// Calculate position and scale corresponding to index
protected void GetPositionScale(out Vector3 position, out Vector3 scale, int index)
{
int indexX = index % (int)m_SettingData.GetParam(AnimationSettingDataType.LineCount);
int indexY = index / (int)m_SettingData.GetParam(AnimationSettingDataType.LineCount);
position.x = m_SettingData.GetParam(AnimationSettingDataType.StartX) + (m_SettingData.GetParam(AnimationSettingDataType.AligmentX) * (float)indexX);
position.y = m_SettingData.GetParam(AnimationSettingDataType.StartY) - (m_SettingData.GetParam(AnimationSettingDataType.AligmentY) * (float)indexY);
position.z = 0.0f;
scale.x = m_SettingData.GetParam(AnimationSettingDataType.ScaleX);
scale.y = m_SettingData.GetParam(AnimationSettingDataType.ScaleY);
scale.z = 1.0f;
}
// Initialize
public bool Initialize(AnimationSettingData settingData)
{
if (m_param == null)
{
m_param = new float[(int)AnimationSettingDataType.Count];
if (m_param == null)
{
return(false);
}
}
for (AnimationSettingDataType type = AnimationSettingDataType.LineCount; type < AnimationSettingDataType.Count; type++)
{
m_param[(int)type] = settingData.GetParam(type);
}
return(true);
}