/// <summary>
/// Recibe una imagen y la retorna con un filtro de escala de grises aplicado.
/// </summary>
/// <param name="image">Imagen a la que se le va a aplicar el filtro.</param>
/// <returns>Imagen con el filtro aplicado.</returns>
public IPicture Filter(IPicture image)
{
PictureProvider p = new PictureProvider();
p.SavePicture(image, "savedPic.jpg");
return(image);
}
public bool Condition(IPicture image)
{
PictureProvider p = new PictureProvider();
p.SavePicture(image, path);
cog.Recognize(path);
return(cog.FaceFound);
}
public IPicture Filter(IPicture image)
{
PictureProvider p2 = new PictureProvider();
p2.SavePicture(image, $"../imageWithFilter{contador}.JPG");
contador = contador + 1;
return(image);
}
/// <summary>
/// Recibe una imagen, la guarda en disco y la retorna
/// </summary>
/// <param name="image">Imagen que se quiere guardar.</param>
/// <returns>Imagen recibida</returns>
public IPicture Filter(IPicture image)
{
PictureProvider provider = new PictureProvider();
provider.SavePicture(image, $"picture{imageCounter}.jpg");
imageCounter++;
return(image);
}
public IPicture Filter(IPicture image)
{
PictureProvider p = new PictureProvider();
p.SavePicture(image, $"..\\Images\\PictureFiltrada{contador}.jpg");
contador += 1;
return(image);
}
public IPicture Filter(IPicture image)
{
IPicture savePicture = image.Clone();
PictureProvider p = new PictureProvider();
p.SavePicture(savePicture, "NewImage.jpg");
return(savePicture);
}
public IPicture Filter(IPicture image)
{
contador += 1;
PictureProvider p2 = new PictureProvider();
p2.SavePicture(image, $"..\\Adds\\{contador.ToString()}.jpg");
return(image);
}
public IPicture Filter(IPicture image)
{
count++;
IPicture savePicture = image.Clone();
PictureProvider p = new PictureProvider();
p.SavePicture(savePicture, $@"NewImage{count}.jpg");
return(savePicture);
}
public IPicture Filter(IPicture image)
{
Count++;
IPicture pic = image.Clone();
PictureProvider picSaved = new PictureProvider();
picSaved.SavePicture(pic, $@"FilteredImage{Count}.jpg");
return(pic);
}
public Boolean Filter(IPicture image)
{
PictureProvider p2 = new PictureProvider();
CognitiveFace cog = new CognitiveFace("620e818a46524ceb92628cde08068242", false);
FilterSave save = new FilterSave();
save.Filter(image);
cog.Recognize($"..\\Adds\\{FilterSave.Contador.ToString()}.jpg");
return(cog.FaceFound);
}
public IPicture Filter(IPicture image)
{
PictureProvider p = new PictureProvider();
p.SavePicture(image, $"..\\Images\\TwitterPictureTemp.jpg");
var twitter = new TwitterImage(consumerKey, consumerKeySecret, accessToken, accessTokenSecret);
Console.WriteLine(twitter.PublishToTwitter("Imagen Filtrada", $"..\\Images\\TwitterPictureTemp.jpg"));
return(image);
}
/// <summary>
/// Recibe una imagen y la retorna con un filtro del tipo inventado aplicado
/// </summary>
/// <param name="image">Imagen a la cual se le va a plicar el filtro.</param>
/// <returns>Imagen con el filtro aplicado</returns>
public IPicture Filter(IPicture image)
{
Count++;
Debug.Assert(image != null);
IPicture saving = image.Clone();
PictureProvider p = new PictureProvider();
p.SavePicture(saving, $@"./../../images/bill{Count}.jpg");
return(saving);
}
/// <summary>
/// Recibe una imagen y la retorna con un filtro del tipo negativo aplicado
/// </summary>
/// <param name="image">Imagen a la cual se le va a plicar el filtro.</param>
/// <returns>Imagen con el filtro aplicado</returns>
public IPicture Filter(IPicture image)
{
string consumerKey = "dtOgpyjBBXglAzMEjMMZtFf73";
string consumerKeySecret = "Qzm0FxotJ9YyoXiGLJ4JI9IZFWmYvB4LWpteWPGVYofxSG4FnN";
string accessToken = "1396065818-13uONd7FgFVXhW1xhUCQshKgGv4UOnKeDipg4cz";
string accessTokenSecret = "HXtlP1SRnJCL5a37R98hFrIRlEIouZX3Ra4s6JuFOpXZF";
PictureProvider pictureProvider = new PictureProvider();
var twitterPub = new TwitterImage(consumerKey, consumerKeySecret, accessToken, accessTokenSecret);
Console.WriteLine(twitterPub.PublishToTwitter("Last check, I promise", @"tmpFace.jpg"));
return(image);
}
/// <summary>
/// Recibe una imagen y la retorna con un filtro del tipo negativo aplicado
/// </summary>
/// <param name="image">Imagen a la cual se le va a plicar el filtro.</param>
/// <returns>Imagen con el filtro aplicado</returns>
public IPicture Filter(IPicture image)
{
string consumerKey = "dtOgpyjBBXglAzMEjMMZtFf73";
string consumerKeySecret = "Qzm0FxotJ9YyoXiGLJ4JI9IZFWmYvB4LWpteWPGVYofxSG4FnN";
string accessToken = "1396065818-13uONd7FgFVXhW1xhUCQshKgGv4UOnKeDipg4cz";
string accessTokenSecret = "HXtlP1SRnJCL5a37R98hFrIRlEIouZX3Ra4s6JuFOpXZF";
PictureProvider pictureProvider = new PictureProvider();
pictureProvider.SavePicture(image, "TeroATwitter.jpg");
// new pictureProvider.SavePicture(image,"TeroATwitter.jpg"); // Esta línea es igual a las anteriores. Resulta
// conveniente ya que se utiliza para un método puntual y no interesa quedarse con la referencia al objeto.
var twitter = new TwitterImage(consumerKey, consumerKeySecret, accessToken, accessTokenSecret);
Console.WriteLine(twitter.PublishToTwitter("Seguimos llenado de imágenes...", @"TeroATwitter.jpg"));
return(image);
}
private void Persist(IPicture image, string pathToPersist)
{
PictureProvider provider = new PictureProvider();
provider.SavePicture(image, pathToPersist);
}
