asciidump Namespace Reference

Functions
def	boolean_components
def	box_action
def	comp_action
def	cone_action
def	examine_section
def	generic_solid
	Solid actions. More...
def	get_docs
def	intersectionsolid_action
def	log_action
def	poly_section_action
def	polycone_action
def	polyhedra_action
def	pos_action
def	pseudotrap_action
def	qname
def	reflectionsolid_action
def	rot_action
	other actions More...
def	shapelesssolid_action
def	subtractionsolid_action
def	trapezoid_action
def	trd1_action
def	tube_action
def	tubs_action
def	unionsolid_action
def	unitc

Variables
list	action = i[3]
list	at = at[1:]
tuple	attr = e.getAttribute(at)
list	attributes = i[2]
dictionary	CATEGORIES = {}
string	cmd = "rm -rf "
string	CONFIGFILE = "configuration.xml"
tuple	doc = xml.dom.minidom.parse(open(doc[0],'r'))
tuple	docs_ns = get_docs("configuration.xml")
list	document_path = doc[0]
int	elCount = -1
list	elements = i[1]
tuple	els = doc.getElementsByTagName(el)
tuple	file = open(outdir+tablename,'a')
	filename = outdir+tablename
int	flagQ = 0
int	flagU = 0
dictionary	GENSOLID_ONCE = {}
int	le = 0
tuple	LOGFILE = open("log.txt",'w')
list	namespace = doc[1]
string	outdir = "./data/"
list	PPCOUNT = [ 0 ]
int	rad_to_deg = math.pi/180
string	s = ""
string	soldir = ""
dictionary	SOLIDTYPES
list	table
list	tablename = i[0]
dictionary	UNITS

Function Documentation

def asciidump.boolean_components	(		r,
			ns
	)

Definition at line 133 of file asciidump.py.

References qname(), and unitc().

Referenced by intersectionsolid_action(), subtractionsolid_action(), and unionsolid_action().

def boolean_components(r,ns):
    s = ""
    for c in r.getElementsByTagName("rSolid"):
        s = s + qname(c.getAttribute("name"),ns) + ","
    t = r.getElementsByTagName("Translation")
    if len(t) != 0:
        s = s + unitc(t[0].getAttribute("x")).__str__() + ","
        s = s + unitc(t[0].getAttribute("y")).__str__() + ","
        s = s + unitc(t[0].getAttribute("z")).__str__() + ","
    else:
        s = s + "0,0,0,"    
    r = r.getElementsByTagName("rRotation")
    if len(r) != 0:
        s = s + qname(r[0].getAttribute("name"),ns) + ","
    else:
        s = s + "rotations:UNIT,"
    return s

# Solid-action  ##########################################################################
# called during the SOLIDS-table generation
# each action creates a sub-table containing the data for the solids
# some actions create several sub-tables (e.g. polycones, rz-sectsion ...)