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success! i've managed to rip out the portion of Sensor that does the registration.
now to massively refactor the code so it can actually be included in libfreenect...
Driveway on Genesee Avenue just north of Hampton Avenue, below Fountain, once the route of the Pacific Electric Hollywood line.
If you look at satellite photos of the area, it's interesting how clearly this old right-of-way stands out.
Domain structure, phylogeny and conservation of critical catalytic features of ciliate PI4Ks.A, Domain structure of Tetrahymena PI4Ks. The RING domain predicted in PI4K2 has been removed (see Table S1 and Methods). Domain boundaries, e-values and further details are given in Table S1. B, Unrooted neighbor-joining tree of catalytic domains from 28 ciliate, 2 yeast (Stt4, Pik1) and 2 mammalian (PI4Ka and PI4Kb) type III PI4Ks. Bootstrap values from 1000 replicates higher than 70% are indicated near the corresponding branches. Type III?, III? and ciliate-specific III-like PI4Ks are color coded (blue, green and red, respectively). Circles and triangles represent Tetrahymena and Paramecium PI4Ks, respectively. Bar indicates number of amino acid substitutions per site. C, Sequence alignment of the catalytic kinase domains from type III ciliate, mammalian and yeast PI4Ks. The position of prominent catalytic features is indicated by arrows and numbered residues refer to human PI4KIII? sequence [58]. All ciliate PI4Ks have conserved catalytic motifs and they bear key residues: the K1792 residue (IFK motif), the catalytic motifs DRH1901-N1904 and HID1917 and the E1933 and K1937 residues in the activation loop [58]. Significant conservation was also observed in the G-loop (G1836 in human PI4KIII?). The TtPI4K1 and PtStt4 G-loop (highlighted in red) could not be properly aligned due to a unique 5aa insertion in both PI4Ks. Also, alignment of the activation loop and the E1933 and K1937 residues was distorted due to unique insertions in all type III-like ciliate PI4Ks (highlighted in grey). PtPI4K21 apparently lacks a portion of the activation loop.
A long view, shallow depth of the row of fencing that divided East Virginia Street as a boulevard to create two lanes along the south end of the high school complex. The previous image shows one of the panels of ironwork that make up the slanted bars. In this image you barely see that the sections with the slanted bars are alternating with cutout panels in light yellow-green.
I'd just run out of card space on my camera with the zoom lens, so here I had a 100 mm macro lens on the other camera and tried to see what would happen. I like this image in a large view, for the shallow depth of field is interesting in the focal point midway and centered.
Four stones remain of this standing stone row, two of which make up gateposts. The other two are upright in the hedge that borders the road. The OS map marks only three but two further stones are located to the south east.
Falgoon Patel picks up his WRX STi.
Ray at STM gave Falgoon's WRX a wheel alignment to suit the new 19" Rays wheels and a few other suspension modifications.
You can book your wheel alignment today by calling the shop. 04 586 6384
STM | Speedtech Motorsport Ltd
Performance Vehicle Specialists
Comparison of the clustering of variants across platforms.The ten most common nucleotide V3 sequences from samples 10–65, 10–69, and 10–73 -obtained with each of the four NGS platforms (454™, Illumina®, PacBio®, and Ion Torrent™)- were aligned against the respective population (sanger) sequence from the respective patient using Clustal X 2.0 [76]. For each patient, every unique variant is identified by the NGS platform used and the number of sequences (frequency) obtained, e.g., 454#1290. For each position only those nucleotides that differ from the population sequence are depicted. Dashes indicated the same nucleotide as the population sequence while gaps introduced to maintain the alignment are indicated by dots. Relative clustering of the data from the NGS platforms was inferred by neighbor-joining, phylogenetic analyses determined using MEGA 5.05 [77] and displayed in a circle with topology only to facilitate their interpretation. Bootstrap resampling (1,000 data sets) of the multiple alignments tested the statistical robustness of the trees, with percentage values above 60% indicated by an asterisk. The size of the circles in the phylogenetic trees correlates with the frequency of the unique sequence determined by each NGS platform (color) in the logarithmic scale. The black box denotes the population (sanger) sequence for each sample.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
This is a remake of a similar picture I have done in the past, by setting my focus point midway down the length of the gun, I was able to capture both the front and rear sights. Getting the sights lined up and then taking the picture was a bit more complex than you would think LOL