Thank you for an amazing semester. The photos are in the Google Drive, and on my Facebook page. Please feel free to tag yourself.
THIS IS AN EXTRA CREDIT PROJECT THAT WILL COUNT TWO PERCENTAGE POINTS (2%) TOWARDS YOUR FINAL GRADE!
1) Download the InDesign In-Class Project Files folder in the Google Drive.
2) Create a flyer for NSE based on the information provided in
the sample flyer.
3) You can use one of the backgrounds provided, or you can use one
of your own. YOU MUST USE THE NSE LOGO!
4) Upload the finished jpg file to your blog.
5) Email the finished InDesign file (indd) to me.
6) This project is due no later than Sunday, December 10th.
We will make in-class presentations on Wednesday, December 6th, and Thursday, December 7th. This will be our last official days of class. ATTENDANCE IS MANDATORY! You will be expected to speak about your video, as well as play it in class. This will count as an in-class assignment. Failure to not show up and present will result in lowering your overall grade by 5%.
The deadline for the Chroma Key Project is Friday, December 1st. You will have until Friday, December 8th to revise for a better grade.
The deadlines for the Feature Report are Monday, December 4th & Tuesday, December 5th (depending on your class). You have until Thursday, December 14th to revise for a better grade.
Both projects should be posted to your blog. PLEASE EMAIL ME TO LET ME KNOW YOU HAVE SUBMITTED AND/OR REVISED YOUR PROJECTS!
For your final class blog, please write a retrospective of the course. Since this may be the last time you post to your blog (hopefully not), bring it full-circle. This can include (but is not limited to) how much you have grown in terms of knowledge over the semester, your views on multimedia before and after the semester, and just how much you loved your professor (if applicable).
I will do my best to have your projects graded as quickly as possible. I have seen some very good work so far; keep it up…you’re almost done!!!
When you record someone in front of a green screen, you can use chroma key to replace that shade of green with another image. You can then replace their background with whatever you like.
It is best to avoid very dark or very light colors or multicolored clothing. Complicated patterns are not a good idea for any video, as they can create shimmering or flickering in the video. Neutral shades are good, as are pastel colors (as long as they are not variants of green!).
One other problem is people wearing very powerful glasses – they refract enough that you see the screen behind as they bow in the perspective of the head. It doesn’t present a problem for very high budget green screen processing, but on the lower budget shoots that don’t have access to high end keying software it can be difficult.
- Stripes are an absolute no-no, as they introduce a waving pattern/shimmer on the video.
- Shiny materials are not a good idea either.
With HD video it is a little more flexible because of the higher resolution, but be careful because suits with fine zig-zag patterns, while OK when shown in HD, when scaled down to normal Standard Resolution, you will see a weaving shimmer (this is known as the moiré effect).
Because the screen is green and will be effectively removed from behind you in the video, if you wear green yourself, whatever part is green will also disappear! Therefore green is not allowed. However this can be great for special effects such as missing limbs etc!
If you absolutely have to wear green (a uniform for example) let the video studio know ahead of time, and then they can use a blue screen instead.
All the normal video rules apply here too – no stripes, patterns etc.
If you are any doubt it’s best to bring a spare outfit; something you really want to wear, and a plain fail-safe outfit.
Memory cards are used in digital cameras, music players, smartphones, tablets, and even laptops. But not all SD cards are created equal — there are different speed classes, physical sizes, and capacities to consider.
Different devices require different types of SD cards. Here are the differences you’ll need to keep in mind when picking out the right SD card for your device.
In a nutshell, not all SD cards offer the same speeds. This matters for some tasks more than it matters for others. For example, if you’re a professional photographer taking photos in rapid succession on a DSLR camera saving them in high-resolution RAW format, you’ll want a fast SD card so your camera can save them as quickly as possible. A fast SD card is also important if you want to record high-resolution video and save it directly to the SD card. If you’re just taking a few photos on a typical consumer camera or you’re just using an SD card to store some media files on your smartphone, the speed isn’t as important.
Manufacturers use “speed classes” to measure an SD card’s speed. The SD Association that defines the SD card standard doesn’t actually define the exact speeds associated with these classes, but they do provide guidelines.
There are four different speed classes — 10, 8, 4, and 2. 10 is the fastest, while 2 is the slowest. Class 2 is suitable for standard definition video recording, while classes 4 and 6 are suitable for high-definition video recording. Class 10 is suitable for “full HD video recording” and “HD still consecutive recording.”
There are also two Ultra High Speed (UHS) speed classes, but they’re more expensive and are designed for professional use. UHS cards are designed for devices that support UHS.
Here are the associated logos, in order from fastest to slowest:
You’ll probably be okay with a class 4 or 6 card for typical use in a digital camera, smartphone, or tablet. Class 10 cards are ideal if you’re shooting high-resolution videos or RAW photos. Class 2 cards are a bit on the slow side these days, so you may want to avoid them for all but the cheapest digital cameras. Even a cheap smartphone can record HD video, after all.
An SD card’s speed class is identified on the SD card itself. You’ll also see the speed class on the online store listing or on the card’s packaging when purchasing it. For example, in the below photo, the middle SD card is speed class 4, while the two other cards are speed class 6.
If you see no speed class symbol, you have a class 0 SD card. These cards were designed and produced before the speed class rating system was introduced. They may be slower than even a class 2 card.
Different devices use different sizes of SD cards. You’ll find standard-size CD cards, miniSD cards, and microSD cards.
Standard SD cards are the largest, although they’re still very small. They measure 32x24x2.1 mm and weigh just two grams. Most consumer digital cameras for sale today still use standard SD cards. They have the standard “cut corner” design.
miniSD cards are smaller than standard SD cards, measuring 21.5x20x1.4 mm and weighing about 0.8 grams. This is the least common size today. miniSD cards were designed to be especially small for mobile phones, but we now have a smaller size.
microSD cards are the smallest size of SD card, measuring 15x11x1 mm and weighing just 0.25 grams. These cards are used in most cell phones and smartphones that support SD cards. They’re also used in many other devices, such as tablets.
SD cards will only fit into matching slots. You can’t plug a microSD card into a standard SD card slot — it won’t fit. However, you can purchase an adapter that allows you to plug a smaller SD card into a larger SD card’s form and fit it into the appropriate slot.
Like USB flash drives, hard drives, solid-state drives, and other storage media, different SD cards can have different amounts of storage.
But the differences between SD card capacities don’t stop there. Standard SDSC (SD) cards are 1 MB to 2 GB in size, or perhaps 4 GB in size — although 4 GB is non-standard. The SDHC standard was created later, and allows cards 2 GB to 32 GB in size. SDXC is a more recent standard that allows cards 32 GB to 2 TB in size. You’ll need a device that supports SDHC or SDXC cards to use them.
At this point, the vast majority of devices should support SDHC. In fact, the SD cards you have are probably SDHC cards. SDXC is newer and less common.
When buying an SD card, you’ll need to buy the right speed class, size, and capacity for your needs. Be sure to check what your device supports and consider what speed and capacity you’ll actually need.
Article retried from How-to-Geek
1) Download & copy the following file to your external drive:
2) Create a feature report with the elements provided.
3) Try to use different b-roll from the example provided below.
4) Upload the finished video to Google Drive.
5) Resubmit the project with the revisions suggested to receive full credit.
5) This project is due no later than Tuesday, November 14th.
6) This project counts as TWO in-class assignments.