Method resized

Source/Components/ArcSpectrogram.cpp:182–217

}

void ArcSpectrogram::resized() {
  auto r = getLocalBounds();

  mRainbowRect = r.withTrimmedBottom(20).reduced(10, 5); // Leaving room for clouds

  // Cloud centers
  {
    const int translation = 45;
    const auto leftCenter = mRainbowRect.getBottomLeft().translated(translation, -7);
    const auto rightCenter = mRainbowRect.getBottomRight().translated(-translation, -7);
    mCloudLeft.rect = mCloudLeft.images[0].getBounds().withCentre(leftCenter).toFloat();
    mCloudRight.rect = mCloudRight.images[0].getBounds().withCentre(rightCenter).toFloat();

    // This was figured out by using drawRect() until saw the area it should be
    // TODO: move rain here too?
//    const float leftCloudWidth = mCloudLeftTargetArea.getWidth();
//    const float leftCloudHeight = mCloudLeftTargetArea.getHeight();
//    mLeftRain = mCloudLeftTargetArea.translated(leftCloudWidth / 3.8f, leftCloudHeight / 1.7f)
//      .withWidth(leftCloudWidth / 2.0f)
//      .withHeight(leftCloudHeight / 1.6f);
//    const float rightCloudWidth = mCloudRightTargetArea.getWidth();
//    const float rightCloudHeight = mCloudRightTargetArea.getHeight();
//    mRightRain = mCloudRightTargetArea.translated(rightCloudWidth / 4.2f, rightCloudHeight / 1.7f)
//      .withWidth(rightCloudWidth / 2.0f)
//      .withHeight(rightCloudHeight / 1.6f);
  }

  // Spec type combobox
  mSpecType.setBounds(r.removeFromRight(SPEC_TYPE_WIDTH).removeFromTop(SPEC_TYPE_HEIGHT));

  mStartPoint = juce::Point<int>(mRainbowRect.getWidth() / 2, mRainbowRect.getHeight());
  mCenterPoint = juce::Point<float>(getWidth() / 2.0f, mRainbowRect.getBottom());
  mStartRadius = (mRainbowRect.getWidth() / 2.0f) / 2.6f;
  mEndRadius = mRainbowRect.getWidth() / 2.0f;
  mBowWidth = mEndRadius - mStartRadius;
}

void ArcSpectrogram::mouseMove(const juce::MouseEvent& evt) {
  auto pos = evt.getEventRelativeTo(this).getPosition().toFloat();