XML:Adding Daodan powers to a character

This page is unfinished. Can you fill in any missing information? If it is not clear which part of the page is unfinished, ask on the talk page.

If you want to help finishing the page you can:

• document the BINA3RAP DisplayType flags
• break down one Daodan particle system, show by word and image what particle does what
• research the function of body part flags KillImpact and None

Enable Daodan

Open an ONCC xml file and go to <HasDaodanPowers>. Set the value to 1.

Add Daodan particle

Particles must be added to ONCC before they can be used.

Traditionally, standard Daodan particle are emitted from the pelvis, the left fist and the right fist.

• Name - this is an anchor for TRAM files but "super_" possibly forces the particle to be played on all animations
• Type - particle (BINA3RAP) file
• BodyPart - pretty much what the name suggests, see ONCP flags

           <ONCPParticle>
               <Name>super_glow</Name>
               <Type>superglow_e01</Type>
               <BodyPart>Pelvis</BodyPart>
           </ONCPParticle>
           <ONCPParticle>
               <Name>super_l_hand</Name>
               <Type>super_e01</Type>
               <BodyPart>LeftFist</BodyPart>
           </ONCPParticle>
           <ONCPParticle>
               <Name>super_r_hand</Name>
               <Type>super_e01</Type>
               <BodyPart>RightFist</BodyPart>
           </ONCPParticle>

Change Daodan particle appearance

Emitters

With emitter particle you set up properties for the other, visible particle: start positions, movement and creation rate.

Lensflare types

These textures (TXMP) are meant to smoothly overlay each other creating the illusion of a fog or aura.

Smooth blending of dark or black textures is not really possible.

Forms

<TexGeom>

Link to texture (TXMP) file.

Behaviours

<DisplayType>

See BINA3RAP documentation.

Colors

Typically, white shapes are used so you can give them later any color you want by using the Tint tag.

Tint tag:

<Tint>51 76 255

Since <Tint> uses here a RGB value, the <Color Name="tint"> is ignored. Possibly the developer just didn't cleaned up the unused variable.

Color overwrite (unused):

      <Variables>
           <Color Name="tint">
               <Random Min="230 230 255" Max="128 128 255" />
           </Color>

File structure

Most particle actually consist of multiple particle files and hence should be seen as their very own systems.

Like this:

_e
 |
 +--- _e
 |     |
 |     +--- _p
 |     +--- _p
 |           
 +--- _p
 +--- _p
 +--- _p
 +--- _p

Sample code

Emitter

• Variable - holds the rate (frequency) to emit particles
• Emitter - determines some properties of sub emitters or actual particles
• Events > Update > SuperParticle - overwrites the default emit rate (Variable)

Traditionally, while the _e file controls the emit rate the _p file controls the visibility (transparency a.k.a. alpha value).

• Events > Update > Start/Stop - holds actions to start and stop the emitter

       <Variables>
           <Float Name="emit_rate">0.2</Float>
       </Variables>
       <Emitters>
           <Emitter>
               <Class>superglow_p01</Class>
               <Flags />
               <TurnOffTreshold>0</TurnOffTreshold>
               <Probability>1</Probability>
               <Copies>10</Copies>
               <LinkTo />
               <Rate>
                   <Continous>
                       <Interval>emit_rate</Interval>
                   </Continous>
               </Rate>
               <Position>
                   <BodyBones>
                       <OffsetRadius>0.7</OffsetRadius>
                   </BodyBones>
               </Position>
               <Direction>
                   <Random />
               </Direction>
               <Speed>
                   <Uniform>
                       <Speed>0.8</Speed>
                   </Uniform>
               </Speed>
               <Orientation>Velocity</Orientation>
               <OrientationUp>TowardsEmitter</OrientationUp>
           </Emitter>
       </Emitters>
       <Events>
           <Update>
               <SuperParticle>
                   <Variable>emit_rate</Variable>
                   <BaseValue>0.25</BaseValue>
                   <DeltaValue>-0.1</DeltaValue>
                   <MinValue>0.1</MinValue>
                   <MaxValue>20</MaxValue>
               </SuperParticle>
           </Update>
           <Start>
               <EmitActivate>
                   <Emitter>0</Emitter>
               </EmitActivate>
               <EnableNow>
                   <Action>0</Action>
               </EnableNow>
           </Start>
           <Stop>
               <EmitDeactivate>
                   <Emitter>0</Emitter>
               </EmitDeactivate>
               <DisableNow>
                   <Action>0</Action>
               </DisableNow>
           </Stop>
       </Events>

Particle

...

Special animation-bound Daodan particle

ONCC preparation

Konoko shows Daodan spikes after reaching a few end level checkpoints. These animations are triggered by BSL and therefor the particle are of ordinary nature.

However, also those particle must be added to ONCC so that the animations can spawn them.

           <ONCPParticle>
               <Name>daodan</Name>
               <Type>h2h_powerup_e01</Type>
               <BodyPart>None</BodyPart>
           </ONCPParticle>
           <ONCPParticle>
               <Name>daodan2</Name>
               <Type>h2h_powerup_e01a</Type>
               <BodyPart>None</BodyPart>
           </ONCPParticle>

• Name - this is an anchor for TRAM files
• Type - particle (BINA3RAP) file
• BodyPart - pretty much what the name suggests, see ONCP flags

TRAM preparation

...

Body part flags

Pelvis

LeftThigh

LeftCalf

LeftFoot

RightThigh

RightCalf

RightFoot

Mid

Chest

Neck

Head

LeftShoulder

LeftArm

LeftWrist

LeftFist

RightShoulder

RightArm

RightWrist

RightFist

KillImpact (speculation: creates a virtual bone to allow the ONIE system to work ?)

None (speculation: every bone/surface at once or bounding box center ?)