Functions
def	dex
def	floatify
def	offset_dict
def	offset_tuple
def	scale_dict
def	scale_tuple
def	unbox_dict
def	unbox_tuple
def	unflip_dict
def	unflip_tuple_rows
Variables
tuple	lcs = dex(lower_coordinates)
list	lower_coordinates
list	meters = [scale_dict(D, SCALE) for D in offsets]
dictionary	names
tuple	names_rev = dict([(names[k], k) for k in names])
int	OFFSET = 1500
list	offsets = [offset_dict(D, -OFFSET) for D in unboxeds]
float	SCALE = 35.0
tuple	ucs = dex(upper_coordinates)
list	unboxeds = [unbox_dict(unflipped[i], lcs[i]) for i in range(4)]
list	unflipped = [unflip_dict(unscaled[i], lcs[i], ucs[i]) for i in range(4)]
list	unscaled = [floatify(x) for x in voxels]
list	upper_coordinates
list	voxels = [{}, {}, {}, {}]

Function Documentation

def hand_planes.dex ( s )

dex for 'de-x'; convert my string format into (float, float, float).

Definition at line 334 of file hand_planes.py.

def hand_planes.floatify ( D )

Turn a dictionary in my string format into a dictionary of (float, float,
float) triples.

Definition at line 359 of file hand_planes.py.

def hand_planes.offset_dict	(	D,
		o
	)

Definition at line 400 of file hand_planes.py.

def hand_planes.offset_tuple	(	t,
		o
	)

Definition at line 397 of file hand_planes.py.

def hand_planes.scale_dict	(	D,
		s
	)

Divide D by s.

Definition at line 411 of file hand_planes.py.

def hand_planes.scale_tuple	(	t,
		s
	)

Divide t by s.

Definition at line 407 of file hand_planes.py.

def hand_planes.unbox_dict	(	D,
		lc
	)

Definition at line 390 of file hand_planes.py.

def hand_planes.unbox_tuple	(	t,
		lc
	)

Definition at line 387 of file hand_planes.py.

def hand_planes.unflip_dict	(	D,
		lc,
		uc
	)

As above, but for a dictionary.

Definition at line 380 of file hand_planes.py.

def hand_planes.unflip_tuple_rows	(	t,
		lc,
		uc
	)

Unflip a tuple around rows, given the appropriate bounding box.

Definition at line 376 of file hand_planes.py.

Variable Documentation

tuple hand_planes::lcs = dex(lower_coordinates)

Definition at line 352 of file hand_planes.py.

list hand_planes::lower_coordinates

Initial value:

00001 ['1550x1790x1474', 
00002                      '1536x1778x1486',
00003                      '1532x1772x1484',
00004                      '1542x1740x1488']

Definition at line 341 of file hand_planes.py.

list hand_planes::meters = [scale_dict(D, SCALE) for D in offsets]

Definition at line 415 of file hand_planes.py.

dictionary hand_planes::names

Initial value:

00001 {'2011-08-04-12-16-23' : 0,
00002          '2011-08-11-01-31-15' : 1,
00003          '2011-08-16-20-59-00' : 2,
00004          '2011-08-25-09-31-05' : 3}

Definition at line 9 of file hand_planes.py.

tuple hand_planes::names_rev = dict([(names[k], k) for k in names])

Definition at line 14 of file hand_planes.py.

int hand_planes::OFFSET = 1500

Definition at line 396 of file hand_planes.py.

list hand_planes::offsets = [offset_dict(D, -OFFSET) for D in unboxeds]

Definition at line 403 of file hand_planes.py.

float hand_planes::SCALE = 35.0

Definition at line 406 of file hand_planes.py.

tuple hand_planes::ucs = dex(upper_coordinates)

Definition at line 353 of file hand_planes.py.

list hand_planes::unboxeds = [unbox_dict(unflipped[i], lcs[i]) for i in range(4)]

Definition at line 393 of file hand_planes.py.

list hand_planes::unflipped = [unflip_dict(unscaled[i], lcs[i], ucs[i]) for i in range(4)]

Definition at line 384 of file hand_planes.py.

list hand_planes::unscaled = [floatify(x) for x in voxels]

Definition at line 366 of file hand_planes.py.

list hand_planes::upper_coordinates

Initial value:

00001 ['3085x3573x1603',
00002                      '3081x3569x1609',
00003                      '3071x3573x1621',
00004                      '3071x3573x1605']

Definition at line 346 of file hand_planes.py.

list hand_planes::voxels = [{}, {}, {}, {}]

Definition at line 18 of file hand_planes.py.

Functions

Variables

Function Documentation

Variable Documentation