#Framing Takeoff Software

[edgeestimating]

Acoustical Ceiling Estimating Software | Acoustical Takeoff Software | Estimating Edge

The EDGE is the complete, end-to-end estimating acoustical solution designed for subcontractors who need to prepare competitive and extremely accurate estimates quickly and efficiently. Eifs Estimator are becoming an increasingly popular choice in modern architectural design and aesthetics. Estimating Edge is a leading Acoustical Takeoff Software provider, providing accurate, automated results from takeoff to the final estimate.

See More: https://www.estimatingedge.com/construction/acoustical/

[videodelay]

Unlocking the Power of Video Delay in Track and Field with Sports Video Analysis Software

In the world of track and field, athletes are constantly pushing the limits of their performance. From sprinters trying to shave milliseconds off their times to high jumpers striving for new heights, every fraction of improvement counts. But how can coaches and athletes ensure they are improving in the most effective way possible? The answer lies in technology, specifically sports video analysis software, which offers a new level of precision for analyzing technique and performance.

One of the most innovative tools in this space is the use of video delay apps, which provide real-time feedback to athletes during training. Whether you’re a coach working with a track and field team or an individual athlete looking to fine-tune your skills, a track and field app equipped with video delay can completely change the way you train.

In this post, we’ll explore how track and field apps, especially those that incorporate video delay technology, can help you and your athletes optimize performance. We’ll dive into the benefits of using video delay for sports video analysis, the ways it can transform coach video analysis, and how this technology allows athletes to make adjustments on the fly.

Understanding Track and Field Performance and the Need for Precision

Track and field is a sport that demands the utmost precision. Whether you are sprinting, throwing a javelin, or leaping over a hurdle, every movement counts. Unlike many other sports where multiple players work in tandem, track and field events rely heavily on individual performance. Therefore, small adjustments in technique can make a massive difference in results.

This is where sports video analysis software comes into play. By reviewing videos of your movements, you gain an objective and accurate assessment of your technique. However, reviewing a video after the fact is often not enough for athletes who want to improve quickly. You need immediate feedback to make adjustments during the training session itself. This is where video delay apps come in, offering a revolutionary way for athletes and coaches to make real-time improvements.

How Video Delay Apps Enhance Track and Field Training

Instant Feedback for Athletes

A track and field app with video delay technology allows athletes to review their performance immediately after completing a drill. In traditional coaching, feedback may not come until after the training session, leaving athletes to wonder if they made the right adjustments. With video delay, athletes can watch their technique in real-time, enabling them to make corrections as soon as possible. Whether it's adjusting your sprinting posture, refining your javelin technique, or analyzing your long jump takeoff, video delay apps give you the ability to correct errors on the spot.

Real-Time Comparison with Ideal Performance

A critical component of effective coaching is the ability to compare an athlete’s performance to an ideal or optimal form. In track and field, even the smallest tweak can improve an athlete’s efficiency. Video delay apps allow you to compare your performance in real-time to a pre-recorded ideal performance, giving you a clear visual of where improvements can be made.

For example, a coach could record a professional sprinter’s perfect form and use it as a reference for their athlete. By comparing their movements frame by frame, the athlete can identify areas where they are losing power, balance, or speed. This real-time comparison allows for faster adjustments, making training more efficient.

Sports Video Analysis Software: A Game Changer for Coaches

For coaches, video delay apps provide a revolutionary tool for sports video analysis. Instead of having to wait until after a session to provide feedback, coaches can instantly review an athlete’s performance and give immediate guidance. This immediate feedback is incredibly valuable for coaches working with multiple athletes, as they can observe and coach multiple participants at once.

Coaches can also use video delay technology to break down a technique in slow motion, allowing them to focus on specific aspects of an athlete's performance, such as foot placement during a sprint or body posture during a high jump. By providing more detailed feedback and analysis, coaches can help athletes make faster improvements.

Here are some ways coaches can use video delay apps for track and field training:

Analyze Running Form: Coaches can evaluate an athlete’s running mechanics to ensure they are optimizing their stride length and frequency.

Track Hurdle Technique: Using video delay, coaches can spot any flaws in an athlete’s hurdle technique and help them adjust mid-training.

Review Field Events: In events such as shot put or discus, coaches can review an athlete’s form during their throw and give immediate pointers on technique.

Monitor Progress Over Time: Coaches can use the app to track the progress of their athletes over multiple training sessions, comparing old videos with newer ones to measure improvement.

Tracking Athlete Progress

One of the most powerful features of using a track and field app with video delay is the ability to track progress over time. Most video delay apps allow you to save videos and compare them with previous sessions. This allows both athletes and coaches to track improvements in real-time and analyze performance across multiple training sessions.

By maintaining a video library of an athlete’s performance, you can visually observe progress over weeks, months, or even seasons. If an athlete is struggling with a specific technique, coaches can pinpoint where they are improving and where further work is needed. This long-term perspective is invaluable for both athletes and coaches alike.

Benefits of Video Delay Technology for Track and Field Athletes

The use of video delay in a track and field app brings many specific benefits to athletes, especially when combined with sports video analysis software. Here are some of the key advantages:

1. Enhanced Learning through Visual Feedback

Humans are highly visual learners, and when it comes to sports, seeing your performance can make a huge difference. Video delay technology allows athletes to see their movements in real-time, which can help them better understand their body mechanics. Athletes can directly observe mistakes, adjust their technique, and instantly see how the changes affect their performance.

2. Increased Confidence through Immediate Correction

Training can be frustrating, especially when you are unsure of what went wrong during a performance. With video delay apps, you get immediate feedback, which helps build confidence. Being able to correct errors as they occur reassures athletes that they are on the right track and provides a sense of control over their progress.

3. Faster Performance Improvement

By making corrections during practice rather than waiting until the end, athletes can improve more rapidly. For example, sprinters can adjust their form after every few strides, high jumpers can make tweaks mid-jump, and throwers can modify their technique right after releasing the shot or discus. This dynamic feedback loop accelerates the learning process and reduces the number of practice repetitions needed to see tangible improvements.

4. Precise Data for Targeted Improvements

Sports video analysis software, particularly in track and field, provides precise data that can be used for targeted improvements. Athletes can review key metrics such as their stride length, takeoff angle, or arm swing, which helps them optimize their performance in a specific event.

Integrating Coach Video Analysis with Track and Field Training

A key aspect of using video delay apps for track and field is the ability to integrate the technology with coach video analysis. Coaches can provide in-depth assessments of each athlete’s performance, identifying specific weaknesses that need improvement. By using video delay apps to show athletes exactly what they need to correct, coaches can ensure that athletes understand the adjustments they need to make, and athletes can execute those changes more efficiently.

Coach video analysis also allows for ongoing feedback, where coaches can check in with athletes throughout training sessions and provide insight into areas they may have missed. This continuous dialogue between coach and athlete helps maintain focus on areas for improvement while reinforcing positive changes.

Making the Most of Your Track and Field App

To maximize the benefits of a track and field app equipped with video delay technology, consider the following tips:

1. Utilize Multiple Angles

Use your video delay app to capture your performance from multiple angles. This provides a more complete understanding of your movements and allows you to identify errors you might not have noticed from one angle alone. For instance, in a sprint, capturing your side profile, front, and back can give you a well-rounded view of your form.

2. Focus on One Aspect at a Time

While video delay allows for immediate feedback, it's essential to focus on one aspect of your performance at a time. Trying to make too many adjustments in one go can be overwhelming. Start with the most pressing issue, whether it’s your foot placement in a sprint or your posture in the high jump, and work from there.

3. Regularly Review Your Progress

As you continue training, make it a habit to review past video sessions to track your progress. This gives you a clear visual of your improvements and keeps you motivated. It also allows you to fine-tune your performance over time.

4. Use Data to Set New Goals

As you identify areas for improvement through video analysis, use this data to set specific, measurable goals for yourself. Whether it’s increasing your sprint speed or improving your throwing technique, having concrete goals helps you stay focused and trackable over time.

Conclusion

Track and field is a sport that demands constant refinement and attention to detail. Every move you make, from the explosive power of a sprinter’s start to the delicate balance of a jumper’s technique, matters. Using video delay apps as part of your sports video analysis software toolkit offers a game-changing advantage for athletes and coaches alike.

By providing immediate, visual feedback, these apps allow athletes to make adjustments on the fly, boosting confidence and improving performance at a much faster rate. With coach video analysis, athletes get more targeted instruction, and coaches can ensure that every athlete is improving effectively.

Integrating video delay technology into your track and field training is no longer a luxury—it’s a necessity for any athlete or coach looking to elevate their game. Whether you’re sprinting down the track, clearing hurdles, or perfecting your long jump, a track and field app with video delay will ensure that every moment counts.

So, what are you waiting for? Start using video delay technology today and take your performance to the next level!

[cost-estimation]

How Lumber Takeoff Services Improve Your Project Planning

Construction projects require detailed planning and accurate estimation to stay within budget and meet time limits. Analyzing materials, especially lumber, is a vital part of project planning. It ensures accurate budgeting and efficient resource use. Lumber takeoff services simplify material estimation for construction projects. They help experts determine quantities and prevent costly errors.

This article will explore how lumber takeoff services improve project planning. These steps involve accurate material takeoff to ensure precise estimates. Modern software enhances the estimation process with efficiency and accuracy. At last, we will learn the importance of choosing the right service.

Why Lumber Takeoff Is Important?

Lumber takeoff services analyze construction plans in detail. They determine the exact quantity of lumber needed for a project. Professionals use these services to simplify material purchases, minimize waste, and optimize project budgets.

Lumber takeoff is important because it provides the base for accurate project planning. Without proper estimation, there’s a risk of over or under-ordering. This can lead to extra costs and project delays. A complete takeoff ensures all wood, from framing lumber to plywood, is accurately calculated. This helps address financial and operational challenges effectively.

How Lumber Takeoff Services Improve Project Planning

Lumber takeoff services are vital in creating efficient and useful project plans. Here’s how:

Accurate Material Quantification

Professionals carefully analyze blueprints to quantify the exact amount of lumber required. This accuracy in elimination prevents material shortages or surpluses during construction.

Pre-Estimates of Project Costs

By identifying the amount and type of lumber needed, takeoff services provide a clear picture of material costs. These estimates help stakeholders to provide budgets based on needs and avoid unexpected expenses.

Leades to butter Scheduling

Accurate lumber estimates help to certify that materials are available when needed. This smooths the construction timeline, minimizes downtime, and keeps the project on schedule.

Minimizing Errors and Reducing Waste

Takeoff services can identify potential errors or oversights in material requirements. This approach reduces waste, saves money, and makes the project more environmentally friendly.

Improved Overall Planning

Detailed estimates help coordinate labor, materials, and equipment. This ensures smoother project execution. effectively. This leads to successful project outcomes.

What Are the Essential Steps of Material Takeoff?

Material takeoff involves multiple key steps to ensure accuracy and reliability.

Carefully Analyze the Blueprints: The first step is reviewing blueprints and plans to determine lumber needs. This helps identify where and how much lumber is required. This includes walls, floors, ceilings, and structural components.

Precise Material Quantification: Each type of lumber is measured and categorized according to its needs and quantity. This includes beams, studs, planks, and sheets. Proper classification ensures no detail is overlooked.

Estimating the Cost: Once quantities are decided, the next step is to calculate costs for each type of lumber based on market rates. This step is essential for creating a realistic budget.

Look Over the Possible Errors and Wastages: Errors, like misreading blueprints or underestimating waste, are identified. This helps manage potential issues in the estimation process. This review process avoids unnecessary expenses and delays.

Review and Finalize the Whole Process: The final step is a complete review to make sure all calculations are accurate. After this, the finalized takeoff is given to the construction team for implementation.

How Modern Software Helps in Lumber Estimates

Modern technology has revolutionized the process of not only lumber takeoff but it enhanced overall estimation. Advanced software tools enhanced the accuracy, speed, and efficiency. Here are some examples:

PlanSwift: This software imports blueprints and measures dimensions. It then calculates material requirements accurately.

Bluebeam Revu: Bluebeam simplifies estimation with powerful material takeoff tools. It streamlines the process, enhancing accuracy and efficiency.

STACK Estimating: STACK’s cloud-based features allow real-time collaboration. This keeps teams updated on material requirements instantly.

Estimator360: This tool combines project management and estimating. It simplifies handling complex projects.

These tools help professionals estimate lumber needs quickly. They ensure accuracy for large and complex projects.

What Are the Common Challenges in Lumber Estimation?

Regardless of its importance, lumber estimation comes with several challenges, which include:

Complex Blueprints and Plans

Understanding complex building designs can take a lot of time and may cause mistakes. It can lead to wrong material estimates.

Fluctuations in Pricing

Lumber prices can vary due to market demand, supply chain upsets, or environmental factors. Keeping an eye on these changes is necessary for accurate budgeting.

High Delivery and Transportation Costs

Transporting lumber to remote or urban locations can add extra costs to the project. These factors must be calculated into the estimates.

Regional and Environmental Factors

Local building rules, regulations, and weather conditions affect the type and quantity of lumber needed, which may increase your cost.

Tight Deadlines for Estimates

Contractors are sometimes forced to provide estimates quickly. This quickness can raise the chances of mistakes.

Importance of Choosing the Right Services

Choosing the right lumber takeoff service provider is key to the success of your project. Expert services offer precise details and estimates, minimizing errors and saving time. A professional estimator can also provide cost-saving strategies to simplify the entire process.

At Federal Estimating, we specialize in delivering accurate and reliable lumber takeoff services. Our expert team uses advanced tools to help contractors and project managers. We streamline planning and improve overall results.

Conclusion

Lumber takeoff services are essential for effective project planning in construction. These services keep the project on budget and schedule. They provide accurate material quantification, pre-estimate costs, and identify errors.

Modern software enhances the accuracy and efficiency of lumber estimates. Professional providers like Federal Estimating offer expert services and guidance. Accurate lumber takeoff is essential for both residential and large commercial projects. It’s a crucial step toward ensuring project success.

[timbertec]

Fast and Easy Timber Takeoffs for MGP10 Stick Frame Construction

Fast and Easy Timber Takeoffs for MGP10 Stick Frame Construction Description: Carpenters, builders and estimators in Australia can save time on MGP10 timber takeoffs with automated software like TimberTec. https://timbertec.au/blog/2024/12/16/timber-takeoffs-for-mgp10-stick-frame-construction

[takeoffproject]

Deep Learning Projects With Source Code | Takeoff

At Takeoffprojects, we have a team of deep learning experts backed by extensive resources and research infrastructure. Our team has successfully created and completed hundreds of deep-learning projects in various fields over the past few years. If your project is stuck, our experts can provide the guidance you need to get it back on track. If you're looking for complete Deep Learning Projects With Source Code, Takeoff projects can deliver them to you with full support and assistance.

Face Recognition Door Lock System Using Raspberry Pi

This project focuses on the application of Raspberry Pi and a USB camera and it involves designing a face recognition door lock system. It also has and an LCD screen where feedback is displayed and a buzzer which provides an alarm notification. The objective is as follows: improving security and permitting the entry to the restricted area only to the authorized persons using facial recognition and, in turn, producing an alert if there is an attempt of unauthorized access.

The core of this system is the Raspberry Pi, which provides software options for face detection and recognition. The USB camera is initialized to the raspberry Pi and it takes frames of faces around the door as they occur. If somebody appears in front of the camera, a picture of that person is captured and the Raspberry Pi scans it against to the current database of faces.

A Glove that Translates Sign Language into Text and Speech

Basically, it is hard for the deaf or disabled person to relate to other people especially those who do not know sign language. Hand Talk glove is an ordinary cloth driving glove with installed flex sensors. The sensors provided an array of data flow that depends on the degree of bend in the fingers. Flex sensors are sensors that change with resistance so as to tell the amount of bend on the sensor. They manipulate the change in bend into electrical resistance –the more the bend, the more the resistance value. The output from the sensor is in an analog form and after being converted into digital form, it is processed with the help of microcontroller and it speaks in the voice through the speaker.

Conclusion:

Deep Learning Projects With Source Code is not a service you hand over to just any team; at Takeoff Projects, we have a team of experts and crew to support the projects. They include the Face Recognition Door Lock System, and the Sign Language Glove that discover us our proficiency in real-life implementations. Trust Takeoffprojects for the full solution and unique approaches for enhancing your opportunities for success in deep learning projects.

[enlightenedpictures]

Sky High Perspectives: Mastering Commercial Drone Photography

Introduction:

In recent years, the rise of drone technology has revolutionized the field of photography, opening up a whole new world of possibilities for both amateur enthusiasts and professional photographers alike. Commercial drone photography, in particular, has gained significant traction due to its ability to capture breathtaking aerial perspectives that were once inaccessible or prohibitively expensive. This article delves into the intricacies of mastering commercial drone photography, exploring the technical skills, creative considerations, and practical tips essential for aspiring drone photographers.

Understanding the Equipment:

Central to mastering commercial drone photography is a thorough understanding of the equipment involved. Drones come in various shapes, sizes, and capabilities, each designed to cater to specific needs and preferences. When selecting a drone for commercial photography purposes, factors such as camera quality, flight time, stability, and maneuverability must be carefully considered. Investing in a high-quality drone with a reliable camera system is essential for capturing stunning aerial imagery.

Mastering Flight Techniques:

Flying a drone proficiently is a skill that requires practice, patience, and precision. Before embarking on commercial photography ventures, aspiring drone photographers must familiarize themselves with fundamental flight techniques to ensure safe and controlled operation of their drones. This includes mastering maneuvers such as takeoff, landing, hovering, and navigating obstacles. Additionally, understanding airspace regulations and adhering to safety protocols are paramount to avoid accidents and legal repercussions.

Composition and Framing:

While technical proficiency is crucial, mastering the art of composition and framing is equally essential in commercial drone photography. Unlike traditional photography, where photographers have greater control over vantage points and perspectives, drone photography offers a unique challenge of capturing compelling compositions from aerial viewpoints. Paying attention to elements such as symmetry, leading lines, and perspective can elevate drone photographs from ordinary to extraordinary. Experimenting with different angles and perspectives can unlock creative possibilities and result in captivating imagery.

Utilizing Light and Weather Conditions:

Lighting plays a significant role in photography, and the same holds true for commercial drone photography. Understanding how light interacts with landscapes from an aerial perspective can dramatically impact the mood and atmosphere of photographs. Golden hours, characterized by soft, warm light during sunrise and sunset, are ideal for capturing stunning aerial imagery with rich colors and long shadows. Additionally, weather conditions such as clouds, fog, and rain can add drama and texture to aerial photographs, enhancing their visual appeal.

Post-Processing and Editing:

Post-processing is an integral part of the commercial drone photography workflow, allowing photographers to fine-tune their images and bring out their full potential. Software tools such as Adobe Lightroom and Photoshop offer a plethora of editing options, including color correction, exposure adjustments, and image enhancements. However, it's essential to exercise restraint and maintain the integrity of the original image while editing drone photographs. Striking a balance between enhancing visual appeal and preserving authenticity is key to producing compelling aerial imagery.

Developing a Unique Style:

In a competitive landscape, developing a unique style can set commercial drone photographers apart from their peers and attract clients seeking distinctive visual aesthetics. Experimenting with different shooting techniques, perspectives, and editing styles can help photographers hone their signature look and establish a recognizable brand identity. Consistency and coherence in style across portfolios can build trust and credibility among potential clients, leading to more significant opportunities in the commercial photography industry.

Conclusion:

Mastering commercial drone photography is a multifaceted endeavor that requires a blend of technical expertise, creative vision, and practical skills. From understanding equipment and mastering flight techniques to refining composition, lighting, and editing, aspiring drone photographers must embark on a continuous journey of learning and experimentation to excel in this dynamic field. By harnessing the unique capabilities of drones and leveraging their creative potential, photographers can unlock limitless possibilities and capture breathtaking aerial perspectives that inspire, captivate, and elevate the art of photography.

[rupasriymts]

Unique Cadence EDA Projects for Engineering Students

Cadence EDA Project is the all-in-one EDA solution dedicated to EDA, which combines the tool and the solution in one powerful package that facilitates the creation of the integrated circuits (ICs) and electronic system. Starting with schematic and topographical design, we offer our integrated environment, enabling engineers to create designs that are very effective and precise by the standard of the engineering profession. Takeoff Edu Group Provide Unique projects for final year students.

With 3D CAD, in-circuit engineering, advanced modelling, and signal integrity analysis tools, the platform enables power optimization, design for manufacturability, and solving of complex design challenges to feature products with high performance and reliability. EDA provides the project designs either in analogy, digital or mixed-signal designs that equip the engineer to conceive the idea into the product while also meeting the industry requirements and ensuring reduced time to market.

Takeoff Edu Group-Example titles for Cadence EDA Project

Trendy:

Fixed-Posit: A Floating-Point Representation for Error-Resilient Applications

An Area Efficient 1024-point Low Power Radix-22 Fft Processor with Feed-forward Multiple Delay Commutators

Standard:

Vedic-Based Squaring Circuit Using Parallel Prefix Adders

An Analysis Of DCM-based True Random Number Generator

Static Delay Variation Models for Ripple-carry and Borrow-save Adders

A Two-speed, Radix-4, Serial–Parallel Multiplier

A Systematic Delay and Power Dominant Carry Save Adder Design

The most common projects in this regard are centered around the utilization of Cadence's extensive collection of software tools and platforms, which address different stages of the design cycle, from idea development to final product development alike. One puzzle of Cadence EDA projects that are solved is circuit design. Engineers utilize Virtuoso for schematic entry and layout creation, where they assure themselves that complex integrated circuits can be implemented efficiently. As well as Cadence's simulation and verification tools, Spectre and Incisive, these tools are vitally important in validating the functionality and performance, identifying the possible errors that might cause fabrication problems. Additionally, in their EDA projects, Cadence uses physical implementation tools such as Encounter to perform layout and timing optimizations, thus attaining high chip design robustness and reliability. In addition, the rapid emergence of high-tech semiconductor device manufacturers such as silicon photonically leads Cadence EDA projects to include mainly custom IC design, RFIC (Radio Frequency Integrated Circuit) design, and mixed-signal verification, which meet various market requirements. In the frame of collaborative work and innovative methods, progress in electronic design is achieved by Cadence EDA projects. The development of the most advanced hardware solutions that are put to use in multiple areas, such as consumer electronics and automotive, and many others beyond, is facilitated and promoted by such projects. Fundamentally, the Cadence EDA projects unite design expertise and technology with creativity to impact positively the changes in the developing semiconductor design realm.

The Cadence EDA Projects is one of the most important components in today's engineering by enabling Takeoff Projects to create and be more advances. During the team's project with Cadence software, we saw an increase in productivity and higher precision level in designing electronic circuits. From schematic capture to layout and verification, Cadence EDA proved very suitable for our workflow which was being to meet a timely delivery of high quality solutions. Leveraging our circuit simulation and optimization skills, we bravely took on complex issues with confidence. Further, this dedication to constant improvement maintains the development of our projects in the vanguard of technology. By and large, Cadence EDA Projects have been playing a key role in Takeoff Projects’ journey to keeping the projects afloat amidst the ever-evolving world of electronic design.

[ahsan1267]

Mastering Project Estimation: The Art of Quantities and Material Takeoff

Introduction:

In the realm of construction and project management, accurate cost estimation is the bedrock upon which successful projects are built. One of the crucial components of this estimation process is the Quantities and Material Takeoff. This meticulous process involves identifying and calculating the materials, labor, and resources required for a construction project, forming the basis for cost estimation, project scheduling, and resource allocation.

Understanding Quantities and Material Takeoff:

Quantities and Material Takeoff is a comprehensive process that involves identifying, measuring, and calculating all the materials and resources needed for a construction project. This includes everything from raw materials like concrete, steel, and lumber, to labor hours, equipment usage, and miscellaneous expenses. The goal is to create a detailed and accurate list of all items required to complete the project.

Key Steps in Quantities and Material Takeoff:

Project Scope Analysis: Before diving into the quantities and material takeoff, a thorough analysis of the project scope is essential. This involves understanding the project's design, specifications, and requirements. It sets the foundation for accurate quantity takeoff by defining the scope of work.

Blueprint Examination: Detailed examination of project blueprints, drawings, and specifications is crucial. This step ensures that every component of the construction project is considered, from the structural elements to finishes. Each item is then quantified based on these documents.

Itemized Lists: Create itemized lists of all materials, labor, and resources required. Break down the project into smaller components, making it easier to quantify and estimate. This may include excavation, concrete pouring, framing, electrical work, plumbing, and more.

Measurement and Calculation: Accurate measurement is a cornerstone of quantities and material takeoff. Utilize standardized units of measurement and calculate quantities based on project specifications. Modern software tools and technologies can streamline this process, reducing the likelihood of errors.

Contingency Planning: Account for contingencies and unforeseen circumstances. This may involve adding a percentage of the total material cost to accommodate price fluctuations, design changes, or unexpected issues that may arise during construction.

Benefits of Quantities and Material Takeoff:

Accurate Cost Estimation: A detailed material takeoff allows for precise cost estimation, helping project managers and stakeholders budget more effectively. This accuracy is vital for financial planning and securing funding.

Resource Optimization: By understanding the exact materials and resources needed, project managers can optimize their procurement and resource allocation strategies. This minimizes waste and ensures that resources are used efficiently.

Risk Mitigation: Quantities and material takeoff enable proactive identification of potential risks and challenges. This allows project teams to develop mitigation strategies in advance, reducing the likelihood of cost overruns and delays.

Contract Negotiation: Armed with a thorough material takeoff, contractors can negotiate more effectively with suppliers and subcontractors. This can lead to better deals and more favorable contract terms, contributing to overall project cost savings.

Conclusion:

Quantities and Material Takeoff is a pivotal process in the world of construction and project management. It is the blueprint for accurate cost estimation, resource allocation, and successful project delivery. By investing time and effort into mastering this art, construction professionals can lay the groundwork for projects that are not only on time and within budget but also exceed expectations in quality and efficiency.

[worldestimating]

What are the most productive benefits of utilizing the construction estimating software?

An up-gradation in construction technology allows you to provide a reliable space around you from the past many years and allows you to access many things that include different impossibilities. It also advances the use of different things to assist clients with the precise and advanced construction estimating business.

The use of construction cost estimating software positively impacts different businesses to carry through professionals in achieving their goals. Certain benefits can be carried through construction estimating software to have an efficient increase in amount with certain demands that are comparatively high due to different services and curative solutions at different levels.

Following are the few main reasons that show why the use of construction estimating software is beneficial.

Accuracy

The use of construction takeoff software is essential for businesses and private individuals to accurately evaluate their expenses with the fluctuating economy and competitive markets. It also applies efficiently to build companies needing to follow subcontractor expenditures, labor costs, equipment costs, material costs, and other budget items. Accuracy is one of the vital things among other contractors, and everyone knows to track crucial data concerning different contractors, stored materials, workforce, pending orders and different building needs.

Effective project management

A reliable cost estimate software can enable everything to manage a construction project with product management easily. A construction project software can assist in aligning different duties and operations with the entire team. It also manages materials with a flawless and more noticeable trick to purchase and track. Research is done with most professionals to prefer software because it sustains everything to optimize the workflow and time management.

Consistent in delivery

A productive construction company can utilize the construction business software to easily generate estimates with a new building and usage of a similar set of procedures. Our use of similar processes, estimation and formulas in a construction project can efficiently generate consistency, generating the company reliability with the client’s eyes.

The use of construction takeoff software for quantity takeoff services contains a database that can store prices for different items to update everything within time. A cost estimator is effective with valuable tools to assist the company in avoiding costly overruns, analyse past projects with a productive time frame, and streamline all the operations according to the past projects.

Convenient to use

A company that does not implement the cost estimating software demands to do different things for their convenience. It is quite overwhelming to manage the track of previous purchases of materials, labor and equipment. Using software can give a cost estimate of different construction projects with ease to have an accurate perspective of a construction project. It can easily edit and communicate different projects virtually and enable your team to track different tasks easily.

Efficiency

A programmed and computer-generated construction takeoff software is always a productive task to work efficiently with a good pace and generate efficiency for different ongoing projects. It also enables the process to estimates more quickly and quotes reliably according to the market. Competitive software is also efficient for lumber takeoff and allows your company to bid more within dedicated time and other company duties. It assists in saving valuable time and money while generating the business with a productive value.

Professionalism

A construction takeoff software is professional with cost estimating software to make your company look professional while conducting business. Professionalism in generating construction estimating to make your company rank higher with competitors within the construction world.

All of the above mentioned prospects mentions the benefits of utilizing the construction takeoff software for different construction businesses.

[handmethelillies-blog]

Gmail Hacks That Will Super Boost Your Productivity

Professionals around the world use a wide variety of tools to do their job. Customer relationship management systems, lead generators, task managers, marketing programs, and scheduling software are just some of the sales tools that help reps at every stage of the sales process.

With so many different kinds of tools that help you work more efficiently, it can be easy to forget that one of the most powerful sales tools is already at your fingertips—your Gmail.

The trick is in knowing how to make the most out of your inbox.

Use Gmail shortcuts

Hit Shift+?, and you’ll get a whole list of keyboard shortcuts that can make cleaning out your inbox a breeze.Gmail hack, keyboard shortcuts

Commonly Used Gmail Shortcuts:

Ctrl+: Compose a new message

Ctrl+Shift+5: Change fonts (format shortcut)

Ctrl+Enter: Send message

You can even add CC recipients, embolden items, change indentation, or go immediately to starred messages with shortcuts. By default, Gmail has certain shortcuts always turned on.

Unsend a Sent Email

Email bungles are amazingly normal. An AOL overview, secured by CBS states that around 32% of individuals accidentally forward an inappropriate email.

A wrongly sent mail with an undesired attachment or carrying confidential information may create a bad impression as a professional or can even demolish your career.

Remembering this basic blunder, Gmail has created a feature that can help to "unsend" a sent email inside a period span of as long as 30 seconds.

To do this, basically go to the "Settings" page of your Gmail account. Enable the Undo Send catch and set the invalidation time frame according to your desire. The beneath given screen capture will assist you with understanding better.

Send emails later with Boomerang

Working into the extremely early times? Advise Boomerang to send your email land at 9 am.

The Gmail add-on that Tim Ferriss can't survive without is a clever email scheduler that has been around since 2010 and just continues showing signs of improvement.

With Boomerang introduced, you'll see Gmail's customary send button and furthermore a Send Later catch, which lets you upgrade an email's conveyance time to suit your circumstance. Messaging somebody in an alternate time zone? Type your contact's time zone directly into the schedule window, and it will process the ideal time so you don't need to do the figuring yourself. (Boomerang's essential arrangement begins at about $84 every year. See valuing.)

Boomerang's originator, Alex Moore, was an early adopter of Gmail. "I had a companion in school who met at Google and got a Gmail welcome before nearly any other person," he says.

One of Moore's preferred Boomerang hacks is to computerize a subsequent when you email somebody and get an out-of-office skip. On the off chance that your contact is returning to the workplace on Monday, you can plan your message to send on, state, Tuesday morning. Be that as it may, here's the stunt: Be certain to check the case by the Send Later catch that says "if no answer."

"Presently you have your follow-up totally robotized in the event that they don't hit you up," says Moore. "Furthermore, on the off chance that they do, it never sends."

I for one love this module since I have customers everywhere throughout the world in various occasions zones," says Marie Flounoy, a media expert at Bitter NYC, an inventive office. Regardless of whether she is working at 3 a.m., "Boomerang permits me to send emails at what resembles a fitting time or during typical business hours."

Tip: Use Boomerang to send yourself updates for significant assignments. For instance, send yourself an email called "Look into flight" and use Send Later to take it back to you precisely 24 hours before your takeoff time.

Create labels

To begin with, you can create and begin utilizing explicit labels. On the left-hand side of your web application, you'll discover a choice to "create new name." From there, you can give a custom name to your name and possibly "home" the mark under an effectively existing name (like a subcategory). For instance, you may create labels for messages related with explicit customers, or ones for messages of various degrees of need.

Self-Destructing Emails

Snapmail resembles something out of Mission Impossible. All things considered, not exactly, yet it's really cool.

How often have you sent three emails and a WhatsApp message to give your companions or family your charge card subtleties? Or on the other hand do you frequently send emails which you would prefer not to get into an inappropriate hands? All things considered, presently you can cause them self-to destruct.

Snapmail encodes your message and sends the beneficiary a connect to it. When they click on the connection, they'll get a notice saying it will self-destruct in 60 seconds.

Time to get the damnation out of there.

Try not to stress; it's an exceptionally quiet self-obliteration. Tragically, Tom Cruise won't visit your office.

Get an unread message icon

At the point when you get another email in Gmail on your work area, there's no fancy "You've Got Mail" audio effect to alarm you. And you can burn through a great deal of time and get effectively diverted by returning to the Gmail tab for the duration of the day to check whether you have any new messages. Along these lines, to build your profitability, get Gmail's unread message icon. Go to Settings > Advanced > Unread message icon > Enable > Save Changes.

After you've empowered the unread message icon, you'll have the option to see the quantity of your unread messages showed overtop the Gmail logo on the tab. No additional time will be squandered browsing your email account, you can simply glance at it rapidly and keep it pushin.

Create to-do lists

Gmail allows you to easily keep track of your to-dos with its “tasks” function.

Here’s how it works: when you get an email that requires a later action on your part – maybe a reply, a fax, or some sort of meeting – you simply click the “More” button to the right, and hit “Add to Tasks:”

You’ll get a handy little Google Tasks pop-up, where you can add a task, due date and any details you like. Gmail will automatically include a link to the email for reference.

Take a break with Inbox Pause.

Need to take a break from Gmail? Hit the pause button.

If the constant siren call of your inbox is preventing you from getting stuff done, one of Boomerang’s coolest features lets you temporarily pause Gmail for as long as you like. You can also program this feature to deliver emails in batches, at certain times of the day instead of constantly.

Inbox Pause is useful when you're traveling because you can let your contacts know that you're unavailable for pockets of time. You can set a customized outgoing autoresponder message to let people know when your inbox is paused and when you'll be back.

Need to make an exception for your boss or an important client? Simply white-list the senders you want to allow past the gatekeeper.

Integrate with Drive

Are you currently using Google Drive? If so, there’s a convenient little button at the bottom of your draft that allows you to insert any file you have in storage. It makes it easy to search for and find exactly the file you’re looking for, and saves you the step of opening Drive separately.

Keep Gmail Open in Two Tabs

This one sounds somewhat peculiar, yet trust me. Give it a go for a few days, and you'll perceive the amount it can help.

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How frequently have you needed to spare an email as a draft to go fishing for another email address or more information you have to reference from another message?

This little stunt implies you have one tab open with Gmail for searching and finding things, and the other tab open for composing your email.

Straightforward, however compelling beneficial!

Install some extensions

You don’t have to stick to just the features Gmail offers to increase productivity either, you can install some extensions too. There are a number of Gmail extensions for Chrome that can super-charge your email productivity including:

ActiveInbox – schedule emails to send later, add follow-up reminders, attach notes to emails that only you can see, includes the GTD (Getting Things Done) productivity system and more Sortd – turns Gmail into a Trello-like task board Checker Plus for Gmail – allows you to get popup window notification for new emails but it’s not just a notification, you can interact with emails and even mark it as read or delete it DraftMap – make sure your emails are professional and well-written, this tool highlights repetitive words, cliches and more For any type of action you want to be able to perform in Gmail, there’s probably an extension for it.

Read more at:https://www.business2community.com/strategy/7-gmail-hacks-to-boost-your-productivity-in-2019-02157601

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[vertigraphinc]

Vertigraph,Inc. - Your Guide To Success

The most crucial element of the building estimate is the quantity takeoff. The takeoff establishes the quantity of supplies, labor, tools, and subcontractor fees needed to complete the project. By adding unit costs to the quantities subtracted, the construction estimate that will be used to solicit bids for the project is finished. Incorrect numbers will result in inaccurate estimates. Having precise amounts is essential to successful estimation.

You can now get the best utilities estimating software which lists the amounts quickly, easily, and accurately so that your cost estimate is precise and lucrative. You may create and manage a list of everything needed to build any project with their top-of-the-line takeoff program. You can also organize this digital takeoff straight in Microsoft Excel, where you'll calculate the cost using BidScreen XL and SiteWorx/OS. General contractors, subcontractors, and other professionals looking to take off and estimate construction projects quickly, easily, and correctly in Microsoft Excel will find Vertigraph's takeoff and estimating software excellent. 

All of it is possible using the takeoff and estimation software from Vertigraph. Their ground-breaking products are revolutionizing the way construction companies conduct business. Thanks to a scalable platform, it is quicker and simpler to produce, monitor, and manage estimates, takeoffs, reports, contracts, and profitability. Additionally, the outcomes are quickly saved and kept on the cloud.

The best users of their program are general contractors working on heavy/highway/industrial projects as well as residential homes and commercial buildings. It is also the best option for subcontractors working in Construction Divisions 2 through 9, such as those engaged in site excavation, concrete, asphalt, roofing, drywall, painting, flooring, tile, stucco, framing, and finishing. Your business can regularly win more bids, manage more projects, and close more lucrative jobs by integrating their takeoff tools with Excel.

With only a few clicks, you can quickly design the takeoff and estimate, where you'll concentrate on the estimated aspects that require your immediate attention. They give you the data to increase productivity and make wiser business decisions. Knowing your costs and profits is essential to running a successful construction business.  Budgets for subcontractors, labor productivity, and other crucial data can be changed quickly.

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optics and also controls the release of the shot. Introduced at the beginning of the year, the SMASH Dragon is based on the proven SMASH fire control system, which with the help of highly developed image processing and ballistic computer, thus also without emissions, designs the aiming point of the shooter with a very high probability in the display. The integration of the Smart Shooter SMASH Dragon System turns the Black Eagle 50E into an armed multicopter drone with a stabilized weapon system for various calibers. The digital data connection allows the flow of various information, such as real-time video broadcasts and other sensory information used by the drone to the user.

READ ALSO: US Air Force Tests Hexa, A ‘Flying Car’ That Could Shuttle Troops Across War Zones By 2023Ī cruising speed of about 80 km / h and a top speed of about 125 km / h gives the system the necessary mobility.

The multicopter can take off and land on a small area, can carry a payload of up to 5 kg with a maximum takeoff weight of 35 kg according to the manufacturer, and stay in the air for up to four hours. The basis for the Golden Eagle is the Black Eagle 50E drone from Steadicopter and the SMASH Dragon System developed by Smart Shooter.įounded in 2005 and based in Migdal HaEmek in northern Israel, Steadicopter contributes to a powerful and proven carrier platform with the Black Eagle 50E UAV. The presentation will take place as part of ISDEF 2022, a trade fair for defense, which takes place in Tel Aviv from March 21 to 23. The Israeli companies Steadicopter and Smart Shooter have announced in a press release that they intend to present an armed and unmanned Golden Eagle multi-copter this week, has learned, citing Soldat & Technik.

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[spudart]

1:72 SAAB OAS 41 'Víðarr'; aircraft "23 Grey" of Skaraborgs Flygflottilj F 7, Swedish Air Force; Satenäs AB, 2014 (Whif/kit conversion) by dizzyfugu https://flic.kr/p/pAFA59 +++ DISCLAIMER +++ Nothing you see here is real, even though the conversion or the presented background story might be based historical facts. BEWARE! Some background: The Víðarr (or Vidar, "Wide ruler", a Nordic god among the Æsir associated with vengeance) or officially SAAB OAS 41 is Sweden's first manned aircraft with stealth technology, and the first aircraft of its kind in Europe in operational service. "OAS" is an abbreviation of the aircraft's primary tactical roles: "Osynlig Attack Spaning", "Unseen attack and reconnaissance missions". Much of the OAS 41's technology and elements were developed and tested on unmanned vehicles, namely SAAB's SHARC and FILUR demonstrators. SHARC (Swedish Highly Advanced Research Configuration) was an experimental unmanned aerial vehicle (UAV) built by Saab AB. Since the late 90-ies SAAB had been carrying out preliminary studies about several Unmanned Aerial Vehicles (UAV) concepts but not taking them into flying demonstrators. In 2001 it was decided to start the SHARC Technology Demonstrator (SHARC TD) project. Because of a limited budget and good in-house experiences from flight tests of instrumented sub-scale aircraft, it was decided that the SHARC TD should be in 1:4 scale of the original SHARC design. One of the major goals of the project was to test the airworthiness process for a military UAV or aircraft of similar layout, and this could well be achieved even with sub scaled aircraft. Even the goal of testing a lean development process for demonstrators could be achieved in that way. The SHARC TD project was initiated in 2001 with first flight less than one year later, on February 11th 2002, with the basic version. The more advanced version made its maiden flight on April 9th 2003, less than two years after project start. In September 2003 the SHARC flew a number of missions out of visual range, ranging around 20 km from the control station location. In January 2004 the effort towards the development of the ATOL functionalities was initiated, and led to a successful flight test campaign in August 2004, during which fully autonomous mission were demonstrated, from standstill to standstill. The SHARC system was composed by two flying demonstrators (BS-001 and -002), a GCS and some GSE for engine start and cooling air supply on ground. The SHARC TD is a 60 kg jet-engine driven aircraft. The airframe was manufactured in light-weight composite materials; the airframe weighed only 8 kg (without landing gear). The payload consisted of a forward looking colour video camera. The avionic system (hardware and software) was designed and manufactured by SAAB and is based on Flight Test Instrumentation system COMET 15 used in the Gripen and Viggen fighter a/c. Before the decision to develop an in house avionic system, a market survey was conduced, but no existing system had been fulfilling specifications. Electro-optic fibres, or “fly-by-light”, were used to the actuators in order to minimize the risk for Electro Magnetic Interference. Saab and FMV’s technology demonstrator program FILUR made its first flight in 2006. FILUR’s main objective was to show the tactical importance of stealth technology applied on aerial vehicles, to gain experience and to set a foundation for stealth requirements for future aerial systems and air-surveillance systems. The focus with the FILUR program was on low signature, for both radar and IR-signature. “Static measurements of radar cross section (RCS) made late 2004 showed really good performance and corresponded with calculated data. In flight measurements of stealth performance will be done as a next step”, said Jan Boström FILUR Project Manager, Saab Aerosystems. The technology developed in FILUR would be used for future Saab systems, being UAVs or manned aircraft, which became the OAS 41 which had been under development since 2004. The SAAB OAS 41 made its maiden flight in 2012, and in early 2014 a pre-production batch of five aircraft has been assigned to Skaraborgs Flygflottilj ("Skaraborg Air Force Wing") F 7 in Satenäs, where the aircraft are operated alongside JAS 39 Gripen multi-purpose fighters for evaluation and integration. Conceptually the OAS 41 is very similar to the much earlier US-American F-117, dedicated to ground attacks with precision weapons, attacks against coastal/sea targets and reconnaissance missions. All ordnance or equipment is carried internally in a large bay which is covered by sliding doors. Typical weapons include up to three Rb 75 (AGM-65 Maverick) missiles, two GBU-12 laser-guided smart bombs or two AGM 119 "Penguin" anti-ship missiles. Iron or cluster bombs as well as pods with unguided missiles are also an option. Beyond that, the aircraft can also carry air-to-air missiles like the actice radar RB 99 (AIM-129 AMRAAM) or the IR-guided Rb 74 (AIM-9L Sidewinder), up to four of each. The OAS 41 does not feature an internal gun, even though up to two podded Mauser BK 27 cannons can be carried internally. Overall, its range of weapons is highly identical to what the JAS 39 Gripen can deploy. Alternatively to offensive loads, the OAS 41 can carry camera of sensor pallets in its belly, making it highly adaptable. It is uncertain how many aircraft wil actually be built, since the Swedish Air Force officially announced that the OAS 41 is not to replace its JAS 39 fleet, rather complement it or take over exclusive missions due to its stealth features. The type's limited performance will probably confine to a limited scope of missions, and with the running cost reductions it is not expected that more than 30 OAS 41's will ever leave the production line for the Swedish Air Force, unless it would be exported and follow in the Gripen's footsteps, but this remains doubtful. General characteristics: Crew: 1 Length: 6.70 m (21 ft 11 in) Wingspan: 18,29 m (59 ft 11 in) Height: 3,96 m (13 ft) Wing area: ~68 m² (729 ft²) Empty weight: 6.739 kg (14.844 lb) Internal fuel: 2.500 l Max. takeoff weight: 13.600 kg (29,760 lb) Powerplant: 2× Svenska Flygmotor RM13S turbofans (General Electric CF34-3S), with 4.150 each Performance: Maximum speed: 692 mph (1.115 km/h) at height Cruise speed: Mach 0.7 Landing speed: 210 km/h Range: 4.828 km (3.000 mi) with internal fuel Service ceiling: 13.381 m (43.830 ft) Rate of climb: 60 m/s (11.811 ft/min) Armament: Up to 3.000 kg of ordnance, all carried in a ventral bomb bay, including air-to-ground and air-to-air missile, smart and iron bombs, gun and rocket pods, ECM equipment and pallets with cameras and sensors for reconnaissance missions. The kit and its assembly: This stealth aircraft is basically a scale-o-rama project: it is a Dragon B-2 bomber in 1:200 scale turned into a 1:72 scale aircraft. What sounds easy is more complex than it appears: you need a cockpit with a proper canopy, the landing gear has to be adjusted and there are many small details that need attention. For the cockpit installation I decided to implant a complete X-32 section from a Revell kit, it replaces the complete B-2 spine. It appears a bit bulgy, but upon close inspection of the potential internal layout I found that you can either have a flush canopy OR a bomb bay. Since I wanted to keep the latter (and enlarged it), the cockpit went a bit higher. As a result, the original X-32 canopy looked much to bulbous, it was way too high. Searching through the spares pile I eventually turned up an old F-18B canopy, which, reversed and cut into shape, could be transplanted onto the X-32's cockpit frame, even tough some sculpting at the rear was necessary. Since the F-18 canopy had some glue stains I had to sand and polish it, and as a final coat I decided to apply some light brown translucent paint. Fit is not 100%, though, but it looks good now. The high cockpit necessitated some visual counter-balance at the rear. Originally I had hoped to keep the OAS 41 fin-free, but I eventually dug out a pair of F-117 fins that were cut down in length and glued to the airframe, slightly canted outwards. The landing gear is all new. The massive front strut comes from a F-117, the wheel from the X-32. The front well was enlarged, as good as possible, but it is still too short... don't lokk there closely. ;) The main landing gear struts were taken from the X-32, while the wheels come from the F-117. The wells were lengthened at the rear, so that the longer legs find enough space. The B-2's original bomb bay was cut out and replaced by a completely scratched interior that allows the carriage of a pair of laser-guided bombs, which come from the scrap box. The exhaust slits were modified, too. They were made wider, and inside a kind of ramps were added - the original 1:200 B-2 has nothing inside. For the same reason I also added light blocks, pieces of dark grey foamed plastic, inside of the air intakes and the exhausts. Finally, at the aircraft's front, some pitots were added, but that's all since the overall hull was to remain clean. Painting and markings: I originally had the plan to make this a Japanese aircraft, but then I decided to make it a (kind of) tribute to the innovative Swedish aircraft industry - the SAAB OAS was born, and it was to carry an appropriate, if not odd, paint scheme. Even though "Fields & Meadows", made popular by the Saab 37 Viggen, was an option, I did not want to copy that style. But an angular scheme appeared logical as to confuse the aircraft contours. The splinter paint scheme I eventually settled upon was vaguely inspired by Norwegian "Skjold" class coastal patrol ships, which have stealthy hulls and carry a three-colored spinter scheme in grey, sand and dark brown. Odd for a ship, one might say, but in front of the typical Norwegian rocky coastline, it is highly effective, and even on the open sea, viewed from above, it is not a bad scheme at all. The pattern was vaguely lent from the Skjold boats, and I used different tones which would IMHO be more versatile: a reddish brown (WWII French Earth Brown), Field Grey and Olive Drab, in a wraparound scheme. Together with the edgy shape of the aircraft this turned out to be pretty effective - a bit of a surprise! The rest was rather straightforward: white for the air intakes and the landing gear, the cockpit and the bomb bay were painted in Neutral Grey. The pair of internal GBU-12s was painted in light grey, a typical tone for such weapons in Swedish use witn the JAS 39 Gripen. The kit received a light black ink washing and some panel painting with lighter shades of the basic tone, just to amphasize contours and simulate some structure and acccess panels esp. in the engine area. After decal application (puzzled together, among others, from an Italeri JAS 39 Gripen) the kit was sealed with Revell's matt acrylic varnish. In the end, a rather simple whif - I am not a friend of stealth aircraft, since they are IMHO boring. The splinter scheme changes this a bit, and the high cockpit does not look that bad at all, even though the original X-32 canopy looked REALLY weird.