I am in the process of going through training that utilizes the simulator. So I downloaded the VMWare Player and installed the simulator. It appears to install other than pulling the management IP. I went to the installation guide and found a command that should have resolved the issue but failed stating duplicate IP (note I tried multiple). So I rebooted the image and it gets hung on loading the modules (see attached). (I also change amount of memory to 8gb and processor to 4 with no avail)

Also, I noticed that if I set the multi-thread option to auto, then the simulator always use 8 threads, no matter how many cores I have. Is this true? WIll the simulator dynamically adjust the core/thread to use if I run it on different machines with different cpus?


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To install my simulator, I had installed XCode, and I started a project "Simulator", to push "next" I needed a company name, I put "simu", after that, I clicked on "Project > Run", and I could see my simulator run.

If the answer provided , does not work and you already have command line tools selected in XCode, try this command in the terminal,npx expo start --iosBasically, in my case I did not have Expo Go on the ios simulator, so it downloaded that, and ran my app.

With a robust toolkit comprising deep expertise and state-of-the-art facilities for 3-D printing, VR/XR, and rapid prototyping, IDS regularly produces devices that address the gamut of health care needs. These include 3D anatomic reproductions for surgical planning and rehearsal, high-fidelity surgical simulators, and VR training packages. We are creating realistic and patient-specific devices to improve outcomes, safety, and care.

Thank you, your advice is very helpful for me. I got the same error with shaning. the root cause is i didn't start tcp input that pointing to geoevent simulator port. once tcp input started, the simulator working as well. thanks

The three ship-bridge mockups help users evaluate navigation channel designs, modifications and safety issues in a virtual environment. The computerized simulator of navigational conditions are in real-time, meaning that the events require the same amount of time on the simulator as they do in real life. Realistic sights, sounds and conditions for maneuvering ships and tows help make the pilots more at ease and comfortable as if they are in their actual surroundings.

With improved capabilities to perform advanced hydrodynamic modeling, the ERDC Ship/Tow Simulator helps engineers, licensed pilots and others virtually design and evaluate proposed modifications for improvements to commercial navigation. These simulator tests are evaluated for safety first, then economical design. This helps engineers see the causes of accidents and other problems and learn how to avoid and solve them.

The NADS-1 simulator gives the most realistic driving simulation experience in the country as it moves across the bay floor, tilts, and rotates to simulate the movements a car makes on the road.

All the simulators at NADS use the same driving environments for urban, suburban, interstate, and rural driving areas in day and night-time driving conditions. We also the have the ability to model new areas or provide geo-specific replicas of actual world locations.

The NADS-1 features an open architecture where different sub-systems communicate with each other using a published interface on a dedicated high-speed network. This flexible architecture allows for integration of third party hardware and software systems. Engineers at NADS also have access to source code for all of the university-owned simulator software and actively manage and make updates to this software to support research and sponsor needs.

The Bioenergy simulator relies on spatial datasets, such as agro-ecological zones, protected areas, water scarcity distribution, population density, and power lines, to identify opportunities and limitations to utilise biomass resources for bioenergy production. The user inputs the required parameters, including the area, biomass resource and production process, and the bioenergy simulator retrieves location specific information on the bioenergy potential to run the simulation. Some default technical parameters are included as part of the simulation, but these can be edited by the user for more accurate results.

The methodology of the Bioenergy simulator can be deployed globally to provide estimates of potential bioenergy resource. It provides estimates of possible bioenergy contribution in transport, heating, and electricity.

The result section provides users with the summary of the selected inputs, the result of the simulation, including the bioenergy yield and production, and gross electricity or heat production if applicable. The simulator will also suggest an application for the potential bioenergy production and provide further information on how to interpret the data.

The Bioenergy simulator does not assess the socio-economic feasibility or environmental impacts of the selected bioenergy value chains at any investment scale. Field surveys and in-depth assessments should be conducted to identify the most appropriate technologies for bioenergy production.

The Bioenergy simulator is not intended to be the basis for final technology choices or investment decisions. It allows the user to perform preliminary analysis to promote modern bioenergy production options for a given area, biomass resource and associated conversion technology.

The Bioenergy simulator aims to assess the bioenergy potential for any given area. It focuses primarily on the biomass produced without accounting for competition for residues or of different land use applications into consideration.

But I cannot find a simulator in my Xcode that creates these sizes. I have to use iPad Air and iPhone 6 Plus to take screenshots, then open them in photoshop and resize them, but the resized versions are 1 pixel off the required sizes so then I have to modify them slightly.

Am I just missing the correct simulators? What simulators will create these screen shots so that I dont have to go thru this lengthy process each time? I have over 100 apps on the app store so adding 3 more steps makes a HUGE difference when we release new code. ?

Our commitment to realism in the X-Plane flight simulator starts with first principle physics, a mountain of math, and decades of real-world flight experience. Our development team has spent 30+ years refining the rendering engine and mechanics for a blisteringly authentic flight experience.

The PS410 is a compact, high-performance arrhythmia cardiac simulator device for patient monitor testing. Small enough to fit in a pocket, the handy PS410 weighs less than a pound and is easy to operate. Technicians simply connect the PS410 to the device under test and use the PS410 keypad to enter the code presets. The PS410 then transmits the selected preset simulations to the device under test.

If you have been looking for the best racing simulator, or ultra realistic racing car simulators, here at Trak Racer, we really do offer the best of the best. Since 2008, we have been considered pioneers when it comes to designing and manufacturing racing simulators. Every Trak Racer professional racing simulator has been meticulously engineered, and every piece of our realistic racing simulator, combines the highest levels of functionality and superior ergonomics. Whether you are looking for a budget racing simulator, or cost is no issue and you want only the best racing simulator, you can view our range of racing car simulators for sale that are available online now, or for sales enquiries email sales@trakracer.com and we can help you to find the perfect racing simulator online.

DiM, the family of turn-key, yet open driver-in-the-loop simulators from VI-grade, provides automotive engineers with a complete set of innovative, integrated driving simulators for a new generation approach to system-level simulation, allowing companies to bridge the gap between testing and simulation.


The dynamic configuration provides motion feedback to the driver thanks to an innovative nine-degrees-of-freedom moving platform with reduced dimensions and larger displacements.



(a) General. This section addresses the use of a simulation facility for the administration of the operating test and plant-referenced simulators to meet experience requirements for applicants for operator and senior operator licenses.

(b) Commission-approved simulation facilities and Commission approval of use of the plant in the administration of the operating test. (1) Facility licensees that propose to use a simulation facility, other than a plant-referenced simulator, or the plant in the administration of the operating test underĀ  55.45(b)(1) or 55.45(b)(3), shall request approval from the Commission. This request must include:

(c) Plant-referenced simulators. (1) A plant-referenced simulator used for the administration of the operating test or to meet experience requirements inĀ  55.31(a)(5) must demonstrate expected plant response to operator input and to normal, transient, and accident conditions to which the simulator has been designed to respond. The plant-referenced simulator must be designed and implemented so that it:

(i) The plant-referenced simulator utilizes models relating to nuclear and thermal-hydraulic characteristics that replicate the most recent core load in the nuclear power reference plant for which a license is being sought; and

(ii) Simulator fidelity has been demonstrated so that significant control manipulations are completed without procedural exceptions, simulator performance exceptions, or deviation from the approved training scenario sequence.

(3) A simulation facility consisting solely of a plant-referenced simulator must meet the requirements of paragraph (c)(1) of this section and the criteria in paragraphs (d)(1) and (4) of this section for the Commission to accept the plant-referenced simulator for conducting operating tests as described inĀ  55.45(a) of this part, requalification training as described inĀ  55.59(c)(3) of this part, or for performing control manipulations that affect reactivity to establish eligibility for an operator's license as described inĀ  55.31(a)(5). ff782bc1db

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