Algorithms and systems for generating photon patterns and inducing response in organism

A non-transient storage medium containing an algorithm in a format executable by a control system of a multicolor LED lighting system,

• wherein, the algorithm controls the multicolor LED lighting system to generate a photon pattern,
• wherein the photon pattern induces a desired response in an organism, the algorithm comprising a set of instructions that causes the control system to operate a plurality of LEDs of the multicolor LED lighting system to emit at least one predetermined varying photon pattern,
• wherein the set of instructions defines at least the following group of parameters for each of the at least one predetermined varying photon pattern:
• a target location, an intensity, a duty cycle and a wavelength band, and a variation of at least one of the parameters over time, and
• wherein the set of instructions is provided to cause the control system to operate the plurality of LEDs of the multicolor LED lighting system such that for at least 50% of the plurality of LEDs comprised in the multicolor LED lighting system, a change of the intensity of a LED over a time period of at least 1 ms is lower than 90% of the maximum intensity of the LED,
• wherein the control system generates the set of instructions based on an input data and a stored input data,
• wherein the algorithm further comprises an instruction for obtaining the input data from one or more sensors,
• wherein the input data is further classified based on a learned classification model to generate a classification attribute of the input data, and
• wherein the set of instructions is further based on the classification attribute, further
• wherein the set of instructions further includes a response feedback mechanism, the response feedback mechanism comprising the steps of:
• receiving the input data, wherein the input data includes a status of inducing a current desired response,
• optionally altering a sequence of photon patterns associated with desired responses,
• optionally defining new subgroups, and
• adapting or maintaining the set of instructions based on the input data;
• wherein a first subgroup of LEDs and a second subgroup of different LEDs from among the plurality of LEDs, in the multicolor LED lighting system, are configured to emit the at least one predetermined varying photon pattern,
• wherein the set of instructions for the first subgroup of LEDs and the second subgroup of LEDs differ in at least one of the following parameters:
• intensity, duty cycle, wavelength band or the variation of the parameters over time,
• wherein the first subgroup of LEDs emits photons that are unattractive to the organism and the second subgroup of LEDs emits photons that are attractive to the organism.