Previously, building content headers that scrolled normally until sticking to the top of the viewport required listening to scroll events and switching an element’s position from relative to fixed at a specified threshold. This solution was difficult to synchronize, resulting in small visual jumps. Now, users can achieve the desired effect by simply positioning their elements as sticky. Image Credit: Google

Previously, building content headers that scrolled normally until sticking to the top of the viewport required listening to scroll events and switching an element’s position from relative to fixed at a specified threshold. This solution was difficult to synchronize, resulting in small visual jumps. Now, users can achieve the desired effect by simply positioning their elements as sticky. Image Credit: Google

Previously, building content headers that scrolled normally until sticking to the top of the viewport required listening to scroll events and switching an element’s position from relative to fixed at a specified threshold. This solution was difficult to synchronize, resulting in small visual jumps. Now, users can achieve the desired effect by simply positioning their elements as sticky. Image Credit: Google

Previously, building content headers that scrolled normally until sticking to the top of the viewport required listening to scroll events and switching an element’s position from relative to fixed at a specified threshold. This solution was difficult to synchronize, resulting in small visual jumps. Now, users can achieve the desired effect by simply positioning their elements as sticky. Image Credit: Google

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