Just got back from Smuin Ballet's Winter Program performance. We've had season tickets to their performances for several years now and, as always, the company gave a great performance with a wide range of styles. (If you haven't gotten a chance to see Smuin, the company mixes classical ballet with jazz, tap, modern, showdance, samba, and whatever else seems fun. Smuin's choreographies tend to feature amazing lift-work, wonderful musicality and a great sense of humor.)
Their Winter Program started off with a premiere of Amy Seiwert's Objects of Curiosity (after Smuin's death in 2007, she's taken on artistic direction of the company). I cringed a bit when I noticed, looking at the program, that the piece was done to something by Philip Glass (if you don't know his music... well, when I was a kid, my parents had a big electronic keyboard/organ in the living room; although I never learned to play it, I was great at playing with it, and would often pretend that it was the flight deck of a spaceship, making full use of the wide range of buttons, knobs, dials, switches and, of course, the keyboard; the sound I produced in those games is, to me, very reminescent of Glass' music). Nevertheless, I was pleasantly surprised by the piece. Definitely some great use of lighting and shadows to give depth to the piece, and some strong lift work.
The next piece was about as close to classical ballet as Smuin gets, with a pas de deux and two solos. And a pink tutu. Koichi Kubo, although not the strongest at partnering, showed off some absolutely incredible jumps and spins during his solo.
Sabat Mater, the third piece, was a much more somber dance, done to music by Dvorak. Beautiful use of texture and flowing movement throughout the entire dance, and a strong performance by the lead couple (Robin Cornwell and Matthew Linzer).
The finale piece, Reinin' in the Hurricane, was actually done by a guest choreographer, Kirk Peterson. Although playful like many of Smuin's pieces, some of it was rather flat (often two or three couples doing the same moves in a single-file line, lacking the sense of flow or depth that many of Smuin's pieces use to great effect). Nevertheless, Courtney Hellebuyck's terawatt smile was, as always, fun to watch (even when she wasn't in the spotlight), and it was great to see Shannon Hurlburt moving more gracefully than at times in the past (he's the best tap dancer in the company, so he's my hero anyways).
By far the best duet in the whole night was by Vanessa Thiessen and Ikolo Griffin. She is probably the best at partnering in the company, and Ikolo is a fantastic dancer and partner (props to Ikolo for the skillful off-stage air guitar, executed to the opening riffs of the song right before he got on stage; extra props for remembering to put the air guitar down on its air stand before going on stage... I love having front-and-side seats :) ).
Overall, not the best I've seen from Smuin, but still a fun evening. They'll still perform it in Carmel in March. Otherwise, their third and final program for this season looks like it should be a whole lot of fun -- Dancin' with Gershwin.
Showing posts with label review. Show all posts
Showing posts with label review. Show all posts
Saturday, February 23, 2008
Thursday, February 21, 2008
iZon: First Impressions on HD eyeglasses
Seems like everything is going for high-definition nowadays, and apparently eyeglasses are no exception. A company named Ophthonix came out with "high-definition" lenses. Then their marketing department went nut-so on it and the world got iZon®, which supposedly uses an iPrint(tm) of one's eye to give one WOW(tm) vision. (I was a bit disappointed when the glasses didn't come in an iCase with a WOWlenscleaningcloth. Ah, well, can't have everything.)
So, what is a high-definition eyeglass?
Marketing aside, the idea behind iZon® is really neat. As far as I understand, they use a scanner to measure the optical correction needed at several thousand points on each eye (I vaguely remember my doctor throwing the number 16,000 around), instead of the usual method (which is basically an average measurement of the correction needed and, much like physics problems in school, relies on the assumption that the eye lens and the retina are perfectly smooth in their imperfections).
The following is mostly my guess at how they do this... Having that map, they then create a lens that gives the average correction, but that contains a polymer film sandwiched in the middle of two halves. That film can be adjusted on a point by point basis to locally alter the optical properties of the lens and correct for the that particular person's eyes. The company's site offers a marketing version of how iZon® works.
The site claims great, wondrous feats of magic will happen if you get one of these high-definition lenses. Well, not really, but the visual marketing is quite amusing (check out the WOW-o-meter at the bottom of the linked page).
My very own high-definition eyeglasses
In any case, the marketing worked well enough that I went and got myself one of these made. I've now been wearing my very own high-definition eyeglasses since yesterday.
Am I seeing better than before?
Yes, definitely. Images are crisp, vivid, &c. But it's hard to tell how much of that is due to an updated prescription and wearing eyeglasses that haven't collected four years' worth of scratches. Now, they also gave me a plot of the local adjustments needed on my prescription and, it turns out, my eyes aren't that far from the ideal (if horribly near-sighted) eyes. Since there isn't that much variation, then my normal lenses probably weren't doing too badly by me.
Another benefit claimed by these lenses is that they may reduce flaring/glare/halo'ing around bright lights (especially on car headlights at night).
Of course, that means I've spent the past two evenings walking around staring at bright lights. (Yea, bright idea, haha. But oddly difficult to stop doing.) I haven't noticed a huge improvement, but that isn't to say that the image isn't great. I'm still trying to figure out a good way to do tests on this one (nothing useful yet, but I do now have a series of vaguely amusing photos taken through eyeglasses... it's kinda fun to see what I can get by focusing my camera lens really close, then shooting something far away through the eyeglasses... I suppose it's a good demonstration of just how incredibly near-sighted I am :) ).
Any disadvantages?
Well, although these lenses don't seem any heavier than my previous ones, they are thicker. From what I remember, the refractive index on these is 1.68, versus the current standard for high refractive index lenses at 1.74 (what I had before). [Aside: the higher the refractive index of the material, the thinner the lens can be for the same optical correction.]
I'm guessing that they went for the lower refractive index as an attempt to reduce chromatic aberration on these lenses (since so much of their selling point is visual clarity and crispness even in high-contrast scenarios), though it may also have something to do with the process of locally adjusting the prescription.
To sum it up -- your mileage may vary, but at the very least these lenses seem to provide good results. And, if normal lenses have been cheating you out of the optical correction you need, you may actually find some WOW(tm) in these. :)
So, what is a high-definition eyeglass?
Marketing aside, the idea behind iZon® is really neat. As far as I understand, they use a scanner to measure the optical correction needed at several thousand points on each eye (I vaguely remember my doctor throwing the number 16,000 around), instead of the usual method (which is basically an average measurement of the correction needed and, much like physics problems in school, relies on the assumption that the eye lens and the retina are perfectly smooth in their imperfections).
The following is mostly my guess at how they do this... Having that map, they then create a lens that gives the average correction, but that contains a polymer film sandwiched in the middle of two halves. That film can be adjusted on a point by point basis to locally alter the optical properties of the lens and correct for the that particular person's eyes. The company's site offers a marketing version of how iZon® works.
The site claims great, wondrous feats of magic will happen if you get one of these high-definition lenses. Well, not really, but the visual marketing is quite amusing (check out the WOW-o-meter at the bottom of the linked page).
My very own high-definition eyeglasses
In any case, the marketing worked well enough that I went and got myself one of these made. I've now been wearing my very own high-definition eyeglasses since yesterday.
Am I seeing better than before?
Yes, definitely. Images are crisp, vivid, &c. But it's hard to tell how much of that is due to an updated prescription and wearing eyeglasses that haven't collected four years' worth of scratches. Now, they also gave me a plot of the local adjustments needed on my prescription and, it turns out, my eyes aren't that far from the ideal (if horribly near-sighted) eyes. Since there isn't that much variation, then my normal lenses probably weren't doing too badly by me.
Another benefit claimed by these lenses is that they may reduce flaring/glare/halo'ing around bright lights (especially on car headlights at night).
Of course, that means I've spent the past two evenings walking around staring at bright lights. (Yea, bright idea, haha. But oddly difficult to stop doing.) I haven't noticed a huge improvement, but that isn't to say that the image isn't great. I'm still trying to figure out a good way to do tests on this one (nothing useful yet, but I do now have a series of vaguely amusing photos taken through eyeglasses... it's kinda fun to see what I can get by focusing my camera lens really close, then shooting something far away through the eyeglasses... I suppose it's a good demonstration of just how incredibly near-sighted I am :) ).
Any disadvantages?
Well, although these lenses don't seem any heavier than my previous ones, they are thicker. From what I remember, the refractive index on these is 1.68, versus the current standard for high refractive index lenses at 1.74 (what I had before). [Aside: the higher the refractive index of the material, the thinner the lens can be for the same optical correction.]
I'm guessing that they went for the lower refractive index as an attempt to reduce chromatic aberration on these lenses (since so much of their selling point is visual clarity and crispness even in high-contrast scenarios), though it may also have something to do with the process of locally adjusting the prescription.
To sum it up -- your mileage may vary, but at the very least these lenses seem to provide good results. And, if normal lenses have been cheating you out of the optical correction you need, you may actually find some WOW(tm) in these. :)
Tuesday, February 19, 2008
New Tea House at the Huntington Gardens
Perhaps even more exciting, though, is the fact that there is a new Tea House at the Chinese gardens. The old Rose Garden Tea Room with its traditional-English-tea-turned-buffet-style was already one of my favorite stops in the area, so I couldn't wait to t
As it turns out, neither could a lot of other people there that day, so there was a hefty line. But, no worries -- unlike the limited indoor seating of the Rose Garden, the new Tea House simply handed you your tea and left you free to find a seat among the many tables spread out on a large platform overlooking the gardens, so it actually moved fairly quickly.
For reference, I've included a photo of their current menu below.
Tea selection and serving - 3.5/5.0
Not many teas featured here, but some very good picks among them. (And quite an expansion from the usual 2-3 tea selection available at the Rose Garden.) Most of them are, fortunately, loose leaf, and are served by putting the leaves directly on a tea cup and adding hot water. The good news is that they provide hot water refills (it'd be a sin not to, with some of the loose leaf teas they're serving!). The less-good news is that you have to get up from whatever beautiful garden view you've found and walk back to the Tea House in order to get that refill.
And, of course, the disadvantage of serving loose leaf tea directly on the cup is that, if you're not into super-strong/overbrewed tea, you'd better not be into contemplation or slow sipping, either.
We tried both the Jade Spiral Spring Tea (a green tea, with pale green, long thin leaves that made for two good infusions; a very clear taste, though not quite strong enough to punch through the snacks they served), and the Flowing Fragrance Oolong (large, deep green leaves with a strong and incredibly sweet and flowery taste; definitely my favorite of the two, and could easily have made it through more refill brewings than I had the determination to go back to the tea house for).
Overall, for $2.99, a pretty good value.
Food - 2.0/5.0
They pretty much had two options: very greasy, and very greasy vegetarian. Bonus points for having a vegetarian option (not often I find a vegetarian pork bun; looks like they used mu
However, this was their first day, so maybe they'll get the kinks in the recipes (or cooking method) worked out over time.
Atmosphere - 5.0/5.0
Can't beat sitting by a lake within a beautiful garden on a fresh, warm February day (gotta love California weather...).
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