An Giang info: Youtube daily report Oct 3 2017

I've always loved making movies;

being creative in general.

What really draws me

to film is that,

it's an art that

can contain all other arts

inside of it.

You can use music.

You can use drawings, paintings,

poetry, whatever

and...

it's really just a deep way

of communicating.

You travel with a character

through the story, and you would

sympathize with them.

And in the end you would feel

like them.

So their victories became

your victories in a way.

You felt what they felt

And you're just sitting in

a chair.

I always feel disconnected.

When I was...

probably 6 months, my dad

left my family, went

and got a family of his own.

You know, I always just looked

at myself as just not

as good as everyone else.

School bored me.

So I wanted to

do what I wanted to do.

And I started making movies

around ten.

I was in 5th grade.

And I just - I would do

projects for extra credit.

And this got me through school.

It kind of took off

in the school where...

other kids wanted to do that.

And just...

For this book report,

can I do this...

instead of a diorama?

And I'm not just doing

my project,

I'm jumping in and doing

everyone else's project

for them,

just because I wanted to.

And, like, they didn't mind.

They wanted just to be in

front of the camera.

That's when I got Adobe Premiere

and...

As soon as I got on that

it was just like

when Harry Potter went

to Hogwarts.

It was magic!

It's so complicated, but

there's so much you can do.

And I...

I knew it was going to take me

years, decades even.

And I was like, "Okay."

Let's figure this out.

Let's start!

I had been teaching myself,

like...

shooting my movies,

watching other movies...

"Why don't they look right?"

"Why aren't they the same?"

Like I said:

Film is a combination

of all art.

By the time I got to college,

I started studying other arts.

Film and music are the only

two arts that have

the 4th dimension.

And you have to have

rhythm and tempo

and you have to be conscious

of that.

I took painting classes

to understand color and

the relations colors need

to have, and the effects

they can give you

just subconsciously.

...a lot of philosophy courses

'cause...

The stories and concepts

I want to tell are...

mostly existential.

I want to be thought provoking.

I want, not to make people

think what I want them to think.

I just want them to think.

I don't want to control

people's minds.

I want to stimulate

people's minds.

I want to stimulate

people's emotions...

and their souls...

and their whole being.

And...

in that way connect with them.

Like:

This made me feel alive.

I want you to feel alive

the same way, and...

some way we're connected.

And...

that's my way of like,

connecting with the World.

For more infomation >> An Auteur's Tale - Duration: 3:01.

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Density - Duration: 2:51.

In this video we'll be talking about Density.

Density can generally be thought of how heavy an object is for its size and the equation

for density is D=m/v. Since it's m/v, we need to have a mass unit over a volume unit for

our density, which means that the most common units are g/mL and g/cm^3, though g/L is often

used for gases.

In this first problem, it says that "An object has a mass of 1.8 g and a volume of 2.1 cm^3"

and asks for the density.

Since it's asking for density, we can go ahead and list that as a D because that's what we're

solving for, is equal to the mass divided by the volume.

Whenever we actually divide the mass by the volume, we get that the density is equal

to 0.86 g/cm^3.

In our second problem, it says, "If a metal has a known density of 5.71 g/cm^3, what mass

should be measured to get a total volume of 15.1 cm^3?"

So the density is equal to 5.71 g/cm^3 and the volume is equal to 15.1 cm^3.

And we're looking for the mass.

This means that D=m/v and we're going to put in the density which is 5.71 g/cm^3 is equal

to our mass divided by 15.1 cm^3.

Since our mass isn't by itself we're going to have to solve to get it alone.

This means that the easiest way to do this is to multiply by the bottom of our fraction,

and so we're going to multiply both sides by 15.1 cm^3.

Whenever we multiply these two numbers (5.71 and 15.1), that gives us a mass of 86.2 g.

For more infomation >> Density - Duration: 2:51.

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Ornella Muti, l'unico tradimento consumato con Adriano Celentano - Duration: 2:53.

For more infomation >> Ornella Muti, l'unico tradimento consumato con Adriano Celentano - Duration: 2:53.

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NMS PLANET TYPE PREDICTION CALCULATOR VIA STAR COLOR #NoMansSky - Duration: 2:52.

Howdy folks, today we have just a little video going over a little calculator I've made.

It allows you to narrow down your searches for specific planet types by a huge degree.

All you have to do is type in the galaxy type you are currently in, this being 1 for Balanced

which also happens to be the Default, the 4 Subtypes of Balanced being Imperfect, Parallel,

Improved and Rebuilt if it's any of those just type in 1

If it's a Lush Galaxy also known as Tranquil, Inspiring, Serene or Halcyon then type in

If it's a Vicious galaxy you are in also known as Raging, Ruthless, Relentless or Burning

then type in 3.

And if it's an Abandoned Galaxy also known as Ancestral, Silent, Exhausted or Frozen

type in 4.

That 1 number that relates to the galaxy you are in and therefore want the info about is

all you need to input.

Once you have done so you will see the data below, the second section shows the Predictions,

these are the Star types that are most likely to host that planetary biome type.

As well as this it will show you the chance of life, this chance of life prediction is

based on the basic data from the game, now we don't know how it is specifically calculated,

but with each system type having a different number, the maths on this I've setup takes

into account the Dead and Weird planetary biome type spawn rate and makes a calculation

for the chance of getting a planet capable of supporting life within that system then

take that percentage from the basic life chance number.

After that, it's a simple which number is higher type deal and that gives us our answer.

The other star systems to go to based on the biome criteria is a simple case of getting

the percentage value of 1 from summing up the available biome spawn frequency values

and then once again, seeing which system type has the highest percentage chance.

The Extreme environment one is there but it only concerns the Vicious Galaxy type which

has a higher frequency of extreme environments, all others are just normal.

For those who want it, there is some raw data for the chosen galaxy type in the 2nd section.

Also, Yes, I do understand that a drop-down menu for picking the galaxy type would have

been cleaner and much preferred and it was as that's how I originally built it, but it

appears data validation does not work in browsers on excel spreadsheets so I had to rewrite

half the damn thing.

Oh and a full epicly detailed guide to Spectral Classes is coming your way hopefully tomorrow

I hope you find this simple yet very useful little tool to your liking, if you do, please

hit that like button and share with your fellow travelers, subscribe if you haven't already

and consider checking out my Patreon, a dollar a month is a great way to support the channel.

But above all, have an awesome day folks!

How silly of me, nearly forgot to say, the link to the calculator is in the description

and on screen now, though if you prefer manual you can head to xainesworld.com/nmsplanetcalc/

For more infomation >> NMS PLANET TYPE PREDICTION CALCULATOR VIA STAR COLOR #NoMansSky - Duration: 2:52.

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LEARN COLORS with MINIONS and Ball PRANK FUNNY - Minions Cartoon Finger Family Songs for Kids - Duration: 1:57.