CGI movies are often unrealistic because they rely on computer-generated imagery to create fantastical worlds, creatures, and special effects that may not exist in reality. The goal of CGI is to push the boundaries of imagination and create visually stunning scenes that captivate audiences. While CGI technology continues to advance, there are still limitations in replicating the nuances of real-life textures, movements, and expressions, which can contribute to the overall sense of unreality in CGI movies. **

The CGI in movies and series is not necessarily getting worse overall, but there may be instances where it appears to be of lower quality. This could be due to a variety of factors, including budget constraints, tight production schedules, and the increasing demand for CGI in the entertainment industry. Additionally, as technology advances, audiences become more discerning and critical of CGI, making it more challenging for filmmakers to meet their expectations. However, there are still many examples of high-quality CGI in modern movies and series, demonstrating that the overall trend is not necessarily negative. **

CGI is often disliked because it can sometimes look unrealistic or artificial, taking away from the authenticity of a film or TV show. Viewers may prefer practical effects or traditional animation for a more tangible and immersive viewing experience. Additionally, overuse of CGI can lead to a lack of creativity or originality in storytelling, as filmmakers may rely too heavily on visual effects to carry the narrative. Ultimately, the dislike of CGI comes down to personal preference and the balance between using technology to enhance storytelling versus relying on it as a crutch. **

Good CGI can be recognized by its seamless integration with live-action footage, realistic lighting and shadows, and attention to detail in textures and movement. It should also effectively convey emotions and expressions in animated characters, and blend seamlessly with the overall visual aesthetic of the film or project. Additionally, good CGI should not draw attention to itself as being artificial or computer-generated, but rather enhance the storytelling and visual experience for the audience. **

One trick to recognize CGI is to look for unnatural movements or physics in the visuals. CGI often has a certain smoothness or weightlessness that can give it away. Another trick is to pay attention to lighting and shadows, as CGI may not always perfectly match the natural lighting of a scene. Additionally, paying attention to details such as reflections and textures can help identify CGI elements in a scene. **

The cost of a good CGI series can vary widely depending on factors such as the complexity of the animation, the length of the series, the level of detail required, and the experience of the animation team. Generally, a high-quality CGI series can cost anywhere from a few hundred thousand dollars to several million dollars per episode. It is important to budget for not only the production costs but also for pre-production, post-production, and marketing expenses to ensure a successful series. **

The CGI in Attack on Titan has been a point of contention among fans. While some appreciate the use of CGI for the Titans and action sequences, others feel that it can be jarring and takes away from the overall aesthetic of the show. Ultimately, the use of CGI in Attack on Titan is a stylistic choice that may not appeal to everyone, but it has allowed for some impressive and dynamic animation sequences. **

For CGI game development, a GPU with high computational power and memory bandwidth is essential. NVIDIA's GeForce RTX series, particularly the RTX 3080 or RTX 3090, are popular choices for CGI game development due to their powerful performance and ray tracing capabilities. These GPUs provide the necessary horsepower for rendering complex scenes, handling advanced lighting effects, and creating realistic visuals in CGI games. Additionally, AMD's Radeon RX 6000 series, such as the RX 6800 XT or RX 6900 XT, also offer competitive performance for CGI game development. Ultimately, the choice of GPU will depend on the specific requirements of the CGI game being developed and the budget available. **