Stephan Paukner :: syslog

Finally! Canon announced the successor of the EOS 30D today: The Canon EOS 40D. Unfortunately, it doesn’t have a full frame sensor, what I had wished secretly, but it seems that these haven’t reached a reasonable price range yet. So, it still crops the view with a factor of 1.6, but I’ll try to stick to the better EF lenses anyway rather than just using EF-S. Nevertheless, the main enhancements to the 30D are:

• 10 MP instead of 8 MP,
• 14-bit processing instead of 12-bit,
• DIGIC III processor instead of DIGIC II,
• Dust reduction by filter vibration instead of nothing,
• Interchangeable viewfinder screen instead of a fixed one,
• ISO sensitivity icon in the viewfinder instead of no indication,
• 3.0” TFT LCD instead of 2.5”,
• LCD Live View,
• Multiple exposures on mirror lock-up,
• 3 custom user modes instead of none,
• Continuous shooting with a rate of 6.5 fps instead of 5.0 fps, and a burst of 75 JPEG or 17 RAW images instead of 30 JPEG or 11 RAW images.

Wanna have! This one will be it. Expect it in my possession at the winter family days (vulgo Christmas) this year.

Update 08/21: Some Austrian vendors already list the EOS 40D at a price of €1,299. My vendor of choice will be Foto-Video Sobotka in Vienna, as I already bought my PowerShot A710 IS there and I got some vouchers for their shop. My first lens might be the Canon EF 24-105mm f/4L IS USM, what Sobotka lists at a price of €999.

For the first time it really seems that I can keep my time plan. I try to reach page 32 today, and if I manage to keep writing one page per day, I will reach the half of the average thesis page number this week, and will indeed manage to be finished with the beginning of October. The theses at my institute indeed range over a number of about 70 pages.

I met with HGFei on Friday, and he said he can fully support my will to be finished soon. There won’t be a serious research or new results in my thesis (except for how the Gabor transform can be computed more easily for separable 2D atoms), but only a summary and visualization of the known results in the 2D case, where of course will be no surprises. Serious research is reserved for dissertations anyway. He wants the results to be suitable for talks or demos.

I proceeded with Chapter 4 about digital images and 2D frequencies rather than with Chapter 3 about finite discrete GA, as it isn’t that mathematical and I wanted to read more on the corresponding things before. I’ll soon have it finished, and maybe I’ll manage to finish the finite discrete GA in the first September week, what is 2 weeks from today.