Kiruru Eggs Go functions as a time restricted chromatic alignment application. The graphical interface populates the operational field with a variable quantity of vertical cylindrical vessels, scaling from three to ten units depending on the active stage. These vessels act as holding arrays for four to six spherical data points, graphically represented as colored eggs.

Sorting Logistics

The user interacts with the system by initiating the transfer of the topmost items between vessels. The operational goal dictates that the user must manipulate the positions of the spherical objects until each discrete vessel isolates a single, uniform color. The application applies specific logic to these transfers, requiring the user to adhere to strict spatial and chromatic rules during the relocation process.

Temporal Mechanics and Scaling

Every active session is subjected to a strict countdown mechanism. The user must achieve total chromatic alignment prior to the depletion of the allocated time. As the user advances through successive stages, the structural difficulty intensifies by expanding the volume of objects and the diversity of colors present in the arrays. The application features an auxiliary resource interface where users may exchange their internal digital balance for temporal extensions. An automated deficit alert triggers if a user attempts an exchange with inadequate resources.

Navigation and Configuration

The Kiruru Eggs Go initializes through a loading sequence, presenting a primary hub. This main interface routes to the active sorting screen, an instructional panel detailing the transfer logic, and an audio management window for adjusting acoustic outputs. Upon the conclusion of a session, an end state dialogue renders on the screen, detailing the termination of the current operational phase.