When I’m reading a story, I can easily imagine what the characters might look like. Other people frequently tell me that what I’ve said is impolite, even though I think it is polite. I usually notice car number plates or similar strings of information. I often notice small sounds when others do not. I frequently get so strongly absorbed in one thing that I lose sight of other things. If I try to imagine something, I find it very easy to create a picture in my mind. I prefer to do things the same way over and over again. I prefer to do things with others rather than on my own. Manual calculation of the score is available by following the instructions at the bottom of the test. We are coding a more modern version that will be available shortly. UPDATE: Due to the age of the code powering the calculation required for the test it no longer works. The test is not a means for making a diagnosis, however, and many who score above 32 and even meet the diagnostic criteria for mild autism or Asperger’s report no difficulty functioning in their everyday lives. Eighty percent of those diagnosed with autism or a related disorder scored 32 or higher. In the first major trial using the test, the average score in the control group was 16.4. Psychologist Simon Baron-Cohen and his colleagues at Cambridge’s Autism Research Centre have created the Autism-Spectrum Quotient, or AQ, as a measure of the extent of autistic traits in adults.
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In advanced training, pilots learn to fly against opponents in different types of aircraft, so pilots must learn to cope with different technological advantages as well, which more resembles real combat. Training usually begins with pilots flying the same type of aircraft, pitting only their skills against each other. BFM are typically universal maneuvers which can be performed in almost any fighter aircraft, and are usually considered to be training maneuvers. The development of BFM began with the first fighter aircraft, during World War I, then continued with each following war, adapting to the changing weapons and technologies.īasic fighter maneuvers consist of many varying tactical turns, rolls, and other actions to get behind or above an enemy, before the opponent can do the same. Situational awareness is often taught as the best tactical defense, removing the possibility of an attacker getting or remaining behind the pilot even with speed, a fighter is open to attack from the rear.īasic fighter maneuvers (BFM) are actions that a fighter aircraft makes during air combat maneuvering, historically known as dogfighting. They can also be neutral, where both opponents strive for an offensive position or disengagement maneuvers, to help an escape.Ĭlassic maneuvers include the lag pursuit or yo-yo, which add distance when the attacker may overshoot the target due to higher airspeed, the low yo-yo, which does the opposite when the attacker is flying too slow, the scissors, which attempts to drive the attacker in front of the defender, and the defensive spiral, which allows a defender to disengage from an attacker. They can be offensive, to help an attacker gain an advantage on an enemy or defensive, to help the defender evade an attacker's weapons. Maneuvers are used to gain a better angular position in relation to the opponent. BFM combines the fundamentals of aerodynamic flight and the geometry of pursuit, with the physics of managing the aircraft's energy-to-mass ratio, called its specific energy. Four P-40 Warhawks performing training maneuvers.īasic fighter maneuvers ( BFM) are tactical movements performed by fighter aircraft during air combat maneuvering (ACM, also called dogfighting), to gain a positional advantage over the opponent. The officers subsequently arrested the defendant for, among other things, use without authority, and towed the rental car. The officers then contacted the rental company and obtained a copy of the rental agreement for the vehicle, which provided that Nicole Hosier of Pittsfield was the only individual authorized to operate the rental car. Upon a criminal justice information system query, the officers learned that the defendant's out-of-State license was suspended. When the police officers asked the defendant for his license and registration, the defendant responded that he did not have a license in his possession. On March 23, 2015, the defendant was driving a rental car and was pulled over for failing to come to a complete stop at a stop sign. For the reasons set forth infra, we reverse the dismissal of the charge of use without authority. The Commonwealth filed this timely appeal, arguing that the judge erred in dismissing the use without authority charge for two reasons: first, a complaint against an adult defendant, unlike one against a juvenile, cannot be dismissed prior to arraignment and second, the complaint was supported by probable cause that the defendant used the motor vehicle without authority. At the arraignment hearing, the defendant orally moved to dismiss the charge of use without authority the judge allowed the defendant's motion prior to arraignment and proceeded to arraign 2 the defendant on the remaining charges. The defendant, Eric Moore, was charged with, among other things, using a motor vehicle without authority (use without authority), in violation of G. Helle Sachse, Assistant District Attorney, for the Commonwealth. A motion to dismiss was heard by Myong Joun, J. Complaint received and sworn to in the Roxbury Division of the Boston Municipal Court Department on March 23, 2015. Constitutional Law, Separation of powers. Practice, Criminal, Complaint, Dismissal, Arraignment. Present: Trainor, Meade, & Wolohojian, JJ. If you find a typographical error or other formal error, please notify the Reporter of Decisions, Supreme Judicial Court, John Adams Courthouse, 1 Pemberton Square, Suite 2500, Boston, MA, 02108-1750 (617) 5571030 15-P-944 Appeals Court COMMONWEALTH vs. NOTICE: All slip opinions and orders are subject to formal revision and are superseded by the advance sheets and bound volumes of the Official Reports. On March 2, 2017, BTO held the “Harnessing Advancements in Thermal and Mass Transport Sciences to Create Next Generation Building Envelope Technologies” workshop in Atlanta, Georgia, where leading thermal scientists and building application experts came together to identify research directions that could lead to next-generation building envelope innovations. Development of this material continues, with next stages focused on further lowering the thermal conductivity of the material and optimizing the manufacturing process for increased yields and throughput.īTO recently held several workshops to solicit stakeholder input that will contribute to an update to the Windows and Building Envelope and R&D Roadmap. In addition, the material can be used for thermal insulation in a variety of applications-including buildings, vehicles, hydrogen storage, heat exchangers, water supply pipework coatings, space shuttles, automobile engine coatings, airplanes, and waste heat energy conversion systems, just to name a few-expanding the impact of this innovation well beyond the buildings sector. The winning hybrid hollow silica particles are a thermal insulation material with thermal insulation properties similar to, or even better than, state-of-the-art materials like aerogels, but with a much lower cost of production. federal funding history, and winners are chosen from the top 15% of applicants based on submitted technologies’ potential impacts on specific industry sectors. To qualify for TechConnect’s Innovation award, submitted innovations must have a clear U.S. One of these inventions, 'Hybrid Hollow Silica Particles with Unprecedentedly Low Thermal Conductivity', recently won the prestigious National Innovation Award at TechConnect. This project resulted in the development of a low-cost transparent thermal insulation material for fenestration systems, which was then licensed to a prominent industry partner, as well as the invention of several new ultralow thermal insulation materials. Second-generation prototype boards have already reached between R-11.4 and R-11.9 per inch, demonstrating a higher thermal performance than existing commercially-available products.Īnother early-stage research project-previously funded by BTO and hosted at ORNL-similarly focused on the development of new approaches for low-cost and highly-thermally-insulating materials. The goal of this project is to reach an R-value of R-12 per inch, providing a low-cost alternative to vacuum insulation. The first iteration of this nanoparticle-based insulation material has been shown to be significantly more mechanically robust than aerogel insulation.Īnother project, where BTO is partnering with Oak Ridge National Laboratory (ORNL) and Nanopore, has developed 2-inch thick polyisocyanurate board insulation with modified atmosphere insulation cores. As part of one ongoing project, BTO is partnering with Lawrence Berkeley National Laboratory (LBNL) to develop a novel insulation using nanoscale phonon engineering-specifically optimizing surface energy, particle size, and acoustic property mismatch-to achieve or exceed an R-value of R-12 per inch at a significantly lower cost than existing state-of-the-art insulation technologies. The Energy Department’s Building Technologies Office (BTO) continues to drive advances in early-stage research and development (R&D) of next-generation residential and commercial building envelope technologies that can reduce uncontrolled air and moisture exchange, decrease thermal losses and gains, and improve occupant comfort.īTO is pursuing R&D in multiple areas, including developing new materials, evaluating ultra-low thermal conductivity materials and characterizing a wide-range of building envelope applications. Innovations in the building envelope have historically been relatively slow-moving-no major improvements in thermal performance have been made to insulation materials since the 1970s-but the industry is now making some exciting new strides in the development of more efficient, high performance envelope materials and systems. A properly designed and constructed building envelope can greatly increase a building’s energy savings, comfort, and indoor air quality. The building envelope comprises all of the elements of the outer shell separating the indoor from the outdoor environment. That's why some of his quotes aren't available here.Īlso, I just found out that if you do a search for "TourettesGuy", this and my TourettesGuy Remix are the two most popular related submissions by a vast margin. Download: Tourettes Guy Soundboard APK (App) - Latest Version: 1.0 - Updated: 2023 - David Cross - Free - Mobile. Just so everyone knows, this is a really old soundboard, probably the second or third TourettesGuy soundboard ever made, and it was made before the Bob Saget video. I was planning on eventually making another soundboard with more quotes, but I never did, and other people have made bigger and better soundboards already (not on deviantART, though), so I won't ever even bother now, not that I ever actually was going to anyway. Tourettes Guy Soundboard Here is the Tourettes Guy Soundboard, he is diagnosed with Tourette Syndrome, his actions are influenced by other problems. This just finally got 50 favorites today, thanks to. I you like this, you may also be interested in Tourettesguy Remix: The above is a preview, you must full-view it to see the soundboard. of the best tourettes guy quotes in the palm of your hand also added. A soundboard of TourettesGuy, created by me, and pretty much the first soundboard I ever made. Some anchor charts are quite formal and present the five elements of retelling in blocks, or as separate points in a list. Anchor charts are the perfect way to present these and the process of retelling them in different ways. However, the same five elements must always be present. Retelling a story is something that can be done in different ways. Using retelling anchor charts in different ways It can also include illustrations from sample texts the students will work from. The chart should use illustrations to help the students understand the elements of retelling. Spaces must be left on the chart where students can fill in the points they work out from their analysis of a story. Interactive chart: It should name the five elements necessary for retelling.Illustrative chart: It should name the elements and give an example of each from a specific story.Information chart: It may give information about the five elements, which means identifying them and giving an explanation of each.The purpose and style of the anchor chart must be made clear: The chart must state the five elements of a story that need to be identified: characters, setting, problem, events, solution. Like any anchor chart, a good retelling chart needs to capture the students’ attention by using color, different fonts, headings and pictures. What elements should be in a retelling anchor chartĪ good retelling anchor chart should contain certain elements that will make it useful for the students and easier for you to use in your classroom. Final thoughts on retelling anchor charts.Inspiration for retelling anchor charts. Using retelling anchor charts in different ways.
Main article: Headlamp Low beam (dipped beam, passing beam, meeting beam) ISO symbol for low beam Vehicle lighting colour specifications can differ somewhat in countries that have not signed the 1949 and/or 1968 Conventions examples include turn signals and side marker lights in North America, as described in those lights' sections later in this article.įorward illumination is provided by high- ("main", "full", "driving") and low- ("dip", "dipped", "passing") beam headlights, which may be augmented by auxiliary fog lights, driving lights, or cornering lights. No other colours are permitted except on emergency vehicles. With some regional exceptions, lights facing rearward must emit red light, side-facing lights and all turn signals must emit amber light, and lights facing forward must emit white or selective yellow light. The colour of light emitted by vehicle lights is largely standardized by established conventions, first codified in the 1949 Geneva Convention on Road Traffic and later specified in the 1968 United Nations Vienna Convention on Road Traffic. In 1993, the first LED tail lights were installed on mass-production automobiles, with LED headlights subsequently being introduced in the 2000s as more powerful LEDs became available. High-intensity discharge (HID) headlights were produced starting in 1991. Halogen headlights were developed in Europe in 1960. By 1945, headlights and signal lights were integrated into the body styling. Self-cancelling turn signals were developed in 1940. Sealed beam headlights were introduced in 1936 and standardized as the only acceptable type in the US in 1940. Tail lights and brake lights were introduced around 1915, and by 1919, low-beam or dipped beam headlights were available. She did not patent these inventions, however, and received no credit or profit from them. Silent film star Florence Lawrence is credited with introducing an innovative version of the signalling arm in 1914, a predecessor to the modern turn signal, and a mechanical brake signal. Trafficators-signalling arms that flipped up, which later were lighted-were introduced in about 1900. Dynamos for automobile headlights were first fitted around 1908 and became commonplace in 1920s automobiles. It did not have all-electric lighting as a standard feature until several years after its introduction. The first Ford Model T used carbide lamps for headlights and oil lamps for tail lights. Many emergency vehicles have distinctive lighting equipment to warn drivers of their presence.Įarly road vehicles used fuelled lamps before the availability of electric lighting. Various devices have the dual function of illuminating the road ahead for the driver, and making the vehicle visible to others, with indications to them of turning, slowing or stopping, etc., with lights also indicating the size of some large vehicles. For the company owned by Magneti Marelli, see AL-Automotive Lighting.Įxtensively redundant rear lighting on a Thai tour busĪ motor vehicle has lighting and signaling devices mounted to or integrated into its front, rear, sides, and, in some cases, top. I am actually able to achieve 22kHz on pin 10 but I am not able to get 2Hz on pin 6. TCCR4A = _BV(COM4A0)| _BV(WGM41) | _BV(WGM40) // CTC, toggle OC4A on Fast PWM TCCR4B &= ~myEraserDir // this operation (AND plus NOT), set the three bits in TCCR4B to 0 Int myEraserDir = 7 // this is 111 in binary and is used as an eraser TCCR2B &= ~myEraserPulses // this operation (AND plus NOT), set the three bits in TCCR2B to 0 Int myEraserPulses = 7 // this is 111 in binary and is used as an eraser This is the code I used: const byte PULSES = 10 // Timer 2 "A" output: OC2AĬonst byte DIR = 6 // Timer 4 "A" output: OC4A I decided to use my ARDUINO MEGA 2560 to provide PWM output through channel 10 (using Timer 2) to get 22kHz and through channel 6 (using Timer 4) to get 2Hz. I am actually going to command a stepper motor using two square waves of 50% duty cycle on the two pins of PULSE and DIRECTION.įor those i need 22kHz on the PULSE pin and 2Hz on the DIRECTION pin. I am Alessandro and i am passionate about electronics so sometimes I run some mini projects as hobbist. The animation given below shows Proteus simulation for variable duty cycle PWM signal from Arduino pin D10.I am new in this community. PinMode(A0,INPUT) /* ser pin A0 as a input pin */ PinMode(pwm_pin,OUTPUT) /* set pin 10 as a output pin */ *two interger type variables to store digital value and duty cycle value */ This code generates 0-100% variable duty cycle with the default frequency of D10 pin of Arduino. Also, connect an oscilloscope to D10 of Arduino.Ī=analogRead(A0) /* take analog sample from A0 and store result in variable 'a'*/ī= map(a,0,1023,0,255) /* map the digital value to duty cycle range 0-255 */ĪnalogWrite(pwm_pin,b) /* generate pwm signal on pin10 with duty cycle value of b */ Make connections with Arduino and POT according to this schematic diagram. In other words, we will map the digital value measured with analogRead() function into duty cycle. To control duty cycle, we will use a potentiometer with analog channel zero of Arduino. We will use D10 pin of Arduino to get output signal. In this section, we will learn to generate variable duty cycle PWM. } Proteus Simulation Output Variable Duty Cycle PWM Arduino TCCR1B=_BV(WGM13)|_BV(CS11) /* Activate PWM Phase, frequency correction Mode */įloat frequency=0 /* initially set frequency to zero */ TCCR1A=_BV(COM1A1)|_BV(COM1B1) /* set Fast PWM Mode */ PinMode(outputpin, OUTPUT) /* set as a output put */ * Perform initialization and declarations inside setup() */ void loop()Ĭomplete Code int outputpin=9 /* Assign symbolic name outputpin to D9 PWM pin of Arduino */ The value of frequency gets updated on the PWM pin after every one second. The potentiometer which connects with analog channel zero (A0) of Arduino is used to control set the frequency of the PWM signal. 0.0113 is a factor that restricts the count variable in the range of 10000 to 100000 which results in a frequency range of 10 Hz to 100Hz. Similarly, analogRead() functions reads 0 when voltage is 0V. The analogRead() function reads 1023 when voltage is 5V at the analog pin. Inside the loop() function, the value of OCR1A is being calculated stepwise according to the required frequency formula given above. No, the Meal Planner is developed in Google Sheets and will only work correctly there.Ĭan I get a license so I can sell the Meal Planner myself? Yes, just message me and we will find the best way to translate the Meal Planner into your language. Yes, you can print any part of the Meal Planner: Ĭan we translate the spreadsheet into a different language? Yes, you can switch between Metric & Imperial units. But keep in mind that it looks best on a desktop or a tablet.ĭoes the Meal Planner have both Metric & Imperial units? Install the Google Sheets app, log into your Google Account, and open the Meal Planner there. How do I open the Meal Planner on my phone? They will be able to view/edit it even without a Google account. ĭo my clients need a Google account to use the Meal Planner? You can create a separate copy for each client. Preview: Ĭan I use the Meal Planner for my clients? Yes! There are clear animated instructions on the first page. Then, you can copy it as many times as you need.ĭo you provide instructions for the Meal Planner? You will get a link to your own Meal Planner Google Sheet. Of course, the Meal Planner is great either for trainers or for personal use as well □ The main purpose of the Meal Planner is to help people plan their nutrition. What is the main purpose of the Meal Planner? What exactly I will get? I’m Serhii Kovchenko, an Excel and Google Sheets expert who created/designed/automated training and nutrition spreadsheets for dozens of personal trainers and fitness facilities. Maybe they can come in handy □Ībout the author. Don’t hesitate to share them with your friends or family. Now I make meal plans 4X faster – TOP PRODUCT!!” – Jeff, a certified personal trainer.īONUS: The Meal Planner already has 10 universal recipes and 5 weekly meal plans. “OMG!!!! This Meal Planner does everything I couldn’t get from ANY app. Don’t hesitate to contact me and we will describe everything in detail. You can also purchase a license to sell the template on your own. The Meal Planner can be perfectly adjusted for you (from changing your branding colors to translating the spreadsheet into a different language). This is an automated weekly and daily list of foods you need to buy to cook each meal.It is also optimized for a mobile view. There is also a handy summary at the top of the spreadsheet that will show the total protein, carbs, fat, and calories per day. Nutrition values are calculated automatically. The number of meals is adjustable and unlimited (breakfast, snack, lunch, etc.). You can create your 7-days meal plans here. Recipes created will automatically calculate the serving size and nutritious values for each ingredient and will appear on the Meal Plan tab automatically. The recipes tab allows you to create an unlimited number of recipes. You can add your own foods with their macronutrients here. This is the smaller food database with the most relevant and popular foods. The food database is taken from the official U.S. This is the database tab with a large amount of different foods (more than 1800 entries). Fat/Carbs/Protein ratio per day is calculated automatically and shown on the pie chart. You can also add your food preferences here for more enhanced meal planning. Dashboard that will help you define your BMI, healthy weight and nutrition targets based on two formulas (either “Katch, McArdle” or “Mifflin, St Jeor”). It has hyperlinks for easy navigation and video tutorials. You will find a detailed description of the Meal Planner here. Lifetime support for Meal Planner and any custom upgrades.Ī quick overview of the spreadsheet’s structure :.Can be used from a smartphone or tablet.Can be changed and updated online in real-time by multiple people at the same time.Detailed instructions on how to use the Meal Planner.This is a well-structured and user-friendly spreadsheet developed to help you be efficient enough to create meal plans with minimal time.Use for an unlimited number of clients Benefits of having a Meal Planner under your hand:.Meal Planner designed for Fitness Trainers. If you are sick and tired of creating dozens of Meal Plans every day and you don’t mind planning meals MUCH FASTER, read on. Having built lots of tools for fitness facilities, I know how to create a really user-friendly and easy-to-use spreadsheet for each personal trainer. Working late and don’t have a single minute for family and friends? Although I don’t have a magic wand, I have a really handy tool that will help you save your precious time every day! It also includes a built-in calculator to sort your project based on conditional data.īurndown charts are concrete, two-axis graphs that illustrate whether your project is on track or delayed. You can use it to monitor the overall progress of your projects, categorize them by the assigned employee, and see task status. We’ll start with the simplest Excel template of them all: the project tracker template. One of the few good things about Excel is its free templates.īasically, you can plug and play any template from their gallery and adapt it to your needs. Five project management templates in Excel So, if for any reason you need or have a preference to use Excel, there are a few ways you can make your life easier with some templates. But, does “fine” really cut it at your business? However, you clicked on this article to learn more about Excel, not to have us expound on why it’s bad. In short, Excel is… fine for project management. You can’t automate many processes for multiple projects.You can’t collaborate in real-time with team members.Sure, you can create project status reports and Gantt charts and even track project budgets, but Excel is so manual that you’ll waste a lot of time and increase the risk of error. It can get the job done, but there’s a better way. In other words, using MS Excel for project management is like cutting a cake with a saw. If you’ve ever felt the pain of trying to run a project with an Excel workbook full of complicated formulas, conditional formatting, and macros only to watch it crash and implode, then you know it’s not pretty. But, to be honest, it’s not the ideal choice. The simplest answer is yes, you can use Excel for project management. Get started with Is Excel a project management tool? In this guide, we’ll show you if Microsoft Excel can support your project management efforts and explore a possible alternative. Given how many PMs use it, it’s a question worth asking. Being one of the oldest (and most-used) spreadsheet tools, we can’t argue that Excel hasn’t been a great platform.īut is it a great tool for effective project management? |
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