IEnumerator CaptureFrameForFloor()
{
ToggleUI(false);
yield return(new WaitForEndOfFrame());
float capinv = 1 - m_SizeOfCap;
m_PosOfCap = m_Camera.transform.position;
m_RotOfCap = m_Camera.transform.rotation;
Texture2D m_Image2DProjector = new Texture2D((int)(Screen.width * m_SizeOfCap), (int)(Screen.height * m_SizeOfCap), TextureFormat.ARGB32, false);
m_Image2DProjector.ReadPixels(new Rect((float)(capinv / 2) * Screen.width, (float)(capinv / 2) * Screen.height, Screen.width * m_SizeOfCap, Screen.height * m_SizeOfCap), 0, 0);
ToggleUI(true);
int layer_mask = LayerMask.GetMask("MainPlane");
//Raycast Center
Ray rayCenter = m_Camera.ViewportPointToRay(new Vector3(0.5f, 0.5f, 0));
RaycastHit center_hit;
GameObject center_hitObj;
Vector3 center_hitPoint = new Vector3(0, 0, 0);
float center_distance = 0;
if (Physics.Raycast(rayCenter, out center_hit, 99, layer_mask))
{
center_hitObj = center_hit.transform.gameObject;
center_hitPoint = center_hit.point;
center_distance = center_hit.distance;
}
//Raycast TopLeft
Ray rayTopLeft = m_Camera.ViewportPointToRay(new Vector3((float)(capinv / 2), 1 - (float)(capinv / 2), 0));
RaycastHit topleft_hit;
GameObject topleft_hitObj;
Vector3 topleft_hitPoint = new Vector3(0, 0, 0);
float topleft_distance = 0;
if (Physics.Raycast(rayTopLeft, out topleft_hit, 99, layer_mask))
{
topleft_hitObj = topleft_hit.transform.gameObject;
topleft_hitPoint = topleft_hit.point;
topleft_distance = topleft_hit.distance;
}
//Raycast TopRight
Ray rayTopRight = m_Camera.ViewportPointToRay(new Vector3(1 - (float)(capinv / 2), 1 - (float)(capinv / 2), 0));
RaycastHit topright_hit;
GameObject topright_hitObj;
Vector3 topright_hitPoint = new Vector3(0, 0, 0);
float topright_distance = 0;
if (Physics.Raycast(rayTopRight, out topright_hit, 99, layer_mask))
{
topright_hitObj = topright_hit.transform.gameObject;
topright_hitPoint = topright_hit.point;
topright_distance = topright_hit.distance;
}
//Raycast BotLeft
Ray rayBotLeft = m_Camera.ViewportPointToRay(new Vector3((float)(capinv / 2), (float)(capinv / 2), 0));
RaycastHit botleft_hit;
GameObject botleft_hitObj;
Vector3 botleft_hitPoint = new Vector3(0, 0, 0);
float botleft_distance = 0;
if (Physics.Raycast(rayBotLeft, out botleft_hit, 99, layer_mask))
{
botleft_hitObj = botleft_hit.transform.gameObject;
botleft_hitPoint = botleft_hit.point;
botleft_distance = botleft_hit.distance;
}
//Raycast BotRight
Ray rayBotRight = m_Camera.ViewportPointToRay(new Vector3(1 - (float)(capinv / 2), (float)(capinv / 2), 0));
RaycastHit botright_hit;
GameObject botright_hitObj;
Vector3 botright_hitPoint = new Vector3(0, 0, 0);
float botright_distance = 0;
if (Physics.Raycast(rayBotRight, out botright_hit, 99, layer_mask))
{
botright_hitObj = botright_hit.transform.gameObject;
botright_hitPoint = botright_hit.point;
botright_distance = botright_hit.distance;
}
//Raycast Left2
Ray rayLeft2 = m_Camera.ViewportPointToRay(new Vector3(0 - (float)(capinv / 2), .66666f - (float)(capinv / 2), 0));
RaycastHit Left2_hit;
GameObject Left2_hitObj;
Vector3 Left2_hitPoint = new Vector3(0, 0, 0);
float Left2_distance = 0;
if (Physics.Raycast(rayLeft2, out Left2_hit, 99, layer_mask))
{
Left2_hitObj = Left2_hit.transform.gameObject;
Left2_hitPoint = Left2_hit.point;
Left2_distance = Left2_hit.distance;
}
//Raycast Left3
Ray rayLeft3 = m_Camera.ViewportPointToRay(new Vector3(0 - (float)(capinv / 2), .33333f - (float)(capinv / 2), 0));
RaycastHit Left3_hit;
GameObject Left3_hitObj;
Vector3 Left3_hitPoint = new Vector3(0, 0, 0);
float Left3_distance = 0;
if (Physics.Raycast(rayLeft3, out Left3_hit, 99, layer_mask))
{
Left3_hitObj = Left3_hit.transform.gameObject;
Left3_hitPoint = Left3_hit.point;
Left3_distance = Left3_hit.distance;
}
//Raycast Right2
Ray rayRight2 = m_Camera.ViewportPointToRay(new Vector3(1 - (float)(capinv / 2), .66666f - (float)(capinv / 2), 0));
RaycastHit Right2_hit;
GameObject Right2_hitObj;
Vector3 Right2_hitPoint = new Vector3(0, 0, 0);
float Right2_distance = 0;
if (Physics.Raycast(rayRight2, out Right2_hit, 99, layer_mask))
{
Right2_hitObj = Right2_hit.transform.gameObject;
Right2_hitPoint = Right2_hit.point;
Right2_distance = Right2_hit.distance;
}
//Raycast Right3
Ray rayRight3 = m_Camera.ViewportPointToRay(new Vector3(1 - (float)(capinv / 2), .33333f - (float)(capinv / 2), 0));
RaycastHit Right3_hit;
GameObject Right3_hitObj;
Vector3 Right3_hitPoint = new Vector3(0, 0, 0);
float Right3_distance = 0;
if (Physics.Raycast(rayRight3, out Right3_hit, 99, layer_mask))
{
Right3_hitObj = Right3_hit.transform.gameObject;
Right3_hitPoint = Right3_hit.point;
Right3_distance = Right3_hit.distance;
}
Debug.Log("Device Center: " + center_hitPoint);
Debug.Log("Device Cam corners: " + topleft_hitPoint + ", " + topright_hitPoint + ", " + botleft_hitPoint + ", " + botright_hitPoint);
floorControl.InitializeObjects();
}
IEnumerator CaptureFrameForFloor()
{
ToggleUI(false);
yield return(new WaitForEndOfFrame());
float capinv = 1 - m_SizeOfCap;
m_PosOfCap = m_Camera.transform.position;
m_RotOfCap = m_Camera.transform.rotation;
Texture2D m_Image2DProjector = new Texture2D((int)(Screen.width * m_SizeOfCap), (int)(Screen.height * m_SizeOfCap), TextureFormat.ARGB32, false);
m_Image2DProjector.ReadPixels(new Rect((float)(capinv / 2) * Screen.width, (float)(capinv / 2) * Screen.height, Screen.width * m_SizeOfCap, Screen.height * m_SizeOfCap), 0, 0);
//m_Image2DProjector.ReadPixels(new Rect((float)(capinv / 2) * Screen.width, (float)(capinv / 2) * Screen.height, Screen.width - ((float)(capinv / 2) * Screen.width), Screen.height - ((float)(capinv / 2) * Screen.height)), 0, 0);
ToggleUI(true);
int layer_mask = LayerMask.GetMask("MainPlane");
// 1--2--3--4
// | 7| 8| 9|
// 5--6--7--8
// | 4| 5| 6|
// 9-10-11-12
// | 1| 2| 3|
// 13-14-15-16
float centerX = 0.5f;
float centerY = 0.5f;
Vector3 CenterPt = GetRaycastPosition(centerX, centerY);
float Pt1X = (float)(capinv / 2);
float Pt1Y = (1 - (float)(capinv / 2));
Vector3 Pt1 = GetRaycastPosition(Pt1X, Pt1Y);
float Pt13X = (float)(capinv / 2);
float Pt13Y = (float)(capinv / 2);
Vector3 Pt13 = GetRaycastPosition(Pt13X, Pt13Y);
float Pt5X = (float)(capinv / 2);
float Pt5Y = ((Pt1Y - Pt13Y) * .66666f) + Pt13Y;
Vector3 Pt5 = GetRaycastPosition(Pt5X, Pt5Y);
float Pt9X = (float)(capinv / 2);
float Pt9Y = ((Pt1Y - Pt13Y) * .33333f) + Pt13Y;
Vector3 Pt9 = GetRaycastPosition(Pt9X, Pt9Y);
float Pt4X = (1 - (float)(capinv / 2));
float Pt4Y = (1 - (float)(capinv / 2));
Vector3 Pt4 = GetRaycastPosition(Pt4X, Pt4Y);
float Pt16X = (1 - (float)(capinv / 2));
float Pt16Y = (float)(capinv / 2);
Vector3 Pt16 = GetRaycastPosition(Pt16X, Pt16Y);
float Pt8X = (1 - (float)(capinv / 2));
float Pt8Y = ((Pt4Y - Pt16Y) * .66666f) + Pt16Y;
Vector3 Pt8 = GetRaycastPosition(Pt8X, Pt8Y);
float Pt12X = (1 - (float)(capinv / 2));
float Pt12Y = ((Pt4Y - Pt16Y) * .33333f) + Pt16Y;
Vector3 Pt12 = GetRaycastPosition(Pt12X, Pt12Y);
float Pt2X = ((Pt4X - Pt1X) * 0.33333f) + Pt1X;
float Pt2Y = (1 - (float)(capinv / 2));
Vector3 Pt2 = GetRaycastPosition(Pt2X, Pt2Y);
float Pt3X = ((Pt4X - Pt1X) * 0.66666f) + Pt1X;
float Pt3Y = (1 - (float)(capinv / 2));
Vector3 Pt3 = GetRaycastPosition(Pt3X, Pt3Y);
float Pt14X = ((Pt16X - Pt13X) * 0.33333f) + Pt13X;
float Pt14Y = (float)(capinv / 2);
Vector3 Pt14 = GetRaycastPosition(Pt14X, Pt14Y);
float Pt15X = ((Pt16X - Pt13X) * 0.66666f) + Pt13X;
float Pt15Y = (float)(capinv / 2);
Vector3 Pt15 = GetRaycastPosition(Pt15X, Pt15Y);
float Pt6X = ((Pt8X - Pt5X) * 0.33333f) + Pt5X;
float Pt6Y = ((Pt2Y - Pt14Y) * 0.66666f) + Pt14Y;
Vector3 Pt6 = GetRaycastPosition(Pt6X, Pt6Y);
float Pt7X = ((Pt8X - Pt5X) * 0.66666f) + Pt5X;
float Pt7Y = ((Pt3Y - Pt15Y) * 0.66666f) + Pt15Y;
Vector3 Pt7 = GetRaycastPosition(Pt7X, Pt7Y);
float Pt10X = ((Pt12X - Pt9X) * 0.33333f) + Pt9X;
float Pt10Y = ((Pt2Y - Pt14Y) * 0.33333f) + Pt14Y;
Vector3 Pt10 = GetRaycastPosition(Pt10X, Pt10Y);
float Pt11X = ((Pt12X - Pt9X) * 0.66666f) + Pt9X;
float Pt11Y = ((Pt3Y - Pt15Y) * 0.33333f) + Pt15Y;
Vector3 Pt11 = GetRaycastPosition(Pt11X, Pt11Y);
// 1--2--3--4
// | 7| 8| 9|
// 5--6--7--8
// | 4| 5| 6|
// 9-10-11-12
// | 1| 2| 3|
// 13-14-15-16
//Jerry rigged adjustment of points
float t_distance;
float RightAdj = 1 - FloorUIControl.m_RightAdj;
float TopAdj = 1 - FloorUIControl.m_TopAdj;
float LeftAdj = 1 - FloorUIControl.m_LeftAdj;
float BotAdj = 1 - FloorUIControl.m_BotAdj;
Vector3 AdjLeft1Pt, AdjLeft2Pt, AdjLeft3Pt, AdjLeft4Pt;
Vector3 AdjRight1Pt, AdjRight2Pt, AdjRight3Pt, AdjRight4Pt;
//crunch top to bot
t_distance = Vector3.Distance(Pt1, Pt13);
AdjLeft1Pt = Vector3.MoveTowards(Pt1, Pt13, t_distance * TopAdj);
t_distance = Vector3.Distance(Pt5, Pt13);
AdjLeft2Pt = Vector3.MoveTowards(Pt5, Pt13, t_distance * TopAdj);
t_distance = Vector3.Distance(Pt9, Pt13);
AdjLeft3Pt = Vector3.MoveTowards(Pt9, Pt13, t_distance * TopAdj);
t_distance = Vector3.Distance(Pt4, Pt16);
AdjRight1Pt = Vector3.MoveTowards(Pt4, Pt16, t_distance * TopAdj);
t_distance = Vector3.Distance(Pt8, Pt16);
AdjRight2Pt = Vector3.MoveTowards(Pt8, Pt16, t_distance * TopAdj);
t_distance = Vector3.Distance(Pt12, Pt16);
AdjRight3Pt = Vector3.MoveTowards(Pt12, Pt16, t_distance * TopAdj);
//crunch bot to top
t_distance = Vector3.Distance(AdjLeft2Pt, AdjLeft1Pt);
AdjLeft2Pt = Vector3.MoveTowards(AdjLeft2Pt, AdjLeft1Pt, t_distance * BotAdj);
t_distance = Vector3.Distance(AdjLeft3Pt, AdjLeft1Pt);
AdjLeft3Pt = Vector3.MoveTowards(AdjLeft3Pt, AdjLeft1Pt, t_distance * BotAdj);
t_distance = Vector3.Distance(Pt13, AdjLeft1Pt);
AdjLeft4Pt = Vector3.MoveTowards(Pt13, AdjLeft1Pt, t_distance * BotAdj);
t_distance = Vector3.Distance(AdjRight2Pt, AdjRight1Pt);
AdjRight2Pt = Vector3.MoveTowards(AdjRight2Pt, AdjRight1Pt, t_distance * BotAdj);
t_distance = Vector3.Distance(AdjRight3Pt, AdjRight1Pt);
AdjRight3Pt = Vector3.MoveTowards(AdjRight3Pt, AdjRight1Pt, t_distance * BotAdj);
t_distance = Vector3.Distance(Pt16, AdjRight1Pt);
AdjRight4Pt = Vector3.MoveTowards(Pt16, AdjRight1Pt, t_distance * BotAdj);
//crunch right to left
t_distance = Vector3.Distance(AdjLeft1Pt, AdjRight1Pt);
AdjRight1Pt = Vector3.MoveTowards(AdjRight1Pt, AdjLeft1Pt, t_distance * RightAdj);
t_distance = Vector3.Distance(AdjLeft2Pt, AdjRight2Pt);
AdjRight2Pt = Vector3.MoveTowards(AdjRight2Pt, AdjLeft2Pt, t_distance * RightAdj);
t_distance = Vector3.Distance(AdjLeft3Pt, AdjRight3Pt);
AdjRight3Pt = Vector3.MoveTowards(AdjRight3Pt, AdjLeft3Pt, t_distance * RightAdj);
t_distance = Vector3.Distance(AdjLeft4Pt, AdjRight4Pt);
AdjRight4Pt = Vector3.MoveTowards(AdjRight4Pt, AdjLeft4Pt, t_distance * RightAdj);
//chunk left to right
t_distance = Vector3.Distance(AdjLeft1Pt, AdjRight1Pt);
AdjLeft1Pt = Vector3.MoveTowards(AdjLeft1Pt, AdjRight1Pt, t_distance * LeftAdj);
t_distance = Vector3.Distance(AdjLeft2Pt, AdjRight2Pt);
AdjLeft2Pt = Vector3.MoveTowards(AdjLeft2Pt, AdjRight2Pt, t_distance * LeftAdj);
t_distance = Vector3.Distance(AdjLeft3Pt, AdjRight3Pt);
AdjLeft3Pt = Vector3.MoveTowards(AdjLeft3Pt, AdjRight3Pt, t_distance * LeftAdj);
t_distance = Vector3.Distance(AdjLeft4Pt, AdjRight4Pt);
AdjLeft4Pt = Vector3.MoveTowards(AdjLeft4Pt, AdjRight4Pt, t_distance * LeftAdj);
FloorControl.SetValues(m_Image2DProjector, m_SizeOfCap, m_PosOfCap, m_RotOfCap, CenterPt);
PitControl.SetValues(CenterPt, AdjLeft1Pt, AdjRight1Pt, AdjLeft4Pt, AdjRight4Pt);
//ChunkControl.SetValues(CenterPt, AdjLeft1Pt, AdjLeft2Pt, AdjLeft3Pt, Pt13, AdjRight1Pt, AdjRight2Pt, AdjRight3Pt, AdjRight4Pt, Pt6, Pt7, Pt10, Pt11);
ChunkControl.SetValues(CenterPt, Pt1, Pt2, Pt3, Pt4,
Pt5, Pt6, Pt7, Pt8,
Pt9, Pt10, Pt11, Pt12,
Pt13, Pt14, Pt15, Pt16);
// 1--2--3--4
// | 7| 8| 9|
// 5--6--7--8
// | 4| 5| 6|
// 9-10-11-12
// | 1| 2| 3|
// 13-14-15-16
FloorControl.InitializeObjects();
}
