Physics in games have always fascinated me, from games made in Flash to people going all ragdoll in AAA titles. It was this that brought The Sandbox to my attention, back when it was a mobile-only title. I had played similar games before, but never on the same scale, and rarely with actual levels to play -- they were literally sandboxes.
You will have to eventually go into the Play mode, which is the loose definition of campaign, has pre-built levels to show you the basics of what everything can do. Completing them gives you mana points, which you spend on unlocking new elements and materials in Create. There are nine worlds to complete, which show off everything from drawing a curved pixel line to building a battery with acid.
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You can also get mana simply by playing the game once per day, as well as completing daily quests. These are found under the Quest tab, and give you three levels picked from the many available player-built levels.
Developer Sotenbox recently put up a trailer for Planetary Life, a pretty neat looking entry into the evolution simulation genre. Made with Godot Engine, it should have no problems running nicely on Linux machines.
Starting off from an uninhabited planet in place, you'll progress through to a full ecosystem full of life. You'll get to shape everything as you mess with mountains, seas, the climate and add in various forms of life. These creatures will even eventually form their own civilisations. It looks and sound pretty ambitious but when you check out the trailer, you'll see clearly what the developer is going for.
Love the little creature creator, seems like a game full of charm - can't wait to give it a go once it's out. Indie developers keep coming up with little gems like this. Mixing together the creature simulation with the ways you can change the atmosphere sounds like it could make for some interesting and possibly hilarious gameplay. Reminds me of World Box but on a bigger scale.
The FCA continues to be inundated with requests for support from startups as well as larger established financial services firms. In total, it has received more than 1,500 requests to enter the UK sandbox.
The sandbox provides a safe space for firms to prove their business model works and that it will survive in a regulated world. The sandbox is not, however, a guarantee of survival or success. Firms entering the sandbox must ensure they have bank accounts in place, which is not always the easiest thing for startups, and that they have the capital to return cash to customers or clients should the business fail.
For example, digital identity platform Yoti, founded in 2014, was accepted into the FCA sandbox, along with Barclays, Nationwide and First Direct, among others, in 2017. Yoti used the sandbox to test consumer appetite for its know-your-customer format, which lets people prove their identity via a digital identity app. One of the hardest things for a startup is to build regulatory credibility, so an invitation to enter the sandbox is a major advantage.
Paul Prendergast, chief executive of insurtech startup Blink, says for technology entrepreneurs, ensuring they have the regulatory and underwriting side of the business right from the start is a key focus. Blink, now part of CPP Group, entered the FCA sandbox in 2016 and worked with the regulator for four months before exiting with a licence to trade.
Despite the success of the FCA sandbox, it is not immune from criticism. Harry Armstrong, head of technology futures at innovation foundation Nesta, questions the level of evaluation done on firms going through the sandbox and what happens to them afterwards. But this is an issue for sandboxes around the world, he says.
After five years in action, the FCA acknowledges that it has reached an inflection point where it is time to take stock of achievements and consider where improvements can be made. It is a timely move because another criticism aimed at the regulator is the inability for firms that have successfully exited the sandbox to operate in multiple jurisdictions without submitting to further regulatory sandboxes.
Ms Emery says establishing GFIN then prompted the FCA to consider cross-sector collaboration, which has received funding and enabled the regulator to discuss these issues with other sectoral UK regulators. They are currently sifting through responses on the idea of a cross-sector sandbox.
Acknowledging limitations is critical to the continued success of the FCA sandbox and others around the world, but the issue for startups is the speed with which regulators can move. Yet regulators are faced with the considerable challenge of balancing their main purpose of protecting consumers with encouraging innovation in an increasingly fast-paced world. It is no easy juggling act for a regulator, even one considered to be the best in the world.
Music for Sandbox Evolution game. Composed and produced by Petr Yakyamsev. All rights belongs to Pixowl inc.You can play this game on iOS: -evolution-craft-2d/id944393180Or Android: =com.pixowl.tsb2
I will show the first version of the game at Tokyo Game Show at the end of september, which will be a very simple version but almost fully designed by GPT3 and drawn by Dall-e Mini. With the goal to have Codex up and running in the next version that will arrive by the end of the year!
Love the idea of using Codex for the AI!
I personally tinkered a lot with evolution simulation back when I was a student, and I struggled with having a generalist AI, end-ed up doing a sort of mix of utility ai and reinforcement learning thing usually.
Using Codex for simple AI is quite interesting!
Maybe you could mix up state machine / decision tree with Codex, somehow, having Codex decide when to switch state or something.
Looking forward for updates
Subduction wedges at accreting subduction zones are bounded by a landward dipping pro-shear zone (= subduction thrust) and a seaward-dipping retro-shear zone in the overriding plate. For the Cascadia subduction zone, the surface trace of the retro-shear zone corresponds to the east side of the Coast Ranges of Oregon and Washington and the Insular Mountains of Vancouver Island. This coastal high or forearc high shows clear evidence of long-term uplift and erosion along its entire length, indicating that it is an active part of the Cascadia subduction wedge. The question addressed here is what controls the location of the retro-shear zone? In the popular double-sided wedge model of Willet et al (Geology 1993), the retro-shear zone remains pinned to the S point, which is interpreted to represent where the upper-plate Moho intersects the subduction zone. For this interpretation, the relatively strong mantle is considered to operate as a flat backstop. That model, however. is somewhat artificial in that the two plates collide in a symmetric fashion with equal crustal thicknesses on both sides. Using sandbox experiments, we explore a more realistic configuration where the upper and lower plate are separated by a gentle dipping (10 degree) pro-shear zone, to simulate the initial asymmetric geometry of the subduction thrust immediately after initiation of subduction. The entire lithosphere must fail along some plane for subduction to begin and this failure plane must dip in the direction of subduction. Thus, the initial geometry of the overriding plate is better approximated as a tapered wedge than as a layer of uniform thickness, as represented in the Willett et al models. We demonstrate this model using time-lapse movies of a sand wedge above a mylar subducting plate. We use particle image velocimetry (PIV) to show the evolution of strain and structure within the overriding plate. Material accreted to the tapered end of the overriding plate drives deformation and causes the retro-shear zone to propagate rearward with time. The main conclusion is that the rearward propagation will cease only when 1) the retro shear zone reaches the S point (i.e. the mantle cutoff in the upper plate) or 2) the erosion outflux from the subduction wedge matches the accretionary influx. Given the location of the upper plate Moho at Cascadia, it seems that erosion is the control factor in pinning the retro shear zone there.
Through the project leadership of Keysight Technologies, the Horizon Europe-funded 6G-SANDBOX project signed a memorandum of understanding (MoU) agreement to establish an Open Innovation Laboratory with the European Space Agency (ESA) to advance the integration of satellites with terrestrial 5G and 6G networks.
The focus of the collaboration is adding the integration of non-terrestrial network (NTN) capabilities into the 6G-SANDBOX testbed by incorporating satellite connectivity across a range of different orbits, including Geostationary (GEO) and Low Earth Orbit (LEO), with the ESA 5G/6G Hubs. This will enable the 6G-SANDBOX testbed to provide validation novel NTN topologies through additional 5G and 6G test capabilities to the improve the results of NTN systems experiments.
"For 6G-SANDBOX, the cooperation with ESA will reinforce the interest to support experimentation on integrated terrestrial/satellite systems as part of the evolution towards 6G," said Michael Dieudonn, 6G-SANDBOX coordinator, representing Keysight. In line with the goals of Horizon Europe's Smart Networks and Services Joint Undertaking (SNS JU), this will further enable the competitiveness of Europe's communications industry through advances in 6G technologies."
6G-SANDBOX was launched in January 2023 by Keysight in collaboration with 16 partners to create a pan-European testbed for 6G experimentation. The project will combine digital and physical nodes to deliver fully configurable, manageable, and controllable end-to-end networks for validating new technologies and research advancements for 6G. In addition, 6G-SANBOX will enable entities across the European Union (EU) to test promising technical 6G enablers, including network automation, cybersecurity, digital twins, and artificial intelligence (AI), as well as technologies that streamline energy consumption. 152ee80cbc
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