making a cluster (image 3) )Also here is what I get when I double left click on that newly created cluster:
There is not input/output parameters inside that window.Just information about Name, description, author, icon...…
iles and rad files in this folder :
C:\Users\Sarith\AppData\Local\Temp\radSources (replace my name with yours).
However, the pic file which is created in that folder crashes. So, I tried to hack the process and get an image through a screenshot and ra_bmp.
This is the rendering that I got through Relux:
This is what I got from my own renderings with image that I got:
This is surprising because the material is called Glass. However the radiance definition of the material is :
void colorpict mat_104~19 red green blue surfpic2.pic alignpic.cal tile_u tile_v -s 0.5850001 0.975mat_104~1 plastic mat_104005 1 1 1 0 0
The colorpict on the the first line only modifies color patterns and does not make the material transparent/translucent. Similarly, the plastic type implies that the material won't be transparent anyway.
I don't think this material as defined in Relux is a physically based material. You are probably better off importing the Raytracer materials to Honeybee. Andy Mcneil had an excellent presentation about GlassBlocks in the last Radiance workshop: http://www.radiance-online.org/community/workshops/2015-philadelphi...
The pic file that I generated is here : https://www.dropbox.com/s/5c32layqehdns72/surfpic2.pic?dl=0…
country and in particular London. Point clouds are available online and perhaps there could be a way that they inform the building heights. I have been exploring the following process:
1. the mesh produced with the point clouds. Rather accurate but using the delaunay meshing, the shapes are very rough and dented.
2. I populate the mesh on GH.
3. Using Gismo 2D shapes, I test for point inclusion for each shape and find the highest point. Its height (z) extrudes the 2D shape.
4. The result is very convenient in many cases, though it is not easy to control which shape is extruded to the eighest point as larger polygons could contain smaller ones.
I am still looking for a way to filter more the OSM shape component so that the 2D shapes are strictly buildings.Although the LIDAR files are rather very heavy, perhaps there would be an automated way to query the databases with GISMO.Food for thoughts.
…
is obstructed. So you should use "<" instead "<=" and move a bit your obstruction to leave sufficient space to rays which comes from vertices of the window.
Best,Antonello…
ee circles:
It took me a while to come up with a good Fitness Function but eventually I think I managed it. As you see the result is actually pretty good, it took about 5 iterations (1~2 minutes) of the Simulated Annealing solver to get this answer. I also attached the file, though you may not be able to open it even on the most recent publicly released version.
--
David Rutten
david@mcneel.com
Poprad, Slovakia…
Added by David Rutten at 6:50am on December 11, 2012
cross a doubly curved surface. The beams are also cambered to make them more stable, so they weave under and over the surface, which is why the pattern can be hard to see in the photo. Our process was as follows:
Essentially the stages are:
1. Project a pattern onto a doubly curved surface.
2. Smooth the pattern over the surface with dynamic relaxation (we used this: http://parametricmodel.com/DynamicRelaxation-fixednumberoftimes/12.html)
3. Rotate each line of the pattern so it becomes reciprocal. This is probably the hardest step as you want everything to be straight and you want all the lines to terminate cleanly.
4. Turn that pattern into beams & construction drawings.
…
ts (that should make whole structure rigid body, right?).
Questions
1
In KarambaManual there is component called "BeamJoint" but i dont have it is it available only in pro version?
2
Is there other method form makeing my structure rigid body?
3
Should all lines be flatter before going to "LineToBeam" component. Unfortunately my system crash when i try to do that
Best,
karol…
r -1.
Here is my attempt, using anemone:
please note the following:
1. I had to change your definition a little bit so that each column of bricks is created by array.
2. There will be a height difference between the first and last column. If this bothers you you could try creating half the numbers you need with anemone and then mirroring them (hope this makes sense, if not let me know).
3. For some reason that is beyond my understanding, the first time you open the file anemone will not create a "correct" list of numbers. This can be fixed by moving the [Data_0] slider and let anemone calculate the loop again.
cheers, nikos
ps. yes, the gh file is usually called "definition".…
road axis. Polyline
Algorithm:
Contour line on a Mesh(A).(RCE: Contour line on Mesh)
MultiOffset on a Polyline.(RE: Multi-Offset)
Search for intersections between the axis of the road and primary contours lines.(RCE: Search Curve to Curve)
Axis interpolation on the points of intersection.(RCE: Curve Interpolation)
Divide curve on a vertical plane.(RCE : Plane on Curve)
For a open curve t parameter is 0 and 1(default).
Road Profile.(RCE: Road Profile)
Cut & Fill Profile(RCE :Cut & Fill Profile)
Join curve cut and fill profile.
Closed curve profile.(RCE: Closed Curve)
3D Modeling Cut & Fill Road .
Bounding box of a main project.(RCE :Bounding box)
Creating base of a mesh in main project.
Boolean operation to the cut & fill road.
Volume and display.
Optimization with Galapagos .
Study A
Parameter= Radius on Multi-Offset component.
Study B
Parameter= Radius on Multi-Offset component.
Move Interpolation point on Search Curve to Curve component.
Add a new components for move interpolation points with gene pool.
Optimization.
Study C
Parameter= Radius on Multi-Offset component.
Move Interpolation point on Search Curve to Curve component.
Length of road on Road Profile component
Add a Tree Repetition component(RCE).
Optimization.
Example available in bottom of this post...
[EXEMPLE_Français] Optimisation Route Déblais & Remblais avec Galapagos.
But:
Dans cet exemple nous allons voir comment utiliser RCE(RhinoCivil Engineering) dans une étude d'optimisation de déblais et de remblais sur une route.
Données:
Maillage représentant le terrain. Mesh (A)
Courbe représentant l'axe de la route. Polyline
Algorithme :
Courbe de niveaux sur le maillage du terrain Mesh (A).(RCE :Courbes de Niveaux Maillage)
Multiple conges sur l’axe de la route Polyline.(RCE :Multi-Conges)
Recherche d ‘intersections entre l’axe de la route et les courbes de niveaux primaires.(RCE :Recherche d’intersection Courbe sur Courbe)
Interpolation de l’axe sur les points d’intersections.(RCE :Interpolation de Courbe)
Division de la courbe par un plan vertical.(RCE : Plan sur Courbe)
Pour une courbe ouverte le paramètre t est 0 et 1.
Dessin de profils routier.(RCE :Profil Routier)
Dessin de profils déblais et remblais.(RCE :Profil déblais & remblais simple)
Joindre courbe de profils déblais et de remblais.
Fermer courbe de profil.(RCE : Fermer Courbe)
Modélisation de la route en déblais et en remblais.
Création de la boite de contour du projet.(RCE :Boîte)
Création du socle du Terrain dans la zone du projet.
Opération booléenne pour la route en déblais et en remblais.
Calcul de volume et affichage.
Optimisation avec Galapagos .
Etude A
Paramètre= Rayon du composant Multi-Conges
Etude B
Paramètre= Rayon du composant Multi-Conges
Déplacement des points d'interpolations.
Ajouts de nouveau composant pour le déplacement des points.
Optimisation.
Etude C
Paramètre= Rayon du composant Multi-Conges
Déplacement des points d'interpolations.
Largeur de la route sur le composant Profil routier
Ajout du composant répétition d'arbre (RCE).
Optimisation.
EXEMPLE_RCE OptimisationRoute[Demo A] FR.gh
EXEMPLE_RCE OptimisationRoute[Demo B] FR.gh
EXEMPLE_RCE OptimisationRoute[Demo C] FR.gh…
work, than you can move them closer to beginning position (f.ex. 200) than again closer (f.ex. 100) than closer... and repeat it till it is moved just lets say 1/10000 so the position of all points is nearly like at the beginning. It is a bit tricky but usually it works...…