Position Interacted Column Place - Parametric Design Final Submission

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PARAMETRIC DESIGN COURSE FINAL SUBMISSION EFEKAN CAKIR - 160209005

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The project, as known as Position Interacted Column Place (PICP), is generated for Parametric Design Course in Istanbul Okan University.

PICP aims to has different space type variation according to position of the point.

That the point can express various things such as, position of user. Also, the PICP can be supporter place to public open places (i.e. public squares).

How long is the distance from the public open spaces, PCIP’s volume should change to provide to affect.

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When Interaction Position is Inside PARAMETRIC DESIGN COURSE

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When Interaction Position is Inside PARAMETRIC DESIGN COURSE

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When Interaction Position is on the Outside PARAMETRIC DESIGN COURSE

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When Interaction Position is on the Outside PARAMETRIC DESIGN COURSE

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When Interaction Position is Inside PARAMETRIC DESIGN COURSE

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When Interaction Position is on the Outside PARAMETRIC DESIGN COURSE

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PICP designed on Rhinoceros 7 Trial Version with Grasshopper, and RhinoScript.

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Define points and surface

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Deconstruct the point for getting position values separately

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Check the values with Phython Script, if the values less than 0, make them positive with abs() function.

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Then remap the position values according to shape dimension. (I must make less due to my computer cannot work well in high values.) In the picture, the y values(148) remapped to 10.

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Then remap the position values according to shape dimension. (I must make less due to my computer cannot work well in high values.) In the picture, the y values(148) remapped to 10.

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Be sure the result is positive.

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Divide the surface with Divide Domain² tool according to position of the point.

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Extract in isoparametric subset of the surface with isotrim tool to divide equally the surface according the point’s position.

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Create points on intersection points on divided surface with curve middle tool.

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Collect the distances between the first point and each intersection point on divided surface to provide interaction.

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Remap the interaction value to limit the value in an interval that makes sense for a place.

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Remap the interaction value to limit the value in an interval that makes sense for a place.

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Create the column as main component of the project, on the intersection points of surface with center box tool.

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Then, move the columns as same z value as their height that defined as distance from the main point to align on ground.

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Move the intersection point to top of the columns. The height value must be multiplied with 2 because height value works as a radius that belongs a circle. Also, we moved the columns according the height value, that means the height value added 2 times from ground.

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Then, create a mesh to cover the place from the top points of the columns with Delaunay Mesh tool.

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Finally, the PCIP is ready to create space according to main point.

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Video of Working of PCIP PARAMETRIC DESIGN COURSE

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