Deskriptiv musik,woodcraft bed plans rau,diy tortoise table plans child - 2016 Feature

Deskriptiv etikk er den delen av etikken som undersoker hvilke moralske verdier som fins i befolkningen og hvor utbredt de er. Mens den normative etikkens oppgave er a avdekke og begrunne hva som er rett og galt, beskriver den deskriptive etikken hva som oppfattes som rett og galt i folks oyne. Deskriptiv etikk er dermed en empirisk gren av etikken, som ikke bedommer verdiene folk har, men dokumenterer dem. Deskriptiv etikk skapes dermed gjennom a folge den generelle forskningsprosessen jeg har beskrevet i forbindelse med min gjennomgang av markedsforskning. Deskriptiv etikk benyttes forst og fremst innen samfunnsvitenskapen, og ikke i moralfilosofien.
Den deskriptive etikken studerer blant annet hvilke moralske regler som blir akseptert av ulike samfunn og kulturer, hvilke moralske beslutninger personer faktisk gjor, samt hva som er arsak og motivasjon til at vi gjor de beslutningene vi gjor. Studier innen deskriptiv etikk blir sjeldent ansett som s?rlig relevante for a besvare de normative sporsmalene som blir behandlet innen filosofisk etikk.
I de senere ar har likevel enkelte funn innen moralpsykologi og kognitiv nevrovitenskap skapt en filosofisk debatt om paliteligheten av a benytte seg av moralske intuisjoner for a besvare normative sporsmal innen filosofisk etikk.
The minds behind the mysterious project are Dominik Kolb and Christopher Bader, 26-year-old students at the University of Applied Sciences in Weingarten-Ravensburg. 3D printing is the technology of choice for Kolb and Bader because the intensely detailed features of their shapes would be impossible to replicate through more conventional practices of milling or casting.
Interestingly, the pair chooses to use Polyamide, which can retain details to a fine level of 0.7 millimeters via laser sintering. Though the duo are working on a range of projects, you can view their full portfolios here. January 26, 2014A German studio called Deskriptiv is using 3D printing techniques to create objects with complicated shapes.


In this case images say more than words, so check out some of their creations below and watch the video. German studio Deskriptiv, composed of Christoph Bader and Dominik Kolb, choose 3D printing to detail features of their design.
Instead of concerning about the outcome or the final product the designers focus on the process which generates the final result.
Double Mesh is a generator prototype that let’s you create complex interwoven structures for 3D printing. Inspiration Now is a daily-updated gallery collecting the most creative projects every day. Get your daily dose of design, art, illustration, typography, photography, architecture, installations and more. Om verdier varierer mellom ulike kulturer, samfunnslag eller generasjoner, er ogsa en sporsmalsstilling som horer hjemme i den deskriptive etikken. Alle teknikker og metoder som er beskrevet her, kan benyttes for i et studie som inkluderer deskriptiv etikk. Dette er fordi det er utbredt filosofisk enighet om at man ikke kan gjore noen direkte slutning fra et deskriptivt premiss om hvordan ting faktisk er, til en normativ konklusjon om hvordan ting bor v?re. Because of the additive manufacturing behind 3D printing (layering a fine string of material over and over until the desired structure appears), intertwined and underlying structures can be duplicated with utmost faith to detail.
The one drawback is that this material only comes in white, and must be dyed in order to accommodate color.
The duo collaborate on a number of visual projects which combines design and computer science to produce complex shapes. And through these processes, which is offer called generative or procedural design, the artists could generate theoretically infinitely many outcomes.


These are often programs, algorithms, procedures or any way to encode rules or step by step recipes. 3D printing allows them to produce the shapes which would otherwise be impossible to create through converntional manufacturing. In order for you to see this page as it is meant to appear, we ask that you please re-enable your Javascript! Though still in school, the pair have established a virtual studio called Deskriptiv to expand their creative practice. Their artwork are printed using Polyamide in a fine resolution of 0.7 millimeters via laser sintering. After the process is encoded the generative designer surfaces parameters which can be used to vary the process and the way it is evaluated. By modifying these parameters she or he can create new designs which emerge from the process. As 3D printing technology continues to evolve, it will be interesting to watch how Deskriptiv's work develops and how crazy their design would be. By inspecting the outcomes and varying the process and again re-encoding it the generative designer is improving the process and maybe as such the final outcomes.



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