Each dungeon is divided into different randomly generated floors, and to progress between each zone the player must find an item called a Gleamdrop, then carry it to a pillar of light called a Gleamwell.
The capability of our work to use high resolution (1.25 m2 cells) grid size of the map enabled us to generate floor field at cell level.
This calibrated FE model is then used for generating floor response spectra (FRS) based on ground motion time histories compatible with the UHS.
We believe that OCP is the first approach in CAAD to incorporate a full relational algebra to generate floor plan layouts.
A direct spectra-to-spectra method is developed for generating floor response spectra (FRS), which are used as input for seismic design and assessment of secondary systems in nuclear facilities.
When generating floor response spectra (FRS) using the direct spectra-to-spectra method developed in the companion paper, probability distribution of t-response spectrum (tRS), which deals with equipment-structure resonance or tuning, corresponding to a specified ground response spectrum (GRS) is required.
Both applications generate feasible floor plans whose appearances resemble the input patterns.
The form finding process to generate the floor geometry is presented, with a description of the fabrication process, the concrete mix design, material testing and experimental testing.
We demonstrate the ability of our method to generate feasible floor plans which are satisfactory, based on spatial quality metrics and designer's taste.
This study proposes an original experimental approach to generate the Floor Response Spectra (FRS) and Inter-Story Drift (ISD) curves based on Ambient Vibration Measurements (AVM) in buildings.
This paper describes the design and control of the 3dof planar parallel robot for omni-directional locomotion interface, which can generate infinite floor on planar surfaces.
