public void AssignCameraHeight(JSONNode json)
{
var alpha = json["angle"].AsFloat;
var height = CinematographyAttributes.SolveForY(target_go.transform.position, host_go.transform.position, alpha);
host_go.transform.position = new Vector3(host_go.transform.position.x, host_go.transform.position.y + height, host_go.transform.position.z);
}
public override void AssignCameraPosition(JSONNode json)
{
float orient = json["orient"].AsFloat;
Vector3 dest_minus_start = (ending_location.transform.position - starting_location.transform.position).normalized;
orientation = Mathf.Atan2(dest_minus_start.x, -dest_minus_start.z) * Mathf.Rad2Deg - 90f;
var goal_direction = DegToVector3(orient + orientation);
agentStartPosition = starting_location.transform.position + dest_minus_start * start_disc_offset;
agentEndPosition = starting_location.transform.position + dest_minus_start * end_disc_offset;
agentMidPosition = agentStartPosition + (agentEndPosition - agentStartPosition) / 2;
//Debug.Log(agentStartPosition.ToString() + agentEndPosition.ToString() + agentMidPosition.ToString());
focusTarget = new GameObject();
focusTarget.transform.position = agentMidPosition;
var bc = focusTarget.AddComponent <BoxCollider>();
bc.size = agent.GetComponent <BoxCollider>().size;
float camDist = CinematographyAttributes.CalcCameraDistance(focusTarget, frame_type);
//Debug.Log("camera Distance: " + camDist.ToString());
//Debug.Log("goalDirection: " + (orient + orientation).ToString());
cbod.FocusDistance = camDist;
var camHeight = .75f * bc.size.y;
// position of camera's height depends on angle
host_go.transform.position = agentMidPosition + (goal_direction * camDist) + new Vector3(0f, camHeight, 0f);;
//+ new Vector3(0f, target_go.transform.position.y, 0f);
host_go.transform.rotation.SetLookRotation(agentMidPosition);
if (json["follow_target"] != null)
{
nav_track_clip = ntrack.CreateClip <LerpMoveObjectAsset>();
nav_track_clip.start = start + 0.16f;
nav_track_clip.duration = duration - 0.16f;
LerpMoveObjectAsset lerp_clip = nav_track_clip.asset as LerpMoveObjectAsset;
GameObject camera_destination = new GameObject();
camera_destination.name = "camera lerp destination";
Vector3 end_camera = ending_location.transform.position + (goal_direction * json["target_distance"].AsFloat) + new Vector3(0f, HEIGHT, 0f);
camera_destination.transform.position = end_camera;
GameObject camera_origin = new GameObject();
camera_origin.name = "camera lerp origin";
camera_origin.transform.position = host_go.transform.position;
TransformBind(lerp_clip, host_go, camera_origin.transform, camera_destination.transform);
}
//var fwd = host_go.transform.TransformDirection(Vector3.forward);
if (Physics.Raycast(target_go.transform.position, -goal_direction, camDist - 2))
{
cva.m_Lens.NearClipPlane = FindNearPlane(target_go.transform.position, goal_direction, camDist);
}
// create clear shot 8 cameras
CreateClearShot();
}
public GameObject CreateCamera(TileNode loc, FramingType scale, Orient orient, Hangle hangle, Vangle vangle)
{
//Debug.Log(scale);
GameObject camHost = new GameObject();
//camHost.transform.position = loc.transform.position;
var cva = camHost.AddComponent <CinemachineVirtualCamera>();
var cbod = camHost.AddComponent <CinemachineCameraBody>();
var cc = cva.AddCinemachineComponent <CinemachineComposer>();
var cbmcp = cva.AddCinemachineComponent <CinemachineBasicMultiChannelPerlin>();
var camattributes = camHost.AddComponent <CamAttributesStruct>();
camattributes.Set(scale, loc.transform.gameObject.name, orient, hangle, vangle);
// composer parameters TODO: tweak via separate gameobject component structure
cc.m_HorizontalDamping = 10;
cc.m_VerticalDamping = 10;
cc.m_LookaheadTime = 0.2f;
cc.m_DeadZoneWidth = 0.25f;
cc.m_SoftZoneWidth = 0.5f;
var framing_data = FramingParameters.FramingTable[scale];
// FStop
cbod.IndexOfFStop = CinematographyAttributes.fStops[framing_data.DefaultFStop];
// Lens
cbod.IndexOfLens = CinematographyAttributes.lenses[framing_data.DefaultFocalLength];
// set at planning time.
//cbod.FocusTransform = target_go.transform;
// create small amount of noise
cbmcp = cva.AddCinemachineComponent <CinemachineBasicMultiChannelPerlin>();
cbmcp.m_NoiseProfile = CinematographyAttributes.standardNoise;
cbmcp.m_AmplitudeGain = 0.5f;
cbmcp.m_FrequencyGain = 1f;
// worldDirectionOf Camera relative to location transform
var camTransformDirection = DegToVector3(camattributes.OrientInt + camattributes.HangleInt);
// calculate where to put camera
var fakeTarget = CreateFakeTarget(actors[0].gameObject, loc.transform);
var camDist = CinematographyAttributes.CalcCameraDistance(fakeTarget, scale);
GameObject.DestroyImmediate(fakeTarget);
cbod.FocusDistance = camDist;
// Calculate Camera Position
camHost.transform.position = loc.transform.position + camTransformDirection * camDist;
var height = CinematographyAttributes.SolveForY(loc.transform.position, camHost.transform.position, 0.5f, camattributes.VangleInt);
camHost.transform.position = new Vector3(camHost.transform.position.x, height, camHost.transform.position.z);
// Gives starting orientation of camera. At planning time, a "lookAt" parameter is set to specific target.
camHost.transform.rotation.SetLookRotation(loc.transform.position);
// Set Name of camera object
camHost.name = string.Format("{0}.{1}.{2}.{3}.{4}", loc.name, scale, camattributes.targetOrientation, camattributes.hangle, camattributes.vangle);
return(camHost);
}
public override void AssignCameraPosition(JSONNode json)
{
orient = json["orient"].AsFloat;
if (json["agentOrient"] != null)
{
agentOrient = json["agentOrient"].AsFloat;
}
var ctg = target_go.AddComponent <CinemachineTargetGroup>();
var ctgt = new CinemachineTargetGroup.Target();
ctgt.target = starting_location.transform;
ctgt.weight = 1f;
var ctgt2 = new CinemachineTargetGroup.Target();
ctgt2.target = OtherTarget.transform;
ctgt2.weight = 1f;
ctg.m_Targets = new CinemachineTargetGroup.Target[] { ctgt, ctgt2 };
// this line worked:
//var directionTowardsSecondTarget = OtherTarget.transform.position - target_go.transform.position;
//target_go.transform.position = target_go.transform.position + new Vector3(directionTowardsSecondTarget.x, 0f, directionTowardsSecondTarget.z) / 2;
float camDist = CinematographyAttributes.CalcCameraDistance(target_go, frame_type);
//cva.m_LookAt = ctg.transform;
Debug.Log("camera Distance: " + camDist.ToString());
Debug.Log("goalDirection: " + (orient).ToString());
cbod.FocusDistance = camDist;
var goalDirection = DegToVector3(orient + agentOrient);
host_go.transform.position = target_go.transform.position + goalDirection * camDist;
host_go.transform.rotation.SetLookRotation(starting_location.transform.position);
if (Physics.Raycast(target_go.transform.position, -goalDirection, camDist - 2))
{
cva.m_Lens.NearClipPlane = FindNearPlane(target_go.transform.position, goalDirection, camDist);
}
}
public override void AssignCameraPosition(JSONNode json)
{
orient = json["orient"].AsFloat;
if (json["agentOrient"] != null)
{
agentOrient = json["agentOrient"].AsFloat;
}
var camDist = CinematographyAttributes.CalcCameraDistance(target_go, frame_type);
cbod.FocusDistance = camDist;
var goalDirection = DegToVector3(orient + agentOrient);
host_go.transform.position = target_go.transform.position + goalDirection * camDist;
host_go.transform.rotation.SetLookRotation(starting_location.transform.position);
if (Physics.Raycast(target_go.transform.position, -goalDirection, camDist - 2))
{
cva.m_Lens.NearClipPlane = FindNearPlane(target_go.transform.position, goalDirection, camDist);
}
CreateClearShot();
}
