Karen E Bond, Dept of Dance,Temple University, Philadelphia, USAīenjamin S Bradley, Dept of Psychology, Charles Sturt University, Bathurst, Australia Nicholas Bannan, University of Western Australia, Crawley, Australia Gisèle Apter-Danon, Perinatal Psychopathology, Universite Denis Diderot Paris, France Gary Ansdell, Nordoff-Robbins Music Therapy Centre, London, UK Part 4 - Musicality of Learning in ChildhoodĢ0:Musicality in talk and listening: a key element in classroom discourse as an environment for learning, Frederick EricksonĢ1:Spontaneity in the musicality and music learning of children, Nicholas Bannan & Sheila WoodwardĢ2:Vitality in music and dance as basic existential experience: application in teaching music, Charlotte FröhlichĢ3:Intimacy and reciprocity in improvisatory musical performance: pedagogical lessons from adult artists and young children, Lori A CustoderoĢ4:Bodies swayed to music: the temporal arts as integral to ceremonial ritual, Ellen DissanayakeĢ5:Towards a chronobiology of music, Nigel OsborneĢ6:Musical communication: the body movements of performance, Jane Davidson & Stephen MallochĢ7:Communicative musicality as creative participation: from early childhood to advanced performance, Helena Maria Rodrigues, Paulo Maria Rodrigues & Jorge Salgado Correia Part 1 - The Origins and Psychobiology of MusicalityĢ:Root, leaf, blossom, or bole: concerning the origin and adaptive function of music, Ellen Dissanayakeģ:Music and how we became human: a view from cognitive semiotics - exploring imaginative hypotheses, Per Aage BrandtĤ:Ritual foundations of human uniqueness, Bjorn Merkerĥ:The evolution of music: theories, definitions and the nature of the evidence, Ian Cross & Iain MorleyĦ:Tau in musical expression, David N Lee & Benjamin Schöglerħ:The neuroscience of emotion in music, Jaak Panksepp & Colwyn TrevarthenĨ:Brain, music and musicality: inferences from neuroimaging, Robert Turner & Andreas A Ioannidesĩ:Infant rhythms: expressions of musical companionship, Katerina Mazokopaki & Giannis Kugiumutzakisġ0:Voices of shared emotion and meaning: young infants and their mothers in Scotland and Japan, Niki Powers & Colwyn Trevarthenġ1:'Music' and the 'action song' in infant development: an interpretation, Patricia Eckerdal & Bjorn Merkerġ2:Early trios: patterns of sound and movement in the genesis of meaning between infants, Benjamin S Bradleyġ3:The effects of maternal depression on the 'musicality' of infant-directed speech and conversational engagement, Helen Marwick & Lynne Murrayġ4:The improvised musicality of belonging: repetition and variation in mother-infant vocal interaction, Maya Gratier & Gisèle Apter-Danonġ5:Music for children in zones of conflict and post-conflict: a bio-psycho-social paradigm, Nigel Osborneġ6:Between communicative musicality and collaborative musicing: a perspective from community music therapy, Mercédès Pavlicevic & Gary Ansdellġ7:Supporting the development of mindfulness and meaning: clinical pathways in music therapy with a sexually abused child, Jacqueline Robartsġ8:The human nature of dance: towards a theory of aesthetic community, Karen E Bondġ9:Therapeutic dialogues in music: nurturing musicality of communication in children with autistic spectrum disorder and Rett syndrome, Tony Wigram & Cochavit Elefant It demonstrates how speaking and moving in rhythmic musical ways is the essential foundation for all forms of communication, even the most refined and technically elaborated, just as it is for parenting, good teaching, creative work in the arts, and therapy to help handicapped or emotionally distressed persons.Ī landmark in the literature, 'Communicative Musicality' is a valuable text for all those in the fields of developmental, educational, and music psychology, as well as those in the field of music therapy.ġ:Musicality: communicating the vitality and interests of life, Stephen Malloch & Colwyn Trevarthen In a collection of cutting-edge chapters, encompassing brain science, human evolution, psychology, acoustics and music performance, it focuses on the rhythm and sympathy of musical expression in human communication from infancy. This is the first book to be devoted to this topic. Without intending to, the exchange between a mother and her infant follow many of the rules of musical performance, including rhythm and timing. The theory of communicative musicality was developed from groundbreaking studies showing how in mother/infant communication there exist noticeable patterns of timing, pulse, voice timbre, and gesture. 'Communicative Musicality' explores the intrinsic musical nature of human interaction. Oxford Research Encyclopedias: Global Public Health. #Musicality michael series#The European Society of Cardiology Series.
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The A/B buttons function as left and right click. This mouse "acceleration" still needs some tuning but seems to be a good start. Currently, the DPad moves the mouse a single pixel at a time while the left analogue control moves the mouse faster depending on how far it is pressed. Once of the research items is gamepad mouse emulation. As previously stated, this port was done for research purposes. This is actually easy to implement, and I plan to add scaling to support GO2.Ī note about the controls. Maybe ideally I would want to use both scaling and your openttd, but that's something for the future. I bought my OGA with the assumption that setting it up will be at least 70% of the fun I'm going to have with the device. With every error I am learning something new about linux and compiling, so it's great. It will be a fun small project to add some extra controls. It's actually working well and I like having the controls included. This is also great! I had a few errors pop up trying to compile it on arch on my OGA 1.1, but managed to figure it out. This older version matches that provided in the Ubuntu 18.04 repository and works with the repository provided content packs (graphics/sound). Note that it is an older version (1.7.1) as I could not get "master" to display anything. OpenTTD seemed like a good candidate so I added native GO-Super support for display and input. I mentioned in another thread that I wished to evaluate the possibility of new ports that take advantage of the larger GO-Super display. I usually do not release work done for research purposes, but I have posted a port of OpenTTD for GO-Super: The game is very addicting, works with low specs and the gameplay is slow enough to work well on with using the analog stick as the mouse. I was wondering if anyone had advice or had better success in getting OpenTTD on the OGA to work. However, the port is from 2008 and is missing a lot of essential quality-of-life features from the newer releases. #OPENTTD GRAPHICS PACK FULL#enttd-psp/The controls are really good, and it's possible to use the full surface area of the OGA screen without stretching. #OPENTTD GRAPHICS PACK PSP#I am willing to try, but I am very inexperienced with linux and compiling.Īlternatively, there is a PSP homebrew port that works perfectly in PPSSPP on the OGA. Which suggests that it should be possible to work around this. If (_resolutions.empty()) usererror("No usable screen resolutions found!\n") If (std::find(_resolutions.begin(), _resolutions.end(), Dimension(w, h)) != _resolutions.end()) continue If (w < 640 || h < 480) continue // reject too small resolutions If (modes = 0) usererror("sdl: no modes available") If you leave it that way, you will be transferring ALL photos from that device to the cloud. PICASA WEB ALBUMS UPLOADER INSTALLIf you install either the Android or the Apple iOS App, pay close attention to the default setting to turn on “Backup and Sync.” This is ON by default. And, it crashed on me a couple times trying to create Stories and Movies. The Assistant is new and makes it drop-dead simple to create collages, animations, and stories – but if you don’t like what it creates you’re out of luck, no modifications allowed. Picasa Web Albums is still the only interface of the three which offers to make an embeddable slideshow, it is also the only one that offers a way to get prints from your online photos, or view album photos on a map. For example, there is no way to add text to a picture, or to retouch a blemish. The editing features that are built-in to Google Photos are very basic. The Android App plays a slideshow slick as can be, but you can’t see captions. I also see no way, in the iPad app, or the website, to play a slide show of my pictures. So far, I have not found any command to do that in the new Google Photos. I am accustomed to giving a link to my photo library and anyone with that link can see all my albums that I have made public. Although it is easy to share pictures via email, facebook, and many other avenues, I see no way to simply make an album public. Unless you used a very specific address to get to PWA ( ) you would be taken to Google+ Photos every time. These were simply 2 interfaces to the same set of online photos, but since Google+ photos was newer, it was the default. You could work with your photos using either Picasa Web Albums or Google+ Photos. If you used either of these services, your uploaded photos were stored in the same place, as part of your Google account. In 2012 Google started the Google+ (Plus) social network and they totally reprogrammed the photo storage and sharing service to integrate it with the social network. PICASA WEB ALBUMS UPLOADER SOFTWAREIn 2006, Google offered an online photo storage and sharing service called Picasa Web Albums (PWA.) It worked in tandem with the Picasa software on computers and it was quite popular. A few days ago, Google announced the latest incarnation of their online photo storage and sharing service, now called simply, Google Photos.īefore I tell you the good and the bad of this announcement, let me give you a little bit of history. Refer to this Ubiquiti Community thread for more details on using 3rd party DHCP servers. Typically, they require the public IP address of your controller to be input in hex format, and prefaced with "0104" followed by the hex value of the IP address. Ingress (Incoming) Ports required for å management over the internet. Set inform unifi how to#Refer to those manufacturer's instructions on how to enable option 43. Note: Although TCP 22 is not one of the ports UniFi Network operates on by default, it is worth mentioning in this article since it is the port used when UniFi devices or the Network application is accessed via SSH. This method doesn't require a local UniFi controller, but it does require a network with the ability to provide DHCP option 43.ÄHCP option 43 is available on any most third party routers such as pfSense, Mikrotik, Palo Alto, as well as Windows DHCP servers. It is important to ensure the USW Flex Mini is factory reset, with a white LED showing.Īfter adopting it into your local UniFi controller, you can migrate the site to HostiFi and move the devices to specific sites for a site migration you can follow this guide we have made.Īnother option is to use DHCP option 43 to provide the public IP address of your UniFi controller in DHCP leases. sshpass -p ssh x.x.2. sshpass -p ssh x.x.2.8 Works fine.And I guess a script can do this, but my first step is to make a single âone linerâ per device, and here I have som trouble to pass the set-inform cammand. Set inform unifi install#From there we can adopt it, then migrate it to our new UniFi Controller.įollow our guide here on how to install UniFi on Windows and macOSįirst, make sure the switch is connected to Network and powered. But I would like to somehow make this as simple as possible. One of the easiest ways to get the USW Flex Mini adopted to HostiFi or another cloud hosted UniFi Controller is to spin up a local instance of the UniFi Controller, on your Mac or PC. There are two ways we can do this.Īdopting to Local Controller (Recommended) Getting the USW Flex Mini adopted to HostiFi or any other cloud hosted UniFi Controller requires a few more steps. The Flex Mini doesn't support SSH, so the manual set-inform method will not work with it. It can be powered by 802.3af PoE In, or the included USB C with a power adaptor. The USW Flex Mini is Ubiquiti's most cost-effective switch, with 5 Gigabit Ethernet ports. You can also click on this image for a larger version. Caloric Conversion CalculatorĬonvert to or from pounds (lb) and kilograms (KG). Large Liquid VolumesĬonvert to or from Calories and kilojoules (kJ). Mapping Many calculators and converters related to mapping and navigation. Light Conversion calculators for illuminance and luminance. Length/Distance Millimeters, Centimeters, Inches, Feet, Yards, Meters, Kilometers, Miles, Mils, Rods, Fathoms, Nautical Miles, More. Convert Larger Liquid VolumesĬonvert between US & UK liters and gallons. Fun Stuff Several fun and interesting calculators and conversions. Single US shot glasses range from 1.25 to 1.5 ounces, though 1.48 oz is quite common. Outside of the state of Utah the United States does not have a standard shot glass size. Metric Tire Conversion Charts by Wheel Size 13' 14' 15' 16' 16. Alcohol Measurementsĭouble shot, even where 1.25 to 1.5 ounces is a shot Small Liquid VolumesĬonvert between cups and wine glasses, and ounces to shot glasses. Cooking Measurement ConversionĬonvert between cups, fluid ounces, teacups, glasses, wine glasses, and shot glasses. Cooking Measurement ConversionĬonvert between teaspoons, tablespoons and milliliters. Alternatively you can scroll below to more granular calculators for spoons, cups & ounces, alcohol-related measurements, gallons & liters, units of energy or units of weight. You can convert between any of the above units using this calculator. We offer a handy printable unit conversion table below these calculators. cups to wine glasses & shot glasses to ounces -Select what you want to convert- Centimeters to inches Inches to centimeters Feet to centimeters Gallons to liters Kilograms to pounds Pounds to kilograms Kilometers to miles Miles to kilometers Ounces to grams Grams to ounces Quarts to liters Liters to quarts Yards to meters Cubic centimeters to gallons Meters to.This tool allows you to quickly convert between: Enter in the value you want to convert and then select what unit you want to convert to. There are several aberrations (like the snowball) relating to the holodeck, which I mentioned above. On a few occasions, objects have been transported into the holodeck, but this is referred to and portrayed visually as a feature of the transporter, which is portrayed as working throughout the ship it’s not referred to nor portrayed as the holodeck using real matter in executing programs. The visual portrayal of the holodeck comports with the characters’ description of it - holodeck objects disappear instantly when the program ends, as opposed to taking a few seconds to disintegrate, as transported objects are portrayed. The characters consistently refer to holodeck objects as being made of photons and force-fields and not real matter. Endeavor-backed holographic experiences will be exhibited in a slate of upcoming projects and campaigns. STAR TREK RESURGENCE GUYS HIDEING APOT ON RISA PROFESSIONALLight Field Lab started demonstrating holographic prototypes with OTOY-rendered content earlier this year to leading industry stakeholders including Endeavor, Roddenberry Entertainment and Richard Kerris, former CTO of Lucasfilm and Advisor to OTOY.īoth Light Field Lab and OTOY have committed to bringing these experiences to professional and consumer markets, alongside an end-to-end content creation and distribution ecosystem, with the ultimate shared vision to enable the Star Trek Holodeck. OTOY’s blockchain GPU compute network (RNDR) will provide the scale to make rendering holographic content for these experiences widely available for the first time. Light Field Lab’s initial prototype modules will scale to form larger holographic video walls with hundreds of gigapixels of light field resolution setting the standard for fully immersive holographic experiences. We’re excited to use this platform to bring true holographic content to Light Field Lab’s displays, which will give consumers unbelievable experiences, without the burden of 3D glasses or VR headsets,” said Emanuel. Although it’s early days, my father would be beyond excited to know his vision is coming into reality thanks to OTOY’s trailblazing light field rendering, and the revolutionary holographic display systems created at Light Field Lab.”įuture vision concept art of room scale holographic display from Light Field Lab “I want to see Star Trek’s technologies made real, and for the very first time, now believe that a real Holodeck is no longer limited to science fiction. “The concept of the Holodeck was extremely important to my father as well as the Star Trek Universe,” said Rod Roddenberry about his late father, Gene Roddenberry, the creator of Star Trek. Original holographic content for the new system is in active development, spearheaded by Ari Emanuel, CEO of Endeavor, and Rod Roddenberry, CEO of Roddenberry Entertainment, and also an executive producer on Star Trek: Discovery. The partnership will leverage Light Field Lab’s revolutionary headgear-free holographic displays and OTOY’s ORBX Technology, the industry’s first open source and royalty-free format for rendering media and real-time graphics on Light Field Lab’s holographic display panels. Roddenberry Entertainment, owned by Rod Roddenberry, son of Gene Roddenberry, is teaming up with a number of technology companies working to make the Star Trek holodeck a reality. Now a group of companies is working to make something like the holodeck a reality, with some help from Star Trek creator Gene Roddenberry’s son. The holodeck, a place where you can recreate any environment, is one of those signature pieces of Star Trek technology, like warp drive and transporters.
#Icd 10 code for narcolepsy without cataplexy codeThe two major changes in the ICD-9-CM to ICD-10-CM code sets are structure and detail. Ambulatory surgery centers (ASCs) will not be affected by ICD-10-PCS unless they are utilizing ICD-9-CM volume 3 for inpatient procedures. ICD-10-CMS will affect all components of the healthcare industry. Department of Health and Human Services (HHS) has mandated industry-wide adoption of ICD-10-CM and ICD-10-PCS code sets by Oct. Diagnosis coding under this system uses a different number of digits and some other changes, but the format is very much the same as ICD-9-CM. ICD-10-CM - The diagnosis classification system developed by the Centers for Disease Control and Prevention for use in all U.S. The new classification system provides significant improvements through greater detailed information and the ability to expand in order to capture additional advancements in clinical medicine. The International Classification of Diseases, 10th Edition, Clinical Modification/Procedure Coding System (ICD-10-CM/PCS) will enhance accurate payment for services rendered and facilitate evaluation of medical processes and outcomes. G47.9 Sleep disorder, unspecified ICD-10-CM Diagnosis Code.G47.8 Other sleep disorders ICD-10-CM Diagnosis Code.G47.69 Other sleep related movement disorders ICD-10-CM Diagnosis Code.G47.63 Sleep related bruxism ICD-10-CM Diagnosis Code.G47.62 Sleep related leg cramps ICD-10-CM Diagnosis Code.G47.61 Periodic limb movement disorder ICD-10-CM Diagnosis Code.G47.59 Other parasomnia ICD-10-CM Diagnosis Code.G47.54 Parasomnia in conditions classified elsewhere ICD-10-CM Diagnosis Code.G47.53 Recurrent isolated sleep paralysis ICD-10-CM Diagnosis Code.G47.52 REM sleep behavior disorder ICD-10-CM Diagnosis Code.G47.51 Confusional arousals ICD-10-CM Diagnosis Code.G47.50 Parasomnia, unspecified ICD-10-CM Diagnosis Code.G47.429 Narcolepsy in conditions classified elsewhere without cataplexy ICD-10-CM Diagnosis Code.G47.421 Narcolepsy in conditions classified elsewhere with cataplexy ICD-10-CM Diagnosis Code.G47.419 Narcolepsy without cataplexy ICD-10-CM Diagnosis Code.G47.411 Narcolepsy with cataplexy ICD-10-CM Diagnosis Code.G47.39 Other sleep apnea ICD-10-CM Diagnosis Code.G47.37 Central sleep apnea in conditions classified elsewhere ICD-10-CM Diagnosis Code.G47.36 Sleep related hypoventilation in conditions classified elsewhere ICD-10-CM Diagnosis Code.G47.35 Congenital central alveolar hypoventilation syndrome ICD-10-CM Diagnosis Code.G47.34 Idiopathic sleep related nonobstructive alveolar hypoventilation ICD-10-CM Diagnosis Code.G47.33 Obstructive sleep apnea (adult) (pediatric) ICD-10-CM Diagnosis Code.G47.32 High altitude periodic breathing ICD-10-CM Diagnosis Code.G47.31 Primary central sleep apnea ICD-10-CM Diagnosis Code.G47.30 Sleep apnea, unspecified ICD-10-CM Diagnosis Code.G47.29 Other circadian rhythm sleep disorder ICD-10-CM Diagnosis Code. G47.27 Circadian rhythm sleep disorder in conditions classified ICD-10-CM Diagnosis Code.G47.26 Circadian rhythm sleep disorder, shift work type ICD-10-CM Diagnosis Code.G47.25 Circadian rhythm sleep disorder, jet lag type ICD-10-CM Diagnosis Code. #Icd 10 code for narcolepsy without cataplexy free
The primary benefit of this change is allowing mods to snip out and replace individual entries without having to drop entire files, or to append a few lines to an existing entry, etc. I reworked the object load system so we can now alter text definitions all the way up to the end - it used to process them as they were loaded. There can be up days and down days, some with a ton of progress and some with very little tangible to show, but the mind has completely disappeared into the work. I feel like I've entered the same frame of mind I was in when I was finishing my thesis.
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