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How do I effectively edit the white balance on exterior photos to capture accurate colors and lighting conditions?
The human eye can detect changes in color temperature as small as 100-200 Kelvin, which is equivalent to a 1-2% change in color.
RAW files have 12-14 bits of color data, while JPEGs have 8 bits, giving RAW files a much greater range of colors to work with during editing.
The custom white balance setting on cameras can be calibrated using a gray card, which reflects 18% of incident light, allowing for accurate color correction.
The color temperature of light changes throughout the day: morning sunlight has a cooler tone (around 5500K), while afternoon sunlight has a warmer tone (around 6500K).
Cloud cover can decrease the color temperature of light by up to 1000K, making it appear cooler.
Fluorescent lighting has a unique spectral power distribution that can cause unwanted color casts, making it challenging to achieve accurate white balance.
Incandescent lighting has a color temperature of around 2800-3000K, which is why it appears warm and yellowish.
The Kelvin scale, used to measure color temperature, is based on the concept of blackbody radiation, which describes the thermal radiation emitted by an idealized perfect absorber of electromagnetic radiation.
The white balance setting on cameras is not actually changing the color temperature of the light, but rather applying a color cast to neutralize the inherent color of the light source.
When shooting in RAW, the camera captures the raw data from the sensor, allowing for greater flexibility during editing, including adjusting white balance.
The human visual system is most sensitive to color casts in the 500-550 nanometer range, which is why yellowish casts are often more noticeable than bluish casts.
Camera sensors have a native ISO range, and deviating from this range can cause increased noise and decreased color accuracy, making it more challenging to achieve accurate white balance.
The shade white balance setting applies a slight orange tint to the image to neutralize the blueish tone of shade sunlight.
Creative white balance adjustments can significantly affect the mood and atmosphere of a landscape image, making it a crucial aspect of photography.
Post-processing white balance adjustments can be made using the "temp" and "tint" sliders, allowing for fine-tuned control over color temperature and cast.
Understanding how to deal with impure light, which can cause unpleasant color casts, is essential for achieving accurate white balance in photography.
White balance correction is a critical aspect of photography, and achieving the right white balance can make or break a photo.
The light in the shade is blueish due to the scattering of shorter wavelengths (blue and violet) by the atmosphere, which is known as Rayleigh scattering.
Cloud cover can also cause a loss of contrast and color saturation, making it challenging to achieve accurate white balance.
The concept of color temperature is based on the idea that objects emit light at specific temperatures, which corresponds to specific colors, known as blackbody radiation.
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