static public ScreenRatio GetScreenRatio()
{
if (_Ratio != ScreenRatio.None)
{
return(_Ratio);
}
float ratio = (float)Screen.width / Screen.height;
if (Mathf.Abs(ratio - (4 / 3f)) < 0.05f)
{
_Ratio = ScreenRatio._43;
}
else if (Mathf.Abs(ratio - (3 / 2f)) < 0.05f)
{
_Ratio = ScreenRatio._32;
}
else if (Mathf.Abs(ratio - (16 / 9f)) < 0.05f)
{
_Ratio = ScreenRatio._169;
}
else if (Mathf.Abs(ratio - (16 / 10f)) < 0.05f)
{
_Ratio = ScreenRatio._1610;
}
else
{
_Ratio = ScreenRatio._169;
}
return(_Ratio);
}
public static ScreenRatio GetAspectRatioForResolution(int width, int height)
{
float ratio = (float)width / (float)height;
Dictionary <float, ScreenRatio> ratios = new Dictionary <float, ScreenRatio>();
ratios.Add(s3x4, ScreenRatio.r3x4);
ratios.Add(s4x3, ScreenRatio.r4x3);
ratios.Add(s2x3, ScreenRatio.r2x3);
ratios.Add(s3x2, ScreenRatio.r3x2);
ratios.Add(s5x3, ScreenRatio.r5x3);
ratios.Add(s3x5, ScreenRatio.r3x5);
ratios.Add(s9x16, ScreenRatio.r9x16);
ratios.Add(s16x9, ScreenRatio.r16x9);
ratios.Add(s16x10, ScreenRatio.r16x10);
ratios.Add(s10x16, ScreenRatio.r10x16);
ScreenRatio nearestRatio = ScreenRatio.r16x9;
float ratioDiff = float.MaxValue;
float diff;
foreach (KeyValuePair <float, ScreenRatio> r in ratios)
{
diff = Mathf.Abs(r.Key - ratio);
if (diff < ratioDiff)
{
ratioDiff = diff;
nearestRatio = r.Value;
}
}
return(nearestRatio);
}
public void SetStandHeightSixteenOnNine_PossitiveTest(double HeightStand,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
monitor.StandHeight = HeightStand;
}
public void SetMonitorWighttSixteenOnNine_PossitiveTest(double WightMonitor,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
monitor.MonitorWight = WightMonitor;
}
public void SetRadiusSixteenOnNine_PossitiveTest(double Radius,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
monitor.Radius = Radius;
}
public void SetMonitorWightSixteenOnNine_NegativTest(double WightMonitor,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
Assert.Throws <MonitorSettings.ExceptionFolder.WightMonitorException>(() =>
monitor.MonitorWight = WightMonitor);
}
public void SetRadiusSixteenOnNine_NegativTest(double Radius,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
Assert.Throws <MonitorSettings.ExceptionFolder.RadiusException>(() =>
monitor.Radius = Radius);
}
public void SetStandrWightSixteenOnNine_NegativTest(double WightStand
, ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = ScreenRatio.SixteenOnNine;
Assert.Throws <MonitorSettings.ExceptionFolder.WightStandeException>(() =>
monitor.StandeWight = WightStand);
}
public void SetStandHeightThreeByTwo_NegativTest(double HeightStand,
ScreenRatio screenRatio)
{
var monitor = new MonitorSetting();
monitor.ScreenRatio = screenRatio;
Assert.Throws <MonitorSettings.ExceptionFolder.HeightStandeException>(() =>
monitor.StandHeight = HeightStand);
}
void Awake()
{
TouchArea.size = new Vector2(TouchArea.size.x, TouchArea.size.y + ScreenRatio.SizeDiff());
TouchArea.offset = new Vector2(TouchArea.offset.x, TouchArea.offset.y + ScreenRatio.SizeDiff() / 2);
//new scale
float scale = ScreenRatio.CameraSize / 4.8f;
ShelfList.transform.localScale = new Vector3(scale, scale, 0);
ShelfList.transform.localPosition = new Vector3(ShelfList.transform.localPosition.x,
ShelfList.transform.localPosition.y + ScreenRatio.SizeDiff() / 2, 0);
PrevPageArrow.OnReleased += PrevPage;
NextPageArrow.OnReleased += NextPage;
}
private void RefreshScreenSetting()
{
currentScreenSize = new Vector2(Screen.width, Screen.height);
ScreenHeightInInch = Screen.height / Screen.dpi;
float aspectRatio = ((float)Screen.width) / ((float)Screen.height);
ScreenRatio closestRatio = ScreenRatio.Ratio_9_20;
float closestDiff = 100f;
string[] allScreenRatio = System.Enum.GetNames(typeof(ScreenRatio));
for (int i = 0; i < allScreenRatio.Length; i++)
{
string[] getRatio = allScreenRatio[i].Split('_');
float ratioX = float.Parse(getRatio[1]);
float ratioY = float.Parse(getRatio[2]);
float currentDiff = aspectRatio - (ratioX / ratioY);
if (currentDiff < -0.01f)
{
continue;
}
if (currentDiff < closestDiff)
{
closestDiff = currentDiff;
closestRatio = (ScreenRatio)Enum.Parse(typeof(ScreenRatio), allScreenRatio[i]);
ScreenRatioPercent = (ratioX / ratioY);
}
}
ScreenRatio = closestRatio;
Debug.Log("ScreenRatio = " + ScreenRatio);
ScreenSizeChanged.Invoke();
}
// Use this for initialization
void Start()
{
//set boxcollider size due to Area size
//640x960 = 6.3
touchArea.size = new Vector2(touchArea.size.x, touchArea.size.y + ScreenRatio.SizeDiff() * 2);
}
void Awake()
{
TouchCollider.size = new Vector2(TouchCollider.size.x, TouchCollider.size.y + ScreenRatio.SizeDiff() * 2);
TouchCollider.offset = new Vector2(TouchCollider.offset.x, TouchCollider.offset.y - ScreenRatio.SizeDiff());
}
// Use this for initialization
void Start()
{
touchArea.size = new Vector2(touchArea.size.x, touchArea.size.y + ScreenRatio.SizeDiff() * 2);
}
// Use this for initialization
void Awake()
{
ScreenRatio.SetupCamera();
}
