XML:ONCC

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The xml code on this page is based on onisplit v0.9.61.0

ONCC: Oni character class

general information

• ONCP, ONIA, OBPI and OBPM are part of ONCC*.oni files.
• ONCC files can be found in Edition/GameDataFolder/level0_Final
• The XML tags are more or less self-explanatory - if not, look at the hex page.
  Things that still need deeper explanation:

<CoverConstants>

<AutoFreezeConstants>

<LODConstants>

<AirConstants>

Units

times are in frames

heights are in world units

velocities are in world units per frames

accelerations are in world units per frames squared

Downwards velocity

could correspond to the steady push experienced when neither jumping nor falling

would be roughly equivalent to the starting velocity of a fall

although the value .55 seems right, the "sinking" seems to be hardcoded now

Gravity timer

Seems to be hardcoded now (could be the time until gravity switches on)

Jetpack timer

You can press JUMP multiple times during the time window (quite fun!)

Falling height

let FH1 be the height at <MaxNoDamageFallingHeight>

let FH2 be the height at <MaxDamageFallingHeight>

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

<FallGravity>	float	downwards velocity? (always 0.55)
<JumpGravity>	float	downward gravity acceleration
<JumpStartVelocity>	float	starting velocity for a simple (tap) JUMP
<MaxVelocity>	float	limit velocity for jumping and gravity flight
<JetpackAcceleration>	float	upward acceleration (jetpack) if you hold JUMP
<FramesFallGravity>	int16	gravity timer? (always 7)
<JetpackTimer>	int16	time during which you can use the jetpack
<MaxNoDamageFallingHeight>	float	maximal falling height without damage
<MaxDamageFallingHeight>	float	maximal falling height with damage

<ShadowConstants>

<Texture>	float	TXMPfile.oni
<MaxHeight>	float	height where the shadow fades out completely
<FadeHeight>	float	height where the diameter of the shadow decreases and the shadow fades out half
<SizeMax>	float	height where the diameter of the shadow decreases
<SizeFade>	float	height where the diameter of the shadow decreases
<SizeMin>	float	height where the diameter of the shadow decreases
<AlphaMax>	int16	transparency of the shadow for the first part of a jump
<AlphaFade>	int16	transparency of the shadow for the second part of a jump

<JumpConstants>

<JumpDistance>	float	always the same (25)
<JumpHeight>	int8	always the same (22)
<JumpDistanceSquares>	int 8	always the same (6)

<CoverConstants>

<RayIncrement>	float	always the same (40)
<RayMax>	float	always the same (300)
<RayAngle>	float	always the same (0.017453 = PI/180)
<RayAngleMax>	float	always the same (1.57 = PI/2)

<AutoFreezeConstants>

<DistanceXZ>	float	always the same (5)
<DistanceY>	float	always the same (1)

<InventoryConstants>

<HypoRegenerationRate>

int16

(inverse) hypo regeneration rate in frames per health point; overhealth regeneration rate is not affected by this if rate = 60; if a hypo restores 50HP then we get 60/1 * 50 = 3000 frames (50s) if rate = 6; if a hypo restores 50HP then we get 6/1 * 50 = 300 frames (5s) if rate = 0 it becomes rate = 1 at runtime, so regeneration will still take 50 frames (< 1s)

<LODConstants>

	float	always the same (193600); this is 440 squared
<Float>	float	always the same (48400); this is 220 squared
<Float>	float	always the same (12100); this is 110 squared
<Float>	float	always the same (0)
<Float>	float	always the same (0)

<HurtSoundConstants>

<BasePercentage>	int16	hurt_base_percentage; always the same (35)
<MaxPercentage>	int16	hurt_max_percentage; always the same (90)
<PercentageThreshold>	int16	hurt_percentage_threshold; always the same (15)
<Timer>	int16	hurt_timer; always the same (120)
<MinTimer>	int16	hurt_min_timer; always the same (35)
<MaxLight>	int16	always the same (1)
<MaxMedium>	int16	always the same (2)
<DeathChance>	int16	always the same (100)
<VolumeTreshold>	int16	hurt_volume_threshold; always the same (10)
<MediumTreshold>	int16	hurt_medium_threshold; always the same (12)
<HeavyTreshold>	int16	hurt_heavy_threshold; always the same (22)
<MinVolume>	float	minimal sound volume
<LightSound>	char[32]	OSBDfile.imp.oni (only the file name)
<MediumSound>	char[32]	OSBDfile.imp.oni (only the file name)
<HeavySound>	char[32]	OSBDfile.imp.oni (only the file name)
<DeathSound>	char[32]	OSBDfile.imp.oni (only the file name)

<AIConstants>

<Flags>	flag	NoStartleAnim EnableMeleeFireDodge ShootDodge (requires EnableMeleeFireDodge; AI tries to face shooter and shoot back while dodging) RunAwayDodge (requires EnableMeleeFireDodge; overrides ShootDodge; firingspread/projectile dodge enabled for weapons; AI isn't shooting, it just tends to run away, not facing shooter) NotUsed
<RotationSpeed>	float	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 :)
<DazedMinFrames>	int16	minimal fallen time; number of frames for which AI remains in *fallen* position when it is knockdowned
<DazedMaxFrames>	int16	maximal fallen time; number of frames for which AI remains in *fallen* position when it is knockdowned
<DodgeReactFrames>	uint32	number of frames after which AI realizes that it is in the firing spread and it starts dodging
<DodgeTimeScale>	float	minimal firingspread dodge amount; IMO similar to maneouvre variable, it tells AI how long it should perform dodging/hiding in response to some time spent inside firing spread (so setting this very high means that once enemy starts dodging/hiding, he will perform it even after firing spread disappears)
<DodgeWeightScale>	float	maximal firingspread dodge amount; IMO similar to maneouvre variable
<Targeting>		see HERE
<WeaponSkills>		see HERE
<DeadMakeSureDelay>	int32	always the same (90), AI waits at the corpse for some time?
<InvestigateBodyDelay>	int32	always the same (240), unused ?
<LostContactDelay>	int32	always the same (180)
<DeadTauntChance>	int32	chance of AI doing a taunt when player or AI's of another team dies
<GoForGunChance>	int32	determines possibility that AI will run to some weapon and take it; can be checked in devmode by *debug_gun_behavior* command
<RunPickupChance>	int32	this value is possibility of AI running weapon pickup (acrobatics, slides) instead of normal "stop->pickup"; this is calculated AFTER engine decides that AI should run for weapon
<CombatId>	int16	combat profile ID
<MeleeId>	int16	melee profile ID
<SoundConstants>		see HERE
<HostileThreatDefiniteTimer>	int32	how long will AI know exactly where its enemy is even if it can't see him with central vision-field; AI attacks him; can be checked by *ai2_report_verbose* command (this command causes random crashes, beware)
<HostileThreatStrongTimer>	int32	how long will AI remain in strong feeling that there is the enemy, but will not attack him but investigate; can be checked by *ai2_report_verbose* command
<HostileThreatWeakTimer>	int32	how long will AI remain in weak feeling of an enemy, just looking around aimlessly (Glance pursue mode); can be checked by *ai2_report_verbose* command
<FriendlyThreatDefiniteTimer>	int32	how long will AI know exactly where its ally (Syndicate saw Syndicate for example) is even if it can't see him with central vision-field; AI simply knows there is someone else nearby; maybe has further possibilities; can be checked by *ai2_report_verbose* command (this command causes random crashes, beware)
<FriendlyThreatStrongTimer>	int32	how long will AI remain in strong feeling that there is someone else, but will not try to find him or look at him; can be checked by *ai2_report_verbose* command
<FriendlyThreatWeakTimer>	int32	how long will AI remain in weak feeling of ally, doing its usual job; can be checked by *ai2_report_verbose* command
<EarshotRadius>	float	earshot radius; defines size of the sound-collision sphere around AI

<Targeting>

<StartleMissAngle>	float	always the same for TURR and ONCC (0.5)
<StartleMissDistance>	float	always the same for TURR and ONCC (25)
<PredictAmount>	float	always the same for TURR
<PredictPositionDelayFrames>	int32	always the same for TURR
<PredictDelayFrames>	int32	always the same for TURR
<PredictVelocityFrames>	int32	always the same for TURR
<PredictTrendFrames>	int32	always the same for TURR

<WeaponSkills>

Weapon recoil bestangle error decay inaccuracy delays w0_sec 0.0 0.000000 0.00 1.0 1.0 0 - 0 w1_tap 0.0 0.000000 0.40 0.4 0.0 30 - 45 w2_sap 0.3 0.013962 0.13 1.0 1.0 0 - 0 w3_phr 0.3 0.010472 0.05 0.5 1.0 0 - 0 w4_psm 0.3 0.015707 0.03 0.2 1.0 0 - 0 w5_sbg 0.3 0.001745 0.00 0.1 1.0 0 - 0 w6_vdg 0.3 0.001745 0.13 0.9 1.0 0 - 0 w7_scc 0.3 0.001745 0.05 0.1 1.0 0 - 0 w8_mbo 0.3 0.005236 0.01 0.5 1.0 0 - 0 w9_scr 0.3 0.010472 0.04 0.5 1.0 0 - 0 w10_sni 0.0 0.000000 0.00 1.0 1.0 0 - 0 w11_ba1 0.0 0.000000 0.00 1.0 1.0 0 - 0 w12_ba2 0.0 0.000000 0.00 1.0 1.0 0 - 0

<RecoilCompensation> float (float; 0.0 = min, 1.0 = max) <BestAimingAngle> float best aiming angle in radians <ShotGroupError> float shot grouping error <ShotGroupDecay> float shot grouping decay <ShootingInaccuracyMultiplier> float shooting inaccuracy multiplier <MinShotDelay> uint16 minimum delay between shots in frames <MaxShotDelay> uint16 maximum delay between shots in frames AI Shooting Skills These 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 that was. Muro's thunderbolt is handled as animation-bound particles, although it used to be handled as a weapon (same for Mukade's ball, except w10_sni is still available) (w12_ba2 and w11_ba1 are a bit mixed up : the beam is made of w12_ba2 particles, and the grenade is a w11_ba1 particle...)

<VisionConstants>

Vision Field

The "range" and "max" values are logically angles but the cosine of the angle is stored instead for performace reasons. We have the following angles (in degrees):

<VerticalRange>0.766044438</VerticalRange> <CentralRange>0.819152057</CentralRange> <CentralMax>0.57357645 </CentralMax> <PeripheralRange>0.1736482</PeripheralRange> <PeripheralMax>-0.42261824</PeripheralMax>

= 40° = 35° = 55° = 80° = 115°

Within "range" the "distance" field is used to compute visibility (character is visible if the distance between AI and character is < "distance" field). Between "range" and "max" the visibility distance decreases gradually towards 0. The vision field can be made visible with the script command *ai2_showvision =1* but it should be noted that the rendering might not be accurate. In particular the peripheral vision field it's missing the central segment.

<CentralDistance>	float	central vision distance
<PeripheralDistance>	float	peripheral vision distance
<VerticalRange>	float	vertical vision range
<CentralRange>	float	central vision range
<CentralMax>	float	central vision max
<PeripheralRange>	float	peripheral vision range
<PeripheralMax>	float	peripheral vision max

ONCV, death particle, TRBS, TRMA, TRAC, TRAS, health, daodan, etc.

<Variant>	string	ONCVfile.oni, defines variants and upgrades
<Particles>	string	ONCP instance number
<Impacts>	string	ONIA instance number
<ImpactModifierName>	flag	used to choose correct effect from ONIE; impact name -> material name -> modifier (<Component> must be probably "Impact") Any Light Medium Heavy
<Impacts>	string	holds a lot <ONCCImpact><Name>Imptname.oni for character-environment collision; see ... ONIE in relation to characters
<DeathParticle>	link	in vanilla Oni only Mad Bomber uses it
<BodySet>	link	TRBSfile.oni
<BodyTextures>	link	TRMAfile.oni
<BodyMaterials>	string	CBPM instance number
<BodyImpacts>	string	CBPI instance number
<FightModeTimer>	int32	fight mode timer in 1/60 seconds
<IdleAnimation1Timer>	int32	first idle animation timer in 1/60 seconds
<IdleAnimation2Timer>	int32	second idle animation timer in 1/60 seconds
<Health>	int32	basic health of the character model; extra health information for every unique character are stored in the BINACJBOCharacter.oni file
<FeetBones>	flag	LeftFoot RightFoot
<MinBodySizeFactor>	float	minimal body size factor
<MaxBodySizeFactor>	float	maximal body size factor
<DamageFactors>		see HERE
<BossShieldProtectAmount>	float	BossShield Protect Amount
<Animations>	link	TRACfile.oni
<AimingScreens>	link	TRASfile.oni
<AIRateOfFire>	int16	AI Rate of Fire
<DeathDeleteDelay>	int16	time between death and deletion, in frames (about 3 seconds for mad bomber)
<WeaponHand>	flag	0 - right 1 - left
<HasDaodanPowers>	int8	when set to 1 indicates that character has daodan powers (character does more damage in overpower mode)
<HasSupershield>	int8	when set to 1 indicates that character has supershield is visible as red shield when overpowered needs daodan flag above and 51% overpower to be enabled; chenille cheat works too now it prevents damage from weapon fire and melee (exception are throws) received (melee) hits cause not blue block flashes but orange flares (see HERE)
<CantTouchThis>	int8	when set to 1, generically turns on canttouchthis cheat for this ONCC (used by ONCCMutantMuro)

<DamageFactors>

The following 7 float values corespond to damage types.

<Float>	float	somthing with normal damage ?
<Float>	float	something with minor stun ?
<Float>	float	major stun timer; specifies how long should be this char stunned when hit with w6_vdg; the longest time possible to be stunned is when this field is zero. Then this ONCC is stunned for 200 frames (30 frames for initial stagger + the rest of the frames is stun animation). The shortest time is for 1.000000 (no stagger/stun at all)
<Float>	float	something with minor knockdown ?
<Float>	float	something with major knockdown ?
<Float>	float	something with blownup ?
<Float>	float	something with pickup ?

ONCP: character particle

• ONCP is used for giving particle to animations. Search for "Particles" tag in TRAM file.

XML structure

   <ONCP id="3">
       <Particles>
           <ONCPParticle>
               <Name>...</Name>
               <Type>...</Type>
               <BodyPart>...</BodyPart>
           </ONCPParticle>
           [...]
       </Particles>
   </ONCP>

<Name> is anchor for TRAM link; vanilla names:

acid - for death event in bio lab (level 3)

barabwave - for Baraba's earthquaker

blanka - for one of MutantMuro's special attacks

contrail - for colored heavy attacks (character specific <Type>)

daodan - Konoko's daodan blow

daodan2 - Konoko's daodan blow (last level)

death

dust

fireball - Mukade's devil star

flash - attack impact flash

glow - colored glow particle for attacks

murowave - for MutantMuro's ass bomb

snap - health indicator particle ?

teleport - for Mukade's teleport animation

thud

thunderbolt - for one of MutantMuro's special attacks

trail - white color contrail for standard attacks

rocket - for Baraba's jetpack

super_attractor - for MutantMuro

super_glow - body daodan glow particle

super_l_hand - left hand daodan glow particle (<BodyPart>LeftFist)

super_r_hand - right hand daodan glow particle (<BodyPart>RightFist)

<Type> provide particle (file name without prefix BINA3RAP and without suffix .oni)

<BodyPart> means bone Id, see TRIA; also allowed: "KillImpact"

ONIA: Oni character impact array

• ONIA is used for special attacks as kind of extension to CBPI in ONIE.
• <Name> is anchor for TRAM link, <Type> and <Modifier> are links for ONIE. "Light", "Medium" and "Heavy" are possible modifier.
• See ONIE for more information.

XML structure

   <ONIA id="4">
       <Impacts>
           <ONIAImpact>
               <Name>...</Name>
               <Type>Bar_Super_Punch</Type>
               <Modifier>Heavy</Modifier>
           </ONIAImpact>
           [...]
   </ONIA>

CBPM: character body part materials

• CBPM link to Mtrl files which are used by ONIE.

XML structure

The link Id is equal to bone list in TRIA. For example: eleventh material links to character's head.

   <CBPM id="7">
        <Materials>
            <Link>MtrlCloth</Link>
            <Link>MtrlCloth</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlCloth</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlCloth</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
            <Link>MtrlArmor</Link>
        </Materials>
   </CBPM>

CBPI: character body part impacts

• They link to Impt files which are used by ONIE.
• Special attacks have there own Impt files. See ONIA.

XML structure

The link Id is equal to bone list in TRIA. For example: eleventh material links to character's head.

   <CBPI id="8">
       <HitImpacts>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptKick_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptHead_Hit</Link>
           <Link>ImptHead_Hit</Link>
           <Link>ImptHead_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptHead_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptPunch_Hit</Link>
           <Link>ImptPunch_Hit</Link>
       </HitImpacts>
       <BlockedImpacts>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptKick_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptHead_Blocked</Link>
           <Link>ImptHead_Blocked</Link>
           <Link>ImptHead_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptHead_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
           <Link>ImptPunch_Blocked</Link>
       </BlockedImpacts>
       <KilledImpacts>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptKick_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptHead_Killed</Link>
           <Link>ImptHead_Killed</Link>
           <Link>ImptHead_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptHead_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptPunch_Killed</Link>
           <Link>ImptPunch_Killed</Link>
       </KilledImpacts>
   </CBPI>

special ONCC overview

"Here you can download the complete overview of all used different ONCC files as a text file.
Copy it to a spreadsheet calculation program like Excel." - ssg

• http://ssg.oni2.net/subfold/text/oni_oncc_dp.txt
• http://ssg.oni2.net/subfold/text/oni_oncc_dc.txt