Lessons
Chapter 1 Introduction
01:26 2Why Just One On-Camera Flash
04:22 35 Reasons to Use Flash
10:37 4Common Flash Myths
06:51 5What Makes Flash Challenging?
04:56 6Chapter 2 Introduction
01:36 7Flash-Strobe vs. Ambient-Constant Light
08:19 8Flash vs. Ambient Light Exposure
03:07Flash vs. Ambient Demo
06:42 10Flash and Ambient Balancing for Natural Effect
07:11 11Flash and Ambient Balancing for Dramatic Effect
04:19 12Flash and Ambient Balancing for Creative Effect
07:10 13Understanding Flash Duration
08:37 14Chapter 3 Introduction
01:34 155 Common Key Light Patterns
08:38 165 Common Key Light Patterns w/ Diffusion & Fill
07:42 175 Common Secondary Light Patterns
08:28 183 Primary Subject Patterns
05:27 19Light Qualities
09:56 20The Inverse Square Law
07:50 21Inverse Square Law in Practice
08:21 22Corrective White Balance
10:02 23Creative White Balance
05:47 24Chapter 4 Introduction
01:58 25On Board vs. Hot Shoe Flash
05:57 26Full Feature vs. Manual Flashes
08:59 27TTL vs. Manual Control
08:12 28TTL vs. Manual Recycle Times
04:43 29Flash Power & Zoom
09:18 30HHS vs. ND Filters
12:29 31FCS vs. RCS
07:11 32Chapter 5 Introduction
01:38 334 Tips When You Must Use Direct Flash
06:00 34Bare Bulbing Done Right
11:42 35Grid Snoot + Direct Flash
06:43 36Mini Beauty + Direct Flash
06:08 37Ring + Direct Flash
07:52 38Understanding Modifiers
09:24 39Direct Flash + Shutter Flash
09:07 40Chapter 6 Introduction
01:55 41Ambient vs. Direct Flash vs. Bounce Flash
14:27 42Silver Bounce
14:27 43More Light Silver
11:02 44Soft White Bounce
15:41 45Overhead Bounce
11:39 46Overhead Bounce + Fill
09:42 47Event Bounce
12:42 48Chapter 7 Introduction
01:38 49Natural vs. Dramatic Light
17:43 50Filling and Refining Existing Light
08:44 51Coloring Light for Corrective Effect
13:33 52Coloring Light for Creative Effect
10:27 53Chapter 8 Introduction
00:43 54Case Study 1 - Dramatic Sunset
09:45 55Case Study 2 - Desert Sunset
10:04 56Case Study 3 - Sinister Headshot
09:40 57Case Study 4 - Family Portrait
08:21 58Case Study 5 - Athlete Portraits
11:19 59Case Study 6 - Working Angles
07:22 60Case Study 7 - Drag + Composite
08:09 61Case Study 8 - Less is More
07:16 62The Good Karma Jar
01:41 63Favorite Feature Flashes
05:52 64Favorite Manual Flashes
21:35 65Favorite On Camera Flash Modifiers
21:21Lesson Info
TTL vs. Manual Recycle Times
TPL versus manual recycled times. I'm not gonna keep beating you over the head with this. Well, yeah, I actually I'm gonna keep looking over there with us. Let's talk about this because a lot of people, including our own staff photographers, often have said to me pie Other people say that titi l recycles just as quickly as manual, and I say to them it does not. In fact, if you think about it logically for one second if your cameras firing a pre flash and then flashing afterwards, it would use a little bit of power for that pre flash, would it not? And they say yes. Don't you think that takes a little bit about her power? Yes. Don't you think that would require a little more recycled time afterwards? Because your flash fired twice? Yes. So don't you think that you re cycle time would be a little bit slower with t t l versus manual? I don't understand. I don't understand the logic behind it. So what I did was actually did a test. I used the canon 5 80 x two. We ran a simple test. Just ap...
prove this point. Let's talk about how we did it. So we're using the 5 80 x two. We use standard Duracell and any loop rechargeable batteries. We ran the test three times with each, just to make sure, like we didn't want anybody to doubt the results. Okay, So each time we use brand new batteries, either freshly recharge any groups or brand new Duracell's with each test procedure. Here it was. We had a Libya sitting there. We set up a little clamshell lighting set up. We had the camera on a tripod, so that way, nothing would change. Okay, we're using manual and T tail exposures on the flash, and we set those exposures basically to be identical across the board. So that way, when a manual flash fired, it was the same exposure as when the TT all fired. We did a manual test. First we did the T tail test second. So what did that mean? We started manual and then we tested T t l and then went back to manual on the same set of batteries before swapping batteries. The test here was that if basically, we only did the manual test first and then we did TL first people would say, Oh, this is the batteries. But by doing this, we start with manual. So we use the batteries first on manual, the same set of batteries within switched over the CTL to get our reading and the same center batters went back to manual. So now the batteries had been used twice once manual ones. Tieleman back to manual to get our final kind of test results. Okay, so manuals has the third that we ran the same test three different times with each other batteries and with the exact same results. Now the numbers slightly varied, based on how old the batteries were like whether the any hopes were a new set of any loops person old set. But the numbers were identical in the way that they progressed. Okay, so camera settings was of a second F 7.1, and I so 100 that way, we're running a pretty heavy flash. Okay, So under t tl were at plus one and 2/3 for the exploded setting and manual were between 1/2 and 1/4 power. All right, now, once I was all set up, we starting our shots and check us out. This was the result that we got across the board manual would start out extremely quick. We're at 0.58 seconds for the first recycle 0.731 point away, 1.23 and then from there it slowly declines to 1.33 by the eighth shot. When we switch over to T T L, it goes immediately to 1.51 point 68 and it starts dropping. We end at 2.51 on the 12th on T O, then switching back to manual, mind you. Same set of batteries back to manual. The first recycled 0.66 We ended at 2.51 2nd recycle is point 83rd. Recycle was 1.38 and that's where basically stabilizes. We end at 1. after 10 additional shots. Now, at the very end of this, let's not even talk about the earlier numbers. At the very end, 1.66 that's more than 50% faster, like like or 2.51 seconds is more than 50% slower than 1.66 That is a huge difference in recycled time. So does t t l use more power. And does it slow down your recycled time? Yes. If your camera if your flash is firing a pre flashed engage exposure, it will indeed use power. And it will indeed slow down the recycled time If you don't believe me, Run the test yourselves guys, We've done it six times here just to show you and have all the video footage there to prove it and everything. So please take my word for it. And don't waste your time. Let's move on to the next video.
Class Materials
Bonus Materials with Purchase
Ratings and Reviews
Sid
The best class for understanding light and lighting there is bar none. Pye is an excellent teacher and the quality of the material provides for a rich and very informative experience. Pye breaks down the fundamentals in easy to digest packets and then elaborates as needed. If there is one class that you watch this is it! Worth purchasing and saving for future use. I would also HIGHLY recommend downloading the saving the PDF of slides that accompany the videos. Again, and can't say it enough, this is THE BEST video to lighting on Creative Live. A must watch for the novice and the expert.
Simon Metselaar
This is the best thing that happened to me since I've been into photography. What a lifesaver. Unfortunately I already payed for some courses that are not Pye, but Pye just nails it. Amazing, and kind of a life hack. Thanks again :)
George Gan
Pye...it was well worth your b.tt...Great training. I have learned some key lighting techniques from this training. His voice and training is clear except for his attempt at making jokes and singing...you should hire a new script writer for your Jokes...ha ha ha ha. With that said, if you are not a professional in lighting, you do gain a lot going through this training from front to end. Remember this is lighting 101 so don't expect too much...you want more technical and complexity, wait for Lighting 201, 301 or 401 ...
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