it used to be handled as a weapon (same for Mukade's Devil Star, except w10_sni is still available). Barabas' Wave Motion Cannon is a bit mixed up since the beam is made of w12_ba2 particles and the grenade is a w11_ba1 particle.

Weapon	Offset	recoil	bestangle	error	decay	inaccuracy	delays
w0_sec	0x15C/0x173	0.0	0.000000	0.00	1.0	1.0	0 - 0
w1_tap	0x174/0x18B	0.0	0.000000	0.40	0.4	0.0	30 - 45
w2_sap	0x18C/0x193	0.3	0.013962	0.13	1.0	1.0	0 - 0
w3_phr	0x194/0x20B	0.3	0.010472	0.05	0.5	1.0	0 - 0
w4_psm	0x20C/0x213	0.3	0.015707	0.03	0.2	1.0	0 - 0
w5_sbg	0x214/0x22B	0.3	0.001745	0.00	0.1	1.0	0 - 0
w6_vdg	0x22C/0x233	0.3	0.001745	0.13	0.9	1.0	0 - 0
w7_scc	0x234/0x24B	0.3	0.001745	0.05	0.1	1.0	0 - 0
w8_mbo	0x24C/0x253	0.3	0.005236	0.01	0.5	1.0	0 - 0
w9_scr	0x254/0x26B	0.3	0.010472	0.04	0.5	1.0	0 - 0
w10_sni	0x26C/0x273	0.0	0.000000	0.00	1.0	1.0	0 - 0
w11_ba1	0x274/0x28B	0.0	0.000000	0.00	1.0	1.0	0 - 0
w12_ba2	0x28B/0x293	0.0	0.000000	0.00	1.0	1.0	0 - 0

Other AI Behaviors

Offset	Type	Raw Hex	Value	Description
0x294	int32	5A 00 00 00	90	how long AI will continue shooting a dead body to make sure it's dead (always 90)
0x298	int32	F0 00 00 00	240	how long AI will stand over dead body before returning to last job (always 240)
0x29C	int32	B4 00 00 00	180	how long after losing sight of target until AI engages pursuit mode (always 180)
0x2A0	int32	28 00 00 00	40	chance (as a percentage) of AI taunting a dead body
0x2A4	int32	37 00 00 00	55	chance (as a percentage) of AI running to some weapon to pick it up; can be checked in Dev Mode with the debug_gun_behavior command
0x2A8	int32	3C 00 00 00	60	chance (as a percentage) of AI performing a running weapon pickup (including acrobatics moves, slides) instead of the normal "stop and pick up"; this is calculated after the engine decides that the AI will go for a gun
0x2AC	int16	00 00	0	combat profile ID; for example *0D* is for Mutant Muro
0x2AE	int16	16 00	22	melee profile ID
0x2B0	int8	64	100	"taunt" sound probability (always)
0x2B1	int8	00	0	"alert" sound probability (never)
0x2B2	int8	00	0	"startle" sound probability (never)
0x2B3	int8	00	0	"checkbody" sound probability (never)
0x2B4	int8	00	0	"pursue" sound probability (never)
0x2B5	int8	00	0	"cower" sound probability (never)
0x2B6	int8	64	100	"superpunch" probability (always)
0x2B7	int8	64	100	"superkick" probability (always)
0x2B8	int8	00	0	"super3" sound probability (never)
0x2B9	int8	00	0	"super4" sound probability (never)
0x2BA	int16	00 00	0	probably a blank filler (always the same)
0x2BC	char[32]	c17_99_28konoko		"taunt" sound (reference to 08108-c17_99_28konoko.amb.OSBD of level 0)
0x2DC	char[32]	unused		"alert" sound name
0x2FC	char[32]	unused		"startle" sound name
0x31C	char[32]	unused		"checkbody" sound name
0x33C	char[32]	unused		"pursue" sound name
0x35C	char[32]	unused		"cower" sound name
0x37C	char[32]	c18_79_14konoko		"superpunch" sound name (reference to 08110-c17_99_28konoko.amb.OSBD of level 0)
0x39C	char[32]	c18_79_15konoko		"superkick" sound name (reference to 08112-c17_99_28konoko.amb.OSBD of level 0)
0x3BC	char[32]	unused		"super3" sound name (only Mukade uses this slot)
0x3DC	char[32]	unused		"super4" sound name (never used in game data)
The following 7 vision fields are used to detect if a character can be seen by AI; see Vision Field below for explanation
0x3FC	float	00 80 ED 43	475.000000	central vision distance
0x400	float	00 00 16 43	150.000000	peripheral vision distance
0x404	float	7D 1B 44 3F	0.766044	vertical vision range
0x408	float	F3 B3 51 3F	0.819152	central vision range
0x40C	float	E8 D5 12 3F	0.573576	central vision max
0x410	float	D5 D0 31 3E	0.173648	peripheral vision range
0x414	float	6B 61 D8 BE	0.422618	peripheral vision max
0x418	int32	B4 00 00 00	180	how long will AI know exactly where its enemy is even if it can't see him with central vision field, and attempt to attack him
0x41C	int32	84 03 00 00	900	how long will AI remain strongly convinced that there is an enemy, but will investigate his presence rather than attack him
0x420	int32	10 0E 00 00	3600	how long an AI will remain weakly convinced of an enemy's presence, looking around aimlessly to find him (Glance pursuit mode)
0x424	int32	10 0E 00 00	3600	decay time for dropping back from high alert to medium alert
0x428	int32	50 46 00 00	18000	decay time for dropping back from medium alert to low alert
0x42C	int32	A0 8C 00 00	36000	decay time for dropping back from low alert to no alert status
0x430	float	00 00 80 3F	1.000000	hearing radius; defines size of the sound-detection sphere around an AI

Vision Field

See HERE for details on how this works.

Link to ONCV (variant)

Offset	Type	Raw Hex	Value	Description
0x434	link	01 FB 03 00	1019	link to 01019-konoko.ONCV; defines variants and upgrades

Link to ONCP (particles)

Offset	Type	Raw Hex	Value	Description
0x438	link	01 F9 03 00	1017	link to 01017-.ONCP; lists the particles available for this character (trails, flashes, etc)

Link to ONIA (impacts)

Offset	Type	Raw Hex	Value	Description
0x43C	link	01 FA 03 00	1018	link to 01018-.ONIA; lists the special impact sounds (used for special combat moves)

Animation Impacts

Offset	Type	Raw Hex	Value	Description
0x440	bool	00	unused	found indices
0x441	uint8	00	unused	padding
0x442	uint16	00 00	unused	modifier type
0x444	char[16]	Light		modifier name (only visible in pm_mod_type.WMM_, level 0) edit: WMDD says: Effects found for Impact x on Material y with Modifier: pm_mod_types
First of 15 impact elements.
0x454	char[128]	Footstep_Walk		walk impact (reference to 04124-Footstep_Walk.Impt of level 0); always the same; without the impacts you can't hear the steps of a character
0x4D4	int16	FF FF	-1	set at runtime to the value stored at 0x08 in Impt
End of an array.
-----	char[2]	-- --	--	padding

Offset	Type	Raw Hex	Value	Description
0xBF2	int16	00 00	0	padding
0xBF4	char[64]	unused		special death particle; only the Mad Bomber uses it
0xC34	link	00 00 00 00	unused	runtime only
0xC38	link	00 00 00 00	unused	runtime only
0xC3C	link	01 E6 03 00	998	link to 00998-konoko_body_high.TRBS
0xC40	link	01 E7 03 00	999	link to 00999-konoko002_high_texture_generic.TRMA
0xC44	link	01 E8 03 00	1000	link to 01000-.CBPM
0xC48	link	01 EC 03 00	1004	link to 01004-.CBPI
0xC4C	int32	2C 01 00 00	300	how long in ticks before character can leave fight mode
0xC50	int32	30 75 00 00	30000	how long in ticks before the Idle animation can be played the first time
0xC54	int32	30 75 00 00	30000	how long in ticks before the Idle animation can be played another time
0xC58	int32	C8 00 00 00	200	base health of the character model; specific health information for every unique character is stored in the Character.BINA file
0xC5C	int32	48 00 00 00	72	unused
0xC60	float	00 00 80 3F	1.000000	minimum body size factor
0xC64	float	00 00 80 3F	1.000000	maximum body size factor
The following 7 float values are ONCC-specific multipliers for each of the 7 PAR3 DamageTypes. See Particle damage types for an explanation of DamageTypes. Values range from 0.0-1.0, with 0 meaning "no immunity" and 1 meaning "total immunity". Note: These multipliers only affect the stun damage and knockback components of a PAR3 action, not the HP damage dealt.
0xC68	float	00 00 00 00	0.000000	"Normal" DamageType multiplier
0xC6C	float	00 00 00 00	0.000000	"MinorStun" DamageType multiplier
0xC70	float	00 00 00 3F	0.500000	"MajorStun" DamageType multiplier
0xC74	float	00 00 80 3E	0.250000	"MinorKnockdown" DamageType multiplier
0xC78	float	00 00 00 00	0.000000	"MajorKnockdown" DamageType multiplier
0xC7C	float	00 00 00 00	0.000000	"Blownup" DamageType multiplier
0xC80	float	00 00 00 00	0.000000	"Pickup" DamageType multiplier
0xC84	float	00 00 00 3F	0.500000	damage reducer, employed when the character has a boss shield (0.0-1.0 = 0%-100%)
0xC88	link	01 F6 03 00	1014	link to 01014-konoko_animations.TRAC
0xC8C	link	01 F6 03 00	1015	link to 01015-konoko_screens.TRSC
0xC90	int16	1E 00	30	unused
0xC92	int16	00 00	0	time between death and deletion, in frames (0 for all characters except Mad Bomber, who is 190 ticks)
0xC94	bitset	00	0	TRSC bitset; see below
0xC95	int8	01	1	character has Daodan powers (can overheal with hypos, do more damage in overpower mode)
0xC96	int8	00	0	character has supershield (see XML:ONCC for details)
0xC97	int8	00	0	turns on canttouchthis cheat (used by MutantMuro.ONCC)
0xC98	char[8]	AD DE	dead	unused

TRSC bitset

Determines whether character is left-handed or right-handed (weapon is attached to left or right fist bone). Must be consistent with character's TRSC or glitches appear. Possibilities are:

NONE - Character is right-hander with both pistols and rifles

0x01 - Character is left-hander with both pistols and rifles

0x02 - Character is left-hander with pistols but "right-hander" with rifles (however, animations for rifles are treated as left-handed)

Body size factor

The geometry specified in a character's TRBS (Totoro body set) can be multiplied by a scale factor. For example, the minime and behemoth cheats set that factor to 0.25 or 1.8, and back to 1. The size can be used for specific purposes (mini-Strikers, Mutant Muro, giant Shinatama), or it can be used to add generic variety to Oni's characters, as a complement to "character variants" (ONCV).

The floats at 0xC60 and 0xC64 define a range in which Oni can pick a random body size factor (if the two values are identical, then the body size factor is effectively fixed instead of random). Konoko, Shinatama (both regular and zombified), Griffin (both variants) and Muro all have a fixed body size of 1. Mini-Strikers have 0.5 and giant Shinatama has 7 (yes, seven).

Everybody else (including Barabas, Mukade and Kerr) has a random body size within 5% of 1 (i.e., the floats at 0xC60 and 0xC64 are 0.95 and 1.05). Mutant Muro is a bit odd because his "minimum" body size 1.75 and the "maximum" is 1.74 (the difference is barely noticeable anyway). In the Anniversary Edition, some characters have altered factors (e.g., Shinatama Too).

The random value is different every time the ONCC is looked up (e.g., when a character is spawned or shapeshifted) and is not reproducible. Here is a simple script for CHAPTER 06 . COUNTERATTACK a.k.a. IGMD/tctf (remove all BSL files and leave only the one below):

func main
{
  ai2_allpassive 1
  ai2_spawn a_v3
  ai2_spawn Lv_40
  ai2_spawn lobby_victim05
  chr_location 1 -1255 -1.5 50
  chr_location 2 -1255 -1.5 60
  chr_location 3 -1255 -1.5 70
  chr_location 4 -1255 -1.5 80
  ai2_lookatme
}

This script lines up four "usual suspects" against a wall in the parking lot of the TCTF HQ. Load the level repeatedly and note how their heights vary.

ONI BINARY DATA
OFGA << Other file types >> ONCP
ONCC : Oni Character Class
Character file