i had a second, and i figured i'd stop in and check on the wood lattice-work we collected.actually about to run a rush process on the stephanie vasquez case, but i seem to be missing a pill phial. and it's logged in, it just isn't with the other personal effects. yeah, that's odd. maybe there's a problem down in autopsy.

but my motion would remain because the smallest of the patio and the lattice work is fine. with the vines it's going to be pretty impermeable to sound. and i think the height is appropriate given the size of that patio. >> call the question, please. >> may i have the question. >> i'm sorry, commissioner sugaya. >> am i to understand the planting is going to be along the entire length of the fence as well or just at the end? >> being you proposed a planter, it would close the open area. >> is there going to be a fence in back of it or no? >> no, there is no fence planned behind it. >> thank you. >> commissioners, the motion and the second before you, adding a condition of approval for a sizeable or substantial planter along the open fenced area, commissioner antonini? >> aye. >> commissioner borden? >> aye. >> commissioner hillis? >> aye. >> commissioner moore? >> aye. >> commissioner sugaya? >> no. >> and commission president fong? >> aye. >> so moved, commissioners, that motion passes 5 to 1 with commissioner sugaya voting against. commissioners, that will place you under

she's dealt here in the bay area, but we have this lattice work that goes across my entire pacific region. and then i need to focus on what do i do in the event of a threat right now in dealing with the arctic. what if i have a deep water horizon spill there? because now it affects the nate and i have indigenous tribes of that part of the world. and how do i flow resources there, recognizing the navy doesn't have ice breakers and our nation has one. so, we do a lot of work with canada when we're starting to work on those contingencies. but we look at the national response framework. it was rewritten post katrina. and another key part of partnerships, when i was the federal on scene coordinator during deep water horizon, it's not in the national response framework, but every parish president, every mayor, every governor had a coast guard liaison officer at the oak pride and above level. so, if they didn't like how the response was going, go to my liaison officer. don't go to anderson cooper and then cause the white house to react to what they're seeing on cnn. so, how do you get in front o

or vibrations in a crystal lattice, okay? in this particular case, the clock is regularly spaced flashes of light and one can keep track of time by counting up the flashes of light. so far so good? let's see what happens if we apply this to space travel. here's the earth, our cradle, gang. that's our cradle, the cradle of humankind. what do we do with cradles, by the way, even if they're comfortable? - we outgrow. - we outgrow them, that's right. and we see that starting to happen now, don't we? the spaceship's going out. we're talking about space platforms, okay? anyway, this is our cradle right here and here comes our rocket ship, same one, streaming by. and we're gonna say at this point, boom. both times are 12:00 noon. 12:00 on the ship, 12:00 on the earth and the ship continues. now, what the ship is gonna do? it's gonna take a one-hour trip out and it's gonna turn around very quickly. so quickly that the time is negligible in comparison to the hour trip. so ship is going out, turn around and come back. it's gonna take o

ordered and regular, so we might even think of like a grid or a piece of graph paper, so a regular latticeke that and cover all the edges in a really efficient manner. >> so it's one thing to be presented with an ordered network, like the streets of new york, for example, and it's completely believable that we can understand everything about those. but an amazing and beautiful theory is that we can also understand everything about a totally random network. and you could have many different models of what does it mean to have a random network, but one of the more interesting ones is one due to two hungarian mathematicians, paul erdos and alfred renyi. so maybe you could explain to us, what does it mean for a network to be random? >> in contrast to the ordered graph, where everybody has the same number of connections and regular geometry, we might think about those edges being there or not being there with some probability. so we might want to start out in the extreme example where we'll think of everybody being connected to everybody else in the network. and we typically call that the compl

or vibrations in a crystal lattice, okay? in this particular case, the clock is regularly spaced flashes of light and one can keep track of time by counting up the flashes of light. so far so good? let's see what happens if we apply this to space travel. here's the earth, our cradle, gang. that's our cradle, the cradle of humankind. what do we do with cradles, by the way, even if they're comfortable? - we outgrow. - we outgrow them, that's right. and we see that starting to happen now, don't we? the spaceship's going out. we're talking about space platforms, okay? anyway, this is our cradle right here and here comes our rocket ship, same one, streaming by. and we're gonna say at this point, boom. both times are 12:00 noon. 12:00 on the ship, 12:00 on the earth and the ship continues. now, what the ship is gonna do? it's gonna take a one-hour trip out and it's gonna turn around very quickly. so quickly that the time is negligible in comparison to the hour trip. so ship is going out, turn around and come back. it's gonna take o

. >> and then we are going to make a lattice crust. >> this is beautiful. >> beautiful. >> you're goinge, martha? >> i did. you can do it by eye. >> 7 inches each. >> the crust -- the filling is already cooked. >> which makes it very easy to -- and you still have to bake it for about an hour. >> okay. >> but, you know, now you lift, do you know how to -- >> have a weave here. >> you lift and down and that one. >> perfect. >> and then just the opposite for the center. >> that is stunning. >> it's not so hard to make a beautiful pie. >> for people who are buying their crust, you okay with that? >> no. >> i am okay. i'm okay with buying crust as long as they're good crusts. >> right. but you can do a design with those store bought crusts. >> and tuck this down with your thumb all the way around and you'll make a fluted edge like this one. >> how do you do that? >> oh, here. >> with these two fingers and thumb like that. see? >> i like that. >> and you make a ruffle, yes. >> beautiful. yeah, i learned something new today. >> yeah. see, and you can make a pretty crust. >> why does it bake fo

have, that airplanes fly through the air and roads plunge beneath the water and the entire teeming latticean life exist in the manifold improbable places it does. but it's the grand irony that imposing this order on the world we've released millions of years of stored up carbon into the atmosphere which is now altering the climate and threatening the very monuments of civilization we so cherish. we absolutely have it within us collectively to beat back the forces of chaos once again, but we must choose to do so. and the time for choosing is now. you are either on the side of your fellow citizens and residents of this planet or you are on the side of the storm as yet unnamed. you cannot be neutral. so, which side are you on? [ male announcer ] when was the last time something made your jaw drop? campbell's has 24 new soups that will make it drop over, and over again. ♪ from jammin' jerk chicken, to creamy gouda bisque. see what's new from campbell's. it's amazing what soup can do. [ birds chirping ] are you sure you can fit in there? [ chuckles ] ♪ ♪ [ male announcer ] around view monitor w