TRAM File

TRAM FILE

Totoro Animation Sequence - Character File

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

90 144 flags 1 in connection to the anim_flags.StNA file; it's a bitset; the following bits are possible:

0 - none

1 - private1

2 - invulnerable

4 - blockHigh

8 - blockLow

16 - attack

32 - dropWeapon

64 - inAir

128 - atomic

(Thanks to geyser who figured that out.)

00 0 flags 2 in connection to the anim_flags.StNA file; it's a bitset; the following bits are possible:

0 - nothing

1 - noTurn

2 - attackForward

4 - attackLeft

8 - attackRight

16 - attackBackward

32 - overlay

64 - dontInterpolateVelocity

128 - throwSource

(Thanks to geyser who figured that out.)

08 8 flags 3 in connection to the anim_flags.StNA file; it's a bitset; the following bits are possible:

0 - nothing

1 - throwTarget

2 - realWorld

4 - doAim

8 - dontAim

16 - canPickup

32 - aim360

64 - disableShield

128 - noAIPickup

(Thanks to geyser who figured that out.)

00 0 unused bitset; always zero

00 00 00 00 not used direct animation 0 (link to another TRAM file)

00 00 00 00 not used direct animation 1 (link to another 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 Konoko's second punch, Oni waits for a third punch or a kick.

00 0 used parts 1; it's a bitset; the following bits are used (only overlay animations use them) (values in dec):

0 - nothing

1 - pelvis

2 - left thigh

4 - left calf

8 - left foot

16 - right tight

32 - right calf

64 - right foot

128 - mid

(Thanks to geyser who figured that out.)

00 0 used parts 2; it's a bitset; the following bits are used (only overlay animations use them) (values in dec):

0 - nothing

1 - chest

2 - neck

4 - head

8 - left shoulder

16 - left bicep

32 - left wrist

64 - left hand

128 - right shoulder

(Thanks to geyser who figured that out.)

00 0 used parts 3; it's a bitset; the following bits are used (only overlay animations use them) (values in dec):

0 - nothing

1 - right bicep

2 - right wrist

4 - right hand

(Thanks to geyser who figured that out.)

00 0 unused bitset; always zero

00 0 replace parts 1; it's a bitset; it has the same bits as "used parts 1" above

00 0 replace parts 2; it's a bitset; it has the same bits as "used parts 2" above

00 0 replace parts 3; it's a bitset; it has the same bits as "used parts 3" above

00 0 unused bitset; always zero

00 00 00 00 0.000000 final rotation; stored as multiples of the number "pi" (3.141592...)

01 00 1 move direction; the following directions are possible:
0 - none
1 - forward
2 - backward
3 - left
4 - right

06 00 6 attack sound ID ("Rising fury!"); reference to sound part of the ONCC file

8D 87 CF 41 25.941187 maximum danger (in world units); always zero if the attack part doesn't exist (Thanks to geyser.)

DE E9 1A 40 2.420524 danger min range (in world units); always 1,000,000,000 if the attack part doesn't exist (Thanks to geyser.)

95 34 D3 41 26.400675 danger max range (in world units); always -1,000,000,000 if the attack part doesn't exist (Thanks to geyser.)

8D 87 CF 41 25.941187 danger at 0 degree (front); for this and the following danger rows
the value is in world units
always zero if the attack part doesn't exist
(Thanks to geyser who figured that out.)

8D 87 CF 41 25.941187 danger at 10 degrees

8D 87 CF 41 25.941187 danger at 20 degrees

8D 87 CF 41 25.941187 danger at 30 degrees

9D E4 11 41 9.118314 danger at 40 degrees

14 BA 04 41 8.295429 danger at 50 degrees

6B 77 D4 40 6.639577 danger at 60 degrees

50 5A B3 40 5.604774 danger at 70 degrees

74 4B 9C 40 4.884211 danger at 80 degrees

DF 37 87 40 4.225570 danger at 90 degrees (left)

70 75 84 40 4.139336 danger at 100 degrees

8E ED 6A 40 3.670749 danger at 110 degrees

16 40 5F 40 3.488286 danger at 120 degrees

16 40 5F 40 3.488286 danger at 130 degrees

BF CD 45 40 3.090683 danger at 140 degrees

34 2B 49 40 3.143262 danger at 150 degrees

34 2B 49 40 3.143262 danger at 160 degrees

34 2B 49 40 3.143262 danger at 170 degrees

5A D8 6D 40 3.716330 danger at 180 degrees (back)

5A D8 6D 40 3.716330 danger at 190 degrees

5A D8 6D 40 3.716330 danger at 200 degrees

8F D9 96 40 4.714057 danger at 210 degrees

8F D9 96 40 4.714057 danger at 220 degrees

B7 7B AB 40 5.358852 danger at 230 degrees

F0 81 BF 40 5.984612 danger at 240 degrees

98 95 E3 40 7.112011 danger at 250 degrees

98 95 E3 40 7.112011 danger at 260 degrees

98 95 E3 40 7.112011 danger at 270 degrees (right)

98 95 E3 40 7.112011 danger at 280 degrees

98 95 E3 40 7.112011 danger at 290 degrees

98 95 E3 40 7.112011 danger at 300 degrees

ED E7 14 41 9.306623 danger at 310 degrees

D4 2E 9E 41 19.772865 danger at 320 degrees

8F FB CC 41 25.622831 danger at 330 degrees

8D 87 CF 41 25.941187 danger at 340 degrees

8D 87 CF 41 25.941187 danger at 350 degrees

05 00 5 unknown; indicator for the seven floats below; always -1 if the attack part doesn't exist

00 00 0 unknown; always zero

00 00 00 BF -0.500000 unknown; always zero if the indicator is -1

1E 85 6B BF -0.920000 unknown; always zero if the indicator is -1

19 47 0C 41 8.767358 unknown; always zero if the indicator is -1

EB 51 F0 40 7.510000 unknown; always zero if the indicator is -1

D7 A3 14 41 9.290000 unknown; always zero if the indicator is -1

0A D7 3B 41 11.740000 unknown; always zero if the indicator is -1

5E 93 BF 40 5.986739 unknown; always zero if the indicator is -1

2F 00 47 unknown; indicator for the two bytes and seven floats below; always -1 if the attack part doesn't exist or the attack part exists and it's a tgt animation (tgt = target)

01 1 unknown

16 22 unknown

85 EB 51 BF -1.850000 unknown; always zero if the indicator is -1

E1 7A 7C C1 -3.900000 unknown; always zero if the indicator is -1

69 61 BF 40 16.874636 unknown; always zero if the indicator is -1

70 3D 22 41 10.510000 unknown; always zero if the indicator is -1

47 E1 3A 40 8.860000 unknown; always zero if the indicator is -1

33 33 DB 40 18.460000 unknown; always zero if the indicator is -1

F7 C0 2E 3E 0.055320 unknown; always zero if the indicator is -1

00 00 00 00 0 unknown; always zero

18 00 00 00 24 amount of packages of the extent part; only used if the attack part exists

E0 BB 80 00 80 BB E0 at this position starts the extent part in the raw file; only used if the attack part exists

konflash1 impact particle name (reference to 01018-.ONIA, which is called up from the ONCC file)

00 00 0 hard pause in 1/60 seconds

12 00 18 soft pause in 1/60 seconds

00 00 00 00 0 amount of packages of the sound part

00 00 00 00 0 unknown; always zero; used at runtime

00 00 0 unknown; always zero; used at runtime

3C 00 60 frames per second

06 00 6 compression size

16 00 22 type; ID for the animation of the opponent

16 00 22 aiming type; ID for the animation of the opponent

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 0 unkown; always zero; maybe an unused bitset

02 2 varient; it's a bitset; the following bits are used (values in dec):

0 - nothing

1 - SPRint animation

2 - COMbat animation

4 - not used

8 - PIStol animation

16 - NINja PIStol animation (left-handed)

32 - RIFle animation

64 - NINja RIFle animation (left-handed)

128 - PANic or SCRamble animation

(Thanks to geyser who figured that out.)

AD DE dead varient end; always the same

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 first "invulnerable" frame (Thanks to geyser who figured that out.)

1C 28 last "invulnerable" frame (Thanks to geyser who figured that out.)

02 2 amount of packages of the attack part

00 0 amount of packages of the of take damage part

01 1 amount of packages of the of motion blur part

01 1 amount of packages of the shortcut part

02 2 amount of packages of the footstep part

04 4 amount of packages of the particle part

AD DE dead not used

Here you can download the complete overview of all TRAM files as a text or a zip file.
Copy it to a spreadsheet calculation program like Excel.

text file (3.4 mb) or zip file (504 kb) with commas as decimal hyphens
text file (3.4 mb) or zip file (504 kb) with points as decimal hyphens

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