void Update () {
//Debug.Log (PlayerProfile.profile.lenses.Count);
if(Input.GetButtonDown("Photo Review")){
photoReview = !photoReview;
}
if (!photoReview) {
if (Input.GetButtonDown ("Camera Switch")) {
parent.transform.localPosition = cameraHeldUp;
}
if (Input.GetButtonUp ("Camera Switch")) {
parent.transform.localPosition = cameraHeldDown;
}
// When player presses down, a beep is heard
if (!uimanager.isPaused) {
if (Input.GetButtonDown ("Take Photo")) {
cameraAudio.PlayOneShot (cam_click, 0.7f); // beep beep
buttonDownWhilePaused = false;
// Then upon release the photo is taken
} else if (Input.GetButtonUp ("Take Photo") && !buttonDownWhilePaused) {
if (PlayerProfile.profile.memoryCardCapacity > memCardReader.getPhotoCount ()) {
cameraAudio.PlayOneShot (cam_shutter, 0.7f); // snap
//GameObject.Find ("Camera Prefab").GetComponent<PhotoEval> ().PhotoValues ();
RenderTexture renderTexture = new RenderTexture (width, height, 24); // Creates a render texture to pull the pixels from
Camera parentCamera = parent.GetComponent<Camera> (); // Gets the camera to output to the render tuexture
parentCamera.targetTexture = renderTexture;
Texture2D photoTexture = new Texture2D (width, height, TextureFormat.RGB24, false); // Texture2D that wil be stored in the Photo object
parentCamera.Render (); // Forces the camera to render
RenderTexture.active = renderTexture;
photoTexture.ReadPixels (new Rect (0, 0, width, height), 0, 0); // Reads the pixels
Photo photoMetaData = new Photo (); // Creates a new Photo object and then stores t2d and list of visible objects
photoMetaData.photo = photoTexture;
PhotoEval photoEvaluator = GameObject.Find ("Camera Prefab").GetComponent<PhotoEval> ();
photoEvaluator.evaluatePhoto ();
photoMetaData.balanceValue = photoEvaluator.balance;
photoMetaData.spacingValue = photoEvaluator.spacing;
photoMetaData.interestingnessValue = photoEvaluator.interest;
photoMetaData.containsDeer = photoEvaluator.containsDeer;
photoMetaData.containsFox = photoEvaluator.containsFox;
photoMetaData.takenWithTelephoto = photoEvaluator.takenWithTelephoto;
photoMetaData.takenWithWide = photoEvaluator.takenWithWideAngle;
photoMetaData.takenWithFilter = photoEvaluator.takenWithFilter;
parentCamera.targetTexture = null;
RenderTexture.active = null;
Destroy (renderTexture);
byte[] bytes = photoTexture.EncodeToPNG ();
// Note that pictures now get saved to the UploadQueue directory
string partialPath = Application.dataPath + "/Resources/UploadQueue/screen"
+ System.DateTime.Now.ToString("yyyy-MM-dd_HH-mm-ss");
photoMetaData.pathname = partialPath + ".metaphoto";
// Save image
string filename = partialPath + ".png";
System.IO.File.WriteAllBytes (filename, bytes);
Debug.Log (string.Format ("Took screenshot to: {0}", filename));
// Save meta
photoMetaData.save ();
Camera mainCameraCam = GameObject.FindGameObjectWithTag ("MainCamera").GetComponent<Camera> ();
parentCamera.targetTexture = camView; // Sets the render texture
mainCameraCam.Render (); // Renders the Player view
mainCameraCam.targetTexture = null;
buttonDownWhilePaused = true;
// Finally, tell the Camera Menu Manager to update its own info
camMenuManager.updatePhotoCounter ();
camMenuManager.updatePhotoReviewUI ();
} else {
camMenuManager.warnAboutFullCard ();
}
}
}
// Aperture Size
// Increases Aperture Size
if (Input.GetButtonDown ("Aperture Up") && apertureInt < 5) {
// Access components Depth of Field and Tone Mapping
DepthOfField dof = GameObject.Find ("PlayerCam").GetComponent<DepthOfField> ();
Tonemapping tm = GameObject.Find ("PlayerCam").GetComponent<Tonemapping> ();
apertureInt += 1;
// Set Aperture Size and Light levels based on presets
tm.exposureAdjustment = apertureLight [apertureInt];
dof.aperture = apertureSize [apertureInt];
}
// Decreasses Aperture Size
if (Input.GetButtonDown ("Aperture Down") && apertureInt > 0) {
// Access components Depth of Field and Tone Mapping
DepthOfField dof = GameObject.Find ("PlayerCam").GetComponent<DepthOfField> ();
Tonemapping tm = GameObject.Find ("PlayerCam").GetComponent<Tonemapping> ();
apertureInt -= 1;
// Set Aperture Size and Light levels based on presets
dof.aperture = apertureSize [apertureInt];
tm.exposureAdjustment = apertureLight [apertureInt];
}
// White Balance
// Currently only effects r value of the base white texture
// Plan to implement color wheel selector for more control/options
// Decrease Red
if (Input.GetButtonDown ("White Balance Down")) {
ScreenOverlay so = GameObject.Find ("PlayerCam").GetComponent<ScreenOverlay> (); // Access component Screen Overlay
Texture2D t2d = so.texture; // Copy Screen Overlay texture to a Texture2D
if (whiteBalanceColor.b >= 1.0f && whiteBalanceColor.r >= 0.0f) {
Debug.Log ("Test 1");
whiteBalanceColor.r = whiteBalanceColor.r - 0.01f;
} else if (whiteBalanceColor.r >= 1.0f && whiteBalanceColor.b < 1.0f) {
Debug.Log ("Test 2");
whiteBalanceColor.b = whiteBalanceColor.b + 0.01f;
}
Color[] newColor = new Color[256 * 16];
// Sets each pixel color to new color
for (int i = 0; i < newColor.Length; i++) {
newColor [i] = whiteBalanceColor;
}
// Applies changes
t2d.SetPixels (newColor);
t2d.Apply ();
}
// Increase Red
if (Input.GetButtonDown ("White Balance Up")) {
ScreenOverlay so = GameObject.Find ("PlayerCam").GetComponent<ScreenOverlay> (); // Access component Screen Overlay
Texture2D t2d = so.texture; // Copy Screen Overlay texture to a Texture2D
if (whiteBalanceColor.r >= 1.0f && whiteBalanceColor.b >= 0.0f) {
Debug.Log ("Test 3");
whiteBalanceColor.b = whiteBalanceColor.b - 0.01f;
} else if (whiteBalanceColor.b >= 1.0f && whiteBalanceColor.r < 1.0f) {
Debug.Log ("Test 4");
whiteBalanceColor.r = whiteBalanceColor.r + 0.01f;
}
Debug.Log (whiteBalanceColor.r + " , " + whiteBalanceColor.b);
Color[] newColor = new Color[256 * 16];
// Sets each pixel color to new color
for (int i = 0; i < newColor.Length; i++) {
newColor [i] = whiteBalanceColor;
}
// Applies changes
t2d.SetPixels (newColor);
t2d.Apply ();
}
// Change between camera lenses
//Portrait
/*if (Input.GetButtonDown ("Portrait") && currentLens != "port1" && PlayerProfile.profile.lenses.Contains ("port1")) {
//GameObject parent = GameObject.Find ("PlayerCam");
GameObject.Find (currentLens).GetComponent<MeshRenderer> ().enabled = false;
currentLens = "Portrait Lens";
GameObject.Find ("Portrait Lens").GetComponent<MeshRenderer> ().enabled = true;
parent.GetComponentInParent<DepthOfField> ().focalSize = PortraitLens.GetComponent<Lens> ().focalSize;
parent.GetComponentInParent<DepthOfField> ().focalLength = PortraitLens.GetComponent<Lens> ().focalDistance;
parent.GetComponentInParent<Camera> ().fieldOfView = PortraitLens.GetComponent<Lens> ().fieldOfView;
}
// Wide Angle
if (Input.GetButtonDown ("Wide Angle") && currentLens != "wide1" && PlayerProfile.profile.lenses.Contains ("wide1")) {
//GameObject parent = GameObject.Find ("PlayerCam");
GameObject.Find (currentLens).GetComponent<MeshRenderer> ().enabled = false;
currentLens = "Wide Angle Lens";
GameObject.Find ("Wide Angle Lens").GetComponent<MeshRenderer> ().enabled = true;
parent.GetComponentInParent<DepthOfField> ().focalSize = WideAngleLens.GetComponent<Lens> ().focalSize;
parent.GetComponentInParent<DepthOfField> ().focalLength = WideAngleLens.GetComponent<Lens> ().focalDistance;
parent.GetComponentInParent<Camera> ().fieldOfView = WideAngleLens.GetComponent<Lens> ().fieldOfView;
}
// Telephoto
if (Input.GetButtonDown ("Telephoto") && currentLens != "tele1" && PlayerProfile.profile.lenses.Contains ("tele1")) {
//GameObject parent = GameObject.Find ("PlayerCam");
GameObject.Find (currentLens).GetComponent<MeshRenderer> ().enabled = false;
currentLens = "telephoto_lens";
GameObject.Find ("telephoto_lens").GetComponent<MeshRenderer> ().enabled = true;
parent.GetComponentInParent<DepthOfField> ().focalSize = TelephotoLens.GetComponent<Lens> ().focalSize;
parent.GetComponentInParent<DepthOfField> ().focalLength = TelephotoLens.GetComponent<Lens> ().focalDistance;
parent.GetComponentInParent<Camera> ().fieldOfView = TelephotoLens.GetComponent<Lens> ().fieldOfView;
}*/
if (Input.GetButtonDown ("Portrait")) {
lensIter++;
Debug.Log ("Lens Iter" + lensIter);
if (lensIter == PlayerProfile.profile.lensesInBag.Count) {
lensIter = 0;
}
GameObject.Find (currentLens).GetComponent<MeshRenderer> ().enabled = false;
currentLens = PlayerProfile.profile.lensesInBag [lensIter];
Debug.Log ("Current: " + currentLens);
GameObject.Find (currentLens).GetComponent<MeshRenderer> ().enabled = true;
parent.GetComponentInParent<DepthOfField> ().focalSize = GameObject.Find (currentLens).GetComponent<Lens> ().focalSize;
parent.GetComponentInParent<DepthOfField> ().focalLength = GameObject.Find (currentLens).GetComponent<Lens> ().focalDistance;
parent.GetComponentInParent<Camera> ().fieldOfView = GameObject.Find (currentLens).GetComponent<Lens> ().fieldOfView;
}
if (Input.GetButtonDown ("Wide Angle")) {
filterIter++;
Debug.Log (PlayerProfile.profile.filtersInBag.Count);
if (filterIter == PlayerProfile.profile.filtersInBag.Count) {
filterIter = 0;
Debug.Log (PlayerProfile.profile.filtersInBag [filterIter]);
FilterPrefab.SetActive (false);
} else {
Debug.Log (PlayerProfile.profile.filtersInBag [filterIter]);
Texture newFilter = Resources.Load (PlayerProfile.profile.filtersInBag [filterIter], typeof(Texture)) as Texture;
FilterPrefab.SetActive (true);
FilterPrefab.GetComponent<MeshRenderer> ().material.SetTexture ("_MainTex", newFilter);
}
}
if (Input.GetButtonDown ("Shutter Speed Up") && shutterInt < 5) {
// Access component Camera Motion Blur
CameraMotionBlur cmb = GameObject.Find ("PlayerCam").GetComponent<CameraMotionBlur> ();
shutterInt += 1;
// Set shutter speed based on presets
cmb.velocityScale = shutterSpeed [shutterInt];
}
// Decreasses Aperture Size
if (Input.GetButtonDown ("Shutter Speed Down") && shutterInt > 0) {
// Access component Camera Motion Blur
CameraMotionBlur cmb = GameObject.Find ("PlayerCam").GetComponent<CameraMotionBlur> ();
shutterInt -= 1;
// Set shutter speed based on presets
cmb.velocityScale = shutterSpeed [shutterInt];
}
if (Input.GetButtonDown ("Focus In") && focusInt > 0) {
DepthOfField dof = GameObject.Find ("PlayerCam").GetComponent<DepthOfField> ();
focusInt -= 1;
dof.focalSize = focus [focusInt];
Debug.Log (dof.focalSize);
}
if (Input.GetButtonDown ("Focus Out") && focusInt < 10) {
DepthOfField dof = GameObject.Find ("PlayerCam").GetComponent<DepthOfField> ();
focusInt += 1;
dof.focalSize = focus [focusInt];
Debug.Log (dof.focalSize);
}
}
}
public void getMetaData() {
#if UNITY_EDITOR
// Make sure pictures are loaded into resources
AssetDatabase.Refresh();
#endif
DirectoryInfo dir = new DirectoryInfo(pathToPostedPhotos);
FileInfo[] info = dir.GetFiles("*.metaphoto");
foreach (FileInfo file in info) {
Photo photo = new Photo ();
string filename = file.Name;
photo.pathname = pathToPostedPhotos + filename;
photo.load ();
Transform child = transform.Find (filename.Replace (".metaphoto", ""));
GameObject metaData = new GameObject ();
metaData.transform.position.Set(20f, 0f, 0f);
Text textData = metaData.AddComponent<Text> ();
// Configure comments for photo
if (photo.comments.Count == 0) {
Debug.Log ("It looks like there are no comments!");
string markup = "";
float score = Math.Max(photo.balanceValue, Math.Max(photo.spacingValue, photo.interestingnessValue));
//Debug.Log (score);
if (score <= 20f) {
markup = "bad";
} else if (score <= 70f) {
markup = "good";
} else {
markup = "perfect";
}
photo.comments.Add(gameObject.GetComponent<CommentGenerator>().GenerateComment (markup));
photo.save ();
}
//Debug.Log (filename + " - " + photo.comments [0]);
BlogUIManager.photoPanel.GetComponentInChildren<Text> ().text = getPhotoComment(photo); //spacing the comments
textData.font = Resources.GetBuiltinResource(typeof(Font), "Arial.ttf") as Font;
metaData.GetComponent<RectTransform> ().position = new Vector3 (0f, -90f, 0f);
metaData.transform.SetParent (child, false);
}
}
