Tesla and his pigeons

[KCIR2]

Tesla was an avid pigeon fancier who once spent his retirement savings on an apparatus for a pigeon, to help mend its broken wing. so he stated.

What the camera man in Ground Hog day might have to say about that we may never know but my record will show that he fancied women more than pigeons unlike Tesla.

I am therefore shortening my social network thread again since google is not capable of managing large threads well in its firefox interface.

There is some interesting physics in the last 10 maybe posts of the last thread.

Generally its all rubbish though unless you were there.

http://www.zimbio.com/pictures/v3QLCS9TK_U/Stars+Set+Tribes+Palos+Verdes
So then is this about the legend of Carlos?

My virtual character now a machine helper although technically not a machine helper but a network chair, used as is needed by people in the industry to signify a type of herald. A person who introduces others or a person to speak to first or a person who can direct you somewhere and in my case a virtual gardener, a gypsy of a sort who lives in a gypsy wagon.

To discourage other gypsies from homesteading on our land. We already have our own.

A male Friday instead of a girl Friday for a change, although as seen in Paris last week Jessica is still my main girl Friday.
Here in Paris wearing a Japanese lamp post hat.
http://www.imagebam.com/image/736425469456390

So then Jen, enlisted for a new movie...

"Medina Mason is a defiant, awkward newcomer to the affluent beach community of Palos Verdes, California. As her parents' marriage disintegrates and her beloved brother falls prey to the temptations of drugs and the lunacy of their mother, Medina surfs to survive, finding a bitter solace in the rough comfort of the waves. This is the moving story of growing up "different," of the love between siblings, and of one girl's power to save herself."

Well that sounds like a wonderful story.

I am sure our girls will be unaffected by that being mature and quite wise to the ways of the beach and surfing and their dads wish that they stay in school.
You know be good at reading and writing and grammar and girl things like karate, and whatever they like such as clothes and that.

You know no matter what else they live more in my world since it is a fun world and those things that we do there shape their attitudes and their own understanding of the world.
Knowing that almost all rich and famous supermodels like their world and want to go there all the time, covers everything as far as they are concerned regarding if that is what they think they themselves should be doing.
Its doesn't take a genius to figure out they are already doing what they enjoy doing.
Making a living isn't as important as being happy and they will make a good living doing anything if they have a little education.

Suri is the overachiever and she has lots of pressure all the time that Violet and Seraphina don't have.
To succeed.

Violet won the spelling bee so that speaks volumes.

Will we integrate more beach like stories in our adventures on our new island?
Well already they have spawned a Baywatch TV series and Priyanka is in both, ours and theirs.

And people always love the beach so its not anything new really.

We are beach oriented through Victoria Secret and all that nice photo scenery same with Sports Illustrated Swim Suit edition.
The girls are in that as well.

For me I am combining work and play too developing graphic techniques.

[HVAC]

KCIR2

Tesla was an avid pigeon fancier

---------

No doubt

[KCIR2]

https://www.instagram.com/p/-t426DqIr1/?taken-by=abigailratchford&hl=en

I think our Baywatch is better than their Baywatch and they should not be jealous of us.

I am sure that Ella agrees with me.

https://www.instagram.com/p/BCQzRdQqIky/?taken-by=abigailratchford&hl=en
I am not sure there are many girls in our family who would not be intimidated by Ella's fabulous figure and beautiful face hair legs everything combination.Including some intelligence to go with it and if that is not enough yet to break the bank in Vegas, she is Swedish.

I should be in central casting I am so proud of myself.

https://www.instagram.com/p/BCqBw7BoRb2/?taken-by=marhunt
Martha looking lovely as usual.

https://www.instagram.com/p/BCqJ6KEGIRb/?taken-by=hoskelsa&hl=en
Elsa recovering from the flu very quickly.
Quickly enough to get laid tonight apparently.

I asked her to post something in black if she wanted to go out tonight.
Granted its a VS post but still I can distinguish if she posts or they do.

https://www.instagram.com/p/BCqu4tkLeIa/?taken-by=romeestrijd&hl=en
Now Romee wants to go to the beach shacks.
So that's exciting for me.

https://www.instagram.com/p/BCl5zmtu2k_/?taken-by=ninaagdal
Nina looking amazing.

https://www.instagram.com/p/BCqebi4pzgU/?taken-by=official_laneya_grace
That's one of my favorite shoots of yours.

I have to go get your pirate ship now.

[KCIR2]

http://www.zimbio.com/pictures/bACwJeSCD3e/Adam+Sandler+Films+Untitled+Film+Manhattan

You should make a new movie Adam, "Paused"

Oh man you should have seen it.

On the grass in the backyard.

I should have got her to model some sexy underwear first while you were there paused.
http://1.bp.blogspot.com/-1mc16pU7Ho0/Uf52tZbTj_I/AAAAAAAACL4/c1VrpuZX5hA/s1600/kate-beckinsale-lingerie.jpg

There is always a bigger clicker.

This is what she looked like on the back lawn...
https://i.ytimg.com/vi/ugym2jl4iQA/maxresdefault.jpg

Thats ok though we have had sex here in Victoria on the legislature lawn downtown.
And in the fountain.
Several times in the fountain.
Over 15 years of marriage you would expect that.

http://l7.alamy.com/zooms/ad867135bb1840b58e4fb6d924e1775d/fountain-legislative-parliament-buildings-inner-harbour-victoria-vancouver-d29x76.jpg

[Double-A]

Tesla's Favorite Pigeon Dies

https://teslauniverse.com/nikola-tesla/timeline/1922-teslas-favorite-pigeon-dies

No Harlow, it was a female.

Double-A

[john]

Harlow projects his own corruption onto others.

[KCIR2]

http://www.zimbio.com/pictures/VDqtvp3c5K_/Editorialist+Spring+Summer+2016+Issue+Launch

SURPRISE!

Boy that was easy.

I am still waiting in the car at LAX. All I have left to eat is chips.
And one bottle of water.
Don't worry about me, you just have fun.
I will be waiting in the car.

https://www.youtube.com/watch?v=dDLiVwpv89s&list=RDICnlyNUt_0o&index=2

[KCIR2]

https://www.instagram.com/p/BCrMZTls5hJ/?taken-by=officialellarose&hl=en
Did you hear me talking about you?

Hard not to actually. You made quite an impression on me.

We are on for 3 days. Snuggle day would be great if Martha and Nina got laid already.
So Nina says she is going out on the town, so whats that 12 she turns into a pumpkin probably.
So there is no sense going too early to pick them up. Martha is in New York I will wake her up in the middle of the night or, in the morning.
So we will see but I will you pick up after 9.

Want to see some more pictures?

http://www.imagebam.com/image/f163c7470382440
with our airship...
http://www.imagebam.com/image/0007aa470382460

http://www.imagebam.com/image/fb9929470382467

So yeah I have to pick up Romee, Megan, Martha, Nina(s), Katrina, you, Abigail, and a few more probably. Probably tomorrow will be a snuggle day, then we will all invade Kristina's day as long as she sleeps in her spot she won't mind.

https://www.youtube.com/watch?v=J9gKyRmic20&index=7&list=RDICnlyNUt_0o

[KCIR2]

https://www.instagram.com/p/BCqlL1nqIuz/?taken-by=abigailratchford&hl=en
The trailer park boys just folded.

What can I say.

Someone raised the bar 682 percent.

At least we are having fun. When my other girlfriends come out of hiding we will go to the beach!

Just kidding, they are up for the challenge as is.
https://www.instagram.com/p/BClX2EfTAIN/?taken-by=ryrynewman
See?
Ready to rock.

Everyone else has the flu or went to France.
Or so it would seem.

[KCIR2]

https://www.instagram.com/p/BCrSERZL2aJ/?taken-by=kristinapimenova2005

New pictures for you. There is a gallery.

http://www.imagebam.com/image/df3e62470382475

You mean the attic? I was going to turn it into a boat house for the boat but if there is enough memory then we can have one of those too. Why not.

Sleep over in the large cabin. I don;t know if I have a picture but I put two beds in there head to head and removed the headboards.
Here you go...
http://www.imagebam.com/image/019217470382446
Just need to grab a few pillows out of the airship.

I will pick up Laneya and Jade as well and Violet and Seraphina and Nahla and Leni and Lou and the cousins.
So Nina is supposed to sleep over but she is going out to the bar.
So cousin fest.
Sleep over together anyway even if it is a school night and you can;t stay up late. Soon will be spring break.

[HVAC]

Double-A

Tesla's Favorite Pigeon Dies

https://teslauniverse.com/nikola-tesla/timeline/1922-teslas-favorite-pigeon-dies

No Harlow, it was a female

--------------

Sure it was ;)

[KCIR2]

If you consider what they were saying with quantum money, they were saying you can;t make a silk purse out of a sow's ear, but also that when you measure a quantum state you change the quantum state, so then the act of measuring is a function.
Well they then say well if you have 3 sets of the state and one gets lost during measurement you have the original state and the measurement and a backup in case you need that.

Hard disk management these days using sophisticated algorithms to manage data across disks so that the data is protected.
https://www.mssqltips.com/sqlservertip/1328/hard-drive-configurations-for-sql-server/

That science has been worked over hard with baseball bats since data is the new gold.
I have never had a hard disk fail in the last 20 years, neither have I lost any data that was of any consequence.
And probably most people are the same. It has been good technology, and a reliable way to store data and manage data, using data base technologies.
The operating system itself not as capable of data mangement as lets say a company like Oracle.
The file system in Windows a bit of a shoe box approach.
I tried to get them to switch over to rooms, buildings, towns, cities, countries, worlds, solar systems, galaxies, universes, and of course you can have doors off rooms, to other rooms, and closets and drawers, and of course any 3D item in a room could be an icon where your items that fit that category are stored.

So then this science gets developed and companies who write software learn to pre-think the user and suggest the proper container.

Cookies in the cookie jar.
Cd's in the CD player.
And I don;t mean you have to get it to open and do things, it need only be a marker. There is the object, under that is where they would be.

By attaching real world ideas to real world places in your file management system, then you have a better way of finding things quickly without searching 3 terabytes of data and of course by default wanting to search each file contents for spy words and terrorist phrases.

Then of course dribble that back to Big Brother through a secret protocol and who cares if it takes a week they never shut off the pc anyway and the data builds up in the NSA and conspiracies abound.
Slowing your systems down to a crawl.

Viruses flowing through the blood of the system further slowing the system down.

The local tel company providing our internet service here who claimed to be able to match cable speeds can do a 5th of cable speeds.

And google still unable to find things although youtube search has improved.

But all in all the system works although slowly. To render an image like this...
http://www.imagebam.com/image/fb9929470382467
can take 20 minutes on my water cooled machine, that has 2 graphic cards in it in a crossfire configuration.
And that's not complete. I cancelled the render. It would take 2 hours at least to make that one picture.

They use render bombs thousands of computers networked to render frames for Disney movies or CGI films.
So types of modern methods like accessing fast large harddrives and not using ram allow for better real time graphics. Since the data is there in each point.

The method of ghosting an image is what I invented a long time ago and was reverse engineered stolen and then used everywhere.
But that is the system we made and if DOS was not reverse engineered and stolen from IBM to become MSDOS then the pc would maybe be proprietary, and very exclusive and expensive.

IBM business machines with punch cards ruled for a long time and it was all proprietary.

So taking on big blue was a major challenge and that was a tricky bit of work to solve that problem but with huge machines like I have whacha gonna do? lol
I was giving them a lot of technology and so they were fine at that time.
We needed better faster nerds on unicycles with buffet floors in their buildings and gyms, and freedom to think and move and not stop if they needed to not stop.

So the pc's got onto the tread mill and yeah the formula for the chip has proved to be accurate as it increases in capability.

Yet right now we don't appear to be anywhere close to where we need to be to keep up with software development.

There is not much anyone can do about that.

The supercomputer is what everyone needs now.

To make a composite material using ghosting you would have to consider the materials you need and then the light from the spectrum analyzer.

Lets just look at a small modern unit...
Hapsite...
Have a look at the specs...
http://products.inficon.com/en-us/product/detail/hapsite-er-identification-system?path=Products%2Fpg-ChemicalDetection#overview

So that size piece of equipment added to your 3D printer
is not a lot of added size. So the devices are quite compact now.

So to read and write data with atoms, you need scanlines.
But what do you need most of all in a system like this?
Pure substances.

Something chemists can make, but it is for pharmacies where the letters USP appear on bottles of glycerine for instance to say this is pure according to pharmacy standards.

How pure is USP?
Not very pure in terms of exactly pure.
http://www.usp.org/usp-nf/key-issues/elemental-impurities

So you might as well accept that of you make composite materials with a printer you are going to have a holistic mix of things in there.
The ghosting approach at least allows you to quantify using variables, colors.

You can mix the materials based on ghosting techniques.

Visual results can be seen on the screen. Not simple colors but even photographs of the substance surfaces.
To be able to do that is not difficult and is done all the time using paint software but to consider the geometry of the mix is not something anyone has done since they haven't had a reason to do that.
What is it that allows one material to mix with another or adhere to another?
The valences or electron shells interactions of waves for simplicity here where the waves add up or cancel out.
So then knowing the properties of those slots, that are beside the atoms in that surface would be important.
Can you laser scan a surface and then use that information to determine what atoms might be able to sit there on top or adhere to that layer?
Sounds easy does it not?
To find a material which cancels out enough of the waves in those slots to adhere the atoms to that surface.

So then light bouncing off of a surface tells you things about that surface.
Is the light bouncing off the valences or bouncing off the nuclei?

A transverse wave, that's a wave shooting sideways, hits a spherical wave front, both are moving at c, what is going to happen, when that superfast compact, transverse wave runs up against the spherical waves from the pulsing nuclei?
Its going right through the electron shell, with a mild disturbance to it, as it gets close to the nucleus though that wave is very strong, and that photon then will hit the nuclei region, and so then can we really expect that to just bounce back at the source?
It doesn't.

What does it do?
It whacks the nucleus which emits a shower of transverse waves in all directions.
Like a light cone.
Light is not a ray remember its part of a spectrum.
An energy spectrum.
So it becomes light when we measure it.

When it is observable usually.

Just because photons are hitting your retina does not mean that an entire shitload of other wavelengths are not also hitting your retina from the same source.

Yet light being geometrical, refracts and reflects.
So a transverse wave that glaces off something does so according the angle of incidence.
Its going to disturb the nucleus region but glance off.
In order for a photon to register as a photon, then it has to be a discrete wave packet. It has to be a bundle of energy. That we can quantify.

[HVAC]

KCIR2

If you consider what they were saying with quantum

----------

Hey! I didn't invite you into this conversation

[KCIR2]

You know its always good to just look at some waves....
http://labman.phys.utk.edu/phys135/modules/m10/waves.htm

The problem is however where are the spherical waves for us to look at in all of that when half the waves we are living in are spherical waves off the nucleus?

Where is the rest of our elephant?

So the transverse wave we can see there can you see why light is polarized?

Right now you are probable saying pardon? Is that Chinese? What is this polarization of whence you speak? Is that not the high magic of the physicist sorcerers?
Slots vertically block half the light, then slot horizontally blocks the other half.
What does that tell us about the light waves?
If they were just skinny and up and down then one slit would block them.
If they were photons then what would happen?
Well they come through the slit.
You see there are more than one photon you are dealing with at all times.
It takes two slits to block them.
So what are they then?
They are like phonons since they are traveling in quantum foam.
In a very very tiny medium.
And remember that those same waves can be Plank length.
That's tiny.

The spherical waves, the frequency of the element, and the strong force, elastic by its pulsing and the medium being moved, by the waves.
But remember what happens to water molecules when a wave goes through or over the surface, they don;t flow along with the wave. Just the energy flows along.

So that slow lazy wave hits the dock or the shore you still get a return wave .

But a high speed high energy wave hits a rubberized surface it bounces back right away.
Like white light off a white surface.
The surface color tells us about the properties of the material as well.

A black surface will absorb light a white surface reflect it and what?
Diffuse the light. It will cause it to spread out and soften.
A silver metal shiny mirror surface will directly reflect light with little spreading of the light.
So then the colors are reproduced as in a mirror.
Its elasticity is greater so it is reflecting better.
The angle of incidence is geometric and does not spread the light or diffuse the light.
So the surface is smooth.
Uniform geometrically.

[KCIR2]

No you wanted me to tell you so you can all just go to the races now.
No sense just Cliff and the network favorites having all the loot.

Cheap bastards that they are.

So then if you have a polarized lens for a camera, it has two rotating disks which have slotted surfaces and you rotate the top one and it reduces the light gradually geometrically as you turn the filter.

So then as you approach the point where all light is reduced to zero, there are still photons slipping through and they will fringe even if one gets through, then a moment later another etc if your detector records the previous and adds the effects of the impact on the target.

So then you see they are still traveling in that same pattern even if you isolate one wave packet. Thats the key you see. The wave packet is the photon.
Its not so much a little chunk of rock although it is energy flowing in what amounts to little round chunks of rock. Little bubbles that you couldn't burst if you whacked it with a hammer.
So strong it takes a supernova of immense power to burst them.
Not a small normal supernova, that won't do it.
These are some tough fucking bubbles. But they are so tiny, they are hard to squish.

So at any time they can appear to be under influence of a myriad of waves and processes.

So we are looking at waves of light here if we bounce a laser beam off a surface.
But to understand what it is we are doing, you need to think about what light is.
So these transverse waves coming back in a stream, and the actual up and down part together forms one complete wave packet.
So with that information right there we can determine a lot of things about that situation there in that localization of space.

The blue shift, the red shift,the length of the wave, the height of the wave, the shape of the wave, keeping in mind the medium is so tiny it does not create a situation where the wave must be a particular shape like waves on teh surface of the ocean will always look the same and be within a certain category unless there is an earthquake and you get a different type of wave.
Or some impact into the ocean, but under normal circumstances the normal tidal forces create normal spread out waves.

If it hits a hard dock, it loses a lot of its energy there.
The molecules splash against the detector dock.
Even though they are not part of the wave energy they are moved by it and splash into the dock detector and register a fringe pattern.

That's how photons do it.
They splash things against the detector. Then we see the fringing.

And you can adjust the equipment until the fringing is very gradual.

The adding up and cancelling out of light waves. The energy cancelling out when they collide as you would expect.
At c. Or thereabouts.
So what is the actual shape then of this wave of light if the two polarized slits can block it. It is coming at you like a spherical wave front, and all the quantum foam in its path is rippling as it travels through, whoosh it doesn't just hit your eye it hits your whole body.

Followed immediately by another one, one wavelength behind that one. Another wave packet.
But its a wave front.
Its the discreet energy that hits the retina that registers the data, as a photon.

Combine waves to make a different color, the same wave front bathes your body, but now the energy level is different that hits your retina.
Those colors have combined.

[KCIR2]

So as you stand there looking around your room, wave fronts are coming at you bouncing off objects and they are discreet enough to each register as a color pixel.

So to visualize this you need to think about how these spherical shells interact in front of you like a spirograph.
And where they intersect and cancel out, what do you get?
Occlusion.
https://en.wikipedia.org/wiki/Ambient_occlusion

"The appearance achieved by ambient occlusion alone is similar to the way an object might appear on an overcast day."


Lets look at an image that has ambient occlusion...

http://www.imagebam.com/image/fb9929470382467

So its looks like an overcast day.

So you can see the graininess of the image.

That makes it more realistic since your eye works the same way.

Think about that for a second.

https://www.youtube.com/watch?v=KA5CEUZH1AA

[KCIR2]

Can you make quantum microchips with ambient occlusion RATATATTT RATATTATATA
KAPOWIE I just filled up the balloon at the archade and blew it to smitherines while you clowns were there in the tar pit still rubbing sticks together to make a fire!

Spirographic computing and ambient occlusion with the proper materials and hey you better get that fire lit in that candle at both ends pal because billions of dollars does not come a knocking like this every day.
Plank length. How small is that? That is quantum qubit small.

So then with spirographic occlusion, the points where the circles intersect however keeping in mind that space time is curved and those are not circles the time of impact for teh center point is not the same as the time of impact for an out ring of that spherical wave front.
Exactitude is important in quantum computing.

Yet in every eye the pixel has a direct line of sight to the source and will track that as your head moves.
You see since the objects are not changing into other things like a cup is a cup and a table a table even though it is being bombarded by waves given off by your light bulb, and they are constantly streaming everywhere off things and those intersect in occlusion patterns based on the atomic geometry of the room.
And even smaller than the full atom of course as all sorts of partial interactions occur and em waves come off all the objects in spectrums not visible to the naked eye.

Infrared as a for instance can be seen easily with a camcorder.
So it is looking for a certain wavelength that is being broadcast off objects and it finds it in the myriad of wave fronts by targeting that frequency and wave strength.
Tuning your detector into the target frequency so you can isolate that frequency.

You have to watch out for feedback as well, something the engineers in my moonship are having fun with as I speak, getting my nanobots in my ears to feedback, just for fun like the call of Landru.
They have that good a connection to my alien nanobot coms I have in my ears as part of my network connection. To span all the networks and get the signal amplified through a fan or air conditioner or local sounds, as a carrier wave.

Tune the ear drum to those frequencies to transmit a signal to my brain through the auditory channel, by tuning the ear drum as a receiver using nanobot technology hooked up through the virtual machine.
So no cable at the back of my neck, just nanobots that are duplicated in the virtual machine acting on a quantum level.
So this is also happening at instantaneous speeds or close to it and even with time travel the OS can move forward or backward as much as an hour, or a day or a week, three machines its roughly like that, their ability to predict the future or move on the time line in both directions.

Time for us is on a clock, as can be seen by the cesium clocks.

But for normal data transmission I post here. I need a real world class and beyond network, to manage my holdings.
And to steer the ship as captain.
So here is your little bonus.

What you need in material science is to understand that if you scan a surface that should tell you a lot about the valence of that surface and what is under that surface as well since these energy states are quantized.

I don't want to go too fast here.

[HVAC]

Tesla loved his pigeon

[KCIR2]

So then for quantum computing you want to work the occlusion points.
You want to do your calculations based on very small spacial distances and very small time segments as moments.

Consider how easy it is to do a very complex calculation in one move, if the pattern of one sheet, is known, and the pattern of the second sheet is known, and both sheets are actually one set of equations ta that point, and the other sheet is a further set of equations at that point in time, so then to bring them together, you are performing a complex calculation that you needn't read all at once either.

It can be done instantly for the whole sheet the calculations now have a result that can be read by a detector, the whole thing turned bright blue lets say.

But what color exactly? You see?
How many actual colors are there that are blue?

Human eyes perceive blue when observing light with a wavelength between 450 and 495 nanometres. Blues with a higher frequency and thus a shorter wavelength gradually look more violet, while those with a lower frequency and a longer wavelength gradually appear more green. Pure blue, in the middle, has a wavelength of 470 nanometres.

450 nanometers is miles and miles of quantum foam.
2.813e+28 quantum foam bubbles.
28,130,000,000,000,000,000,000,000,000

One blue wave packet is flowing over that many bubbles at one instant.
Since its duration and spacial distribution spans that many bubbles in the entire wave length.
You freeze frame, it is displacing that many bubbles all at once.

So you aren't going to do quantum computing with big blue wave lengths.

[KCIR2]

So then to do simple math, how may gates do you need in what pattern to cover the boolean operators and to cover basic functions then to build units out of those functions?

To make a Turing machine that is nonlinear, but has patterns that match functions.

I don;t want to explode your head so think about that for a second and if you could do it with 5 filters.
As a wild ass guess.

A shot in the dark, a polarizing shot in the filter dark, and on what surface?
In a world a universe of discreet atoms.

Gigantic by comparison to a small photon of black body radiation squigometers in length.
A few Plank lengths long.
What surface could retain information much much smaller than an atom?

Is it just the way we are looking at the data, the qubit?

In a virtual machine we can factor things up to gigantic size will that make a difference? No, but with atoms it does since you get heat.
When quantum foam bubbles rub against each other you get the ambient background radiation that is left over from the big bang and little else like how cold is space?

When atoms rub you get friction.

A black surface absorbs light and what happens to the energy?
Well it hits the nucleus makes it wobble.
That causes it to gain energy.
It vibrates more and hence it absorbs heat and stores heat.

You can put your hand on the black tar on the road in the summer and get some heat exchanged onto your hand.
Otherwise it is vibrating internally due to its being bombarded and its geometry, not rigid so that spreads the energy into the material and the atoms then bounce off each other more.
And even set up a pattern. A road will not catch on fire but maintain a certain temperature.

So then for you to use quantum computing for storage you need smaller than atom effects that are consistent and not varying.
Like radiation from a source on a specific frequency.

Then through a prism to break it up further you have to construct a prism for a wavelength that is pretty tiny. So then crystal lithography interference patterns how small are they?
Future billionaires sometimes have to read to know what I am talking about it.
http://alturl.com/fmava

Lets say about
60-70nm
As the smallest you could expect to record as a photonic crystal.
https://en.wikipedia.org/wiki/Photonic_crystal

So what you have is the ability to generate very fine sums due to complexity that exists through light frequencies interacting in predictable ways.
What you lack is the ability to generate those at present, in ways that can store data and read and write data.
So as long as you don't turn the machine off the ram is not lost. Turn the machine off, then it vaporizes.

What can you store in that region of space? Quantum amounts of data.
But whats your read and write speed?
Instant, but you can't exceed c.
Anything like information that has no mass can exceed c.
The wave portion of light has no mass and could exceed c no problem except it moves those quantum foam bubbles and they have mass so then the wave won't pass through them any faster than c.

If you line up a stretch of bubbles ping one end the other end feels it that's like a gravity b wave or similar quantum gravity theory.

When we are using lasers the bubbles move but look at how many.
So radiation wavelengths, and then what though? A fractal distribution pattern through a 3D cube of material. One that can store large amounts of data.
So you create complex interference patterns using cubes of atoms but the complexity arises when you use a pattern as a function result.
smoke break.

[KCIR2]

So a sheet that was used for multiplication, would be two materials which when brought together by a magnetic charge would multiply the amounts in each sheet with each other.

We will assume that the sheets are not one atom thick.
So the charge on the sheet, we can change that at c, and force an interaction to register on a third detector sheet.
So then how fast can we read that sheet? Well what type of data is it?

If we are just copying data, or pasting data we have just done that.
At c.
If the bottom sheet is a photo and the top sheet is a photo and we combined those two we now have a combined image which added color values.
Variables are the important part so you need translation tables and then you could use compression.

In this set of images I combined two images but selected the way and the amount of data that was added.
High rate of occlusion
http://www.imagebam.com/image/2fdb21469067734
and then a low rate of occlusion...
http://www.imagebam.com/image/e0eec1469067757

and mixing them you get...
http://www.imagebam.com/image/03f06e469067782

Now the math here is not what you would expect.
Are you just in fact making things brighter and darker?

Examine those images and consider what the image would look like if you merely added colors.
Add the numbers they are no longer the same colors.
Rub those temples this is really high tech stuff right here.

[benj]

On 03/08/2016 01:02 PM, HVAC wrote:
> Tesla loved his pigeon
>
I thought there was no "Felony" but now I suspect Felony is a pigeon!

[KCIR2]

http://www-polsys.lip6.fr/~jcf/Papers/CASC99.pdf

More reading for you.

https://www.youtube.com/watch?v=3fxYwo8wt9A
Yes another three years of your life that you are not getting back so WTF is that and why is that important?
Well the three body problem is a nightmare, so they get worse from there.
How does that help us?

The complexity of a 5 body problem is probably sufficient for our computing needs in a 3D CPU.
The number of variables.

If you consider that our switches have different configurations like spin and charge and temp and frequency and all the things we have done to and with particles.

So again I am just guessing that to find a solution manually to the 5 body problem by the brute force method would take forever.

So that doesn't mean its too much data for us to use it just means we have lots of addresses to use.

And the more addresses we have, the greater our storage capacity.

So how we bring those two sheets together in an instant determines what the result will be in computational form how we use the data is up to us because it is abstract data.
So the result of combining localized frequencies and quantum behaviors, is to provide a computational result.

Setting up the condition of those two sheets requires some sort of manipulation.
So if we used a spirographic read write system,then our data bits would be large in number. That which form a byte of data.

So at present people can't imagine needing more addresses than a 64 bit byte.
However for graphic computing that's going to paint faster at 128.

But lets look at a 64 point spirograph...
http://spirographicart.com/table-spirograph-points/
Yes part of the three years you are not getting back.

[benj]

On 03/08/2016 10:55 AM, KCIR2 wrote:
> The method of ghosting an image is what I invented a long time ago and was reverse engineered stolen and then used everywhere.

Hey, HVAC...

So if one AI disrupter admits believing in Ghosts why don't you admit it
too? You've already let the cat out the bag with your belief in
"persistence of consciousness".

[KCIR2]

So what we want is Hypotrochoid spirographics
http://mathworld.wolfram.com/Hypotrochoid.html
not so much Epitrochoid
https://en.wikipedia.org/wiki/Epitrochoid

since we want to use the occlusion to register as a dark spot. Or series or pattern of dark spots.
The place where the lines meet.

This is our way of representing the intersection of light cones.
However keeping in mind right here we are using a 2D surface to represent those points.

The points where lines intersect in a spirograph image.
If you take two sheets of mildly radioactive material, they are already giving off energy waves and so then how they interact will determine what you read in terms of data at the detector.
So then things like look up tables and indexing and pattern recognition, and graphic computing all would be faster with a 3D cpu.
You could also take advantage of quantum effects to speed up some computation.

Making the spirographs is very quick laser light. You don't use wheels like a spirograph thats just the shape of the lines front view in 2D.

[KCIR2]

That's really helpful having the wicked witch in the living room disrupting the entire world's future.
With her retarded shit.

So then before I lose my train of thought.
To change the properties of the sheet you need to use lasers.
The patterns on the sheet form occlusion patterns.
The data to be read from the sheet has to be able to detect those patterns.

So then our switches are we using bones from the tar pit or are we just opening two gates and putting a delay in one circuit?

The fast one is 0 the slow one is 1.

Do we care about clock speed? No, we care about heat.

A for loop,
for i is assigned 1 to 2,000,000 do
j is assigned the rest of 4 * 27282

do we are care what those values are no we are just making a delay for our qubit to arrive late.

The for loop won't let it go until it is done calculating.

So then the detector circuit is waiting for 2 results.
The first one in is the zero the second one is the 1.
So then any pattern of bombardment we set up to two atoms we can make one a zero and the other a 1.
One is merely a higher frequency than the other.However the usefulness of this block computing is maybe restricted to certain things like graphic computing not so much word processors.

Places where there is a lot of data to crunch in physical ways.
Like a scene outdoors has a gazillion bits of information to process.
A object model has few by comparison and a line of text or a document of text fits into a tiny file.

The real world has off the scale complexity which shows up as macro effects that are partly holistic and statistical.

Like the image you see with your eye it is just enough really to identify things not enough to tell what their composition really is.
You can say that looks like gold but you need to bite it.

With equipment we can really get down to some fine wavelengths.

With micro circuitry we can flip switches very quickly and do computations quickly.

https://en.wikipedia.org/wiki/Integrated_circuit#Computer_assisted_design
https://en.wikipedia.org/wiki/Microprocessor

So you see how things have become so organized and structured along the methods available in these integrated circuits.
How computations have been lumped together.

With graphic cards you have graphic processors which make polygons.
I called Nvida Invidia yesterday by mistake because of the pronunciation I give it due to its crazy spelling.
https://en.wikipedia.org/wiki/Graphics_processing_unit

So they take routines which are commonly used and do as much preprocessing as possible by setting up logic circuits in a way that all you need to do is plug in a variable and then it will compute that function.
So you don't have as many steps to compute the function.
Its working in parallel to the CPU taking some work load, providing a block of screen data.
Which can be just sent in a block to the screen.
To give you fast page flips for video.
Gaming etc.

So you see though how when you anticipate the functions you will use, and set up those algorithms first, then they are ready to execute, so then if you fill the variables, and then compute the thing, the result is almost instant in quantum computational terms.
Such as where you bring two sheets together and the result is the frequencies emitted by the two sheets which hit the detector sheet.

[KCIR2]

So consider the GPU and how its job is to pre-process the data structures so that when you need to move an object it can produce that object.

For instance if you have a HDRI image a photographic image of a background that is in perspective, mapped to a sphere that is your outside of your universe in the scene. The sky is in perspective 3D now, and the scenery in the background in this case, looking photographically real, and you take a cube, with a bitmap of a real cube mapped to that cube surface then rotate that cube, what is preventing that from looking real?

The cube is in perspective thanks to the program rotating the cube what is missing is how the light affects that cube and the ground in the background.

It won;t affect the sky or should not affect the sky you may need to tell the program do not put shadows on the sky dome.

But then you need a light source and a camera or viewport and we will just use perspective and the default camera view out of the viewport to see our cube center filed, aith a field of flowers under it and the sky above the treeline.

Sop we need to shine light on it from a light source so we will use the sun and place it there.
Then we could draw lines to hit the cube and then behind the obstructions we would know there would not be light just shadow however light is not like that in the real world.

Coming out from that sun are spherical wave fronts in this case we will say yellowish and they will cast a yellowish tint on the surface.

So that will alter the colors of the entire scene, every pixel to some degree as it would in a typical sunset, change the colors of objects yet so subtle that unless you stop and look at the sky see the color turn see the color reflected you may not notice the change of hew and it may not be everywhere but only show up where the sun is reflected brightly.

On top of that ambient light is bouncing off the objects and hotting each other and being changed as it goes and combining and cancelling out to occlusion patterns.

An incredibly complex interaction which takes hours and hours to calculate some times when you render an image.

Just to figure out how the colors change due to the light source.
Its direction and its qualities such as temperature and the like.

So in my 3 image example where I used a ghosting technique I invented for computer graphics I ghost one render onto another.

This
http://www.imagebam.com/image/2fdb21469067734
and this
http://www.imagebam.com/image/e0eec1469067757
to make this...
http://www.imagebam.com/image/03f06e469067782
and in doing so I merely took one quality of the image and applied that
to the other quality of the other image.

In one case it had good graininess and in the other it had crispness.

So you see how there are a lot of ways to manipulate the data.

To process that image combination however still takes 15 seconds for it to do the entire image.
That process could be done instantly with a GPU designed to do that calculation by bringing those two images together.
In a block.

As an example of speeding up graphic processing.

To get the light right though in real time from the source you at least have to scan each pixel. In the finished 2 D surface every dot may or may not be affected by the light but you still have to process each dot individually.

Due to the way in which the processors work at present.
Using scanlines or rows of data.

We scan an image that way as well by moving a plane across the scene.
A photograph on film gets hit all at once head on the way the shutter opens center outward it still technically could be said to be moving across circular scanlines.

Only something where the shutter remains open and you have fiber optics
and the signal is analog would the signal not be deteriorated by transforming it into a digital signal. Once you digitize the signal the size of the pixel has been determined.

[KCIR2]

So if we wanted a 64 bit byte a matrix 8 x 8 in a small sheet and a spirographic design that matches all 64 states.
That can be reproduced instantly by the laser.
So the geometry of the spirograph has to fit onto that sheet. Square the circle.
And a margin.

So then where your intersections of ambient occlusion are those may require a finer sheet or say 100 x 100 so that one pixel is changed by the dark spot in the data stream from the laser.

The dark spots register on a detector pixel.
So then all at once in that frame the sheet has a pattern of dark spots.

Like a punch card.

And that forms a number.

So then to compute with these two sheets you have to decide what are the arithmatic functions for this system.
Each sheets forms a number, and that number can be changed very quickly, using the laser, so one is under a sheet one if over and it is altering the pattern in those sheets.
When you bring those two sheets together a bit, that will alter the quantum state of the atoms in those two sheets.

Right now without a blackboard you can;t get too far.
I can;t paint you a mental image of how you do this abstract math using particles or qubits.
But lets again look at qubits and quantum functions

https://en.wikipedia.org/wiki/Bloch_sphere
"Quantum mechanics is mathematically formulated in Hilbert space or projective Hilbert space. The space of pure states of a quantum system is given by the one-dimensional subspaces of the corresponding Hilbert space (or the "points" of the projective Hilbert space). For a two-dimensional Hilbert space, this is simply the complex projective line ℂℙ1. "

He said wang wang chop chop I think.

https://en.wikipedia.org/wiki/Riemann_sphere
Yes part of the three years that you are not getting back but the fact is when you get down to brass tacks, you cannot diveide the space between 2 points forever because quantum foam or Plank length is where we draw the line and say anything smaller than this is not physically real because it cannot be detected.

We are not saying virtual particles do not exist we can prove they do.

So Hilbert space or n dimensional space or hyperspace these are dimensions other than your typical 4 where using simple math we can just use a dot notation and in programming get windows.open.currentViewport or anything similar which will give you an aspect of a thing, which we can call a dimension as in a dimensional quality it possesses.
This dimension sets it apart and as such we can use that as a dimensional quality and work on that in a set even though we are only working on elephant tails and not elephants we know that whatever we decide about elephant tails will be true for all elephants.

So you see when we look at anything such as here is another example of an image where I took a grainy image and combined it with a sharp image...
http://www.imagebam.com/image/019217470382446
Look right in see the beds together and the clear reproduction of that by using two quick renders of two different types and then combining them.

You see in a way I have split the processing into two images and then using a post processing combined the two qualities of those images into a finished image.

So then you see mass computation occurring based on a large factor that being image quality a dimension of the image, but one dot notation of that quality, and that being, clarity or reality of the image.

image. reality. So image. graininess(50%) lets say + image.sharpness(70%) then how did I apply the two, in what proportions so there are more functions there such as did I process the entire image, yes, so that setting was max, did I apply more of one than the other image? Yes I did it by eye and by degrees each press of the button adding more effect than the previous so that I could make it the way I wanted it to look by eye.

There is no reason that I couldn't have a preset value to begin with based on experience and my preference.

So this particular dimensional quality processed by colored light which reflects materials in the real world which reflects their material makeup, and does contain a lot of information about the materials just by the color of the light.
You can tell the wood is wood and sand is sand and water etc and that is the point of course in graphic computing.
Producing images that are not overly real looking or plastic with rendering
usually requires a bit of fidgeting with the controls and so then how many renders do you have to do before you even get the lighting right?
Plenty.

And THEN you can wait for hours for your finished image.
Unless you have a supercomputer or a network of machines that will render bomb your images.

So quantum computing will speed up graphics before it does much for text but text doesn't need help.

So the way in which we look at processing has to change.

[KCIR2]

So what then is the theory behind all this?

To calculate numbers and perform functions based on ambient occlusion patterns.

The occlusion pattern that registers on your plate, has a high degree of processing built in as you control the light which hits the surfaces and you control the quality of the surfaces to reflect certain values to produce those occlusion patterns.

Get the chalk.

So by modifying the beam that hits your plates, they give off photons which interact with the second plate and the result is the photons which hit the third plate.
And with small wavelengths we can prepare the both plates using separate circuitry then combine them. So we flash both plates then bring them together a bit they give off energy. We time it so that the bringing the plates together a bit boosts the impact so the resulting waves wll register better on the thrid plate.

So I am saying plate here because you know a film on a tape that is quantized too but a photographic plate is also still used in physics and material science for various reasons although now image plates using luminescence are more widely used.

" Glass plates were far superior to film for research-quality imaging because they were extremely stable and less likely to bend or distort, especially in large-format frames for wide-field imaging."

So now we are here...
https://en.wikipedia.org/wiki/Image_plate

So ok, lets just say that you can flash a plate and combine it and reuse the plate.

So then to calculate using this method you need to have a system designed
that represents real numbers.

So then since the materials you scan in the real world are real, and their geometry real, the result is a real result when combined and if you use ambient occlusion then built in are real math functions.

Incredible amount of geometrical processing done in a flash as compared to having to draw polygons and compute virtual values.

You can abstract the data or process but the fundamental way in which ambient occlusion works is mathematical and quantized.
Once again, just put the million in the car.

[KCIR2]

Will we be computing with images?

Absolutely.

They will represent abstract algorithms, and the variables with be the change of color.
As an example.

Since you can determine what the element is in a box, on the sides and bottom and top, and you can position a camera and light source in virtual space, or Hilbert space, you can calculate the occlusion patterns based on the light, then modify the light, to get a result, so you get a complex answer to a problem based on the properties of the atoms lining the box.

In a black suitcase, don't just throw the million on the seat.

So you see you can do prep function basics like units based on the properties of a box lining, alter the light or the lining and then the occlusion gives you the result.
Then you have to interpret the data, the pattern for the occlusion.
And so then you can do that in various ways but inevitably you need to consider each point unless you are merely dealing with a block chunk of real data.
And moving it as a chunk from there to the screen or similar.

So the box lining can have a lot of characteristics in Hilbert space.
The light can have a lot of variable qualities that will affect the result.

What saves you steps is the structure of the algorithms pre set up in a box form that work in conjunction with the variable light source.
This could be done in Hilbert space but to be useful you need some reflection into real 3D or 2D data storage.

So choosing a function is like choosing a box.
Choosing a unit is like choosing a black box today.

To translate a unit or a DLL you merely translate that onto your schema for the box.
The variables that you send the unit, and the changed variables it returns, those are the light qualities and the light quality returns.
But will that be enough variables?
The way in which the light is altered?
You also have the entire box, and can always adjust the temperature of the box, or the elements in the lining could have more variable qualities due to quantum states.
If it was virtual computing you can add a filter or series of filters or pre or post processing.
You can also divide up the threads and process the result across various CPUs.

But the power of instant results comes at c when the light hits the box and the plate in the box registers an occlusion pattern.

You have to determine what math rules there are for that box.

Sorry but you said you had nothing to do.

[KCIR2]

So that's some theory, using a box and a plate and a light source.

So that you can see how you can alter a lot of variables and pre set algorithms then quickly alter the quantum state and get an answer at the speed of light.

So click and your result comes back at the speed of light.

A practical method might be to have 5 filters that rotate slightly and quickly to polarize light.

Yet they are not completely one way or completely another way.
Not horizontal or vertical slits but sections of slits.
Designed to break up the interference pattern and to alter the quality of light that gets through the 5 filters.
So by slight high speed magnetic movements light passes through the filters and does co0mplex calculations in large chunks.
Consider that a light cone has a bulge at the end of it.
Why? The light is actually originating as a spherical wave we are saying light cone to limit the thing into a usable directional ray type of light beam.
Ambient light though bounces off things to form an ambient light in the room.
Ambient light pressure of waves permeating the space.
It is this bright.

The colors are affected by brightness as are the ways in which these waves add up or cancel out.
Since the material the light is hitting is real, it obeys math concepts, and so does all aspects of this computation.
The effects all real and determined and predictable like wave mechanics.
And the math functions all exist within those wave interactions and energy levels.
Addition multiplication division fractions percentages and then beyond into temperature color weight graininess hue contrast sharpness RGB value brightness and beyond into whatever dimensional quality you wish to add even if it was stangeness.
So if the cone approaching your detector is bulging towards you with its wave front, its crest will hit just in front of the detector and register a photon,
but many photons the area covered by that cone or circle of light.
If you use sunglasses which are polarized in one direction does it make a striped world?
No, the world is the same it just seems darker.
The flares off things are reduced because flares spread out in different directions and when light is polarized the spread is not noticeable.
Its reduced by half.

Yet in reality the light is not in a cross shape. Its not a horizontal line and a vertical line, it is the whole circle coming at you from the bulging end of the light cone, if the source is in front of you at waist height lets say.

So to make a computation you need to create an occlusion pattern on the image plate,and no need for the entire box and its surfaces but rather just use that field of view. But have more variable flexibility to compensate for the lack of surface area.
So then just bounce your light cone off a wall of elements, and then the occlusion gives you the result.

[KCIR2]

So then if you have an image plate 1000 x 1000 pixels could each pixel be considered a Turing machine along the z axis in the case where frames are lined up towards you along z?

Well of course. The numerical values of each pixel can be used to determine a function call or a simple math rule, such as if the pixel is black then subract
the next pixel color value from the sum carrying forward.
So then you want a second row to carry the sum along.

Or use a delay like a plasma screen with a memory.
But an easier way is to just use virtual frames and then you have 500 x 500 threads on that plate.
If each thread requires two pixels at x,y, and functionally they compute through z.

[KCIR2]

So like a TV screen yes but do we need to do it that way with actual photons or can we not do that with virtual photons or small EM waves that are photons not of visible light?

You see to avoid the mechanical problems with light sensitive materials we can use detectors that are sensitive and a radioactive source and then apply current and alter the color of that high speed high energy photon and get the same result with smaller waves less mechanics and greater processing speeds.

So then it comes down to how fast can you adjust a high speed wave?
You should be able to fluctuate it easily with a magnetic field.
And each fluctuation if it was a controlled fluctuation of determined value could be a function call.
Depending on the system and how you set up your math rules.
You still need to read that wave to determine what its value is, then execute the function associated with that wave from a lookup table.
So it says to subtract the amounts in one of the other pixel locations.
With a pixel the color range is very large so its not like base 10 here you have a value that can sit in a pixel that has a lot of digits.
And when you combine light you can get sums and do that at c.
But mechanically you still need to read and write those pixels.
With smaller waves and electronic detectors, you can just make the power requirement less, and then the heat less and increase processing speeds and thread capacity so you could make a desktop supercomputer.

To do that yourself you need to first learn assembler.
https://en.wikipedia.org/wiki/Assembly_language

[KCIR2]

That's all the work I am doing today.

https://www.instagram.com/p/BCTtL7bQTvF/?taken-by=alicepanikian&hl=en
So who is your friend Jack Wolfskin?
Is that your boyfriend?
Husband?

https://www.instagram.com/p/BCoxB-fQThk/?taken-by=alicepanikian&hl=en
That's a nice picture of Paulina from 40 years ago.
You look a bit like her.
Your instagram is a full day late if that was your mood on Sunday.
I am just getting it now on Tuesday.
Might as well be 40 years late.

[KCIR2]

Intel Core i7 920 (Quad core) 82,300 MIPS at 2.93 GHz

82,300 million instructions per second.

Move the value in ax to whatever register.
(machine instruction)

So then if you flip 120 frames per second on a screen 1,000 x 1,000
then each pixel could do 120 instructions in a second, and if you had
1,000,000 pixels each able to act as a thread, thats still only 120 MIPS
when at present the i7 is doing 82,300/120 times that.
700 times that roughly speaking.

If you had 3 monitors that's how many instructions? Still only 360 MIPS.
So then how fast can you load a page into memory and not bother to put it on the screen?
82,300 MIPS per second.
And one of those instructions is put that page from that memory to the other.
virtual screen.
You see if you don't actually have to fire the cannon and light the pixel mechanically, the CPU can crunch those numbers.
What you don;t get is the instant calculation of real values due to real world values like scanned values added to other scanned values at the speed of light.
The system can still work if the pages you are combining are meaningful functions or units that will by combining them compute a result quickly because you have built in the processing in such a way that the image has registers, pixel locations, the data is meaningful as a picture and can compute when combined and the numbers are held in color values.

[KCIR2]

You see so the next gen software will remember what it does and make pictures of it then just grab the picture instead of doing it all again.
Your welcome and small un-marked bills will do fine.

[KCIR2]

Yes I am building a supercomputer in my web browser but to do that you have to be clever. Very clever indeed.
Especially if you use java.
But if your program statistically remembered what it did all the time and then made pages of the instructions so that it might take short cuts to the final result through a darn good indexing system and look up tables then recorded those in virtual photon cells, or virtual pixel cells, then you my friends have entered Hilbert Space, and may indeed add strangeness to that pixel and add spin and add quantum effects.

An image on a screen that is a manufactured image of data and not a sensible photograph but is merely storing sums and filling registers with sums to be used as calculations through z in this case through time and the MIPS time which means that as fast as two memory blocks can be compared that is how fast your supercomputer can function.

Think of a series of screen frames lined up and look through one pixel and see a line of instructions. A single thread.
A turing machine.
Now to make your life easier don;t use just one pixel use a few so you have registers that can hold values and even take a go to function call so that it speeds things up. Hold values so that you reduce repetition.

So even if you said 5 x 5 as one thread, the clock speed is how fast can you flip those virtual pages.

You see you create your math rules using that time line on z, but always have places there to store large numbers in the other 24 virtual pixels which are not bits, a bit is a single digit, a pixel is one of 64,000,000 colors.
http://www.engadget.com/2004/06/25/sherlock-holmes-looks-sexy-in-64-million-colors/

So you have 64 million colors and what does a color have? RGB values.
Or just an indexed number or any number of ways of giving it a value.
So if each number could be a function call, then whats the color in pixel, look up the function call in the lookup table, and then perform that function.

So then thats a lot of functions you cna have in that lookup and so then what does the function say?
It would say put values in one pixel and values in another then combine them or subtract them or multiply or divide the values.
But in the Windows environment you have to have a place to store a variable then you ask windows for the value of something, then place that value in your function call, then ask windows to perform a function.
And provide parameters for that function.
So you are not so much crunching numbers as you are asking Windows to perform functions for you.
When you want to do graphics you use Direct X and so it has routines you use to perform functions and functions to perform that are ready to go as is.
Windows accesses the hardware based on your instructions through the calls you make using Direct X.

So no matter how fast you process commands, Windows will still do things in its cue, its message cue which just streams along with instructions from a thousand little snoopy programs and utilities your have parasitizing your system and maintaining it and handling network traffic and layered processing.
Look at your task manager as an example by right clicking on your task bar.

So the processing clock speed of Windows is how fast it will execute an instruction.
No matter what you do at your end but you can do YOUR processing faster by taking shortcuts however that may not help you a great deal.
Unless you use a different type of architecture.

[KCIR2]

Consider that at the very least, with a screen you have x, y, where the dot is and z could be the color value.
So then what you have is a 3D block of memory.

A solid block of memory 1200 x 900 x 64 million if you want.
So then actually you have a lot of reference frames don't you?
1,000 x 1,000 x 1,000

how many of those chunks can you fit in 64 million?

remove 3 zeroes.
64,000
So right there instantaneously you have 64 thousand frames or blocks of memory ready to hold data.

That are 3D but not high resolution so you want high resolution?
So then if instead of just one monitor that was 1,200 x 900 lets
put 4 in a block so thats 4,800 x 3,600
which means we divide our 64,000 available blocks by 4.

16,000 of those frames available on demand.
So what does frame one hold? Vertices that are not empty spots.
There is something in a point there.
So then to find out what is in that point there we look at the next block and it has the color value, the next block has its spin, the next block points at the light source, the next block, has light temperature, the next block etc.
All through lookup tables.

You see we are using the screen x,y, using the color for z the depth of the point in z, if it is not zero.

It is zero if there is no point there.

So when we check the pixels we find on that is not zero then we get the depth then reference that to the next block which is a block in Hilbert Space, a virtual address block, so we have to use physical memory however in a lookup table to tell us what address so and so means in the lookup table.
And store that to disk.

The fact remains that just by using the large color stretch in z as Hilbert Space, we can parcel up that land assume it is filled with points, and since they don't exist at all, yet, manage all that with no loss of processing power.

So our 3D image is contained in the one block but its qualities span numerous blocks, and then those can be combined to form a final image.

[KCIR2]

Can I show you more of the elephant than just its tail?

Ok, so imagine you have a screen 4000 across 3000 down that's a large picture if you want to view one that size...something like...
http://i.imgur.com/mYBXl6X.jpg

So ok you have your 4 virtual monitors now addressed as a series of variables
in a set.
You have x,y, values and a z value as the color value you will set.
What do you have in reality?

At this point you have a block of memory that is x=4,000, by y=3,000
by z = 4,000

Which means that you can tell that block that at any point in that area the light is either on or off.
Something is in that pixel or it is not.

If we want to know the color that is in that pixel we need to look at the next block behind us, and see what that color is that is in that spot and so we just look up that address, in the lookup table, and we match that address and look beside the text we found and we see more text that we have to convert to a color number.

You see in this way we don't need to iterate through every dot nor save a file that has that many dots nor search through the file to the location to get the color or any other value from that point in space time.

So you see there are few vertices in a 3D object compared to how many dots there are in a 3D matrix.

So the first tells us something is there that is not zero, the next tells us the color of that pixel there the next block gives us any other dimensional data we want in that p point stream.

So you can also map the viewport that way and then superimpose that on your normal viewport.

But the problem arises in the fact that you can only record one value in that x,y and what if there is a line of vertices in z behind each other?
Well then you see a smart programmer would say well I need a first step.
First I need to know how many points are not zero in that z plane at x,y.
Then I will have to do a transform of the data for that point that is recognizable to the math function.
If you turn the object at a 45 and then a 45 on the y axis as well the chances that more than one dot will align on z are minimized.
But you still need a simple method of saying there is more than one point on the z plane behind x,y, so you need to spawn some actual temporary memory.
As you write out the addresses and the values to a look up table all based on the original block of area.
Remember that you may need to zoom in and adjust scale but the finished image will always be ok at that large size. A variable snap grid as it were.
Where you are actual written dimensions in the lookup table are approximated when shown on the screen by using a grid system, the closest point is chosen yet the original data could still be used right down to a very fine scale.

Just y using larger numbers or decimal places in the lookup table. Same number of entries means same speed of retrieval.

So you see what we are doing here is we are using virtual memory as often as possible since it is instant, and we are just concerning ourselves with the points in use not all the points there are.
Those addressable points of interest.
If we want to though using the interior points we could fill in the objects with proper materials as if it were that way and hence print 3D materials in a 3D printer that are solid and maybe contain composite materials or other things inside.

[KCIR2]

Its a snuggle night so I am snuggling with my numbers ok? Mathematicians are like that.

I have till Sunday to make up with Alice so I am ok that way.

So then being more speicif your screen is x.y, then the color becomes z, so you need to think first how you will set this up.
So you reserve the first 20 color numbers for function calls.
So the color is a one then you look up the function in this case it says the depth is equal to the width 4,000 and it says here is a string of values at x,y,z, that are not zero, which means there is something in those addresses.
The next color is zero so there is nothing to write in the lookup table.

When do you really write in the lookup table? When you place a point or points on the screen.
When you create your object.

All you are doing is recording the points in your object.

However what we can do using this virtual address system is to create large blocks of virtual space, and add N dimensions to each point.

So you are looking at the screen and there is a non zero color at x,y and so the number tells the program which block it belongs in, if the number is less than 20 its a function call, otherwise its a position or property.

So to use a section of pixels as a thread and compute through z, we have 16,000
steps available in our system as is.
So we want to use that for object oriented programming so that we have enough steps.
Linear program and do iterations and you are through your set so we don't want to use our set like that.
We want to be computing through z, but making go to statements and returning values using other independent threads.
So you see now timing becomes important.

While you are moving forward you need to do a subroutine, so your thread is on hold, the function call waiting for a return the other threads on that page heading through z do they have to wait as well? So then its not true multitasking.
The threads can;t act independantly.
So the pages must keep flipping so what happens to the instructions on hold at xy?
They would all have to move back each step cascading back.
or your place holder remains back but then what of your light?
You see the instructions are pre made on pages and divided into a time slice or moment or instruction slots on a clock. That way they are independent but individual.
However if you have to wait for a return sum your row of instructions can't
execute in time with the others.
So you need a level of branching and abstraction.
Still working off the same clock, one way systems try to balance things is by priority.
But you know they haven't got the the thing perfected yet.

The multiple CPU has how many threads per CPU? 4?
And with 4 CPU's then 4 real threads but with hyperthreading, 2 threads per core, that's 8 threads.

That's jack squat.
One DNA molecule is one thread in the real world.

So your mission should you accept it is to imitate reality in the real world with 8 threads when the number of actual threads in the scene has over 250 digits.
Well we use tricks of light and shadow and you know fake it.

[KCIR2]

If you had 8 threads thats 8 separate computers in one.
So Windows is maybe using 4 of those to do noting but make your life miserabel and try to find your credit card numbers, so you have 4 to use for these super computer machines.
Unfortunately when one thread in the machine has to wait, the other threads in that machine have to wait, just like Windows before true multithreading.
And like today most of the time because people don;t use it properly.
You can click all you want Pal, the little thingy is spinning right now.
The program did not check for key strokes or mouse clicks during its wait, so you are waiting now as well.
Instead of saying while you are in that loop, each iteration check for mouse input, they just ignore you with big who cares about what you want we are going to spend the next four hours rendering this image and freezing your machine or loading this scene and freezing your machine or doing anything and freezing your machine.

So with your 4 machines using your graphic computer which is a large screen divided into segments that move through z, along a time line and follow color coded instructions from a lookup table.
So maybe you actually now have a supercomputer and it may give you some extra computational power.
You may have thousands of threads now even though in actuality you have 4 and Windows has 4.
Speed wise you are getting things done faster.
What you put int the cue depends on your own needs.
You have to assemble that code into that linear stretch to meet your requirements.
But that would them be an object or a routine or a subroutine or a unit or a dll type of instruction set or tool set.

However the few seconds you spend loading your machine with instructions saves you a lot of time when it moves through z using a lot of threads.

[KCIR2]

Lets look at what hyperthreading is...
"is Intel's proprietary simultaneous multithreading (SMT) implementation used to improve parallelization of computations (doing multiple tasks at once) performed on x86 microprocessors."

Why don;t they just say dividing the time slice that is allotted to one true thread into two and then lying and calling that an independent thread.

We are doing what they are doing excpet in our case we are making a whole bunch of them operate on that same time slice that they call hyperthreading.

We are using virtual space, Hilbert Space, and N dimensional space to cheat but recording points that are important to our objects.
To reduce the data.
Empty spots we don't care about even though we have an address for every spot.

For i is assigned 1 to 4000 do
if there is something in that spot, do this.
Otherwise don;t do anything and move to the next one.
How may times do we need to do that? Just to record the points if wanted to.
Once we have the list of points, we needn't bother checking empty spaces.

When we abstract that reference frame, into a place where machine instructions are stored, then color code those instructions, we could fill that block with color values if we had enough need for that many threads computing along z. But the threads use a block of pixels to compute not a single row along the z axis. The turing machine here needs to use the other spots beside it to speed up its processing and carry sums long in variables as a color value.

You can make it very simple and say if the color is number 14 then add the next color value to the sum, if it is 15 subtract it, 16 multiply, 17 divide, etc.
So every other color is an instruction.
You keep a running count of time slice moments or virtual seconds so that you can tell if it is odd or even and if it is odd then its an instruction.
You can set it up like that if you want with nulls.
If there is no instruction to do there.

Looking forward into our pages lined up if we pick a pixel area and stare down it we see a line of instructions then a value, then instruction then value.
The color value may be variable and set after the instruction or during the execution of a prior function.
If it is just point data, and you are applying some process to that point, then that sum may be recorded on a different segment or copy of that block.
For each dimension you may have separate block.

For instant what is the ambient temp there well the temp block, has a series of numbers between this and that.
Indexing and abstraction and symbols and variables all to find things in virtual space or record their position in virtual space.
You still have to record the data though on disk but its a smaller bit of data than the real block which would be 4,000 x 4,000 x 3000 bytes of color data every frame.

[KCIR2]

You can imagine the millions of man hours that have gone into the development of game engines to make scenes look real.
A 93 billion dollar industry.

So I can;t explain everything in a short thread I can;t even really get into the nitty gritty how each surface has properties such as its reflective quality so the light will maybe not reflect onto other objects or that sort of thing.
So there is a lot of complex workings built into the system by taking routines that are common and building them into the GPU.
Then using the calls to the GPU via Direct X, you make your objects and do your graphic work.
Speed and quality of finished renders the object and source of great wealth if you succeed.

But to speed up computers you need to speed up computer graphics these days since text is fast as is, and really only graphic programs require much much more power and ability that is available today.

To process graphics such as use a filter to alter every pixel on the screen
call Windows, ask it was the color is there it will think about it for a while and get back to you, then you ask it about the one beside it and so on.

Direct X is supposed to make that faster and better.

Otherwise you couldn't do anything.

Try it using basic C++ and get pixel.
To draw pixels across the row on a page you can watch them change color one at a time one half second each spot.

Wait for 3 minutes or 5 minutes while it puts an entire picture on the screen.
It loves you that much.
Click on a JPEG and its on the screen instantly.

So the program you have working, may be fast but still limited by the Windows clock.
If you avoid those calls and just use the fastest methods to get to the gPU to get things on the screen it can work reasonably quickly these days.
In preview mode the scene will spin without lag.

Therefore people have been striving most for faster better preview modes for use in real time gaming.
So the 3D design software like Daz3D uses a game engine for its preview.
To bring that up a notch people will have to get my addon when its done so that preview mode looks like this...
http://www.imagebam.com/image/03f06e469067782
Instead of the current like this...
http://www.imagebam.com/image/e0eec1469067757
which does not look as real.
This level of graphics is what you want for preview mode...
http://www.imagebam.com/image/019217470382446

[KCIR2]

http://www.zimbio.com/pictures/1chGa-vcfhX/Maria+Sharapova+Goes+Grocery+Shopping+Whole
Oh no, the numbers are losing...
Hey baby, take a walk on the wild side.

And the colored girls go doot de doot doot doot de doot doot.

I was hoping we could revisit this spot where we were searching for sea otters...
http://www.imagebam.com/image/8edca9450404640

I owe Romee another night as well but Thursday is her day.
She always makes me jealous with her boyfriend and then says oh lets go out twice this week.
Who can figure out women?
https://www.instagram.com/romeestrijd/?hl=en

https://www.instagram.com/officialellarose/?hl=en
I have Ella figured out because she has me figured out, that I am right handed and so you see.
That left Abigail no choice but to face things head on...
https://www.instagram.com/p/BCqlL1nqIuz/?taken-by=abigailratchford&hl=en
If you want it here it is, come and get it better hurry cause its ~goin fast.

Hard to resist those two babes this week them being my special guests.
I already invited them to snuggle night.

But I owe you a datenight so your timing may not be perfect but we will manage ok over two nights.
Everyone else is in France now. Even Rainey is in France now.
https://www.instagram.com/p/BCsuH_QvSOX/?taken-by=raineyqualley
If anyone else is planning on going to France probably there are no hotel rooms left.

[KCIR2]

https://www.instagram.com/p/BCsqS_4mIRN/?taken-by=hoskelsa&hl=en
I can't wait.

https://www.instagram.com/p/BCtZ2KtmIVY/?taken-by=hoskelsa&hl=en
Poor thing.
Get well soon.

http://www.zimbio.com/pictures/d__Ubztys9e/Victoria+Secret+Swim+Launch+Behati+Prinsloo/nqpeVp2-sDP
Well I called you yesterday because I wanted to see if you wanted to go out.
Since you were looking hot in the pictures at Candice's instagram.
And there too.

Its just that you wouldn't shut up about your husband so I left.
You are as bad as I am.

And now you are wearing white.
At least you signed me.
Sort of.

Well tomorrow we will go out I suppose yeah. And tonight is a snuggle night.

Ashley Greene is out there too so she will wait until tomorrow I think.
http://www.zimbio.com/photos/Ashley+Greene/Ashley+Greene+Goes+Nail+Salon+Beverly+Hills/nKxZcRg0vly

Hi sweetie pie.
I will stop by for a few minutes and pick you up tomorrow.

[KCIR2]

http://www.zimbio.com/pictures/kbCn4bt8jhI/Dolly+Parton+Press+Day/dwxgcigVvMh
Plant her ass in the mattress once and she is ready to take on the world again.
Sounds like a little kick off for your tour is in order.

I wonder how my girls are doing this morning.

Finally it is the swim suit special release national holiday.
I could stay in bed all day then watch it, then go to the beach and pawtie.
The girls get to wear special glam high heeled fuzzy slippers tonight!
And see through black thin stretchy mini dresses.
They can wear big hair if they want.
And gum, gum is ok.

https://www.instagram.com/p/BCvEAlxSfCC/?hl=en&taken-by=angelcandices
https://www.instagram.com/p/BCCE1gGyfMT/?taken-by=angelcandices&hl=en

difficult to beat this one. This is my favorite.
https://www.instagram.com/p/BB8HPMOSfA6/?taken-by=angelcandices&hl=en

And here with Behatti which I mentioned last night...
https://www.instagram.com/p/BBdG6mrSfNq/?taken-by=angelcandices&hl=en
That's a great shoot.

https://www.instagram.com/p/BCslpufQ-TK/?taken-by=davidbellemere&hl=en
You're not gonna beat that shoot at Sports Illustrated.

[KCIR2]

https://www.instagram.com/p/BCuS-QTN6G5/?tagged=vsswimspecial2016&hl=en

That's it? That's not a lot of excitement or anticipation after such a promise offered by my good friend Conan. Maybe on a Sunday with the wind at my back, you know us having already had sex a thousand times probably you have seen the full extent of it on many an occasion.

See the eye witness news report on all that...
I think it aired on a Wednesday.
https://www.instagram.com/p/BAPT5brIRZz/

But its not about me tonight. Oh no. No, tonight its all about you girls.
Later it will be about me again but until then, its all about you.

https://www.instagram.com/p/BCvJ4FvhIHf/?taken-by=sarasampaio
Are they keeping you there hostage in Paris or something?
Maybe its jealousy.
https://www.instagram.com/p/BCtiWajhIOB/?taken-by=sarasampaio
Great you got her, quick, lets run to the hut!

[KCIR2]

https://www.instagram.com/p/BCuszDds5h-/?taken-by=officialellarose&hl=en
Oh yeah, I am in big trouble now.

https://www.instagram.com/p/_qMQWaL2We/
Tadaa! Fixed all that pretty quick.

https://www.instagram.com/p/BCMQ_2onFCD/?taken-by=jastookes
Action!
Where's the popcorn.
I am actually working. Thinking working.
Thinking I can do some work next week and party tonight. I am well rested.

https://www.instagram.com/p/BCio1ZtqIr0/?taken-by=abigailratchford&hl=en
Hope you like the sweet finish.
(I'm thinking she does)

https://www.instagram.com/p/BCvI2YFpzlD/?taken-by=official_laneya_grace
Yes your pirate ship your pirate ship.
I will go and do that now.

[HVAC]

Tesla should take his pigeons and get the flock outta here

[KCIR2]

https://www.instagram.com/p/BCu79mdND2v/?taken-by=stellamaxwell

We sooo blew Sports Illustrated out of the water. Even the fatwaaaaaaonnhhh didn't help them.

Stella is in France because they are jealous.

Adriana is in Paris...
https://www.instagram.com/p/BCvhcHns6lA/?taken-by=adrianalima&hl=en
She likes all the glamour anyway.

https://www.instagram.com/p/BCs5ZNTP31s/?taken-by=lilyaldridge&hl=en
It does. It takes a whole village to satisfy Jabba.
I got your email.
https://www.instagram.com/p/BCsGSjTv39E/?taken-by=lilyaldridge&hl=en
Looks cute to me. I saw you in NY today.
Tonight tonight.

[KCIR2]

https://www.instagram.com/p/BCtxZ8zvtWB/?taken-by=jade_weber1
I knew that.
We soooo had fun on your birthday.
https://www.instagram.com/p/BCvkAVbPtS_/?taken-by=jade_weber1
Gorgeous.

https://www.instagram.com/p/BCvmomzJziC/?taken-by=official_laneya_grace
At long last your ship has come in.
http://www.imagebam.com/image/ea3aad470799388
http://www.imagebam.com/image/2ce29f470799397


https://www.instagram.com/p/BCt7M4Fwlgn/?taken-by=behatiprinsloo&hl=en
The man, the myth, the legend. The whole 9 yards Behatti.
https://www.instagram.com/p/BCv9lmoQln3/?taken-by=behatiprinsloo&hl=en

[KCIR2]

https://www.instagram.com/p/BCv5OdqBELk/?taken-by=itsashbenzo&hl=en
Why so glum chum? I saw you coming out of the gym.
Love shack.
Almost everyone is in Paris, how is that for timing?


https://www.instagram.com/p/BCwCozoNor4/?taken-by=annasophiarobb&hl=en
Midterms, schmidterms, the bus is leaving.

https://www.instagram.com/p/BCv5B8fESq3/?taken-by=karliekloss&hl=en
Home already? Or snakes on the plane?
Last tango in Paris.
https://www.youtube.com/watch?v=vkUpfw4Hf3w

[KCIR2]

https://www.instagram.com/p/BCvu8pbnFLN/?taken-by=jastookes
Wht?
They look like that all the time.

https://www.youtube.com/watch?v=vkUpfw4Hf3w

[KCIR2]

https://www.instagram.com/p/BCvi2WlGeXP/?taken-by=saraunderwood&hl=en
Heart shaped pancakes.

https://www.instagram.com/p/BCv1cLwmea_/?taken-by=saraunderwood&hl=en
That's really close to where we saw the sea otters last week.
I hope we didn't scare them.

http://imgbox.com/gkCutx2y
Now there is a mystery for me to solve.
Oh I told Abigail she could have the sweet finish.
Yeah. I did that.
You can have it next though.
After tonight.
What is it you are supposed to say? Fly my pretties FLY!

[KCIR2]

https://www.instagram.com/p/BCmF2B8Jdfj/?taken-by=torriewilson&hl=en
How bout tonight?
https://www.instagram.com/p/BCrpCLZJdW_/?taken-by=torriewilson&hl=en
Sounds wonderful.
A little cardio.

I am not sure if the girls are back from Paris yet. If so, they just got back and are probably tired. But Behatti and Lily are coming. A few others, Ela and Abigail and Victoria. I was going to bump Kristina to tomorrow.
They had a sleep over on Jade's b'day Monday.

[KCIR2]

I suppose I am in the bad books now because I didn;t pick the angels up last night.

Except Karlie, but look at what I had to deal with...
https://someimage.com/FqFo8AB
That's a woman on a mission.A woman with only one husband, moi.
But what a woman though.
And who was she sharing with?

https://www.instagram.com/p/BCmF2B8Jdfj/?taken-by=torriewilson&hl=en
Torrie.
Do you have any idea how big and strong you have to be to get it in her ass???
https://www.instagram.com/p/BCBrTfwJdV3/?taken-by=torriewilson&hl=en
Get an invitation like that and you need to take your protein powder and your Vitamin B12 strip 1,000 iu. And be well rested.

That's ok though I trained for this all week as part of Baywatch Honeymoon week didn't I ladies...
Check this out....
https://www.instagram.com/p/BA2-3D1KIt5/?taken-by=abigailratchford&hl=en
You see I would have gotten to the angels except she was rubbing oil on them while I was banging her hard and so you know I wasn't going anywhere.
She was going to get that sweet finish and sure enough she did. Just like in my dreams.
And who does she share with?
https://www.instagram.com/p/BCrMZTls5hJ/?taken-by=officialellarose&hl=en
With Ella, from Sweden.
https://www.instagram.com/p/BBlyLVos5iU/?taken-by=officialellarose&hl=en

Only a guy with two of those can afford to let his angels wait a day so they can have some rest after walking the runway at Paris Fashion week.
Making Lily and Behatti wait was maybe not a great idea but a man can only do, what a man can only do, and even a second memo from Jennifer in Australia with backup this time, could not get me to fulfill my husbandly duties beyond a bit of family snuggling last night.

I was spent.
I went 10 rounds, and won. But I was spent.
I forget how many times I banged Torrie last night and Karlie.
oh they were hot last night. Just look at the pics.
Best Baywatch honeymoon week ever.

Love shack baby~
But two Ashleys and more did get a little satisfaction last night as well.
I just couldn't get to my angels.

Not past those heavy hitters.

Nope. Not nobody, not know how. I may be the only person alive, who can get it into Tories ass when she flexes.

[KCIR2]

You see this is what I was trying to tell my team last night. To do what I do, you have to treat them with tender loving care.
And Yoda is like well I guess that rules me out, and yeah, pretty much, you would fall asleep. But that's the only way you are going to get it into Torrie's ass trust me on that one. Very gently.

Once you are there ok, let the games begin. Then its a matter of did I build this structure well enough? So we checked that first to make sure the cabin wall behind the bed was secure enough and yes large posts, one solid frame board built wall spiked to those posts. I knew what I was doing.

The nice thing about the honeymoon love shacks is you can carve your initials in them or do anything you want.

http://www.imagebam.com/image/019217470382446
We have to decorate them with posters and things washed up on the beach.

But they are road tested and for a honeymoon well we have been in heaven. Its a honeymoon in heaven.

Hard to beat that. Want to see the occupants of another cabin? Ok, as long as you are not jealous of us. I have a new set of bookends to die for.
Helps when you are in love of course and on your honeymoon even if it is just pretend.
Katrina
https://www.youtube.com/watch?v=7IfrJnI92H4
And Sara UnderMywood
https://www.youtube.com/watch?v=RvrCYUNSIMA

luckiest guy on earth to have those two beauties sharing a love shack, baby love shack.
We don't do threesomes because I don't want to risk my emotional investment.
Notice at the start of the week the first thing I did was ask Ella and she said nooooo, not even them, so thats why I still have a face, that wasn't the nutcracker suite last night, it is was Baywatch Honeymoon in heaven!

I figured I wouldn't get the images from the Swim Special until today.
So no need to rush even if our party isn;t till Sunday they will have time to think about what they want to do.

Notice Martha was playing volleyball with Sara Sampaio on her team?
ElsaMartha and MarthaElsa have apparently gone to Sweden for an operation to become unjoined at the hip!
And like her starfish couch itself, she has grown another Siamese twin this time Sara. My guess is they are not looking to sleep in the snuggle spot on Friday.
Even if it was freezing cold outside and we had a shack on a mountain.
I don't know why that is that the person who becomes queen on Friday has to forget about her own sex life and just be the queen.
We should just put a cyborg there.

[KCIR2]

Yeah it was actually quite fortunate for me all the angels were called off to France except a couple.
That allowed me to pursue a different course of action for one glorious week of Baywatch activities and seriously we set that bar so high we had to do it in heaven.
Never before have such babes graced the surface of the planet and come together in one fun filled night of honeymoon bliss.

And what a nice Valentine present Karlie gave me too. One that Taylor seriously deserved for making such a fuss about her one year anniversary with a guy she didn't even spend Valentines with, as far as I know.
Karlie's ex BFF Taylor, who I spent Valentines with well a week late maybe but
you know her and Selena were together as a team and I was late getting to them.

But now you see Karlie showeed that she has the right stuff on demand, and as soon as she was finished work, ok, lets get busy.
Professional ethic and why she is the worlds top model. A woman for all seasons.

So that was real sweet that we could share with Torrie, of the WWE, world famous in her ow right as the reigning queen of woman's wrestling and fitness guru as well.
https://friedjunk.files.wordpress.com/2013/06/torrie7_v0.jpg

Maybe not what Maria had hoped for but Karlie was on a mission and Maria had been out twice since Valentines already so she had to get her own cabin.

I don't know about the future if it will stay like that though.
Have to wait and see.
I think Ella and Abigail will share and Katrina and Sara Underwood will share.
That's pretty good matching right there.

I wonder what sort of images I can find from the swim special?
Candice with a gallery, found in a forum under the heading Jesus Christ!
http://imgbox.com/sDqPRvVT

http://imgbox.com/jHBFvJLa
So what is Behatti saying?

Behatti is a tough one to figure out. But you know that its a matter of congeniality in the family so that's why even if they share a cabin, we don't have a threesome. That's what got Behatti married in the first place to quell those rumors about us.

Ashley says she will do Fridays if I want.
https://someimage.com/IzwMuWB
But the thing is that she lives in LA so Friday I have to go to bed at 7 you know so thats ok. She was looking soooo hot last night. I banged her 3 times.
http://www.zimbio.com/photos/Ashley+Greene/Ashley+Greene+Goes+Nail+Salon+Beverly+Hills/yPXK2C-4nKr

I made her dress up and everything.
Those striped leggings, you know too thin to be pants as pants.
What a nice ass.

Yeah so you see I had a lot of family business to take care of and couldn't have a swim suit party last night. This whole honeymoon business is over the top now.
I suppose they were saying yeah but a honeymoon in Paris.
And well I wouldn't rule that one out, so we went there too for a bit and got a room on a nice street, a small flat. It was ok, but not like bashing the bed against the wall in a love shack.
Or wearing a tattered dress on the beach all wet and getting picked up and brought into your love shack.
Tell me that isn't romantic.

And do bikini queens look good in a tattered dress on the beach?
Oh yeah.
You want to believe it.

https://www.youtube.com/watch?v=9SOryJvTAGs

[KCIR2]

http://www.imagebam.com/image/bf1f09470988450

You know what the best part was?
The expression on my daughters faces when you and Katrina walked through the ship like that wearing high heeled fuzzy glam slippers and fancy baby doll sheer beach cover ups with suckers in your mouth.
Don't mind us we just wanted to show you what we were wearing to the beach.

Don't think this won't get them exciting about babysitting again...
http://images2.fanpop.com/images/photos/3900000/Torrie-Wilson-wwe-divas-3993868-1600-1200.jpg
They will be on the phone soon wanting to sleep over.

https://someimage.com/FqFo8AB
That's almost a tattered dress you know.
That dress should stay in our love shack.

https://someimage.com/EuDZRBH
Hi Mila,

I saw something, let me just check....
https://someimage.com/egrZ

I guess you picked that up on the secret girls network.
So yeah I will plan a day for us in the beach shacks for old time sake.

https://www.youtube.com/watch?v=9BMwcO6_hyA

[KCIR2]

https://www.instagram.com/p/BCx5WGdjMN4/?taken-by=dianekruger&hl=en
I got your email. Sorry you didn't get to be a symbolic pigeon this Valentines.
yet.
I think you might be Bohemian now Diane.
I was looking at your instagram and it sure looks Bohemian.

Nice photoshoot email.
http://www.imagebam.com/image/e51e0c470991744
Didn't want to go with the Rrrrreichsteader black Vidow shpider look?
With nice tight black Herve Leger dress? What did Karl suggest? The beige?
I suppose maybe he has seen Torrie on TV.

https://friedjunk.files.wordpress.com/2013/06/torrie7_v0.jpg
Isn't that something?
I love that. I am fitness freak I suppose or maybe not a freak but certainly appreciate fitness.

Anyway Diane yes lets get together soon for a bit of our usual Valentines love.

[KCIR2]

https://www.instagram.com/p/BCwkcxxreAc/?tagged=vsswimspecial
You thought that was Ella right? Nope that Romee and tonight is Romee's sleepover night. Granted, now I have a little ammunition if she wants to make me jealous on Sunday again.

The swim special has its own tag so feast your eyes.

Looks like Candice and Behatti stole the show.
https://www.instagram.com/p/BCya5JVjZno/?tagged=vsswimspecial

They can do that now that we don't have threesomes together any more.
They couldn't do that if we still were.

But you know that's ok by me. I don't mind.
One on one suits me just fiiiine.

https://www.instagram.com/p/BCyXuj8DLZj/?tagged=vsswimspecial
She's so fine there's no telling where the money went.
Hey that looks like our airship on a Sunday night.

Some great pictures in there.
https://www.instagram.com/p/BCyW0bAAZcK/?tagged=vsswimspecial
My sweetheart looking me straight in the eye telling me no funny business mister.
https://www.instagram.com/p/BCyWSCfAZaq/?tagged=vsswimspecial
Elsa in the royal purple.
yum.

https://www.instagram.com/p/BCyPoGOQdEZ/?taken-by=sara_sampaio_n1
One night in Paris and she looks like a different person.
That's Sara. I think. She looks almost like Miranda..
She lost her tan and got some rosy cheeks.

https://www.instagram.com/p/BAVa6fmhIPf/?taken-by=sarasampaio
Why do you think I made those beach shacks?
I felt inspired.

Martha getting right to the point now.
https://www.instagram.com/p/BCx_7YlIRcn/?taken-by=marhunt

She has her hand in her purse which of course means don't say anything about me being your main squeeze sleeping over on Friday in the snuggle spot or anything like that.
Roger that.

Think Romee was trying to tell me something?
https://www.instagram.com/p/BCwkcxxreAc/?taken-by=romeestrijd&hl=en
https://www.instagram.com/p/BCxEQSaLeFl/?taken-by=romeestrijd&hl=en

Sure looks gorgeous.
https://www.instagram.com/p/BCyMKujLeIw/?taken-by=romeestrijd&hl=en
She positioned herself well for tonight. One track mind. I like that.

Think she learned her lesson? I doubt it. She will do it to me again next weekend. She always does.

[KCIR2]

http://www.gettyimages.ie/detail/news-photo/model-martha-hunt-attends-the-victorias-secret-swim-viewing-news-photo/514584700

I found that new getty image search. Looks good. Nice to see they finally have something useful again.
http://www.gettyimages.ie/detail/news-photo/model-romee-strijd-attends-the-victorias-secret-swim-news-photo/514584660
My Romee.

And Jasmine.
http://www.gettyimages.ie/detail/news-photo/model-jamine-tookes-attends-the-victorias-secret-swim-news-photo/514584690
That naughty sexy Jasmine.

Probably it will be a Romee snuggle night tonight and we will have our swim party on Sunday. Martha can sleep on the other side.

I have to work tonight. Have to go to bed early and they are in New York so that works well.

I have to pick Stella up as well.
Usually she sleeps over on Thursday with Romee.
So maybe Martha will sleep over tomorrow.
Not in the snuggle spot though.

Alice might still be up for that challenge.
https://www.instagram.com/p/BCxjZx4wTmq/?taken-by=alicepanikian&hl=en

[KCIR2]

https://www.instagram.com/p/BCwd0bJND-q/?taken-by=stellamaxwell
You know whats even more fun than watching the swim special?
Sleeping with Stella.
Have you seen how gorgeous she really is?

http://www.avaz.ba/storage/2014/08/19/thumbs/Stella%20Maxwell-718x446.jpg
http://www.gettyimages.ie/detail/news-photo/victorias-secret-angel-stella-maxwell-celebrates-the-new-news-photo/483697060

She has the genetics for sure.
http://www.zimbio.com/photos/Stella+Maxwell/Victoria+Secret+Fashion+Show+2015/ujq557WQYos
I think maybe we are in love and so she is not looking as edgy as she used to.

Still Bohemian and they love to make her into something in Paris and Vogue magazine and New York fashion week.

She can make anything look good.

Swim Special
https://www.instagram.com/p/_hGa6PND8m/
https://www.instagram.com/p/BCu79mdND2v/?taken-by=stellamaxwell

https://www.instagram.com/p/BCsy9xHRfyg/?taken-by=laisribeiro&hl=en
What??? You just finished showing a picture of your boyfriend in bed and saying how much you love him, and now you are mad at me for being late.

I'm just trying to make it special. I don't want to rush through this thing you know. You girls went through a lot of effort for that swim special.
I want us to have you know a few days at the beach shacks, not just a quick rendezvous in the middle of the night.

https://www.youtube.com/watch?v=QrOe2h9RtWI

[KCIR2]

So Behatti and Adam just announced today they are having a baby!
Isn't that nice?

And you know I just plowwwwwwwwed Behatti not long ago. I mean you know I really plowed her, so that's not surprising.
Her fault for wearing black.

Difficult to say if I am the daddy or not. Time will tell.
When they pop out and point like a pod person, its hard to deny.

http://www.sawfirst.com/behati-prinsloo-in-victorias-secret-photoshoot-january-2016-2016-01-26.html

I think I am because she has been trying to tell me something.
You know, dressing down and all that.
Trying to look like me even in the jeep in Caprona.
So I don;t knoooow. We will see what we will see.

But I am thinking that you girls all deserve Baywatch honeymoons next week starting Sunday.
I think so.
Paris is nice, you know, Karlie and I got a flat in Paris last night, but only she would be able to tell you which she enjoyed more.

She practically lives in Paris year round working all the time.

https://www.instagram.com/p/BCsFHsHESpk/?taken-by=karliekloss&hl=en
Maybe she will tell us which she prefers when she stops flitting around the room singing I could have danced all night and looking like Mary Tyler Moore in her apartment.

[KCIR2]

https://www.instagram.com/p/BCqkb0NJFqP/?taken-by=josephineskriver&hl=en

The latest angel. Just got her wings a short while ago. And some pancakes, but has been thrown into the lions den.

She is doing ok though, was in the swim special.

https://www.instagram.com/p/BCyNhtKJFhl/?taken-by=josephineskriver&hl=en
That's her beside Romee.

This will be her next week at Baywatch honeymoon heaven I hope.
https://www.instagram.com/p/BCsqxkjJFgm/?taken-by=josephineskriver&hl=en

I will have to play my cards right though because we haven't had a chance to really bond yet because of the trouble that Martha and Elsa and Romee and Stella cause. They keep me hopping.
That's what happens when you combine intelligence and good looks.
Men don't have a chance. Not even me.

[KCIR2]

Behati won't stop laughing.
I started singing her a Paul Anka song.
Perhaps you have heard it before.

https://www.youtube.com/watch?v=SFHWl-ZyRAg

[KCIR2]

https://www.instagram.com/p/BCyowiTqIg9/?taken-by=abigailratchford&hl=en
What a wonderful time we had.
https://www.instagram.com/p/BCwjOLCM5re/?taken-by=officialellarose&hl=en
You two made the girls at Victoria Secret jealous. And they say it couldn't be done.

Kendall, is in Italy. Poor thing.
http://www.zimbio.com/pictures/eudcM_TcrKP/Palazzo+FENDI+ZUMA+Inauguration/ZZDReptIJ5B
Its a good thing I am not still waiting at the airport.
Is this fashion week in Milan now again or something?

Good Lord. Well if you are not back by Sunday I will fly there.

[KCIR2]

https://www.instagram.com/p/BCwkc9iM5s2/?taken-by=officialellarose&hl=en
Wow, no caves, no white chocolate.
We have beach shacks and you can run to high ground even.

I wasn't going to let this happen.
https://www.youtube.com/watch?v=-d4OVHvWZEQ

[KCIR2]

https://www.instagram.com/p/BCwKrlby2RA/?taken-by=emrata
What? Oh, goodnight Paris. I was just having dinner.
I saw that article where you are supporting Kim as she tries to get me to bang her on the beach, but you know I am not going to. (this time).

I see you are over the flu.

That's nice.

Your instagram noting for days then all of a sudden I get the images.
https://www.instagram.com/p/BCvDC7jS2Yi/?taken-by=emrata
Looks like Irina was grabbing your ass.

You see that's all about why honeymoon in Paris for me was not a good idea.
Very lovely clothing except romance is out the window in those high fashion Balmain, Givenchy, Miu Miu outfits to wear to some sort of dinner at the Smithsonian Institute.

[KCIR2]

http://www.zimbio.com/photos/Kate+Middleton/Duke+Duchess+Cambridge+Visit+XLP/w0Nujtnvuql
Just wave your hand at me and say "When's my turn?" I saw our son the other day. Quite a smart bright young man if ever I saw one. I didn't look to see if he was calling me. I just saw the one picture. I will stop by for a bit.

[KCIR2]

http://www.imagebam.com/image/b05ceb471148146

Yeah but don't you live in LA?
You seriously want to go to bed at 7pm on a Friday night? Even if you said yes I would not permit you to martyr yourself like that just to sleep over.
That's a wonderful offer though sweetheart. This Sunday though.

[KCIR2]

https://www.instagram.com/officialellarose/?hl=en
You're in Hawaii. What is it 10 in the morning there or something?
When its 7pm here it will be like 4 in the afternoon there.
Such is life.
Worth the wait though.

[KCIR2]

https://www.instagram.com/p/BC1h98KKIla/?taken-by=abigailratchford&hl=en
Hotter than a plate of tamales.

[KCIR2]

http://www.zimbio.com/pictures/XPX57Pl-B8e/Kendall+Jenner+is+seen+at+LAX
Isn't that nice.


http://www.zimbio.com/pictures/wn7LmigEZT0/Pia+Mia+Goes+Shopping+Beverly+Hills
Hey Goldilocks, long time no see.

[KCIR2]

https://www.instagram.com/p/BC0Ae2woRXk/?taken-by=marhunt
You me n' Alice I guess.

She always got laid on Sunday. Almost every Sunday anyway.
It was never as bad as all that.

https://www.instagram.com/p/BC1N0YwhIBo/?taken-by=sarasampaio
Monday. And Sunday.
And a little snuggling tonight.

[KCIR2]

https://www.instagram.com/p/BCyW2epjCdH/?taken-by=gigihadid&hl=en
Well we are planning on 3 days at the love shacks.
Baywatch honeymoon part II
I have a lot of snuggling to do right now already and you know I have to work tonight.
Paris was wonderful though.
So, try to be somewhere reachable at a decent time for Sunday.
I love you baby.

[KCIR2]

https://www.instagram.com/p/BCwYiQkL2cW/?taken-by=kristinapimenova2005
My little darling, still the fairest of them all.

https://www.instagram.com/p/BB6CV6trRyN/?taken-by=josiecanseco
Hmmmm.... Laneya said I should look.
Is she planning a party or something?

Well you know those Swim Suit underwear queens I hang around with?
I think they want to stay at the love shacks this week.
You girls can hang out and have fun as usual.
You Kristina and Jade and you know the usual suspects.

https://www.instagram.com/p/BCypnHWPtYL/?taken-by=jade_weber1
We celebrated her birthday 3 times last week. Talk about spoiled.

[KCIR2]

heaven and put love first is from a song we were listening to last week but I can't remember what song it was.

https://www.instagram.com/p/BCvlx77vw0W/?taken-by=beyonce
Yeah I changed my mind, I want some a dat.

I was looking at that and yeah you were looking pretty slim there.
Its no wonder you got pregnant.
Has she you know, pointed at daddy or anything I should know about?

Anyway call me if you want to hang out on big wooden Sunday.

https://www.youtube.com/watch?v=QrOe2h9RtWI

[KCIR2]

https://www.instagram.com/p/BC0cPVWy2ZI/?taken-by=emrata
Oh I can see it. lol
That's what being in love does for you.
So love shack action this week starting Sunday.
Be there or be square.

[KCIR2]

https://www.instagram.com/p/BC3PIBer2ck/?taken-by=kristinapimenova2005
Hi Kristina, like me, you too are having fun.
You know just because I own this place doesn't mean its my fault that people are homeless and stuff even though it really bugs me. But you know there is just noting anyone can do because the system is not perfect and its too big to change and people don't want to change it.

So some people fall through the cracks in the system.

At least we are having fun. That's all you can do really, is try to have as much fun as possible since we can;t do anything about all the bad stuff.
I know I did all I could.

Maybe someone else can do more but I have done everything within my power to try to change the system but you know people like it the way it is. One big contest.

So, sleep over, and we will celebrate life and how it can be fun.

[KCIR2]

https://www.instagram.com/p/BC3r_AYHIL4/?taken-by=victoriajustice&hl=en
Who's turn is it to get the sweet finish? Did I promise anyone else yet?
I can't keep track.

I better just check with Bella first...
https://www.instagram.com/p/BC1oHIbnTbN/?taken-by=bellathorne

I guess you can have the sweet finish tomorrow Victoria.

Then Bella.

Love shack honeymoon week part II. This is going to be fun.

[KCIR2]

https://www.instagram.com/p/BC3ihiys5ku/?taken-by=officialellarose&hl=en
That's pretty sexy baby.
Let me just call my daughter and see if she can handle you taking her spot tomorrow.

https://galeriaplanetsuri.files.wordpress.com/2016/03/mostb.png?w=590
I guess that means yes. She can hang out with her sisters.

They can sleep in the other bed.
She will probably just bump someone else later in the week though.
So maybe Kristina should sleep over on Tuesday, then she will get bumped to Wednesday her day.

Oh well we will work it out.

[KCIR2]

I did a little science when my buddies were bugging me for the secret formula regarding the graphics stuff and I wasn't going to tell them while I was driving so I changed the subject and used to the force to get them to make me some donuts.
I told them donuts that's where the money is. Move over Crispy Creme donuts are the newest thing.
So they made me some donuts in the grocery store I have my coffee in in the early morning where I get a muffin or similar and so they made these little boxes of gourmet donuts.
And one of them I just tasted, is a doughnut with maple icing and bacon bits.
I was telling them chicken doughnuts with gravy icing.
But got maple with bacon bits.
Its better than you might think.
Expensive though. Just because you use the force doesn't mean you don't have to pay for the coffee and doughnuts.
They _might be fattening, I don't know. I am playing dumb about that.

[KCIR2]

https://groups.google.com/forum/#!topic/sci.physics/IJ1rlBeF-AI
Yeah I was going to take them flying.

I am not sure it will be tonight though because spring forward I lose and hour sleep and have to work tonight.

So tomorrow I will take them flying in these suits...

https://www.youtube.com/watch?v=sKqTe8F18sQ

[KCIR2]

http://www.justjared.com/photo-gallery/3604019/heidi-klum-kids-choice-awarsd-2016-orange-carpet-05/
Yes, love shack honeymoon.

We deserve it because we have been good.

Love shack ~baby~

http://www.imagebam.com/image/362af4470382422

http://www.imagebam.com/image/df3e62470382475

https://www.youtube.com/watch?v=q3YqaIxDp_0

[KCIR2]

http://www.dailymail.co.uk/tvshowbiz/article-3489463/Irina-Shayk-looks-shy-hides-boyfriend-Bradley-Cooper-date-NYC.html

What, on earth.

Well just because you aren't saying anything doesn't mean I'm not.
Who is that with Bradley?

http://www.dailymail.co.uk/tvshowbiz/article-3489463/Irina-Shayk-looks-shy-hides-boyfriend-Bradley-Cooper-date-NYC.html

Oh its you wearing 3 pairs of pants.
Without makeup.
Wow, there's a datenight.

I can't compete with that.

[KCIR2]

https://www.instagram.com/p/BC3tDd9reCh/?taken-by=romeestrijd&hl=en
Am I in trouble?
(what a silly question)

Sleep on the other side then tonight. I have to go bed now.
Leni is sleeping over she will just sleep over later.
Otherwise I will get a memo in the middle of the street for sure.

[reber g=emc^2]

On Monday, March 7, 2016 at 1:41:06 PM UTC-8, KCIR2 wrote:
> Tesla was an avid pigeon fancier who once spent his retirement savings on an apparatus for a pigeon, to help mend its broken wing. so he stated.
>
> What the camera man in Ground Hog day might have to say about that we may never know but my record will show that he fancied women more than pigeons unlike Tesla.
>
> I am therefore shortening my social network thread again since google is not capable of managing large threads well in its firefox interface.
>
> There is some interesting physics in the last 10 maybe posts of the last thread.
>
> Generally its all rubbish though unless you were there.
>
> http://www.zimbio.com/pictures/v3QLCS9TK_U/Stars+Set+Tribes+Palos+Verdes
> So then is this about the legend of Carlos?
>
> My virtual character now a machine helper although technically not a machine helper but a network chair, used as is needed by people in the industry to signify a type of herald. A person who introduces others or a person to speak to first or a person who can direct you somewhere and in my case a virtual gardener, a gypsy of a sort who lives in a gypsy wagon.
>
> To discourage other gypsies from homesteading on our land. We already have our own.
>
> A male Friday instead of a girl Friday for a change, although as seen in Paris last week Jessica is still my main girl Friday.
> Here in Paris wearing a Japanese lamp post hat.
> http://www.imagebam.com/image/736425469456390
>
> So then Jen, enlisted for a new movie...
>
> "Medina Mason is a defiant, awkward newcomer to the affluent beach community of Palos Verdes, California. As her parents' marriage disintegrates and her beloved brother falls prey to the temptations of drugs and the lunacy of their mother, Medina surfs to survive, finding a bitter solace in the rough comfort of the waves. This is the moving story of growing up "different," of the love between siblings, and of one girl's power to save herself."
>
> Well that sounds like a wonderful story.
>
> I am sure our girls will be unaffected by that being mature and quite wise to the ways of the beach and surfing and their dads wish that they stay in school.
> You know be good at reading and writing and grammar and girl things like karate, and whatever they like such as clothes and that.
>
> You know no matter what else they live more in my world since it is a fun world and those things that we do there shape their attitudes and their own understanding of the world.
> Knowing that almost all rich and famous supermodels like their world and want to go there all the time, covers everything as far as they are concerned regarding if that is what they think they themselves should be doing.
> Its doesn't take a genius to figure out they are already doing what they enjoy doing.
> Making a living isn't as important as being happy and they will make a good living doing anything if they have a little education.
>
> Suri is the overachiever and she has lots of pressure all the time that Violet and Seraphina don't have.
> To succeed.
>
> Violet won the spelling bee so that speaks volumes.
>
> Will we integrate more beach like stories in our adventures on our new island?
> Well already they have spawned a Baywatch TV series and Priyanka is in both, ours and theirs.
>
> And people always love the beach so its not anything new really.
>
> We are beach oriented through Victoria Secret and all that nice photo scenery same with Sports Illustrated Swim Suit edition.
> The girls are in that as well.
>
> For me I am combining work and play too developing graphic techniques.

I'm the "Bird Man of Anaheim" I use to be the bird man of alkatraz but I got life and out lived the place.My bird is the Sea Gull. Trebert

[KCIR2]

https://www.instagram.com/p/BC5rgTot-RH/?taken-by=irinashayk

I was just kidding you know when I said you were grabbing Emily's bum on the red carpet the other day, I didn't mean to create an International incident.
I must kill myself immediatelY!

Or maybe not.

But y9ou know that love shack honeymoon beach activities are probably worth all the grief I give you.

[KCIR2]

https://www.instagram.com/p/BC6AoQHy2Ys/?taken-by=emrata

Likes me best. Just sayin.

Yeah well you know miss popular, we have larger cabins.

[KCIR2]

https://www.instagram.com/p/BC3YkoOvSDg/?taken-by=raineyqualley
I know, how could she do that to us?
Snuggle with her boyfriend in front of the world at the kids choice awards.
Lets not bang her until like Tuesday and we will just be on the beach playing volleyball and laughing like we don't miss her at all.
If it was survivor we would hide her mirror and magnifying glass so she couldn't properly check her eyebrows out in the morning.

[KCIR2]

https://www.instagram.com/p/BC550g1QTtx/?taken-by=alicepanikian&hl=en
You know Alice, that I am a very jealous person.
Its one of my three major personality flaws that might be incurable.
Just because I am trying to have a secret spring love affair marriage and honeymoon, extended version, with miss Swedish everything a plenty, in front of everyone, is no reason for you to collapse the wave function on my head.
You are as bad as Victoria.

Main squeezes are not allowed to have boyfriends. Its in the rules.
Even boyfriends with beards.
When are you going to actually sign me anyway?
I mean even my children, have to sign me to sleep over.
That's in the rules too.
We make em we break em of course but that's entirely beside the point after the wave function is laying in pieces on the ground.

https://www.youtube.com/watch?v=A-oh-tP6RvA

[KCIR2]

https://www.instagram.com/p/BC3nH-kmIY4/?taken-by=hoskelsa&hl=en
Honeybunch.

Just getting organized.
Trying to.
I won't be late tonight. Before 9 Probably.

Have to round up the angels who want to go with us.

https://www.instagram.com/p/BC5tlESxu9s/?taken-by=romeeandjojo
Wow. Tag team match.

You girls are just too smart. Stop it.
https://www.instagram.com/p/BC0hEx1Ggq5/?taken-by=chelseagilligan
Oh did I miss our Friday?
On the snuggle side?

How do I keep missing that?
So anyway about tonight.
Oh don;t bother to sign me you would then have to be seen with some guy who will drive me nuts like Martha and her boyfriend today and Alice and Irina.

https://www.instagram.com/p/BC5_HBvBIK8/?taken-by=sarasampaio
Snuggle side tomorrow sounds wonderful.

How am I going to manage without complete destruction of the wave function?
I am still working on that. RomeeJojo I think they can handle it.
Otherwise Romee and Ella will just be sleeping over every day because I look at them and I can't say no.
So at a point they can sleep at the head of the bed, in the other bed that adjoins this one. Its almost the same. Then the angels can have a fun filled Baywatch honeymoon experience too this week.

https://www.instagram.com/p/BC09ph_ND6z/?taken-by=stellamaxwell
You know what would be great Stella? If people were not jealous of you and I so much. lol
Beach party bingo.

https://www.instagram.com/p/BC51KrRHFNM/?taken-by=jastookes
Well yeah. That's the whole idea. Love and fun and all that.
Are you getting better looking or is it my imagination?
You look different. You know like maybe spring fever. That must be it.
There's a fire down below.

https://www.youtube.com/watch?v=9iJ4GAFRD18

https://www.instagram.com/p/BC6FrZPL2e_/?taken-by=kristinapimenova2005
I fell asleep. Didn't you see me reach for you to tell you I loved you before I feel asleep?
Maybe you were having dinner at the time.
Laneya saw it.
https://www.instagram.com/p/BC33LqDpzpa/?taken-by=official_laneya_grace

Its going to be totally gnarly at the beach.

[KCIR2]

https://www.instagram.com/p/BC1GRKXs6re/?taken-by=adrianalima&hl=en
Hi honey,
have you got a fire down below too? I know I ~do.
Well you know I am already the worst husband in the world so the worst is the worse how could it get worse than that so you see? Its all downhill from here because it couldn't possibly get any worse.
You don't want to sleep over on Sunday, you remember how it used to be.
I just had a mental block every time we would have a party I would be like OMG how could I forget Adriana when we slept together the last 3 days in a row???
Sleeping sleeping.
OMG.
Yeah I don't know about the Friday business.
I will see you tonight sweetheart.

https://www.youtube.com/watch?v=PdpAop7gp0w

[KCIR2]

https://www.instagram.com/p/BCwKIg9s6jd/?taken-by=adrianalima&hl=en
We have a flat in Paris. I bought one on a nice street. We can go there any time we want.
You girls made your point.

But now we are going to the beach.

https://www.instagram.com/p/BCwKIg9s6jd/?taken-by=adrianalima&hl=en

[KCIR2]

http://brobible.com/sports/article/ex-nba-player-jeff-adrien-lebron-james-jay-z-beyonce-rant/

Hey, I saw her presentation first.
The song was about me. Its my bar its my boat, anyways I'm the captain here.
You may control the vertical, but I control the horizontal.

Where's she at.

https://www.instagram.com/p/BAfJujGojhW/?taken-by=shakira
Hey, have you girls seen Beyoncee?
(hot b'nches)

https://www.youtube.com/watch?v=9SOryJvTAGs

[KCIR2]

https://www.instagram.com/p/BC6LthvHTT5/?taken-by=bellathorne
Sounds like fun. Interactive media and film festival and rock festivals.
Austin Texas home of the....armadillo? Best rootbeer in the world?
Its a long way to the beach think so I will have to rescue you tonight.
They can have you during the day. That's ok I don't mind.

[KCIR2]

I know, if you hadn't once said and I quote "anyplace, anywhere, any time"
Beyoncee probably wouldn't be riding her exercise bike so hard right now.

We have to do this for our spring fling. I don't care how long it takes, its stuck in my mind now. You two in a beach shack complaining together about me, just like old times. I wish we were there right now.
I don't dare post another video of either of you two right now, there may be sporting events in progress.

And don;t think Rihanna is getting off easy either.
You knooooow what I'm talking about. How come I can;t keep a secret like that?
Try as I may.

[KCIR2]

https://www.instagram.com/p/BCx6qflyfJS/?taken-by=angelcandices
I think I'm going to need more vitamins.

I don't even think my buddy Kevin Spacey could walk into a bar with you girls and not be nervous.

So Candice, are you coming home or sleeping in?

You know my instagram is not very current. Its always behind.

https://www.youtube.com/watch?v=Ginx7WKq5GE&index=18&list=RDu2kX1Z6fS6M

[KCIR2]

https://www.instagram.com/p/BC6CZ4nDo_w/?taken-by=kendalljenner

Share with Pia?

https://www.instagram.com/p/BCqanj-F_02/?taken-by=princesspiamia&hl=en
Kendall says she will spot while you ride the wild pony.

Don't tell her sister.