Animations Gallery

Origin X

In a board game setting, actions such as running, rolling dice, and managing shooting range provide the clearest link to motion graphics. The following overview highlights a selection of weapons and how they influence these programmable stats. These moments play a key role in helping players visualise how a tabletop experience can translate into a digital format or the other way around.

Burst Context The design of this shotgun-style weapon closely mirrors how it would perform in the real world. It’s one of the bulkier choices, deals heavy damage, but is only effective at short distances. Highlight If this weapon were progr

Burst

Context

The design of this shotgun-style weapon closely mirrors how it would perform in the real world. It’s one of the bulkier choices, deals heavy damage, but is only effective at short distances.

Highlight

If this weapon were programmed, three integers would define its function. One would control how far the player can move, another would randomly determine damage based on a preset range, and a third would use a two-dimensional grid to verify if a target is within reach. Manhattan distance would be used for that calculation.

Invite

The image includes two tiles. The top showcases the weapon’s graphic, and flipping it over reveals its gameplay attributes.

Flesh Eater Context Built to reflect the qualities of a real-life assault rifle, this weapon is heavy, provides balanced damage output, and can cover a broad attack range. Highlight Within a coding structure, three separate integer values w

Flesh Eater

Context

Built to reflect the qualities of a real-life assault rifle, this weapon is heavy, provides balanced damage output, and can cover a broad attack range.

Highlight

Within a coding structure, three separate integer values would manage the weapon’s logic. One would handle player agility, another would calculate random damage through a set range, and a third would check distance using a two-dimensional grid based on the Manhattan method.

Invite

Two tiles appear in the visual. The top displays the weapon’s art, while the underside, when flipped, reveals its stat card.

Glass Eye Context Inspired by a sniper rifle, this weapon emphasizes long-range precision. It’s heavy, offers consistent firepower, and boasts the farthest reach among all options. Highlight From a development standpoint, three integer-base

Glass Eye

Context

Inspired by a sniper rifle, this weapon emphasizes long-range precision. It’s heavy, offers consistent firepower, and boasts the farthest reach among all options.

Highlight

From a development standpoint, three integer-based variables would drive this weapon. One defines the character’s mobility, one simulates damage via a random number from a set range, and the final one checks attack viability on a two-dimensional grid using Manhattan distance as the measure.

Invite

The image shows two parts. The top illustrates the weapon itself, while the flipped tile beneath reveals key statistics.

Gore Baton Context Based on a combat knife, this melee weapon prioritizes speed and impact. It’s lightweight, exceptionally strong in close-range attacks, but offers no distance capability. Highlight In programming logic, three integers wou

Gore Baton

Context

Based on a combat knife, this melee weapon prioritizes speed and impact. It’s lightweight, exceptionally strong in close-range attacks, but offers no distance capability.

Highlight

In programming logic, three integers would influence how it works. One handles step count, another generates damage from a fixed range, and a third determines reach using a two-dimensional grid calculated by Manhattan distance.

Invite

The two tile visuals show the weapon’s look on the front and its flipped version containing all stat information.

Shock Blast Context This grenade-style weapon was created with real-world dynamics in mind. It’s one of the lightest in the lineup, inflicts minimal damage, but compensates with a decent throw range. Highlight In a coded environment, three

Shock Blast

Context

This grenade-style weapon was created with real-world dynamics in mind. It’s one of the lightest in the lineup, inflicts minimal damage, but compensates with a decent throw range.

Highlight

In a coded environment, three integer values would be used. One would control movement distance, another would determine rolling damage output, and a third would assess whether a target is in range using Manhattan distance within a grid system.

Invite

Shown in the image are two tiles. The top displays the weapon’s exterior, and the reverse side shows its performance stats.

Return to Previous Page Section