MotiveBenchmarker() {
MatrixInit::Register();
SplineInit::Register();
// Create compact splines by modifying some basic functions (straight
// line and sign wave). The straight line, in this case, represents an
// angle that travels a total of 2pi, so it ends up where it started.
CreateSpline(kStraightLine, MOTIVE_ARRAY_SIZE(kStraightLine),
kLinearOrbitPeriod, kTwoPi, &splines_[kLinearOrbit]);
CreateSpline(kSinWave, MOTIVE_ARRAY_SIZE(kSinWave),
kOscillatingSlowlyPeriod, kOscillatingSlowlyAmplitude,
&splines_[kOscillatingSlowly]);
CreateSpline(kSinWave, MOTIVE_ARRAY_SIZE(kSinWave),
kOscillatingQuicklyPeriod, kOscillatingQuicklyAmplitude,
&splines_[kOscillatingQuickly]);
// Create a matrix initializer with a series of basic matrix operations.
// The final matrix will be created by applying these operations, in turn.
matrix_ops_.AddOp(motive::kRotateAboutY, kRotateInit,
splines_[kLinearOrbit]);
matrix_ops_.AddOp(motive::kTranslateX, kTranslateInit,
splines_[kOscillatingSlowly]);
matrix_ops_.AddOp(motive::kTranslateY, kTranslateInit,
splines_[kOscillatingQuickly]);
// Initialize the large array of matrix motivators. Note that the
// one dimensional motivators that drive the matrix motivators are created
// by the matrix motivators themselves.
for (size_t i = 0; i < kNumMatrices; ++i) {
MatrixMotivator4f& m = matrices_[i];
m.Initialize(MatrixInit(matrix_ops_), &engine_);
}
}
