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<h1>Idea</h1>
<p ALIGN="justify"> Previously, for a career in architecture, I worked in an experimental pavilion, but I had structural deficiencies and it was not parametric. I was working on a modular design that could adapt to any type of area. Interact with parameters such as the area to be covered or the height of the pavilion. In addition, through the use of temperature sensors and servomotors, it will control the movements of the coverage and the direction of light into the spaces to obtain constant illumination. In this way, I will create a space for interaction of entertainment, exhibition or study with an accepted thermal satisfaction. <br> Therefore, as a first step, I will start with the design of the behavior and the geometrization of the pieces in the rhinoceros program with the Grasshopper pluggin. </p>
<center><span class="image main"><img src="week 21/idea 01.png" alt="Avatar" style="width: 500px">
<FONT SIZE=3> Fig.01 - Idea</font> </span></center>
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<center><li>Nodo: <a href="http://www.ulima.edu.pe/en/departamento/center-technological-innovation/fab-lab-cit">CIT FAB LAB ULIMA</a></li><li> Danny Cotera &copy; 2019</li></center>
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<h1>Final Project</h1>
<h2>Idea </h2>
<a href="final-project idea.html"><h2>Idea </h2></a>
<center><span class="image main"><img src="presentation.png" alt="Avatar" style="width: 500px"> </span> </center>
<p ALIGN="justify"> Previously, for a career in architecture, I worked in an experimental pavilion, but I had structural deficiencies and it was not parametric. I was working on a modular design that could adapt to any type of area. Interact with parameters such as the area to be covered or the height of the pavilion. In addition, through the use of temperature sensors and servomotors, it will control the movements of the coverage and the direction of light into the spaces to obtain constant illumination. In this way, I will create a space for interaction of entertainment, exhibition or study with an accepted thermal satisfaction. <br> Therefore, as a first step, I will start with the design of the behavior and the geometrization of the pieces in the rhinoceros program with the Grasshopper pluggin. </p>
<center><span class="image main"><img src="week 21/idea 01.png" alt="Avatar" style="width: 500px">
<FONT SIZE=3> Fig.01 - Idea</font> </span></center>
<p><u>Design 2D & 3D</u></p>
<p ALIGN="justify"> To generate the design of the structure of the pavilion I will opt for the use of the catenary, since it is an ideal curve that is subjected to a uniform gravitational field. This geometry will help to minimize the load weight produced by the materials to be used. <br> When increasing the height of the catenary this does not vary in the structural behavior, which would happen in the geometry of the parabola. </p>
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<center><span class="image main"><img src="week 21/02.jpeg" alt="Avatar" style="width: 350px"> <a> <FONT SIZE=3> <a href="week 21/Files/corte lucarnas.dxf" download> Download Files</font> </a> <br>
<FONT SIZE=3> Fig.01 - Case File </font> </span></center>
<p><u>Electronic</u></p>
<p ALIGN="justify"> El movimiento de las coberturas se realizaran con servomotores que generarán un movimiento vertical. </p>
<center><video width="680" height="400" src="week 21/03.mp4" autoplay muted loop></video> </center>
<center><FONT SIZE=3> Fig.07 - Video </font></center>
<center><video width="680" height="400" src="week 21/04.mp4" autoplay muted loop></video> </center>
<center><FONT SIZE=3> Fig.07 - Video </font></center> <br>
<p ALIGN="justify"> El movimiento de las coberturas se realizaran con servomotores que generarán un movimiento vertical. </p>
<center><span class="image main"><img src="week 21/02.jpeg" alt="Avatar" style="width: 350px"> <a> <FONT SIZE=3> <a href="week 21/Files/corte lucarnas.dxf" download> Download Files</font> </a> <br>
<FONT SIZE=3> Fig.01 - Case File </font> </span></center>
<p ALIGN="justify"> The plate that I will use will be an atmega328 which I made in my week of Interface and Application Programming, </p>
<center><span class="image main"><img src="week 16/06.jpg" alt="Avatar" style="width: 800px"> <a> <FONT SIZE=3> <a href="week 16/Files/DC 328.nc" download> Download Code-G ATmega328 </font> </a> <br>
<P ALIGN="justify"> I will use a light sensor that allows me to generate the movement that we want in the interface. For this I will create a board that has an LED that tells me if the amount of light exceeds the configured and an LDR sensor.</p>
<center><span class="image main"><img src="week 16/17.jpg" alt="Avatar" style="width: 650px"> <a> <FONT SIZE=3> <a href="week 16/Files/LDR, LED.nc" download> Download G-Code LDR,LED </font> </a> <br>
<FONT SIZE=3> Fig.07 - Code </font> </span> </center>
<P ALIGN="justify"> Like the ATMega I'm going to cut it with the same parameters: Spindle speed (8000RPM), tool diameter (0.1mm) and numer of offsets (15). </a>
<center><span class="image main"><img src="week 16/Files/ldr.png" alt="Avatar" style="width: 250px"> <a> <FONT SIZE=3> <a href="week 16/Files/ldr.png" download> Download PNG - LDR,LED </font> </a> <br>
<FONT SIZE=3> Fig.06 - </font> </span></center>
<P ALIGN="justify"> For a better distribution of cables, a plate with terminals was created, which allows to integrate the 8 servomotors to the atmega328 board. The parameters to export the g-code were tool diameter 0.1 mm, number of offsets 15mm and 8000 RPM</a>
<center><span class="image main"><img src="week 21/bornera.png" alt="Avatar" style="width: 750px"> <a> <FONT SIZE=3> <a href="week 21/Files/bornera.rar" download> Download PNG - LDR,LED </font> </a> <br>
<FONT SIZE=3> Fig.06 - </font> </span></center>
<P ALIGN="justify">The programming allows to integrate the movement of the servomotors with a led that allows to visualize when it is turned on or off.</a>
<center><span class="image main"><img src="week 21/08.jpg" alt="Avatar" style="width: 250px"> <a> <FONT SIZE=3> <a href="week 21/Files/LDR,LED.rar" download> Download PNG - LDR,LED </font> </a> <br>
<FONT SIZE=3> Fig.06 - </font> </span></center>
<P ALIGN="justify">The case will be located on one of the horizontal axes, which will allow better communication with the plate. This will avoid losing signal between the board and the servos. </a>
<center><span class="image main"><img src="week 21/07.jpg" alt="Avatar" style="width: 350px"> <br>
<FONT SIZE=3> Fig.06 - </font> </span></center>
<P ALIGN="justify">The cables go through the pieces of mdf, this way you can see a clean structure </a>
<center><video width="680" height="400" src="week 21/video00.mp4" autoplay muted loop></video> </center>
<center><FONT SIZE=3> Fig.07 - Video </font></center>
<center><video width="680" height="400" src="presentation.mp4" autoplay muted loop></video> </center>
<center><FONT SIZE=3> Fig.07 - Video </font></center>
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