Desaturation is not a common color correction technique used in architecture photography. Instead, techniques such as white balance adjustment, exposure compensation, and color grading are more commonly used to enhance the colors in architectural images.

Tone mapping is used in architecture photography to create a more realistic representation of the scene by adjusting the distribution of tones in the image. This helps to ensure that the image accurately reflects the lighting and shadows present in the original scene.

Adjusting vanishing points is not a common perspective correction technique used in architecture photography. Instead, techniques such as lens correction, keystone correction, and straightening horizon lines are more commonly used to correct perspective distortions in architectural images.

Noise reduction is used in architecture photography to remove unwanted noise from the image, which can be caused by high ISO settings or poor lighting conditions. This helps to create a cleaner and more visually appealing image.

Median filter is not a common sharpening technique used in architecture photography. Instead, techniques such as unsharp mask, high pass filter, and Gaussian blur are more commonly used to enhance the sharpness of architectural images.

HDR photography is used in architecture photography to capture a wider range of tones in the image, which helps to preserve the details in both the highlights and shadows. This is especially useful for scenes with a high dynamic range, such as those with bright sunlight and dark shadows.

Microsoft Paint is not a common post-processing software used for architecture photography. Instead, software such as Adobe Photoshop, Adobe Lightroom, and Capture One Pro are more commonly used due to their advanced features and tools specifically designed for editing architectural images.

Graduated filters are used in architecture photography to adjust the exposure of different areas of the image, such as the sky and the foreground. This helps to balance the exposure and create a more visually appealing image.

Applying a high pass filter is not a common technique for adding texture to architectural images. Instead, techniques such as overlaying textures, using a grunge brush, and adding noise are more commonly used to create a textured effect in architectural images.

Vignettes are used in architecture photography to draw attention to the center of the image by darkening the edges. This helps to create a focal point and enhance the overall composition of the image.

Applying a high pass filter is not a common technique for converting color images to black and white in architecture photography. Instead, techniques such as using a black and white conversion filter, desaturating the image, and using a channel mixer are more commonly used to achieve a black and white effect.

Lens correction filters are used in architecture photography to correct for lens distortion, such as barrel distortion and pincushion distortion. This helps to ensure that the straight lines in the image remain straight and that the overall perspective of the image is accurate.

Applying a tilt-shift effect is not a common technique for adding depth to architectural images. Instead, techniques such as using leading lines, creating a sense of scale, and using a wide-angle lens are more commonly used to create a sense of depth in architectural images.

Clarity filters are used in architecture photography to enhance the contrast and detail in the image, especially in areas with fine textures and edges. This helps to create a more visually appealing and impactful image.

Applying a fisheye effect is not a common technique for creating a panoramic image in architecture photography. Instead, techniques such as using a panoramic camera, stitching multiple images together, and using a wide-angle lens are more commonly used to create panoramic images.