void Start()
{
buff_fire = false;
fire_l_hand.SetActive(false);
fire_l_foot.SetActive(false);
fire_r_hand.SetActive(false);
fire_r_foot.SetActive(false);
anim_Control_camera_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 0);
anim_Control_character_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 0);
can_change_camera = true;
can_atk = true;
can_buff_fire = true;
time_res_camera_elapsed = 0;
time_res_atk_elapsed = 0;
time_res_e_elapsed = 0;
anim_Control_player = GetComponent <Animator> ();
atual_camera = cameras.ISO;
camera_ISO.SetActive(true);
camera_3.SetActive(false);
camera_1.SetActive(false);
//camera_3.SetActive (true);
//camera_1.SetActive (true);
}
/// <summary>
/// Copy the desired portions of the deserialized model data to the view model collection of cameras
/// </summary>
/// <param name="model">Deserializeed result from API call</param>
/// <param name="viewModel">Collection of view model items</param>
/// <param name="maxResults">Maximum number of results to assign to view model (0 = assign all results)</param>
/// <returns>Indicator of whether items were left out of the view model due to max size restrictions</returns>
public static Boolean PopulateViewModel(cameras model, ObservableCollection<TomTomCameraViewModel> viewModel, Int32 maxResults = 0)
{
Int32 sequence = 0;
// set up a staging list for applying any filters/max # of items returned, etc.
var stagingList = new List<TomTomCameraViewModel>();
// clear the view model first
viewModel.Clear();
// pull desired fields from model and insert into view model
if (model.CameraList != null)
foreach (var camera in
(from c in model.CameraList select new TomTomCameraViewModel()
{
Sequence = ++sequence,
CameraId = c.cameraId,
Name = c.cameraName,
Orientation = c.orientation.Replace("Traffic closest to camera is t", "T"),
RefreshRate = c.refreshRate,
Latitude = c.latitude,
Longitude = c.longitude
}))
stagingList.Add(camera);
// apply max count if provided
var maxResultsExceeded = (maxResults > 0) && (stagingList.Count > maxResults);
foreach (var s in stagingList.Take(maxResultsExceeded ? maxResults : stagingList.Count))
viewModel.Add(s);
return maxResultsExceeded;
}
/// <summary>
/// Copy the desired portions of the deserialized model data to the view model collection of cameras
/// </summary>
/// <param name="model">Deserializeed result from API call</param>
/// <param name="viewModel">Collection of view model items</param>
/// <param name="centerLatitude">Latitude of center point of current map view</param>
/// <param name="centerLongitude">Longitude of center point of current map view</param>
/// <param name="maxResults">Maximum number of results to assign to view model (0 = assign all results)</param>
/// <returns>Indicator of whether items were left out of the view model due to max size restrictions</returns>
public static Boolean PopulateViewModel(cameras model, ObservableCollection <TomTomCameraViewModel> viewModel, LatLong centerPoint, Int32 maxResults = 0)
{
Int32 sequence = 0;
// set up a staging list for applying any filters/max # of items returned, etc.
var stagingList = new List <TomTomCameraViewModel>();
// clear the view model first
viewModel.Clear();
// pull desired fields from model and insert into view model
if (model.CameraList != null)
{
foreach (var camera in
(from c in model.CameraList
select new TomTomCameraViewModel()
{
CameraId = c.cameraId,
Name = c.cameraName,
Orientation = c.orientation.Replace("Traffic closest to camera is t", "T"),
RefreshRate = c.refreshRate / 1000d,
Position = new LatLong(c.latitude, c.longitude),
DistanceFromCenter = MapUtilities.HaversineDistance(centerPoint, new LatLong(c.latitude, c.longitude)),
TimeLapse = new ObservableCollection <TimeLapseImage>()
}))
{
stagingList.Add(camera);
}
}
// apply max count if provided
var resultsWereTruncated = (maxResults > 0) && (stagingList.Count > maxResults);
foreach (var s in stagingList
.OrderBy((c) => c.DistanceFromCenter)
.Take(resultsWereTruncated ? maxResults : stagingList.Count))
{
s.Sequence = ++sequence;
viewModel.Add(s);
}
return(resultsWereTruncated);
}
public List <cameras> GetList()
{
var data = pg.Query("SELECT * FROM cameras").Fetch();
var ret = new List <cameras>();
foreach (DataRow dr in data.Rows)
{
var item = new cameras
{
id = Convert.ToInt64(dr["id"]),
currentfield_fk = Convert.ToInt64(dr["currentfield_fk"]),
name = Convert.ToString(dr["name"]),
geolat = Convert.ToString(dr["geolat"]),
geolon = Convert.ToString(dr["geolon"])
};
ret.Add(item);
}
return(ret);
}
/// <summary>
/// Copy the desired portions of the deserialized model data to the view model collection of cameras
/// </summary>
/// <param name="model">Deserializeed result from API call</param>
/// <param name="viewModel">Collection of view model items</param>
/// <param name="centerLatitude">Latitude of center point of current map view</param>
/// <param name="centerLongitude">Longitude of center point of current map view</param>
/// <param name="maxResults">Maximum number of results to assign to view model (0 = assign all results)</param>
/// <returns>Indicator of whether items were left out of the view model due to max size restrictions</returns>
public static Boolean PopulateViewModel(cameras model, ObservableCollection<TomTomCameraViewModel> viewModel, LatLong centerPoint, Int32 maxResults = 0)
{
Int32 sequence = 0;
// set up a staging list for applying any filters/max # of items returned, etc.
var stagingList = new List<TomTomCameraViewModel>();
// clear the view model first
viewModel.Clear();
// pull desired fields from model and insert into view model
if (model.CameraList != null)
foreach (var camera in
(from c in model.CameraList
select new TomTomCameraViewModel()
{
CameraId = c.cameraId,
Name = c.cameraName,
Orientation = c.orientation.Replace("Traffic closest to camera is t", "T"),
RefreshRate = c.refreshRate,
Position = new LatLong(c.latitude, c.longitude),
DistanceFromCenter = MapUtilities.HaversineDistance(centerPoint, new LatLong(c.latitude, c.longitude))
}))
stagingList.Add(camera);
// apply max count if provided
var resultsWereTruncated = (maxResults > 0) && (stagingList.Count > maxResults);
foreach (var s in stagingList
.OrderBy((c) => c.DistanceFromCenter)
.Take(resultsWereTruncated ? maxResults : stagingList.Count))
{
s.Sequence = ++sequence;
viewModel.Add(s);
}
return resultsWereTruncated;
}
void camera_change()
{
if (Input.GetButtonDown("ChangeCamera") && can_change_camera)
{
if (atual_camera == cameras.ISO)
{
atual_camera = cameras.T3;
camera_3.SetActive(true);
camera_ISO.SetActive(false);
camera_1.SetActive(false);
anim_Control_camera_panel.SetTrigger("change");
anim_Control_camera_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_character_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_camera_sprite.SetTrigger("change");
Invoke("offPanel", 2f);
can_change_camera = false;
time_res_camera_elapsed = 0;
}
else if (atual_camera == cameras.T3)
{
atual_camera = cameras.T1;
camera_1.SetActive(true);
camera_ISO.SetActive(false);
camera_3.SetActive(false);
anim_Control_camera_panel.SetTrigger("change");
anim_Control_camera_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_character_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_camera_sprite.SetTrigger("change");
anim_Control_character_sprite.SetTrigger("change");
Invoke("offPanel", 2f);
can_change_camera = false;
time_res_camera_elapsed = 0;
}
else
{
atual_camera = cameras.ISO;
camera_ISO.SetActive(true);
camera_3.SetActive(false);
camera_1.SetActive(false);
anim_Control_camera_panel.SetTrigger("change");
anim_Control_camera_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_character_sprite.gameObject.GetComponent <Image> ().color = new Color(255, 255, 255, 255);
anim_Control_camera_sprite.SetTrigger("change");
anim_Control_character_sprite.SetTrigger("change");
Invoke("offPanel", 2f);
can_change_camera = false;
time_res_camera_elapsed = 0;
}
}
if (!can_change_camera)
{
time_res_camera_elapsed += Time.deltaTime;
if (time_res_camera_elapsed >= time_res_camera)
{
can_change_camera = true;
time_res_camera_elapsed = 0;
}
}
}
