// return true if case of success, else false
public bool UpdateRuntimeSprites(int currentScreenWidth, int currentScreenHeight, out float scale)
{
float newScale = SVGRuntimeGenerator.ScaleFactorCalc((float)this.m_ReferenceWidth, (float)this.m_ReferenceHeight, currentScreenWidth, currentScreenHeight, this.m_ScaleType, this.m_Match, this.m_OffsetScale);
if (Math.Abs(this.m_RuntimeGenerationScale - newScale) > Single.Epsilon)
{
scale = newScale;
return(this.UpdateRuntimeSprites(newScale));
}
else
{
scale = this.m_RuntimeGenerationScale;
return(true);
}
}
// used by SVGAtlasEditor, upon the "Update" button click (recalcScale = true); this function is used even
// in the build post-processor, in order to restore sprites (recalcScale = false)
public void UpdateEditorSprites(bool recalcScale)
{
float newScale;
if (recalcScale)
{
Vector2 gameViewRes = SVGUtils.GetGameView();
float currentWidth = (this.m_DeviceTestWidth <= 0) ? gameViewRes.x : (float)this.m_DeviceTestWidth;
float currentHeight = (this.m_DeviceTestHeight <= 0) ? gameViewRes.y : (float)this.m_DeviceTestHeight;
newScale = SVGRuntimeGenerator.ScaleFactorCalc((float)this.m_ReferenceWidth, (float)this.m_ReferenceHeight, currentWidth, currentHeight, this.m_ScaleType, this.m_Match, this.m_OffsetScale);
}
else
{
newScale = this.m_EditorGenerationScale;
}
this.UpdateEditorSprites(newScale);
}
// Calculate the scale factor that would be used to generate sprites if the screen would have the specified dimensions
public float ScaleFactorCalc(int currentScreenWidth, int currentScreenHeight)
{
return(SVGRuntimeGenerator.ScaleFactorCalc((float)this.m_ReferenceWidth, (float)this.m_ReferenceHeight, currentScreenWidth, currentScreenHeight, this.m_ScaleType, this.m_Match, this.m_OffsetScale));
}