You could even make termite raids, that target player buildings for the materials, which slowly increase in frequency unless the monarch is destroyed. The ultimate goal, would be to rid the backyard of the Termite Queen, which could even have further reaching impact on the region around the dome/tower, resulting in a diminished number of hostile termites foraging the area. Some termites might have a tougher exoskeleton, and be almost impervious to arrows I'm sure there is a wellspring of potential here. Players would have to take adequate weapons, armour, food, water, and crafting supplies in order to survive, as the levels might only contain scarce resources to ease the descent.Įnemy design could force players to use archetypes: there could be a class of termite that spits digestive fluid from high perches or tunnels that are initially inaccessible to players, and would require a dedicated archer to dispatch them. One of the key factors that would determine your success would be resource management.
The different classes could be visually distinguishable, like the ants, and have different attacks and behaviours. The dungeon could introduce a new enemy type: Termite, with various classes: Workers, Soldiers, Kings, and Queens. The idea would be to implement a dungeon that has multiple levels that have elements of randomisation in layout, resources available, and enemy spawns/types. I would love to see a termite mound/tower (depends on the species unless you feel like bending the rules a touch) that is heavily defended and can be entered after scaling the exterior and clearing a guarded entrance at the top. P^2 \times S^1$.I couldn't find it in search, but maybe I just suck at searching, so. Line bundle of ground states in zero-dimensional families (\emph Such parametrized families over $X$ we associate a gerbe, which generalizes the States are short-range entangled ground states of gapped local Hamiltonians.
State can be represented as an injective MPS of finite bond dimension. We focus on families of states in one spatial dimension, where each Topological properties of the space of ground states of gapped many-body Download a PDF of the paper titled Charting the space of ground states with tensor networks, by Marvin Qi and 6 other authors Download PDF Abstract: We employ matrix product states (MPS) and tensor networks to study
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