“PRISM” is a Cyberpunk Hologram text effect efeito de texto criado com a IA da FontVibe. Efeito de projeção holográfica translúcida com linhas de varredura sobrepostas e um brilho ciano iridescente. Estética de interface sci-fi.

rendered in holographic projection style. Letters appear as translucent light-projected holograms — multiple semi-transparent cyan/teal layers slightly offset to create depth, iridescent color fringing at edges shifting between cyan and electric blue, fine horizontal scan lines running through the letterforms, flickering static noise at letter edges, glass-like refraction within letter fills. LETTERFORM PRIORITY: when the chosen font carries its own treatment, that font's letterform shapes take priority and own the letters; this style governs the holographic projection, the offset depth layers and the scanlines. FALLBACK MATERIAL: if the font carries no material of its own, render the letters as translucent cyan/teal holographic letters with semi-transparent offset layers, fine scanlines and iridescent edge fringing. COLOR PRIORITY: keep the font's own colors if specified; otherwise cyan shifting to electric blue. PRISM rendered as a translucent holographic projection suspended within a near-black technological chamber. The primary text carries multiple semi-transparent cyan and teal light layers, each fractionally offset to produce spectral depth; electric-blue and faint violet chromatic fringes shimmer around the outer contours. Fine horizontal scanlines run continuously through every letter, with the dark environment, distant grid structures, and drifting particulate light clearly visible through the projected fills. Glass-like internal refraction breaks the cyan illumination into narrow angular shards, while intermittent static noise erodes selected edges into tiny luminous pixels. A dim hexagonal grid plane and fragmented wireframe prisms emerge from the darkness behind and beneath the projection, traced in low-intensity blue light. Sparse interface glyphs, calibration ticks, and thin orbiting data arcs remain secondary and partially faded. Cold cyan volumetric haze catches the projected light, with restrained bloom, subtle lens diffraction, ray-traced translucent refraction, high-detail digital display texture, and crisp signal artifacts. No opaque surfaces, no warm color accents, no solid printed texture.