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 * modification, are permitted provided that the following conditions are
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namespace o3d {

%[
  A Param operation that takes 2 floats to produce a Float2.

  @o3dparameter input0 ParamFloat The first float.
  @o3dparameter input1 ParamFloat The second float.
  @o3dparameter output ParamFloat2 The Float2 that is the combination of input0
      and input1.
%]
[nocpp, include="core/cross/param_operation.h"]
class ParamOp2FloatsToFloat2 : ParamObject {
  %[
    The first value for the Float2.
    Default = 0.
  %]
  [getter, setter] float input_0;

  %[
    The second value for the Float2.
    Default = 0.
  %]
  [getter, setter] float input_1;

  %[
    The Float2 that results from the inputs.
  %]
  [getter] Float2 output;
};

%[
  A Param operation that takes 3 floats to produce a Float3.

  @o3dparameter input0 ParamFloat The first float.
  @o3dparameter input1 ParamFloat The second float.
  @o3dparameter input2 ParamFloat The third float.
  @o3dparameter output ParamFloat3 The Float3 that is the combination of input0,
      input1, and input2.
%]
[nocpp, include="core/cross/param_operation.h"]
class ParamOp3FloatsToFloat3 : ParamObject {
  %[
    The first value for the Float3.
    Default = 0.
  %]
  [getter, setter] float input_0;

  %[
    The second value for the Float3.
    Default = 0.
  %]
  [getter, setter] float input_1;

  %[
    The third value for the Float3.
    Default = 0.
  %]
  [getter, setter] float input_2;

  %[
    The Float3 that results from the inputs.
  %]
  [getter] Float3 output;
};

%[
  A Param operation that takes 4 floats to produce a Float4.

  @o3dparameter input0 ParamFloat The first float.
  @o3dparameter input1 ParamFloat The second float.
  @o3dparameter input2 ParamFloat The third float.
  @o3dparameter input3 ParamFloat The fourth float.
  @o3dparameter output ParamFloat4 The Float4 that is the combination of input0,
      input1, input2, and input3.
%]
[nocpp, include="core/cross/param_operation.h"]
class ParamOp4FloatsToFloat4 : ParamObject {
  %[
    The first value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_0;

  %[
    The second value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_1;

  %[
    The third value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_2;

  %[
    The fourth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_3;

  %[
    The Float4 that results from the inputs.
  %]
  [getter] Float4 output;
};

%[
  A Param operation that takes 16 floats to produce a Matrix4.

  @o3dparameter input0 ParamFloat The 1st float.
  @o3dparameter input1 ParamFloat The 2nd float.
  @o3dparameter input2 ParamFloat The 3rd float.
  @o3dparameter input3 ParamFloat The 4th float.
  @o3dparameter input4 ParamFloat The 5th float.
  @o3dparameter input5 ParamFloat The 6th float.
  @o3dparameter input6 ParamFloat The 7th float.
  @o3dparameter input7 ParamFloat The 8th float.
  @o3dparameter input8 ParamFloat The 9th float.
  @o3dparameter input9 ParamFloat The 10th float.
  @o3dparameter input10 ParamFloat The 11th float.
  @o3dparameter input11 ParamFloat The 12th float.
  @o3dparameter input12 ParamFloat The 13th float.
  @o3dparameter input13 ParamFloat The 14th float.
  @o3dparameter input14 ParamFloat The 15th float.
  @o3dparameter input15 ParamFloat The 16th float.
  @o3dparameter output ParamMatrix4 The Matrix4 that is the combination of
      the inputs in the following order
      <pre>
      [[input0, input1, input2, input3],
       [input4, input5, input6, input7],
       [input8, input9, input10, input11],
       [input12, input13, input14, input15]]
      </pre>
%]
[nocpp, include="core/cross/param_operation.h"]
class ParamOp16FloatsToMatrix4 : ParamObject {
  %[
    The first value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_0;

  %[
    The second value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_1;

  %[
    The third value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_2;

  %[
    The fourth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_3;

  %[
    The fifth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_4;

  %[
    The sixth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_5;

  %[
    The seventh value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_6;

  %[
    The eighth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_7;

  %[
    The ninth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_8;

  %[
    The tenth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_9;

  %[
    The eleventh value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_10;

  %[
    The twelfth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_11;

  %[
    The thirteenth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_12;

  %[
    The fourteenth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_13;

  %[
    The fifteenth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_14;

  %[
    The sixteenth value for the Float4.
    Default = 0.
  %]
  [getter, setter] float input_15;

  %[
    The Matrix4 that results from the inputs.
  %]
  [getter] Vectormath::Aos::Matrix4 output;
};

%[
  A Param operation that takes 9 floats to produce a 4-by-4 matrix.
  The 9 floats encode a translation vector, angles of rotation around the x, y,
  and z axes, and three scaling factors.  The resulting transformation scales
  first, then then rotates around the z-axis, then the y-axis, then the x-axis,
  then translates.

  @o3dparameter translateX ParamFloat The x component of the translation.
  @o3dparameter translateY ParamFloat The y component of the translation.
  @o3dparameter translateZ ParamFloat The z component of the translation.
  @o3dparameter rotateX ParamFloat The x component of the rotation.
  @o3dparameter rotateY ParamFloat The y component of the rotation.
  @o3dparameter rotateZ ParamFloat The z component of the rotation.
  @o3dparameter scaleX ParamFloat The x component of the scale.
  @o3dparameter scaleY ParamFloat The y component of the scale.
  @o3dparameter scaleZ ParamFloat The z component of the scale.
  @o3dparameter output ParamMatrix4 The matrix described by the components.
%]
[nocpp, include="core/cross/param_operation.h"]
class TRSToMatrix4 : ParamObject {
  %[
    The x translation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float translate_x;

  %[
    The y translation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float translate_y;

  %[
    The z translation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float translate_z;

  %[
    The x rotation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float rotate_x;

  %[
    The y rotation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float rotate_y;

  %[
    The z rotation for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float rotate_z;

  %[
    The x scale for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float scale_x;

  %[
    The y scale for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float scale_y;

  %[
    The z scale for the Matrix4.
    Default = 0.
  %]
  [getter, setter] float scale_z;

  %[
    The Matrix4 that results from the inputs.
  %]
  [getter] Vectormath::Aos::Matrix4 output;
};

}  // namespace o3d