Waching daily Jul 2 2018

many blessings and health to all

our followers and welcome to a

new video from our channel today

we will talk about holy avocado juice

Grail to cure cholesterol stones

kidney nausea and more you have to take it

maybe you find it unpleasant

because we do not usually see it beaten to be

taken however this avocado juice

has the power to give the body to

high energy levels with this game

you can fight fatigue and fatigue

hypertension this nutritious game possesses

folic acid and potassium which help

effectively in arterial problems and

prevention of heart attacks many

are the benefits but another one that

excels is the prevention of problems

cerebrovascular controls cholesterol

thousands of people suffer from this type

of problems but thanks to studies

he could discover that linoleic acids

and oleic fruits found in the avocado are

auxiliary in the decrease of

bad cholesterol and increasing the good

eliminates kidney stones the way

that this fruit decreases the amount

of calcium in the urine encourages

kidney stones can not be formed and

therefore the risk of having them is reduced

eradicate nausea in the morning due to

its high concentration of vitamin b6

can achieve that literally the

nausea disappear thanks to it being a

Natural emetic activity increases

muscular and nervous a glass of this

powerful juice can come to balance

the electrolytes in the body which is

translates into a big energy shock and

very apart nervous activity increases

and helps to intensify the function

muscular ingredients an avocado one

handful of parsley a small spoonful

lemon half a glass of water

Wash preparation procedure

carefully each of the

ingredients in the first place should be

section through the middle of the avocado

then carefully chop into pieces

Parsley squeeze the lemon until you get

a teaspoon place everything in the

blender with water and process during

a few minutes until you create a

homogenous mixture colar

how to use take a glass of this all

the days the duration depends on each

This is because not all

metabolisms are the same if it turned out to be

of utility this information share it

with your family and your friends do not forget

subscribe to my channel for more remedies

natural many blessings

For more infomation >> Jugo De Aguacate "Santo Grial" Para Curar Colesterol Tienes Que Tomarlo! - Duration: 2:42.

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

🔴✅¿Cómo Cuidar De El Bazo Naturalmente? | ¿Para Qué Sirve El Bazo En Nuestro Cuerpo? - Duration: 5:42.

hello and welcome to a new edition of easy remedies 24 today

we will talk about the following topic for what purpose the glass how to take care of it

Do not leave and stay with us until the end of this video where

we will be developing this interesting topic now we go with the information

the glass helps us to filter the blood and to purify the waste at the same time

store platelets to deal with possible infections our glass has

an essential function in digestion and in the immune system has a

size of a fist and is located on the left side of the abdomen just below

of the ribs may have been inflamed or may never

you have noticed its existence, however it is always appropriate to know a little more

about our body and how to take care of ourselves, you have probably heard that

certain people have had their vessel removed by some

accident or by some disease that occurs then is this organ so

indispensable the truth is that if the people who live without him are more

prone to infections and certain diseases due to their

intimate relationship with the immune system hence that is indispensable

so keep it healthy and strong let's know a little more about this org

What functions does the glass have? The glass is an indispensable part of the system

immune filtering the blood releasing the antigen destroys the cells

old blood vessels and works intimately with the lymphatic system in addition to it

produces a type of elements that protect us from bacteria during the

digestion the glass transforms food and transports nutrients besides it is

essential to create iron deposits and to store platelets this organ

It is composed of two types of tissues, a red part and a white part

last is related to the immune system producing the lymphocytes

the red part acts as a filter and stores blood with platelets and elements that

act as antibodies against certain viruses and bacteria can be

Living without a glass, whether it's a traumatic accident or an illness,

Many people who live without the vessel can be removed in a process

called splenectomy the funny thing about this reality is that when our body already

does not have the glass the liver is who assumes many of its functions

but not all the reality of these people is that in the long term they will be

much more susceptible to infections and certain diseases put on

liver can not compensate the immune function of the liver what diseases

can have the glass having the inflamed and swollen glass is symptom often

of other underlying diseases that will have to go to the doctor we will realize

if we feel pain on the left side below the rib we will also have

fever and we will not be hungry the bloated glass presses the stomach and gives us a

false sense of satiety the vessel may suffer hemolytic anemia this is

a type of an anemia where the vessel is disturbed and ends up destroying more

red blood cells of what was due especially those that are in good condition other

problem that can suffer is idiopathic thrombotic disease in this

case what the vessel does is destroy platelets the main symptom would be the

appearance of small red spots on the skin

finally we should mention thrombotic thrombocytopenic disease

is a disease that affects the capillaries and is related to the

immune system we have small fever that hemorrhages anemia between

other symptoms how to take care of our glass avoids the foods that are

difficult to process and digest reduces the consumption of white bread dough

white processed sugars and red meat keep hydrated drink at least 8 glasses

of water per day avoids sugary drinks and alcoholic drinks increases

the consumption of foods with fluoride such as parsley, carrots and grapes

there are other foods that also nourish the glass and take care of it as the

ginger leek garlic onion and cinnamon orange or lemon juice

It is also very indicated to detoxify the glass if you want to take a

sewage infusion opts for the dandelion is an excellent plant for

clean it and help it maintain its functions you can drink up to two cups

the day of it all in the morning is very

suitable to take a smoothie of oatmeal with apple for it takes 3 tablespoons of

whole oats a glass of water and an apple passes all the ingredients by

the blender and obtain a smooth homogeneous vettel liqueur or freshly made

you do this for 10 days a month you will take care not only of your glass but of your

health in general you had idea of ​​all this share is

information with your family and friends in your social networks

do not forget to leave us your opinion in the comments section subscribe to

our channel and I like this is easy remedies' 24 see you in a

next edition thank you very much

For more infomation >> 🔴✅¿Cómo Cuidar De El Bazo Naturalmente? | ¿Para Qué Sirve El Bazo En Nuestro Cuerpo? - Duration: 5:42.

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

Déconstruction Simple : de l'étude volumique conceptuelle au projet BIM - Duration: 3:10.

The latest update of GRAPHISOFT's Grasshopper-ARCHICAD live connection

opens a new level of intelligent workflows between the two design environments:

algorithmic design… and BIM.

With the "Deconstruct" function, architects can use their Building Information Models as the backbone of their design,

and at the same time add algorithmic design logic using Grasshopper.

This allows designers to maintain the basic design logic in BIM (such as the base geometry of the building)

and extend that with intelligent design details that follow changes in the core design.

Let's take the example of the conceptual design phase, when architects create the first mass of building volumes,

then later want to add walls, roofs, slabs, and windows and doors as well, based on the conceptual mass model.

All we need to do is create a simple mock-up of the building volume using the MORPH tool in ARCHICAD.

It is unnecessary to divide the volume with floor slabs, etc.

This will be done using parametric data through the Grasshopper connection.

We continue by defining the location and shape of the windows using a simple planar ARCHICAD object.

We added additional properties to the conceptual Morph volumes.

Here you can see all the "Grasshopper Building Data" properties we added in ARCHICAD.

These additional Morph properties provide information about the number of stories,

the height of the individual stories as well as the wall, slab and roof thicknesses.

These properties may also be edited later on, if necessary.

Now it's time to connect the ARCHICAD building volume with Grasshopper!

We will add the new Morph shape to the code using the 3D window of ARCHICAD.

Using Grasshopper's functions, we "deconstructed" the MORPHs

and used their acquired properties to later arrive back in ARCHICAD with a complete Building Information Model,

containing genuine ARCHICAD wall, roof, slab, window and door elements.

The advantage of the ARCHICAD-Grasshopper Connection really comes to life,

when the shape or geometry of the conceptual building design is modified.

When adjusting the geometry of the Morph or the corresponding MORPH parameters,

the associated BIM model will update automatically.

Without the live connection tool, manually modifying all the building elements would have taken a considerable amount of time.

Here, there is no manual process necessary,

and any modifications to the original source volume will result in instant changes.

The building project example presented in this movie is part of a BIM reconstruction project

created by Michele Calvano

architect, researcher at the Department of History, Drawing and Restoration at the Sapienza University, in Roma

and Mario Sacco architect, BIM expert from ArchiRADAR.

Please view the corresponding video that presents the entire workflow.

The ARCHICAD–Grasshopper live connection tool ensures a seamless workflow,

taking the design from conceptual mass creation to the creation of real wall, slab, roof and opening elements

based on the conceptual shapes.

For more infomation >> Déconstruction Simple : de l'étude volumique conceptuelle au projet BIM - Duration: 3:10.

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

Los beneficios del jugo de tomate - Duration: 6:08.

For more infomation >> Los beneficios del jugo de tomate - Duration: 6:08.

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

Alberto y Charlene, muy unidos en la final del Masters 1000 de Montecarlo - Duration: 1:56.

For more infomation >> Alberto y Charlene, muy unidos en la final del Masters 1000 de Montecarlo - Duration: 1:56.

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

Chegada de reforços no Fluminense anima Marcelo Oliveira|x3and1baller - Duration: 3:49.

For more infomation >> Chegada de reforços no Fluminense anima Marcelo Oliveira|x3and1baller - Duration: 3:49.

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

Maria De Filippi esclude un ritorno di fiamma tra Giorgio Manetti e la Galgani - Duration: 4:11.

For more infomation >> Maria De Filippi esclude un ritorno di fiamma tra Giorgio Manetti e la Galgani - Duration: 4:11.

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

Déconstruction urbaine : de la donnée SIG au plan d'urbanisme BIM - Duration: 11:44.

This movie presents a real-life workflow scenario using the ARCHICAD - Grasshopper Live Connection Tool.

A series of earthquakes destroyed the historic center of Grisciano,

a small town in the centre of Italy in August 2016.

The town municipalities needed a solution to acquire the digital models of those buildings that were destroyed during these seismic events.

After the disaster, Sapienza University formed a wide group of multidisciplinary researchers

to focus on different aspects of the reconstruction.

The department of History Drawing and Restoration of Architecture of the Sapienza University in Roma

was committed to create digital model survey of the destroyed buildings.

Michele Calvano architect and researcher at Sapienza University, together with Mario Sacco architect and BIM expert from ArchiRADAR,

created a workflow that is applicable to an urban scale reconstruction.

These are the main steps of the workflow.

Their process can be used to generate the BIM project of buildings that no longer exist,

and where only photographs, laser-scanned point clouds and certain GIS data is available.

The BIM database of the destroyed buildings could be created by using the new features of the ARCHICAD - Grasshopper Live Connection Tool

and the data extrapolated from the point-clouds and GIS files.

QGIS, a free and open source GIS application is at the top left side of the screen.

GIS stands for Geographic Information System.

This is used to open and display the available GIS data of the urban area that was destroyed in the Earthquake.

Grasshopper is visible at the lower left side of the screen.

Grasshopper can read the GIS information, vectors and other meta-data provided by QGIS.

ARCHICAD is open on the right side of the screen.

The Grasshopper algorithms are using the GIS data for input.

Then using the Grasshopper-ARCHICAD live connection, we can create terrain mesh and mass building volumes in ARCHICAD.

Let's select one of the visible terrain contour lines in QGIS.

We can see that this line is at 710 meters above sea level.

This data is one of the inputs in the Grasshopper code.

The Grasshopper canvas displays various input data as well as algorithmic operations used to generate a model for the terrain in ARCHICAD.

Similarly, the mass building volumes may also be created as real BIM components in ARCHICAD.

Here is the geometry data of a building volume acquired from the GIS file in QGIS.

This also serves as input data for the Grasshopper code.

Finally, the mass building volume located on the terrain is visible in the ARCHICAD project.

Once the Grasshopper code is created,

the entire terrain and all the building volumes can be acquired and automatically transferred to ARCHICAD as real BIM components.

In other words: the GIS data of an entire settlement may be processed by the algorithmic definition of Grasshopper

which will generate the BIM-based master plan in ARCHICAD as an output, automatically.

The ARCHICAD 3D window on the right side of the screen

displays the terrain as well as all the building volumes that were acquired from the GIS database.

Let's continue and see how to fine-tune the mass building volumes generated earlier.

Rhinoceros is visible at the top left side of the screen.

The terrain contour lines and mass building volumes are displayed by red lines and surfaces.

Let's switch to ARCHICAD and show the layer that contains the point-cloud data.

This was imported to ARCHICAD earlier.

The point cloud data can be displayed in the 3D view of ARCHICAD.

Here you can see the streets, trees as well as details of the elevation and roof surfaces of the destroyed buildings.

The point cloud data is used as an "overlay", as a visual reference to help our work when breaking up the mass volumes to individual buildings.

The information received from the GIS data contains information about the orientation

and location of the mass volumes of the destroyed buildings only.

The point cloud provides additional information about the individual building and roof shapes,

colors, materials and textures, as well as story characteristics and openings.

First, we define the simplified shapes of the individual buildings using the Morph tool.

The simplified mass volume is now divided into multiple buildings along the street thanks to the point-cloud information.

The position of the external openings - windows and doors - can also be allocated using a simple planar object created in ARCHICAD

and then deconstructed in Grasshopper.

The ARCHICAD building model is starting to take shape,

the external building envelope is created using the colors, roof-shapes and opening positions taken from the point-cloud reference.

Let's continue by adding additional properties to the ARCHICAD Morphs.

This information will be used later to generate wall, slab and roof elements.

We will hide the layer containing the point cloud data, so the ARCHICAD project is more visible.

Please notice that all the individual buildings are created as Morph objects, defined by the code in Grasshopper.

The properties of the ARCHICAD Morphs are extended.

The additional Morph properties contain information about story-heights, wall and slab thicknesses.

This information can also be presented on Interactive Schedules.

Let's open the corresponding schedule sheet that displays all such data.

Let's select any of the schematic openings in the ARCHICAD model.

These openings are created in ARCHICAD using the point-cloud reference.

These planar surfaces are simple, custom-made ARCHICAD library parts to indicate the position and geometry of the openings.

These will be "deconstructed" later in Grasshopper to create real window and door objects.

Let's display the building shapes, colors and schematic openings in the 3D view.

Please notice that a Grasshopper component was used to define the size and the position of the external windows and doors in ARCHICAD,

based on the parameters of the planar reference openings placed earlier.

By selecting the corresponding Grasshopper components, all openings in the 3D window can be highlighted with one click.

Let's have a closer look at other parts of the Grasshopper code.

Here you can see how the story heights, wall and slab thicknesses as well as roof shapes are defined.

Now, for the last step in the workflow we'll create walls, floors, roofs and openings in the ARCHICAD BIM project.

Please note: first we used ARCHICAD's Morph tool to create the mass volumes of the buildings,

and we used simple, planar objects to indicate openings.

Then we added new properties to the ARCHICAD Morphs to define walls, slabs and roofs geometry.

Now, thanks to the new Grasshopper - ARCHICAD live connection feature

we will "deconstruct" the Morphs and extract their settings in Grasshopper.

In other words: we will acquire the ARCHICAD Morph properties in Grasshopper

and use the acquired information as input for further Grasshopper operations

which will generate real walls, slabs and roofs in the ARCHICAD project.

Let's add a Mesh component to the Grasshopper canvas, and connect it with the existing Morph component.

In practice, this means that we have "transformed" the entire project into a Mesh surface.

You can see the results in the 3D window of Rhino.

Now we will split this Mesh surface to create Slabs, Walls and Roofs.

We will also create ARCHICAD doors and windows using the properties of the planar surfaces created earlier.

Here are all the schematics, planar opening locations and geometry, selected in Grasshopper.

Both the 3D window of ARCHICAD and Rhino highlight these openings.

We extracted the properties of ARCHICAD elements in Grasshopper

and used this acquired element property data as input in Grasshopper to generate "real" openings in the ARHICAD project.

Here you can see the results in the 3D window of ARCHICAD.

The external openings are not schematic surfaces, but real ARCHICAD window and door elements that are placed into real ARCHICAD walls.

The possibility of deconstructing existing ARCHICAD elements and as a result,

having access to their parameter as well as property values in Grasshopper, is a new feature of the ARCHICAD-Grasshopper Live Connection Tool.

Let's select the code in Grasshopper that is responsible for creating slabs in ARCHICAD.

Thanks to the live connection, all corresponding slabs are highlighted in the 3D views.

We can also preview and highlight all the external walls or the roofs.

These elements were also created using components of the Grasshopper- ARCHICAD Live Connection tool.

Please note, that the creation of ARCHICAD BIM elements (walls, slabs, roofs and openings) are NOT a manual process,

but rather a fully automated one.

Thanks to the live connection between Grasshopper and ARCHICAD,

any changes in the mass volumes of the buildings will automatically update the entire, detailed ARCHICAD BIM project as well!

The upper right side of the screen displays the 3D view of the reconstructed BIM project.

The lower right side of the screen displays an elevation view of the project.

Let's display the simplified building model, created using Morph elements.

Please remember that we used these Morph elements to create the initial ARCHICAD model.

Let's select this initial building shape created as an ARCHICAD Morph.

We will change the height of the ridge line of this shape.

Please note that the geometry of the "final" Roof element - visible in the section view below - is automatically updated.

There was no need for any manual change or interaction.

The same change is also visible in the 3D view as soon as we display the layer combination that contains the wall, slab, and roof elements.

Here you can see the entire 3D model of the terrain and the building shapes in the ARCHICAD 3D window.

Now you can see the simple mass volumes we created using Morphs, while the point-cloud data is also visible as an overlay.

We are free to create sections, elevations, quantity estimations, etc. using the ARCHICAD BIM project.

Here you can see various floor plans of the destroyed buildings.

Please remember that the ARCHICAD BIM project was "automatically" generated from the GIS and point-cloud data using Grasshopper.

There was no need for any manual re-work or adjustments.

Thanks to the Grasshopper-ARCHICAD live connection the final, detailed ARCHICAD BIM project is now available.