Oct 202013
 

The Fiber View of the Human Body is the second least complex theoretical model of the human body created for Happeh Theory. The Fiber View of the Human Body is also one of the most powerful or useful theoretical models of the human body created for Happeh Theory for the following reasons.

( 1 ) – Special cases of The Fiber View of the Human Body act as theoretical models of the human body in their own right. A fiber is something that is defined as being long and thin.

 The_Fiber_View_01-AFiber

The wave of The Wave View of the Human Body is a fiber formed into the shape of a wave.

The_Fiber_View_01-FiberAndWave

The spiral of The Spiral View of the Human Body is a fiber formed into the shape of a spiral.

The_Fiber_View_01-FiberSpiralCompare

( 2 ) – The Fiber View of the Human Body can be used to describe every single possible physical change or health problem that masturbation can cause in the human body. The various characteristics possessed by a fiber make it ideal for describing the real life changes that masturbation causes in a human body.

The long and thin characteristic of a fiber means a fiber of any length or any diameter can be defined as necessary, to describe the effects of masturbation on parts of the body that are either close to or far away from the genitals. Large or small numbers of those fibers can be grouped together as necessary for describing the effects of masturbation on large or small areas of the body.

Another characteristic of fibers are their ability to transmit physical phenomenon along their entire length. That property is perfectly suited to describing how the forces of masturbation can affect some part of the body other than the genitals.

( 3 ) – The Fiber View of the Human Body is relatively easy to understand and use. Because a fiber is such a simple object, something long and thin, it can be easily visualized compared to the effort required to visualize some other more complex object. The behavior of a simple long and thin fiber is easy to understand when compared to the effort necessary to understand the behavior of any more complex object.

A video that defines and introduces The Fiber View of the Human Body is located at YouTube and is linked below.

The Fiber View Of The Human Body

Individuals who prefer to read will find a written duplicate of the video below.

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Written Duplicate of The Fiber View of the Human Body Video

This video is about The Fiber View of the Human Body

According to The Particle View of the Human Body, the human body can be treated as a collection of an infinite number of infinitely small particles. This object will represent a particle in this video.

The_Fiber_View_01-Particle 

This picture shows a small number of the particle objects gathered together in the shape of a human body, to provide an example of what The Particle View of the Human Body looks like.

The_Fiber_View_01-ParticleMan

The Particle View of the Human Body is not very useful, because in order to describe the construction or behavior of the human body, it would be necessary to describe the behavior of every single one of the infinite number of particles, that comprise The Particle View of the Human Body.

If the individual particles of The Particle View of the Human Body, were grouped together in some way, they could be dealt with more efficiently and more usefully. Any method of grouping the particles together, that reduced the infinite number of particles, into a more manageable number of objects, would be more efficient and more useful.

The simplest organized way to group particles together, would be to place them one in front of the other as shown in this picture.

The_Fiber_View_01-LineOfParticles

Every particle has a particle in front of it and a particle in back of it,

The_Fiber_View_01-ParticleInFrontAndBack

except for the particles at either end of the group.

The_Fiber_View_01-ExceptEndParticles

The particles in this picture are separated by a small distance.

The_Fiber_View_01-ParticleGaps

In the next picture, each particle has been partially merged into the neighboring particles so they form one long solid object.

The_Fiber_View_01-MergedParticles

The object that is formed by connecting single particles together in this fashion, can be called a fiber.

The_Fiber_View_01-ParticleFiber

A familiar example of a fiber would be the thread used for sewing clothes.

The_Fiber_View_01-SewingThread

According to The Fiber View of the Human Body, the human body can be treated as a collection of an infinite number, of infinitely thin fibers. The very thin rectangular box in the next picture will represent a fiber.

The_Fiber_View_01-VeryThinBox

This picture shows a rectangular grid of the fiber objects.

The_Fiber_View_01-OutlinedRectangularGrid

The fibers have alternating colors so the individual fibers can be seen more clearly.

The_Fiber_View_01-AlternatingColors

A human body is positioned next to the grid of fibers in this picture.

The_Fiber_View_01-FiberGridBodyCompare

The human body is then moved into the center of the grid of fibers.

The_Fiber_View_01-BodyWithinFiberGrid

An overhead view of the two objects is then shown,

The_Fiber_View_01-BodyWithinGridOverhead

so the location of the human body in the center of the grid of fibers can be verified.

The_Fiber_View_01-BodyCenteredGridOverhead

Next, all of the fibers that lay outside of the boundaries of the model human body are removed.

What remains is a grid of vertically running fibers in the shape of a human body.

The_Fiber_View_01-VerticallyRunningFibers

This picture demonstrates The Fiber View of the Human Body.

The_Fiber_View_01-TheFiberView

The camera then moves and rotates around the collection of fibers to verify they form the complete shape of a human body.

This example of The Fiber View of the Human Body,

The_Fiber_View_01-TheFiberView

used a grid of fibers that were vertically straight, to make the demonstration simple and clear.

The actual fiber patterns within the human body, are much more complex than simple straight lines. These more complex fiber patterns can take on many different shapes such as a cylinder,

The_Fiber_View_01-ASingleCylinder

a torus,

The_Fiber_View_01-ATorus

or an egg shape.

The_Fiber_View_01-AnEggShape

All of the different fiber patterns within the human body, are interwoven with each other. A pair of nylon pantyhose will be used, to demonstrate how the fiber patterns within the human body are woven together.

Nylon pantyhose are made from a vertical pattern of fibers and a horizontal pattern of fibers that are woven together. This is a close up picture of a pair of nylon pantyhose.

The_Fiber_View_01-Nylons

The arrows in this picture highlight some of the interwoven vertical and horizontally running fibers

FiberView01-NylonFiberDirection

The more complex fiber patterns within the human body can be visualized as if they are interwoven exactly like the simplistic, vertical and horizontally running fiber patterns are interwoven in a pair of nylons.

This picture shows a statue of a human body.

The_Fiber_View_01-AcupunctureMan

In the next picture the nylons have been pulled down over the head of the statue,

The_Fiber_View_01-NylonsDownOverMan

all the way down to it’s feet.

The_Fiber_View_01-NylonsDownToFeet

Instead of a solid appearing surface,

The_Fiber_View_01-AcupunctureMan

the statue now looks like it is composed of an interwoven pattern,

The_Fiber_View_01-NylonCoveredAcupunctureMan

of vertical and horizontally running fibers.

The_Fiber_View_01-HorizontalVerticalFibers

This picture is The Fiber View of the Human Body.

The_Fiber_View_01-NylonCoveredAcupunctureMan

Visualize that exact picture, except with more complex patterns of fibers covering the surface of the statue, and that is exactly how The Fiber View of the Human Body looks.

The fiber patterns would of course extend from the front to the back of the body, instead of covering only the surface of the body as the nylons do in this example

The_Fiber_View_01-NylonCoveredAcupunctureMan

The Fiber View of the Human Body, is especially useful in explaining the concept, that the human body is one large interconnected piece, and explaining how any stimulus of any part of the human body, will have some effect on every other part of the human body.

Those explanations, will be presented in future videos of this series.

The_Fiber_View_01-TheFiberView

 

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