News Weekly: Global Microsoft outage, first look at new Pixel 9 series, and more


AC News Weekly

News Weekly Logo

(Image credit: Android Central)

News Weekly is our column where we highlight and summarize some of the week’s top stories so you can catch up on the latest tech news.

This is Android Central’s News Weekly, your go-to source for a concise roundup of the week’s most significant tech stories. This is where we delve into the top headlines that provide the latest developments and innovations contributing to the digital landscape. 

This week saw global Microsoft services being disrupted due to an outage, the first look at the Pixel Pro 9 and Pro 9 Fold, OnePlus launching several devices, Amazon making record-breaking sales on Prime Days, and One UI 7 could radically change Galaxy devices. 

Microsoft outage brings world to a standstill

A blue screen of death on Windows 11

(Image credit: Nicholas Sutrich / Android Central)

Read more here



How to Network Effectively When Searching for Remote Jobs


The job market has seen a significant shift towards remote work today. This change presents unique opportunities but also new challenges, particularly when it comes to networking.

Traditional networking methods may not always apply, making it essential to adapt and find effective ways to connect with professionals and potential employers in a virtual environment. Whether you’re new to remote work or a seasoned professional, building a strong network is crucial for discovering job opportunities and advancing your career.

In this blog, we’ll explore practical strategies to help you network effectively when searching for remote jobs. From joining online communities to leveraging social media, these tips will equip you with the tools you need to expand your professional network and land your next remote role.

How to Network Effectively When Searching for Remote Jobs

Networking is a crucial part of any job search, but it becomes even more important when you’re looking for remote positions. Here are some effective strategies to help you build connections and discover remote job opportunities:

1. Join Online Communities:

  • LinkedIn Groups: Participate in LinkedIn groups focused on remote work and your industry.
  • Reddit Forums: Engage in subreddits like r/remote and industry-specific forums.
  • Facebook Groups: Join and contribute to Facebook groups dedicated to remote work.

2. Attend Virtual Events:

  • Webinars: Register for webinars related to remote work and your field.
  • Online Conferences: Participate in virtual conferences and industry events.
  • Virtual Job Fairs: Attend online job fairs to meet potential employers.

3. Leverage LinkedIn:

  • Connect with Professionals: Send connection requests to people in your industry.
  • Engage with Content: Like, comment, and share posts to stay active and visible.
  • Follow Companies: Keep track of companies that offer remote work opportunities.

4. Use Professional Associations:

  • Memberships: Join industry-specific associations that offer networking opportunities.
  • Online Events: Participate in webinars and virtual meetups organized by these associations.

5. Engage on Social Media:

  • Twitter: Follow and interact with industry influencers and companies.
  • Instagram: Engage with brands and professionals who share remote work content.
  • LinkedIn: Share relevant articles and updates to build your professional presence.

6. Reach Out Directly:

  • Personalized Messages: Send direct messages to potential employers or connections expressing your interest in remote roles.
  • Informational Interviews: Request short, informal chats to learn more about remote opportunities.

7. Participate in Online Workshops:

  • Skill Development: Join workshops and courses to improve your skills and meet like-minded professionals.
  • Networking Opportunities: Use these platforms to connect with instructors and fellow participants.

8. Ask for Informational Interviews:

  • Learn from Experts: Request informational interviews with industry professionals to gain insights and build connections.
  • Build Relationships: Use these conversations to establish meaningful relationships.

9. Utilize Alumni Networks:

  • School Connections: Connect with alumni from your school or university who work in remote roles.
  • Networking Events: Attend virtual alumni events to expand your network.

10. Offer Value:

  • Share Content: Post useful articles, insights, and resources that can help your network.
  • Provide Assistance: Offer help or advice to others in your network to build strong, reciprocal relationships.

By implementing these strategies, you’ll be able to build a robust network that can support your search for remote job opportunities. Networking effectively will not only help you discover job openings but also provide valuable insights and connections that can enhance your career.

Networking Effectively To Land A Remote Job

Networking effectively is a vital component of a successful remote job search. By leveraging online communities, attending virtual events, and utilizing social media, you can build a robust network that opens doors to new opportunities. Personalizing your outreach, participating in online workshops, and engaging with professional associations can further enhance your connections and provide valuable insights into the remote job market.

Remember, networking is not just about finding job openings; it’s about building meaningful relationships that can support your career growth. By implementing these strategies, you’ll be well on your way to discovering remote job opportunities and advancing your professional journey.

If you’re looking for remote jobs, there’s no better place to start than DailyRemote. So, what are you waiting for? Get started today.  And now that you know have the job search checklist to help find the remote job of your dreams, start applying today. Join like-minded people in our



Buy Microsoft Office for Windows or Mac for $40 right now


stack-social-microsoft-deal

Score a Microsoft Office license now for 82% off. 

StackSocial

Whether you’re setting up your new laptop or using a machine you’ve had for years, access to Microsoft Office is a necessity for many of us to get things done. Right now, you can buy a lifetime license to the 2019 version of Microsoft Office Professional Plus for either Windows or Mac from Stack Social for $40 — that’s 82% off. 

Also: The best Prime Day deals still live

The only major difference between Office 2019 and later versions is that it doesn’t include Microsoft Teams. However, it does include Word, Excel, PowerPoint, Outlook, OneNote, Publisher, and Access — so if that’s all you need, it’s a great deal for the price. (If you do want a version of Microsoft Office with Teams, you can check out this deal for Microsoft Office Professional 2021.)

A caveat: While Stack Social is an authorized Microsoft partner and offers “lifetime” access to Office, it is possible that Microsoft could end the license. But the site has been running these Microsoft deals for years now, and I can personally vouch for them — I purchased an Office license from Stack Social about two years ago, and it’s still working on my personal MacBook today. 

This deal won’t give you the benefits of the latest Microsoft Office 365 subscription, either — but you won’t have to pay a $70 yearly fee to access Office apps, either. Windows users must have their OS updated to Windows 10 or 11, while Mac users should have at least Monterrey Version 12 or newer to download the software. 

Buy your lifetime license Microsoft Office Professional 2019 right now.

Deals are subject to sell-out or expire at any time, though ZDNET remains committed to finding, sharing, and updating the best product deals for you to score the best savings. Our team of experts regularly checks in on the deals we share to ensure they are still live and obtainable. We’re sorry if you’ve missed out on this deal, but don’t fret — we’re constantly finding new chances to score savings and sharing them with you at ZDNET.com



Addressing Challenges With Advanced BIM Solutions From 3D to 7D


Introduction

( Building Information Modeling ) BIM in construction has been the buzzword for the past few years. It is a novel approach to infrastructure development that has created several potential ways to streamline the entire construction process. BIM in construction digitally designs a facility’s physical and functional aspects using a shared data source. It is an object-oriented model that shows the object’s geometry, attributes, and relation.

The construction industry is constantly changing, and the major firms have used advanced technologies to stay at the top of the game. Construction companies have become interested in BIM in construction due to its remarkable features, which include parametric modeling, database management for design, construction, and maintenance, simulation tools, clash detection, and cost-benefit analysis. These features improve project efficiency, quality, and workflow. Leading nations recognize that BIM in construction can increase productivity, and its adoption rate is rising. For example, the UK government mandated building information modeling (BIM) for all building projects; currently, 20% of the industry uses BIM.

BIM in Construction Evolution: A Look Back at BIM’s History and Transition

Although (Building Information Modeling) BIM in construction industry has gained popularity during the last few years, the idea has existed since the 1960s, when computer-aided design (CAD) first appeared.

BIM Implementation: BDS introduced parametric design, 3D representation, and a single integrated database. It also recognized the fundamental issues with architectural design. GLIDE demonstrated several features, such as different components, of contemporary BIM. Several CAD systems were created in the 1980s as a first step toward virtual design and construction. The first CAD application for prefab building was called RUCAPS (1986), the first BIM program for a personal computer was called ArchiCAD (1987), and the first 3D modeling and cross-platform CAD program was called Vectorworks (1985).

Technological improvements gradually impacted the AEC industry, and contemporary technologies were raising the bar for project management and delivery. The development of Revit and Naviswork software significantly improved 3D CAD navigation, collaboration, and coordination.   (Building Information Modeling) BIM in construction was progressively advancing as a cross-disciplinary and multifunctional tool.

BIM Dimensional Analysis: BIM 3D, BIM 4D, BIM 5D, BIM 6D, and BIM 7D

BIM in construction has been divided into multiple dimensions to supplement the geometric 3D model with additional information, such as time and cost. Theoretically, seven dimensions of BIM have been identified. These dimensions, which range from BIM 3D to BIM 7D, make the process of BIM implementation easier by digitally supplying and evaluating the model’s essential inputs.

The Necessity for (Building Information Modeling) BIM in Construction

The several significant difficulties construction companies face today prevent them from growing. According to a survey by AGC (American General Contractors), 54% of participating construction companies believe it is difficult to locate qualified contractors, engineers, and estimators, and 74% believe there is a need for more skilled personnel in the sector. Merely 30% of the organizations can complete the project within the projected budget, and only 15% can do so before the deadline.

Scarcity of Skilled Workers

The millennial generation, with little interest in and experience in the construction industry, is expected to make up half the worldwide labor force by 2028. The sector needs a more competent workforce and labor diversification to improve its quality construction and security. By providing the team with critical project information and minimizing reliance on their prior knowledge and expertise, BIM in construction can significantly address these problems.

Reduction in the Profit Margin

Over the past 50 years, the industry has seen a stagnation in productivity, which has led to a drop in profit margin. Worker productivity stops growing as projects become more complex. A BIM model can help with better planning and teamwork to increase labor productivity and profit margin. 

Sustainability of the Environment

Climate change and water management are becoming their biggest challenges. ( Building Information Modeling ) BIM tools offer sustainable designs by reducing waste, managing water, and minimizing energy consumption.

Technology Advancement

Utilizing modern technologies and digitizing the sector can only increase the project’s performance, productivity, and profitability. By integrating BIM in construction, businesses can progressively roll out updated technology at various stages to prevent conflicts.

Challenges in the Construction Industry That BIM Can Help Address

The seven dimensions of BIM 3D to 7D address several challenges plaguing the construction sector by addressing problems throughout a project. Building elements can be integrated using BIM dimensions to address common project difficulties.

Using BIM 3D To Collaborate Across Disciplines

An integrated data model, including structural and functional details about the project and its systems, is called BIM 3D. Engineers, designers, contractors, and other stakeholders can extract and evaluate this information to fix structural problems. New values can be added anytime since they increase precision and decrease clash. Data exchange is another element that fosters efficient interdisciplinary collaboration.

Time and Schedule Alignment With BIM 4D

Integrating BIM’s temporal dimension with BIM 3D makes real-time graphic displays of construction growth or progress possible. BIM 4D connects the project’s aspects and design components with the construction schedule to maximize the planning process and time management of the construction activities.

Budget-Friendly Projects Using BIM 5D

Connected to 3D and 4D BIM, the fifth dimension aids in monitoring project activities and estimating project modifications’ costs over time. With 5D BIM, a balanced, precise, and efficient budget is possible.

Sustainable Projects Using 6D BIM

Energy usage is estimated using 6D BIM during the project’s design phase. The layouts might be adjusted appropriately to reduce energy loss and achieve the building’s sustainability.

Facility management with BIM 7D

Using 7D-BIM, project data and documentation can be saved and accessed. Data regarding building components, maintenance and operation schedules, technical specifications, equipment manuals, warranty details, etc., can be saved and extracted to maximize facilities/asset management. Effective asset management extends an asset’s lifespan.

Life Cycle of BIM in Construction

A BIM in a construction project’s life cycle is divided into many Levels of Development (LOD) to represent data at various stages of the BIM model, including geometric information, structured data, documentation, and the dependability of BIM parts. Throughout its existence, the construction model changes, and LOD classes assist in determining who is accountable for those changes. The LOD 100, 200, 300, 350, 400, and 500 are the various 3D BIM model refinement levels.

LOD 100: Primary Idea

The first step lays the foundation for the model. Designers and architects use the information provided by surveyors and the client to create an idea or conceptual model. The model includes area, height, volume, orientation, and position dimensions. The client’s design criteria are completed, but geometric information about the model still needs to be included.

LOD 200: Schematic Design

The architects and designers create a general model with approximate orientation information, size, shape, and placement. The surveyor provides the data to the architects and designers, who then use it to model the elements and add qualitative, non-geometric data to them.

LOD 300: Comprehensive Plan

A precise model with precise elemental requirements (number, size, and shape) is constructed using detailed geometry. The model elements’ position, orientation, and exact and particular assembly are also designed and defined. Accurate and precise shop drawings are created. Here, designers working with contractors can add schedules and cost estimates to the model. Because of the precision of the model and drawings, measurements and other data may be recovered at this level.

LOD 350: Documentation

The model’s components are connected to other systems. The textual documentation and graphic model show how these elements interface with others, systems, and services. As the BIM in the construction phase approaches, the design team double-checks the model’s accuracy with the contractors.

LOD 400: Assembly and Fabrication

The three main components of this level are fabrication, installation, and detailing. The architectural pieces’ construction, geometric intricacies, and individual assemblies are modeled. You can attach even their non-geometric data. The model is now shared with suppliers, contractors, and other project stakeholders. This helps contractors understand the project’s requirements and assign them to subcontractors.

LOD 500: As-Built

The model is updated with as-built or created data for maintenance and operation needs. After being modeled as assembled assemblies, it is examined against the design. The owners and contractors assume responsibility for the model’s upkeep and oversight.

The LOD framework in BIM (Building Information Modeling) improves project control, precise and efficient planning, and productivity by tracking many project activities at different levels.

BIM in Construction: The Future With Greater Benefits Than Expected

New tools for planning, designing, building, and operating are frequently added to the BIM technology area, which is constantly changing. Regarding the construction industry’s safety concerns, technology has expanded its list of dimensions with 8D BIM. Thanks to its rapid advancement, technology has a bright future in the building industry.

Bottom Line

To wrap up, (Building Information Modeling) BIM in construction industry has changed the game. It’s tackling significant challenges and boosting efficiency, sustainability, and teamwork. BIM ensures everything is planned and executed perfectly, from design to facility management. As the tech keeps advancing, it’s only going to get better. 

IndiaCADworks is the best choice for outsourcing BIM services. With over ten years of experience, we have provided top-notch solutions for BIM in construction, such as BIM model auditing, scan to BIM, Revit family creation, BIM clash detection, and more. 

Contact us today for advice on applying (Building Information Modeling) BIM in construction or adopting new technologies!

Experience the Power of BIM in Construction – Connect with IndiaCADworks Now!

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Lego Hill Climb Adventures is cute version of Trials


I played three video games in college: Halo 3 with my friends, Tom Clancy’s Ghost Recon Advanced Warfighter with my roommate and her dad, and Trials HD by myself. I have since opened my horizons to the possibilities of other video games. And when I want to feel nostalgic, there are plenty of games that give me the feeling of playing the multiplayer shooters of my youth — but nothing but Trials itself has ever compared. (Eventually, Trials Evolution set that bar even higher.) This week, I read a story on Pocket Tactics: “This iPhone Lego game is perfect for fans of Ubisoft’s Trials series.”

That game, which is actually available for free on iOS and Android devices, is Lego Hill Climb Adventures. Released at the end of May, Lego Hill Climb Adventures is a Lego version of the classic physics-based racing game Hill Climb Adventures, another game that’s been compared to Trials — but with cars. I never hit it off with Hill Climb Adventures, but the Lego reskin was too charming not to try. It’s not Trials, but it does give me a similar thrill in playing it. I can’t put it down.

There are a bunch of Lego cars to unlock and race through the adorable worlds, picking up new blueprints and meeting Minifigs as you go. You aren’t necessarily building your own Lego car, but there are a bunch of ways to customize the existing options. My favorite part about the aesthetic is the sound design: There’s just something so satisfying about the click of a Lego brick. (And something even more satisfying about ramming your car through a wall of Legos.)

Lego Hill Climb Adventures is a much more chill iteration of the physics racing game genre, so don’t come into it expecting a Trials HD difficulty level. But it does have levels that require knowing exactly when to swipe or tap your phone screen. Each of the different vehicles has a different feel, too, so there’s always something to mess around with. The majority of the levels require you to race or complete a course with obstacles like jumps, steep hills, or stuff to destroy. The game’s energy system — bottles of milk — means you can’t play these endlessly, though, unless you pay up or grind the exploration modes, which are basically the same courses but with no real objective besides gaining coins, levels, milk bottles, and bricks.

The monetization system is the biggest bummer of Lego Hill Climb Adventures, but it is a free mobile game. It’s entirely possible to play most of it without spending a cent, but you will have to grind. The thing is, though, that grinding is still fun — and there are plenty of ways to switch up the vehicle to create more variety.

sql server – Three types of errors occuring when deploying a SSIS package through Azure DevOps


I have a typical SSIS package which contains many loads from source CSV to destination in on-prem SQL Server, the data flows look like this – Data Flow

Outside of data flow its mainly just Logging start time and endtime with parameters – Control Flow

We had at first about 28 loads in one package, all have been running smoothly, but one day I make few changes in specified data flows, and chaos begins. First, I split the 28 loads into 2 packages, to identify which part might have the problems inside. One half of 28 loads is actually fine. So the problem seems to be in the second half. I start copying some of the loads from one half to the new package with the other half. But it seems that most of the loads from one half are problematic, even loads I haven’t touched at all before and they were not changed whatsoever. And it seems impossible to find what exactly is the problem, or where is it hidden, as the errors are complaining about a font, a dialog box and a generic error that also seems to point to some image/font, however I have not changed or done anything with the fonts, and I don’t have any dialog boxes popping up. I do have some generic C# scripts written (for HashKeys and Sequence creation), but they are in all of 28 data flows, so it makes no sense that one half is fine with the C# scripts and the other half is not.

Our CI/CD flow is – check-in changes in SSIS -> goes to Azure DevOps Pipelines to be built and then -> released. It always only crashes on release itself, not the build. And there is never a problem when running the package in SSIS itself, it always goes through.

The errors also are seemingly pretty random, always one of the three below, and its impossible catching when which error pops up.

Is there any indication what the problem might be when getting all of these errors below?

I also don’t believe it is Visual Studio or SSIS version problem, as sometimes the package does get built without problem (when not containing some of the data flows)

##[error]Unhandled Exception: System.ArgumentException: Font '?' cannot be found.
   at System.Drawing.FontFamily.GetGdipGenericSansSerif()
   at System.Drawing.FontFamily.get_GenericSansSerif()
   at System.Drawing.SystemFonts.get_DefaultFont()
   at System.Drawing.SystemFonts.get_MenuFont()
   at System.Windows.Forms.ToolStripManager.get_DefaultFont()
   at System.Windows.Forms.ToolStripItem.get_Font()
   at System.Windows.Forms.ToolStripItemInternalLayout.CommonLayoutOptions()
   at System.Windows.Forms.ToolStripDropDownButton.ToolStripDropDownButtonInternalLayout.CommonLayoutOptions()
   at System.Windows.Forms.ToolStripItemInternalLayout.GetLayoutData()
   at System.Windows.Forms.ToolStripItemInternalLayout.PerformLayout()
   at System.Windows.Forms.ToolStripItem.OnBoundsChanged()
   at System.Windows.Forms.ToolStripDropDownItem.OnBoundsChanged()
   at System.Windows.Forms.ToolStripItem.SetBounds(Rectangle bounds)
   at System.Windows.Forms.ToolStripOverflowButton.SetBounds(Rectangle bounds)
   at System.Windows.Forms.ToolStripItem.set_Size(Size value)
   at System.Windows.Forms.ToolStrip.get_OverflowButton()
   at System.Windows.Forms.ToolStripSplitStackLayout.get_OverflowButtonSize()
   at System.Windows.Forms.ToolStripSplitStackLayout.LayoutHorizontal()
   at System.Windows.Forms.ToolStripSplitStackLayout.LayoutCore(IArrangedElement container, LayoutEventArgs layoutEventArgs)
   at System.Windows.Forms.Layout.LayoutEngine.Layout(Object container, LayoutEventArgs layoutEventArgs)
   at System.Windows.Forms.Control.OnLayout(LayoutEventArgs levent)
   at System.Windows.Forms.ScrollableControl.OnLayout(LayoutEventArgs levent)
   at System.Windows.Forms.ToolStrip.OnLayout(LayoutEventArgs e)
   at System.Windows.Forms.Control.PerformLayout(LayoutEventArgs args)
   at System.Windows.Forms.Control.PerformLayout()
   at System.Windows.Forms.Control.ResumeLayout(Boolean performLayout)
   at System.Windows.Forms.ToolStrip..ctor()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBoxForm.InitializeComponent()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBoxForm..ctor()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBox.Show(IWin32Window owner)
   at Microsoft.SqlServer.IntegrationServices.Wizard.Common.WizardMessageBox.Show(Exception error)
   at Microsoft.SqlServer.IntegrationServices.Deployment.Program.Main(String[] args)

Second error

##[error]Unhandled Exception: 
System.Runtime.InteropServices.ExternalException: A generic error occurred in GDI+.
   at System.Drawing.FontFamily.GetGdipGenericSansSerif()
   at System.Drawing.FontFamily.CreateFontFamily(String name, FontCollection fontCollection)
   at System.Drawing.FontFamily..ctor(String name, Boolean createDefaultOnFail)
   at System.Drawing.Font.Initialize(String familyName, Single emSize, FontStyle style, GraphicsUnit unit, Byte gdiCharSet, Boolean gdiVerticalFont)
   at System.Drawing.Font..ctor(String familyName, Single emSize)
   at System.Drawing.SystemFonts.get_DefaultFont()
   at System.Drawing.SystemFonts.get_MenuFont()
   at System.Windows.Forms.ToolStripManager.get_DefaultFont()
   at System.Windows.Forms.ToolStripItem.get_Font()
   at System.Windows.Forms.ToolStripItemInternalLayout.CommonLayoutOptions()
   at System.Windows.Forms.ToolStripDropDownButton.ToolStripDropDownButtonInternalLayout.CommonLayoutOptions()
   at System.Windows.Forms.ToolStripItemInternalLayout.GetLayoutData()
   at System.Windows.Forms.ToolStripItemInternalLayout.PerformLayout()
   at System.Windows.Forms.ToolStripItem.OnBoundsChanged()
   at System.Windows.Forms.ToolStripDropDownItem.OnBoundsChanged()
   at System.Windows.Forms.ToolStripItem.SetBounds(Rectangle bounds)
   at System.Windows.Forms.ToolStripOverflowButton.SetBounds(Rectangle bounds)
   at System.Windows.Forms.ToolStripItem.set_Size(Size value)
   at System.Windows.Forms.ToolStrip.get_OverflowButton()
   at System.Windows.Forms.ToolStripSplitStackLayout.get_OverflowButtonSize()
   at System.Windows.Forms.ToolStripSplitStackLayout.LayoutHorizontal()
   at System.Windows.Forms.ToolStripSplitStackLayout.LayoutCore(IArrangedElement container, LayoutEventArgs layoutEventArgs)
   at System.Windows.Forms.Layout.LayoutEngine.Layout(Object container, LayoutEventArgs layoutEventArgs)
   at System.Windows.Forms.Control.OnLayout(LayoutEventArgs levent)
   at System.Windows.Forms.ScrollableControl.OnLayout(LayoutEventArgs levent)
   at System.Windows.Forms.ToolStrip.OnLayout(LayoutEventArgs e)
   at System.Windows.Forms.Control.PerformLayout(LayoutEventArgs args)
   at System.Windows.Forms.Control.PerformLayout()
   at System.Windows.Forms.Control.ResumeLayout(Boolean performLayout)
   at System.Windows.Forms.ToolStrip..ctor()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBoxForm.InitializeComponent()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBoxForm..ctor()
   at Microsoft.NetEnterpriseServers.ExceptionMessageBox.Show(IWin32Window owner)
   at Microsoft.SqlServer.IntegrationServices.Wizard.Common.WizardMessageBox.Show(Exception error)
   at Microsoft.SqlServer.IntegrationServices.Deployment.Program.Main(String[] args)

And lastly

##[error]Unhandled Exception: System.InvalidOperationException: Showing a modal dialog box or form when the application is not running in UserInteractive mode is not a valid operation. Specify the ServiceNotification or DefaultDesktopOnly style to display a notification from a service application.
   at System.Windows.Forms.Form.ShowDialog(IWin32Window owner)
   at Microsoft.NetEnterpriseServers.ExceptionMessageBox.Show(IWin32Window owner)
   at Microsoft.SqlServer.IntegrationServices.Wizard.Common.WizardMessageBox.Show(Exception error)
   at Microsoft.SqlServer.IntegrationServices.Deployment.Program.Main(String[] args)

NYT Mini Crossword today: puzzle answers for Saturday, July 20


The Mini open in the NYT Games app on iOS.
Sam Hill / Digital Trends

Love crossword puzzles but don’t have all day to sit and solve a full-sized puzzle in your daily newspaper? That’s what The Mini is for!

A bite-sized version of the New York Times’ well-known crossword puzzle, The Mini is a quick and easy way to test your crossword skills daily in a lot less time (the average puzzle takes most players just over a minute to solve). While The Mini is smaller and simpler than a normal crossword, it isn’t always easy. Tripping up on one clue can be the difference between a personal best completion time and an embarrassing solve attempt.

Just like our Wordle hints and Connections hints, we’re here to help with The Mini today if you’re stuck and need a little help.

Below are the answers for the NYT Mini crossword today.

NYT Mini Crossword answers today

NYT The Mini Crossword logo.
New York Times

Across

  • “Blue Ribbon” brewery – PABST
  • Put at ease, as fears – ALLAY
  • Sound heard at a ramen restaurant – SLURP
  • Slight trace of color – TINGE
  • Starts a pot, in poker –   ANTES

Down

  • Popular meal the night before a marathon – PASTA
  • 100% committed – ALLIN
  • Untactful to a fault – BLUNT
  • Boot camp boss, informally – SARGE
  • Goes tap-tap-tap in a texting app – TYPES






Magical Delicacy Free Download – World Of PC Games


Magical Delicacy Free Download By Worldofpcgames

Magical Delicacy Direct Download:

Play the young witch Flora and discover a bustling town in this Metroidvania-inspired wholesome cooking game. Cook meals and potions in your customized kitchen by carefully selecting the right ingredients. Navigate the town in casual platforming to meet the townsfolk, take up their orders, and learn about this world of magic. Flora travels to a distant town to fulfill her dream of becoming a proper witch. She opens up shop in Grat, a harbor town built upon cliffs, where adventurers settled to chart an unexplored island full of mystery. As she engages in the town’s thriving economy, she stumbles upon two members of opposing covens. The witch Cassia and the magus Tauno have a lot to teach Flora, but they also know how to use her in their dispute about magical beings. Use dozens of ingredients to create magical dishes.

Then sell or deliver your potions, meals, teas, and pastries to friends and customers. Be it local cuisine or Flora’s hometown recipes, everything to satisfy the tastebuds of different folks, from the croaking Gaball to the feline Tilin. Start with basic equipment and acquire new kitchen tools. Unlock more rooms to arrange and customize your tools to your liking and maximize efficiency when cooking. Put your unused creations up for sale, sort your ingredients into storage, and grow some plants in the backyard. A place to call your own if there wouldn’t be this unwanted roommate and a lingering capitalist dread.

Features and System Requirements:

  • Unique pixel art style depicting a fantastical town with witches and magic.
  • Befriend a cast of diverse characters that love to order food from you.
  • Learn an extensive cooking system, allowing for creative choices to fulfill even oddly specific orders.
  • Linear story with many optional encounters and opportunities for open-ended play.
  • Traverse a 2D platformer inspired by metroidvanias. Gain new abilities, reach new areas, and unlock shortcuts.
  • Collect new recipes and ingredients through trade, questing, and exploration.
  • Plenty of accessibility features to help you experience the game on your own terms.

1 :: Operating System :: Windows XP/7/8/8./10.
2 :: Processor: Dual Core 3.0 GHz Processor
3 :: Ram :: 8 GB RAM
4 :: DirectX: Version 11
5 :: Graphics:: DirectX 11-compatible graphics card with at least 1GB of video memory
6 :: Space Storage:: 3 GB space

Turn Off Your Antivirus Before Installing Any Game

1 :: Download Game
2 :: Extract Game
3 :: Launch The Game
4 :: Have Fun 🙂

How to Calculate 3D Rendering Project Expenses, Pricing, and Fees for Your Company


Do you want to know how to calculate your company’s 3D rendering project expenses, pricing, and fees?

You’d probably have to deal with this at one point or another, whether you have your in-house team or outsource your 3D rendering projects. When you know precisely what you’ll pay for, you can save more money on your following projects. In this article, you’ll learn the main factors that affect the costs of 3D rendering projects so you can completely control them soon.

Key factors that affect the pricing of 3D rendering projects

Labor required and rendering time are the two main factors that directly impact the pricing of a 3D rendering project.

1. Labor required

The labor is the primary cost affecting 3D rendering. Three professionals are often involved in 3D rendering projects: the post-processing or Photoshop artist, the 3D artist, and the project manager. Of these three, the 3D artist plays the most crucial role and is also the main focus of cost estimation.

A 3D render should do the following to come up with a render:

  • Understand the vision and plans of the client
  • Use 3D software to create the model
  • Texture the model
  • Set up lighting
  • Set up camera

The labor involved in 3D renderings is more complex than most people think. Experienced 3D artists can develop extremely detailed scenes quickly using the tools available. Scenes that seem simple, on the other hand, might require longer development time. For instance, an accurate and large aerial view of the forest can be accomplished quickly with the help of automated processes and topographical data. Modeling one equipment piece, like an electronic device with complicated wiring and circuit boards based on exacting standards, could take days and even days.

More often than not, using items from existing libraries such as finishes, furniture, cars, and people can expedite the process. The primary factors that affect the cost of labor are the number of distinct elements needed and the level of detail involved in the project. After completing a 3D render, most companies hire a graphic designer or Photoshop artist to perform touch-ups on the image. This post-processing can be either a major or minor part of the process. Other studios can render essential scenes and do most details in Photoshop. However, the best service providers take a more minimal post-processing approach. Although studios can settle without post-processing, color touch-ups or tweaking are often necessary.

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2. Rendering time

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Regarding rendering time, this pertains to the time required for computers to generate images. This rendering time is directly linked to the level of detail and realism the image calls for. However, different methods exist to add details without significantly increasing the rendering time. Consumers, however, don’t have to worry a lot about rendering time as this is the rendering company’s job in the first place. Depending on the specific rendering software used, there are times when the number of light sources substantially affects rendering times. The result is a faster rendering of exterior scenes.

Another factor is the scene’s level of detail, often called poly-count, which indicates the number of polygons used to model the scene. Foreground vegetation is a common element that substantially increases detail and rendering time. However, spites or billboards can be used to optimize background vegetation. Curved surfaces also need more detail, which can lengthen rendering times further.
Providing specific feedback and comprehensive plans is the most effective way to reduce the rendering time. Every revision requires re-rendering of all or some parts of the image so that fewer revisions will lead to reduced overall rendering time. This reduced number of revisions helps save money down the road.

The resolution used is also an essential factor in the total rendering time. It becomes more critical during the development of animations, although it may still impact the rendering time for the still images. With the changes in modern rendering software and continuous computer hardware improvements, the rendering time of still photos is no longer a substantial factor in the pricing involved. However, rendering time still plays an essential role in animation production costs.

RELATED: Understanding 11 Factors that Impact 3D Rendering Costs and Services for Companies

Per scene/project and image pricing

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There are two common pricing strategies that your company can consider: per image and scene/project pricing.

  • Per scene/project pricing

This particular type of pricing generally requires clients to provide project details to your company. In return, you will send them a customized quote according to their needs. The pricing model is a common choice for large-scale 3D rendering projects that involve various elements like multiple rendered images, 3D floor plans, animation, and web design.

In the per-image pricing strategy, clients are charged either a fixed price for every rendered image or a scalable price according to the number of renders required. This kind of pricing model is ideal for smaller projects. For instance, if the client needs a basic exterior rendering of a residential house, there are no significant differences among projects. This allows your company to charge a flat rate for different types of renders. Most of the time, the cost of rendering a single image is higher per image than buying several photos. This is because the preliminary setup for a single rendering could be intensive. After completing this setup, the process of rendering is more manageable.

RELATED: Exterior 3D Rendering Costs: 13 Areas Impacting Rates & Budget

Price points for 3D rendering projects

As 3D rendering technology becomes available and accessible in different parts of the world, 3D rendering services are expected to differ drastically. Most architectural rendering companies in less developed nations can provide cheap choices for the development of 3D images by exploiting cheap labor and more relaxed regulations. Unfortunately, working with overseas 3D companies may lead to stylistic differences, time zone concerns, and language barriers. The final quality is generally lower.

Now, it doesn’t mean you can’t find skilled 3D artists in every part of the world. However, most companies that can only provide bottom-of-the-barrel pricing are more focused on quantity than quality. The only time you can get architectural images made by companies that offer services from as low as $99 to $200 per image must be reserved for cases where the project’s purpose is to conceptualize designs and ideas for personal projects.

Many people have tried their luck by opting for low-end pricing options only to realize that they just got what they paid for, making them end up coming to more established companies. The cheapest pricing will only be your best choice if the main concern is the budget for the project and there are no issues regarding the personal time and the final quality spent to micromanage the project.

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Introductory pricing for 3D rendering services: $300 to $400

This price range is a step up from the pricing bracket at the bottom of the barrel because it often provides a more professional experience. Many projects within the set price range are outsourced. However, these should still be managed by a local professional or someone with outstanding language skills.

Mid-level pricing for 3D rendering services: $400 to $3,000

Mid-level pricing is the most common and popular choice for designers, real estate agents, architects, and developers working on medium to larger-scale rendering projects and high-end homes. Average customers may need help differentiating between a great render and an alright render without direct comparison. The most straightforward way to judge the quality of a render is to visit a reliable website and compare the renderings of your direct competitors with your company. You should note that the images from your company are better or even on par with those of your competitors.

RELATED: Learn about 3D Product Rendering Costs, Rates, and Pricing for 3D Visualization Services?

High-end pricing for 3D rendering services: $3,000 to over $14,000

Bigger and more established corporations that focus on value more than anything else but still require top-notch quality opt for high-end 3D rendering pricing. These renders are not meant for everyday clients since most budgets don’t make room for such an extravagant cost. However, perception and branding are huge in marketing super malls or high-rise developments. Tens of thousands of dollars on a project that costs $100 million are nothing but a mere drop in the bucket, even more so when the images help ensure hundreds of pre-sales or make a big difference between rejection and approval.

How Cad Crowd can help

Now that you know how to calculate the fees, pricing, and expenses for 3D rendering projects, browse Cad Crowd to find the right professionals to help you meet your budget and timelines.

There is an amazing Finnish fairytale at the heart of Alan Wake 2’s forests


Ho, wayfarer! Beware slight spoilers for Alan Wake 2 in the passages ahead.


Deep in the Dark Place of Alan Wake 2 there is a forest that is not a forest – a zig-zag tunnel adorned with murals of a grisly woodland scene. Entering that tunnel, you find yourself sealed in at either end. But the mural suggests a way out: it changes when you turn around, following an unspoken narrative. It’s a device as delicate as the graffiti elsewhere in the Dark Place is obnoxious. In hindsight, it feels like an example of “metsänpeitto”, a concept from Finnish folklore about forests which, as writer Sinikka Annala explains, saturates the design of Alan Wake 2. It’s a fascinating idea I’d love certain much larger, less intriguing video game worlds to learn from.

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