How do you generate multiple camera angles for an AI video scene in a single generation pass?

Two single-pass techniques cover this: render the full multi-shot sequence as one continuous generation in Seedance 2.0 (up to 5 setups) or Kling 3.0 (up to 6 cuts), or prompt a 3x3 coverage sheet — a nine-shot grid of angles around one beat, animated as one clip, then split in your editor. The invideo agent routes the shot to whichever model fits.

Pick the approach by what you need: continuous narrative across cuts → single-pass multi-shot generation; broad angle coverage of one moment → coverage sheet.

Single-pass multi-shot generation (Seedance 2.0 or Kling 3.0). Write one prompt that establishes the scene once, then defines each cut as a discrete shot block — angle, camera move, framing, beat duration — inside the same generation. Seedance 2.0 holds up to ~5 setups in one render and preserves audio and lighting continuity across the cuts; Kling 3.0 generates multi-shot sequences natively with up to ~6 camera cuts. Structure the prompt as: master scene description → SHOT 1 [angle, move, duration] → SHOT 2 [angle, move, duration] → identity anchor (character sheet or locked keyframe reference). One render at 1080p in Seedance 2.0 takes ~20 minutes; drop to 720p when the delivery format allows and it returns dramatically faster. The credit math is the reason to use this: one 15-second multi-shot pass costs far less than 5 separate single-shot renders and the lighting, wardrobe and character identity hold across every cut for free. The risk is binary — if one cut goes wrong, you regenerate the whole pass. Lock your keyframe and character sheet BEFORE you spend video credits on the pass.

Coverage sheet (3x3 grid, single image gen, then animate). When you need many angles around one narrative beat — close, mid, wide, over-shoulder, top-down, profile — prompt a 3x3 grid of nine shots in a single image generation covering all the angles you need, then animate that grid as one continuous video, then split the nine cells into nine individual clips in your editor. In a documented jewelry anthem film, three generations of a 3x3 coverage sheet produced 20+ usable shots covering an entire ad setup — far cheaper than rendering 20 individual shots. Use GPT-Image-2 or Nano Banana for the grid (Nano Banana for lighting fidelity, GPT-Image-2 for crisp framing), then Seedance 2.0 to animate.

Prompt structure that works for both. Pin three things explicitly in the prompt: (a) the identity anchor — reference character sheet or locked keyframe so the subject holds across angles; (b) the cut list — each angle and camera move named, in order; (c) one global rule (lighting direction, lens feel, depth structure) that applies across every shot so they read as one scene rather than nine disconnected frames. The invideo agent will ask you for duration, speed, and how the shot should land before generating — answer those and the first pass usually lands in 1-2 tries instead of 5-6.

Credit and quality discipline. Generate the still image of your coverage or your opening keyframe FIRST and iterate on framing there — image credits are ~65% cheaper than video credits inside invideo, so 10 framing variations cost almost nothing. Only spend the video render when the still is locked. If a shot in a multi-shot pass goes wrong twice in a row, stop and switch models — invideo holds all the video models (Seedance 2.0, Kling, Veo, Runway), and the invideo agent will route to whichever one renders your specific shot best.

These are the two practical ways to get multiple angles in one pass — single-pass multi-shot when you need a narrative sequence, coverage sheet when you need broad angle variety around one beat. What works depends on whether your shots are sequential or parallel coverage of the same moment.

Watch some of these to see what works for you:

Three generations, 20 plus usable shots, the whole ad covered.

— Hridaye, invideo's creative director