AppExprLinear

[Richter Belmont]

AppExprLinear is a script object that go inside Ac script file and allow an object parameter A to receive value from an object parameter B(i). ( value can be receive from a single and/or multiple object/paramter)

We can create complex AppExprLinear like:
Object A translation X receive 10% value from object B(1) Z rotation,
object A translation Y receive -100% weight(slider) value from object B(2),
object A translation Z receive 50% value from object A Z rotation, etc.

Code:

AppExprLinear . {[/color]
[color=#000000].InputObjectNameArray [ "Person" + :person + "Anim:Model01:Stesticles_joint01";
"Person" + :person + "Anim:Model01:anus_poseBlend_anus_open";
"Person" + :person + "K4N3Puppet004:Sclaw_L_joint";
];[/color]
[color=#000000].InputAttrArray [ @ SSimpleTransform .Rotation;
@ BlendControl .Weight;
@ SSimpleTransform .Rotation;
];[/color]
[color=#000000].CombineMatrixArray [ ( F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0.1) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) );
( F32(0) , F32(-1) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) );
( F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0.5) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) );
];[/color]
[color=#000000].OutputMin ( F32(-50) , F32(-8) , F32(27) , F32(0) );[/color]
[color=#000000].OutputMax ( F32(77) , F32(-2) , F32(36) , F32(0) );[/color]
[color=#000000].OutputObjectName "Person" + :person + "K4N3Puppet004:Sclaw_L_joint";[/color]
[color=#000000].OutputAttr @ SSimpleTransform .Translation;[/color]
[color=#000000]};

We can also do simple AppExprLinear as:
object A weight receive value from object B weight.(so slider A receive value from slider B)

Code:

AppExprLinear . {[/color]
[color=#000000].InputObjectNameArray [ "Person" + :person + "Anim:Model01:vagina_poseBlend_vagina_open" ];[/color]
[color=#000000].InputAttrArray [ @ BlendControl .Weight ];[/color]
[color=#000000].CombineMatrixArray [ ( F32(1) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) ) ];[/color]
[color=#000000].OutputMin ( F32(0) , F32(0) , F32(0) , F32(0) );[/color]
[color=#000000].OutputMax ( F32(1) , F32(0) , F32(0) , F32(0) );[/color]
[color=#000000].OutputObjectName "Person" + :person + "K4N3Puppet004:Deer_Body_morph_Vag";[/color]
[color=#000000].OutputAttr @ BlendControl .Weight;[/color]
[color=#000000]};

.OutputObjectName
It's the object that will receive the value.

OutputAttr
It's the object parameter that will receive the value.

.OutputMin/Max
It's the min/max value that each axis of "receiver" (the object parameter that will receive the value) can reach.
One must pay attention to the float type "receiver" use:
If it's a F32(X), you gonna write min/max value only in the X axis and left the 3 other at 0.
If it's a vector3f(X,Y,Z), you gonna write min/max value in the 3 first axis and let the fourth at 0.

.InputObjectNameArray
It's the object giver array (object that will give value to the "receiver")

.InputAttrArray
It's the object giver parameter array.
For each item writed in .InputObjectNameArray, you must write an item in .InputAttrArray to go with it.

.CombineMatrixArray
It is somewhat the "giver" value conversion table.
For each item writed in .InputObjectNameArray/.InputAttrArray, you must write a Matrix4f in .CombineMatrixArray.

Code:

( F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) , F32(0) )

Why 16 float?
Your "giver" may use a float type up to vector4f(X,Y,Z,W) and each of them can be giving to 4 other axis("receiver"_.
So 4*4=16
This should give you a better idea(g=giver r=receiver)

Code:

( F32(gx->rx) , F32(gx->ry) , F32(gx->rz) , F32(gx->rw) , F32(gy->rx) , F32(gy->ry) , F32(gy->rz) , F32(gy->rw) , F32(gz->rx) , F32(gz->ry) , F32(gz->rz) , F32(gz->rw) , F32(gw->rx) , F32(gw->ry) , F32(gw->rz) , F32(gw->rw) )

Note that you must pay attention to the float type the the "giver" is using

As for number writed in each axis of .CombineMatrixArray:
1 = 100% (so 0.5 = 50%, 2 = 200%, etc)
Negative sign = negate the value (positive become negative and negative become positive)

Of course, you must pay attention to the kind of parameter of the giver and reveiver.
For exemple, a translation of 2 seem big, but it is really small for a rotation.
A rotation of 15 can seem small, but it is really huge for a translation.