def alloyWeight():
#alloy density
density = {
"Sterling Silver": 0.0105,
"18K White": 0.0176,
"18K Yellow": 0.0155,
"9K White": 0.014,
"9K Yellow": 0.012,
"Platinum": 0.0215
}
#create option list
alloy = []
for y in density:
alloy.append(y)
try:
#select object
objs = rs.GetObject("Select PolySurfaces", rs.filter.polysurface)
if objs is None:
print "Aborted"
return
#check for naked edges
if not rs.IsObjectSolid(objs):
rs.ClearCommandHistory()
print("\nPolySurface not solid")
return
#check for valid selection
if objs:
choice = rd.ListBox(alloy, "Select Alloy", "Alloys")
wgt = round(rs.SurfaceVolume(objs)[0] * density.get(choice), 2)
rs.ClearCommandHistory()
print("\nVolume: " + str(round(rs.SurfaceVolume(objs)[0], 2)) +
" amounts to " + str(wgt) + "g of " + choice)
else:
rs.ClearCommandHistory()
print("\nNo valid PolySurface Selected!")
except:
print "Operation Aborted"
Rhino.Commands.Result.Cancel
def ringSizes():
fingerSizes = {}
fingerChoice = []
startSize = 72
endSize = 91
start = 14.5
h_incr = 0.2
for x in range(startSize, endSize):
start += h_incr
fingerSizes[str(chr(x))] = round(start, 2)
start += h_incr
fingerSizes[str(chr(x)) + chr(189)] = round(start, 2)
fingerChoice.append(chr(x))
fingerChoice.append(chr(x) + chr(189))
#debug
#print(fingerSizes)
#listbox
if fingerChoice:
try:
result = rd.ListBox(sorted(fingerChoice), "Select FingerSize",
"Finger Size", "N")
if result:
myLayer = "Finger Size: " + result
rs.AddLayer(myLayer, col.Brown)
rs.CurrentLayer(myLayer)
rs.CurrentView("front")
rs.Command("_Circle 0 " + str(fingerSizes.get(result)))
rs.CurrentLayer("Default")
rs.LayerLocked(myLayer, True)
rs.ClearCommandHistory()
if rs.IsLayer(myLayer):
print("\nFinger rail added!")
else:
print("\nOperation Aborted")
except:
print "Aborted by user"
def __init__(self):
rs.AddLayer("garbage", visible=False)
self.max = 500
self.fsr = 3
self.loc_pts = []
self.res_obj = []
self.num_copies = 1
self.site_crv = rs.GetObject('pick site boundary')
self.site_copy = []
FileName = "input.csv"
FilePath = rs.GetString(
"Enter the working directory for the program : ")
if (FilePath == ""):
FilePath = 'c:/nir_dev/temp/output_1'
try:
os.stat(FilePath)
except:
print('folder does not exist')
return
os.chdir(FilePath)
req_fsr = 3.0
"""
# since total area for each function is given, fsr required is not applicable
try:
self.fsr=float(rs.GetString("Enter FSR required"))
except:
print('this is incorrect data type default value of fsr=3.0 assumed')
"""
n = rs.GetInteger('Enter number of variations required')
if (n == 0 or n == None):
n = 1
a = int(math.sqrt(n))
b = int(math.sqrt(n))
self.num_copies = n
self.max = self.getMax()
req_str_li = []
k = 0
rs.ClearCommandHistory()
print('processing...')
rs.EnableRedraw(False)
# this is the correct field
for i in range(0, a, 1):
for j in range(0, b, 1):
print('iteration %s in RunProc()' % (k))
temp_site_crv = rs.CopyObject(self.site_crv,
[self.max * i, self.max * j, 0])
self.site_copy.append(temp_site_crv)
m = main(FileName, self.fsr, temp_site_crv)
r = m.getInpObj()
self.res_obj.append(r)
m.genFuncObj_Site()
s = m.retResult()
req_str_li.append(s)
pt = rs.CurveAreaCentroid(temp_site_crv)[0]
self.loc_pts.append(pt)
self.addLabel(k, temp_site_crv)
k += 1
try:
self.writeToCsv(k, req_str_li)
except:
pass
# end of correct code block
# start of revised code block
"""
for i in range(0,a,1):
for j in range(0,b,1):
print('iteration %s in RunProc()'%(k))
temp_site_crv=self.site_crv#rs.CopyObject(self.site_crv,[self.max*i,self.max*j,0])
self.site_copy.append(temp_site_crv)
m=main(FileName,self.fsr,temp_site_crv)
r=m.getInpObj()
self.res_obj.append(r)
m.genFuncObj_Site()
s=m.retResult()
req_str_li.append(s)
pt=rs.CurveAreaCentroid(temp_site_crv)[0]
self.loc_pts.append(pt)
self.addLabel(k,temp_site_crv)
rs.RenderColor(1,(255,255,255))
str_img=str(k+1)+'.png'
rs.Redraw()
#rs.Command("_ViewCaptureToFile",tr_img)
rs.CreatePreviewImage(str_img, "Perspective", (1200,1024), 4, False)
print('img created')
m.delResult()
k+=1
self.writeToCsvPcp(k,req_str_li)
"""
#end of revised code block
rs.EnableRedraw(True)
def __init__(self, crv):
rs.ClearCommandHistory()
self.SITECRV=crv
self.counter=0
self.start()
import rhinoscript.userinterface
import rhinoscript.geometry
import rhinoscriptsyntax as rs
import file2 as proc
__commandname__ = "gensite"
def RunCommand( is_interactive ):
p=proc.RunProc()
printDetails()
return 0
rs.ClearCommandHistory()
def printDetails():
print "This is a site builder plugin created by Georgia Institute of Technology in association with Perkins and Will"
print "Contact:\n\t1. Nirvik: [email protected] \n\t2. John: [email protected] \n\t3. Dennis: [email protected]"
RunCommand(True)