15 skills found
willianrod / ODeckA free and open-source alternative to StreamDeck
ansonliao / EFI ASRock Z390 Phantom Gaming ITXThe EFI of Asrock Z390 Phantom Gamming ITX for Hackintosh
roumamimohammed / PlayTechThis website is a platform for managing stock inventory and purchasing gaming items. Users can view and update their stock levels, track sales, and restock items as needed. The platform also features a gaming marketplace where users can browse and purchase various in-game items such as weapons, armor, and currency.
ra101 / Pose2Input MK9Play Mortal Kombat with the camera as your input device and your body/pose as a controller.
sachindh97 / Gamestorewebsiteonline gamming website using HTML,CSS,Boostrap
SaturnsVoid / GamingGroupManagerA tool to control gamming servers and handle Member management. Written in Go.
TasnuvaOshin / LogicGammingNo description available
fatman2021 / Project ManhattanProject Manhattan is a next-generation MOS 6510-based CPU/GPU combo system on a chip emulator for gaming and business applications written in FreeBASIC.
videlanicolas / PythongamePython Gamming.
Mreeb / FACE DETECTION FLAAPY BIRD GAMEThis is a face detection gamming project.
musfiqurR661 / GuessGamming AOOP No description available
think2011 / EFI ASRock Z390 Phantom Gaming ITX Hackintosh给 Asrock Z390 Phantom Gamming ITX 主板使用的黑苹果 EFI
amigos-del-rigor / ZombieLandDBMore than a DB, more than a caché... Using gen_fsm behavior as proof of concept to be used as user state cache, focused on gamming apps
sgleich / NetGAMThe NetGAM package takes species abundance data as input and uses generalized additive mixed models (gamms) in the mgcv package to model each species as a function of time-series predictor variables.
Michael-Belias / Nonlinear Treatment Effects In IPD MA An Introduction To Modelling Absolute Risk Differences Using Background: Modelling treatment effects is one of the opportunities offered by individual participant data (IPD) meta-analysis (MA). Analysing associations between outcomes and continuous patient characteristics may be challenging when non-linear associations are present. Here, splines seem to offer great flexibility but are rarely applied. Objective: To introduce modelling of nonlinear absolute treatment effects using restricted splines, B-splines, P-splines and Smoothing splines and different pooling methods in IPD-MA. Methods: We describe splines and illustrate their performance in an artificial single study. We describe two-stage methods based on pointwise and multivariate meta-analysis and a one-stage method based on generalised additive mixed effects models (GAMMs) to pool the results of multiple studies. We illustrate their performance on three IPD-MA scenarios of five studies each: one where only the associations differ across studies, one where only the ranges of the effect modifier differ and one where both differ. We evaluated splines and pooling approaches in an empirical example, modelling the risk of fever and/or ear pain in children with acute otitis media conditional to age. Results: Across the three IPD-MA scenarios results varied. Penalised splines were smoother than regression splines. In the first scenario, multivariate meta-analysis was most efficient, in the second and third scenario, pointwise meta-analysis was most flexible but showed discontinuous curves and GAMMs performed in between. In the empirical example, GAMMs especially combined with penalised splines was smoother and used all information available in contrast to pointwise and multivariate meta-analysis. Conclusion: Splines provide a helpful tool to capture nonlinear treatment effect differences in IPD-MA.
