Un prompt cinématographique Seedance 2.0 pour créer une scène d'invocation époustouflante avec des talismans, de l'énergie spirituelle et un tigre blanc de la taille d'une montagne avec des effets explosifs.
Ultra-realistic cinematic shot with film-grade fog and particle effects, 15 seconds, 30fps, no background music, no subtitles. Refer to Image 1 and maintain consistent character appearance. The shot begins with an extreme close-up from a low angle, featuring dynamic cinematic camera movement with a rapid push-in and slight handheld shake. The character’s body subtly twists, left shoulder forward, right shoulder pulled back, center of gravity lowered. Several talismans (ofuda) float around the body as purple-black spiritual energy gathers around the torso, forming a rotating energy vortex. The talismans ignite one by one, their flames forming the Sanskrit character “मनस्” from the Heart Sutra, gently flickering with a blend of gold and purple light. Countless foxfire streams converge from all directions, trailing golden and purple flames as they rapidly flow into the character’s palm, forming a highly compressed energy sphere. Inside, the energy churns violently, revealing a flowing structure resembling the silhouette of a white tiger. The camera quickly pushes into a close-up of the hand as the energy sphere’s brightness intensifies dramatically, causing spatial distortion. The protagonist forms a hand seal with the left hand while holding the energy core in the right, softly chanting “zenmetsu.” The talismans and hand seal activate instantly; the energy core compresses to its absolute limit in an instant before erupting. From the نقطة of explosion, a colossal white tiger composed purely of spiritual energy is born—massive like a mountain, formed of white and gold light. Its body continuously collapses and reconstructs along the edges, radiating overwhelming destructive pressure as it charges directly toward the camera. The shot is engulfed by the oncoming torrent of energy, accompanied by a blinding light burst and explosive particle dispersion.
