The product *DOSCH 3D: Swimming Pool *contains 100 very detailed and fully textured 3D-models of important details for private and public swimming pools, wellness areas and whirlpools.
*25 animated, seamlessly tileable and endlessly loopable water textures.* The product contains textures for varied water appearances like ocean, swimming-pool, river, water-fall, plus calm and stormy as well as deep and shallow waters. Dosch Design Swimming Pool *DOWNLOAD* https://t.co/xdXfRrFw7Y *1)* Firstly, there was only a basic concept design for the facility when we started the project. We attended a kick-off meeting with Scott Brownrigg, who were the architects, & the client where they described what they had in mind. From this I started sketching the overall shape and size of the pool and began thinking about composition options . You can see the sketches below: The personal mode allows the user to transfer an image motif of their own free choice to the OLED display. This novel form of personalisation is complemented by a moving image projection on the dashboard which can, for example, show cloud formations, ocean waves and the shimmering surface of a swimming pool. The selected projection is accompanied by a suitable sound backdrop. *Figure 1.* 3d-printed tools for imaging on upright and inverted microscopes. The left column shows schematics of the different imaging modalities. The middle column shows the 3d-printed mounting tools. The right column shows examples of embryos mounted using the tools. *(A)* An iterative design strategy was used to optimize pins on 3d-printed mounting tools for different imaging modalities on upright (left) and inverted (right) microscopes. *(B)* Tool to mount embryos in a holder used for imaging on a lattice light-sheet microscope (LLSM). *(C)* Tool to mount embryos in a Petri dish for imaging on an upright microscope, such as a diSPIM. The pins sit on a plate with a slight offset from the actual tool block. This generates a shallow pool on the imaging plate after removal of the medium, allowing direct access for water dipping lenses to image the mounted embryos. *(D)* Tool to mount embryos in a glass-bottom dish for imaging on an inverted microscope, e.g., by spinning disk microscopy. Similar to the tool for Petri dishes, this tool has a feature to produce shallow wells for mounting, a trench that runs around the wells. eebf2c3492 -- You received this message because you are subscribed to the Google Groups "YARA" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To view this discussion on the web visit https://groups.google.com/d/msgid/yara-project/b4377064-1bc7-4127-b53e-d8f31f624e30n%40googlegroups.com.
