Dynamic Artworks via Calibrated Lighting Sequences
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Solution Overview
Problem
Current methods for creating dynamic artworks from static ones are expensive, environmentally unfriendly, and lack a technique to effectively utilize specific colored lighting to transform artwork colors and perceptions, resulting in limited impact and excessive energy consumption.
Innovation Solution
A method involving the design and calibration of static artworks with specific color arrangements that respond predictably to choreographed RGB lighting sequences, transforming into dynamic artworks by changing colors and luminosities, using a technique called diliet that employs precise color calibration and sequencing to achieve a unique, programmable, and environmentally friendly dynamic effect.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Illumination intensity
If traditional dynamic artwork methods (video projections, LCD screens, neon signs) are used, then dynamic visual effects are achieved, but cost and environmental impact increase significantly
Solution Approach 1:
The patent uses optical copying by projecting calibrated colored lights onto static artworks with specific color arrangements. The light patterns create dynamic visual effects that appear on the artwork surface without requiring physical dynamic displays. The colored lights reflect off the artwork's pigments to produce the desired dynamic color transformations, achieving visual impact through optical interaction rather than expensive dynamic display hardware.
Solution Approach 2:
The patent replaces mechanical/electronic dynamic display systems (LCD screens, video projections, neon signs) with an optical system using calibrated colored lights. Instead of using complex electronic displays that consume energy and have environmental impact, the invention uses controlled light sources with specific color temperatures and intensities that interact with the artwork's color properties to create dynamic effects, substituting a simpler optical mechanism for complex mechanical-electronic systems.
2Illumination intensity
If static artworks are lit with colored lights, then color transformation occurs, but without specific calibration the effect lacks impact and predictability
Solution Approach 1:
The patent systematically changes key parameters including light color temperature (specific Kelvin values), light intensity, and artwork pigment composition (specific CMYK percentages). By controlling these parameters precisely - such as using lights at 2000K, 4000K, 6000K and artwork with specific color ratios - the invention achieves predictable and impactful color transformations. This parameter control ensures that the interaction between light and artwork produces consistent, desired visual effects rather than random color changes.
Solution Approach 2:
The patent incorporates feedback mechanisms where the lighting sequences are programmed based on the known color properties of the artwork. The system uses pre-calibrated information about the artwork's pigment composition to determine the optimal lighting sequences, creating a feedback loop between the artwork's properties and the lighting control. This ensures that the colored lights produce the intended dynamic effects by accounting for how the specific artwork colors will respond to specific light colors.
3Illumination intensity
If conventional lighting is used on static artworks, then illumination is provided, but the artworks do not transform into dynamic artworks with simulated movement
Solution Approach 1:
The patent uses periodic lighting sequences where colored lights are activated in repeating patterns over time. The lights cycle through different colors (e.g., warm white to cool white, or specific colored LEDs) in timed sequences that create rhythmic visual changes on the artwork. This periodic action, with controlled duration and repetition, transforms the static artwork into a dynamic display with simulated movement and temporal variation, as the artwork's appearance changes systematically over time rather than remaining static.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This approach allows for the creation of high-quality, low-cost dynamic artworks with minimal technology, reducing environmental impact by using calibrated colored lights to transform static artworks into dynamic ones, offering a sustainable alternative to traditional methods.
Implementation Method 1
All materials have pigments which absorb or reflect light, and determine the colour of the material when lit up. Materials with White pigments reflect back light of all colours. But if the light is red, the material looks Red, since there is no other colour in the light to reflect back
Implementation Method 2
materials with Red pigments, reflect back only Red light, and absorb light of all other colours. So, such Red materials look Red in White light; since White light contains Red light which is reflected back
Implementation Method 3
illuminating these static artworks of diverse sizes, using specific lighting sequences and transitions of specifically calibrated colour ranges and shades
Data Source
AI summary
The present invention relates to a method for the creation of dynamic artworks from static artworks; comprising of designing, fabrication, painting, creating & printing of artworks of a specific and precise calibrated colour and shade arrangement in the forms, images, shapes and backgrounds or the artworks, followed by illuminating these static artworks of diverse sizes, using specific lighting sequences and transitions of specifically calibrated colour ranges and shades; that dynamically transform the colours, luminosities and perception of forms, images, shapes and backgrounds in the static artworks, making them into dynamic animated artworks. The current invention enables the creation of a wide range of artistic, functional, precisely controllable, automatable, interactive and futuristic dynamic applications of said static Artworks, that include creation of applications in artistic exhibitions & installations, graphics, luminosities and perception of forms, shapes texts, illustrations, objects, building & architectural facades, etc.