When we decided on a subject in origami Why do we choose?
To that question there is an infinity of answers, usually I choose them because I imagine the details in origami or rather what I would like to achieve ...
One day reviewing a picture dictionary I have for my language queries with a picture I found to be more accurate with the picture of a camel and I liked the picture so I decided to try designing a
As I usually I choose my models as I imagine the details "and this as you can get a project in mind?
With a little memory and observation can be stored parts and parts, the idea will always be know what we want, and in the case of a quadruped are going to avoid obvious as we imagine the legs and tail (and remove them another story), but what matters most to me were the humps and think a moment and very logical but may be the question, where did we get?
The answer is simple and seems obvious
working within the system we're looking at (a purely symmetrical) which is from the center of the paper ...
Now how do I want? Knowing that the humps
leaving the center first thing I thought was definitely come out 2 points from the center and not two sketches of points as would be sections of 45 degrees as some ...
Now I will detail the process of analysis and use of some structures we have discussed above and an array of quite useful to see where it leaves and as it is built.
My first thought was a bird-blintz base and why should this? As observers we are and we know perfectly as a base we know that a bird-bird blintz base has a total of 4 points plus 9 small long nose (we ignore the analysis of lengths and was already discussed above) one of which leaves the center of the paper and that already makes up one of the goals.
Now let that serves us, not that we lack ...
Given that our model will note that the diagonal orientation central point will be the deal for the hump we will use the 2 side for the legs, one corner will be the head and we will use two small spikes to the tuft of hair on the front legs ... we realize that the vast majority of the tips do not help us but we have solved several problems. Now we're missing? We still have half
camel for the purpose of not complicating the design is what I choose to take another blintz-bird which decided to occupy the central point for the hump, the points for the rear legs side and 2 small spikes will give us the possibility to generate the thighs.
As the insert in the same role?
have done this before and always recommend to insert effects database (unless you already have experience and recognize or are a layer of project outcomes) that inserted bases are the same and then go resized. Then we have this ...
know a lot of it does not work, so you have to remove it while connecting our 2 bases and we will do this as follows.
Do they notice that the structure we have used to connect the inputs described in above?
While this still not compensated and only the idea of \u200b\u200bthe connection we have to try and find a way to stabilize it. This sketch is the offset idea.
must sometimes take a little at first glance to note that our camel is a little long in body but to fold the pattern can be seen that the humps are quite distant from each other.
So how you fix it?
What we do is redefine the ratio. As we saw in the beginning when we insert these bases were located on the midpoints of the sides of the square. Right?
That means you could find the simple act of folding or bending diagonal bisectors be either above a sufficient condition for your location.
Then we could change the rate and shorten the trunk of camel and recommend view this view the next photo.
For this picture I took an arbitrary ratio and only to be seen as maintaining the same structure that we predicted and as part of our camel have approached each other.
After a few tests I decided to by a ratio based on following two and locate the new structure of the statement as is to continue with the other details.
There are times where you can knowing full well that is what we will obtain and fully assess the radii of the points that define our model, but there are other cases where this is not possible and in those cases where only the observation and our perception of the environment are those help us, or just complicate the story but determining the model from measurements of the real features, as would the methods
circles and rivers ... Let the following year.
The first figure shows half stretched bird base, the second image is the same database but presented with another layer distribution, the third figure it is the decisive and most important and must observe calmly ... Notice how the second figure is expanded to a rectangle which has been offset only folds orientation of 22.5 degrees for a perfect fit in 2 dimensions, besides giving us a point which divides the structure into two equal parts that are quite independent of each other with what we can achieve the fourth and final figure. The fourth drawing
us something familiar (right?) If not perhaps the next image refresh your memory ...
After reading this and have something that is not used every day but with a little ingenuity can save more than one model ... distinguish the previous figure 2 configurations had already tried and previously had said the only difference was the kind of section thrown in our model, and now ...
Surprise! We have another configuration that does exactly the same as the first two sections but are the determinants of its (pruébalo! is very interesting to understand their construction and use) the latest
What for?
Since we have connected our model with the second blade structure earlier view that the section to create the sides of the animal was not enough to cover a decent area to generate the belly, then occupied the third configuration and now this analogy to bend the preliminary design.
drawing to this point and for those used to fold the Cps and especially the last plate will note that we only need to define the head and tail in regard to
key parts ... Then you need to finish defining each visible section of our model or what would be in other words give life that needs our bent to look like what we represent.
This is already the final plan in containing all the sections defined and see how a simple base with which we started can become a beautiful full plane geometry!
Will see original parties?
For those who can get the book Tanteidan convention 15, may try to fold this model in a sequenced and for those who do not can try to obtain from the development plan to leave earlier.
