world of Parametric Design by learning Parametric Design Techniques with Grasshopper.For details and registration check out: http://www.d-nat.net/reparameterized-0-6/ or email: contact@d-nat.netThe workshop will also prepare you for the entry level of the intermediate / advanced workshop MATERIALIZE, which is taking place on Jan 27-30, 2016. Check out. Details will be announced soon.…
Added by Zayad Motlib at 12:31pm on January 5, 2016
al For Vector Maps
You can renew the serial two ways:
1) Download Mosquito, install it again, restart Rhino and you should be good to go.
Or....
2) Click on the little "gear icon" on the bottom left of the Mosquito Vector Maps component and enter this new serial for the Beta version:
KMZPO-FTPBP-JOJTQ-CJDDP
Will expire end of May 2016…
component I just used different components and GH tools to do the same - and this become part of my short paper submission for SimAUD 2016). My solution compares the height of the same points of different solar envelope and then chose the lowest one. I read about the improvement you are working on and it is good but I think it is not yet what I need (or how the solar envelope tool could be more complete).
What I need is a solar envelope that would guarantee on different facades with different orientations (the example I sent you) a certain amount of direct sunlight, say 4h per day in a given period for example all the month of June at 60°N. So to guarantee the south facing facade I should chose the vectors from 10 to 14. But these are not ok for all the other facades because in this timeframe the East and West facing facades get only 2 hours and the North get 0 hours.
So the fist step would be have the possibility to chose different sun vectors for different facades. For the example I did (the 4 hours in June at 60°N) the south facing facade would need from 10 to 14, the East facing for example from 8 to 12, the West facing facade from 12 to 16 and the North facing facade from 6 to 8 and from 18 to 20.
If I would chose a single longer time frame that could get all these hours, from 8 to 20 then the resulting solar envelope would result probably smaller than the sum of the four solar envelopes.
But this is not complete yet. I mean the use of different sun vectors on different facades. The reason is that for example when I chose the sun vectors from 8 to 12 for the four hours on the East facing facade how do I know that the sun hit on the facade in that time frame or maybe it is obstructed by surrounding buildings? Since the sun at 60°N (where I live) in June rise at around 3.15 then maybe for that specific facade the sun hit from 4 to 8 and not from 8 to 12.
I did an extreme case talking about 60°N and that maybe the sun hit on a facade at 4 instead than 12, but it is just to make understand the logic. My suggestion for a more advanced solar envelope it should be integrated with the Sunlight Hours tool of ladybug. So the input should not be the sun vectors because I don't know when the sun hit on the facade but the input should be just the desired number of hours and the possibility to specify different number of hours for each facade. Then this last component that sum different solar envelope (I didn't use it yet but I understood what it does) should be integrated yes so the result would be one single solar envelope more likely using the lowest points (the highest I don't understand what for).
Let me know what you think!
…
ion into the world of Parametric Design using these two sofwares. Grasshopper is a graphical program language through which one can model complex geometric forms. It builds generative algorithms were outputs to these forms are tied to the inputs of subsequent components. Rhino is an advanced NURBS modeler through which one does precision modelling, project workflow and organization. Grasshopper utilizes Rhino 3-D as a modeling platform to develop parametrically controlled models with real time geometric manipulation. These two programs are a powerful combination where Grasshopper parametrically defines the model logics to explore variations and optimized solutions while Rhino models and visualizes it. These two programs are essential for architects, designers, engineers, professionals, and students interested in exploring professionally the world of parametric design."This workshop will be held in Amman/Jordan between the 15th and 22nd of January 2016 from 5pm to 10pm …
point of view will be coupled with the study shapes in action. The experience around an architectural object will act as the central point of ambience for the user’s space. Assessing the way by which natural formations are created and exist as active players in shaping their environment will be achieved via digital simulation. Forms and structures will be created with an aim to alter the feeling of their surrounding by being put into motion. A series of morphologies will be designed, informed by biomimetic form-finding methods through a bottom-up approach via various coding techniques. A 1:1 scale structure will be put together, enabling experience of built space and of building materials in their sensory aspects as a result of a series of initial testing models. These proposals will be applied through the combination of different software including among other Processing, Arduino and Rhino Grasshopper.
The programme is organized in two stages:
Stage 1: Participants gain an understanding of formation processes in nature, coupled with core concepts related to design complexity. During this stage, basic and advanced tutorials on generative design algorithms and analysis tools will be provided. Building on its core methodology from its previous versions, AA Athens VS will perform as a team-based programme promoting collaboration and research. Participants will be introduced to advanced fabrication techniques.
Stage 2: Participants propose design interventions based on the skills and knowledge gained during the first stage. Study models of various scales will be produced, leading to the fabrication and assembly of a full scale working prototype which unifies the design goals of the programme.
The design agenda of AA Athens is linked to the AA Istanbul Visiting School, thus directly creating feedback on one another, allowing participation in either one or both Programmes.
Eligibility The workshop is open to architecture and design students and professionals worldwide.
Accreditation
Participants receive the AA Visiting School Certificate with the completion of the Programme.
Applications
The deadline for applications is 15 May 2016. No portfolio or CV, only requirement is the online application form and fees. Online application link:
https://www.aaschool.ac.uk/STUDY/ONLINEAPPLICATION/visitingApplication.php?schoolID=376
For more information:
http://ai.aaschool.ac.uk/athens/
Contact:
Alexandros Kallegias (Programme Director):
Alexandros.Kallegias@aaschool.ac.uk
…
copied at bottom). The Gaussian Elimination script (included below the pict) works fine in Rhino-Python.
Any thoughts?
"""Provides a scripting component. Inputs: x: The x script variable y: The y script variable Output: a: The a output variable"""
import rhinoscriptsyntax as rs
# Copyright (c) Isaac Evans 2011 # All rights reserved.
def myGauss(m): # eliminate columns for col in range(len(m[0])): for row in range(col+1, len(m)): r = [(rowValue * (-(m[row][col] / m[col][col]))) for rowValue in m[col]] m[row] = [sum(pair) for pair in zip(m[row], r)] # now backsolve by substitution ans = [] m.reverse() # makes it easier to backsolve for sol in range(len(m)): if sol == 0: ans.append(m[sol][-1] / m[sol][-2]) else: inner = 0 # substitute in all known coefficients for x in range(sol): inner += (ans[x]*m[sol][-2-x]) # the equation is now reduced to ax + b = c form # solve with (c - b) / a ans.append((m[sol][-1]-inner)/m[sol][-sol-2]) ans.reverse() return ans
########################################################################## # Check to see if this file is being executed as the "main" python # script instead of being used as a module by some other python script # This allows us to use the module which ever way we want.
if( __name__ == "__main__" ): #Call the function a = myGauss(x)
ERROR MESSAGE:
{0;0} 0. Runtime error (ArgumentTypeException): __getitem__() takes exactly 2 arguments (1 given)
Traceback: line 15, in myGauss, "<string>" line 43, in script…
he slopes.
Reference : A Cellular Texture Basis Function
Steven Worley
http://graphics.ucsd.edu/courses/cse168_s06/ucsd/cellular_noise.pdf
Cinema 4D textureshttp://cdn.tutsplus.com/cg/uploads/legacy/0000_Freebies/007_C4D_NoisePDF/C4D%20Noise%20Texture%20Reference%20v1.pdf
Laurent Delrieu August 2016l.delrieu@neuf.fr…
Red Sea . Jordan
FORMAT:
APPLY:
Limited Spaces are Available, Application form accessible here
A 60GBP deposit can be made to secure a space, remaining payment before programme start.
The AA Visiting School Jordan requires a total fee of 895GBP. This includes.
CONNECT:
You can Visit our website http://jordan.aaschool.ac.uk
or email us at jordan@aaschool.ac.uk
PAST WORKS:
…