uses modules: objFigure, [snapshots], [helpMod]
For more information see figureInfo.py
"""
import gf
import os
import pprint
import objFigure
try: import snapshots
except ImportError: snapshots=None
try:
import helpMod
helpMod.addModule("figureinfo", module_help)
helpMod.addPage("info", module_help)
except ImportError:
pass
name=None
description=None
filePath=None
modified=False
def onNew():
if snapshots and snapshots.restoringInProgress():
return
global name
global description
global filePath
-optional positivePoint will have positive oriented distance from the hyperplane
hyperplanesOfFigure(figure)
-returns list of hyperplanes containing the facets of the figure
uses modules: algebra, duals, gfUtils, [helpMod]
For more information see spaceCuts.py
"""
import algebra
import duals
import gfUtils
try:
import helpMod
helpMod.addModule("spacecuts", module_help)
except ImportError:
pass
class WrongAreaError(RuntimeError):
def __init__(self):
RuntimeError.__init__(self, "Inconsistent or infinite area")
pass
def figureFromArea(hyperplanes, innerPoint):
hyppByDual = dict()
dualVertsPos = [innerPoint] # to check whether innerPoint is really inner
for h in hyperplanes:
.__iter__ -iterator over all-level bounding figures
Vertex(position, gfIndex) -the Vertex object (subclass)
.position -tuple of coordinates
fromGfFigure(gfFigure) -creates Figure from gf figure
toGfFigure(figure) -creates gf figure from Figure
figuresIterator(figures)
-returns iterator over all-level bounding figures
uses modules: [helpMod]
For more information see objFigure.py
"""
try:
import helpMod
helpMod.addModule("objfigure", module_help)
except ImportError:
pass
# Iterator over the boundaries of (iterable of) figures
# Only one iterator can be active at a time
def figuresIterator(figures):
markObj=object()
for figure in figures:
figure.markObj=markObj
for f in figure:
yield f
# Takes gf.figure structure, returns set of figures
-the other arguments are optional
createConvexObjFigure(vertices)
-creates convex hull of the given list of vertices
-returns objFigure.Figure object
uses modules: objFigure, [figureInfo], [helpMod]
For more information see gfUtils.py
"""
import gf
import os
try:
import helpMod
helpMod.addModule("gfutils", module_help)
except ImportError:
pass
try:
import figureInfo
except ImportError:
figureInfo=None
# Opens file relatively to the currently opened one in the same folder
# offset 1 means next file, offset -1 means previous file
def openFileRelative(offset):
import figureInfo
currPath=figureInfo.getPath()
currDir=None
currFile=None
map(key) -maps/unmaps random rotation to key
set_auto(bool_value) -enables/disables automatic rotation
randomRot(allowCameraMoving) -rotation itself
uses modules: [helpMod]
For more information see randomRot.py
"""
import gf
import random
random.seed()
try:
import helpMod
helpMod.addModule("randomrot", module_help)
helpMod.addPage("randomrot", module_help)
except ImportError:
pass
mappedTo = None
def map(key):
global mappedTo
if mappedTo:
gf.map(mappedTo)
if key:
gf.map(key, "randomRot.randomRot()")
mappedTo = key
into connected (by facets) components
-exclude contains facets to be ignored
uses modules: algebra, objFigure, spaceCuts, [helpMod]
For more information see check.py.
"""
import objFigure
import spaceCuts
import algebra
import gf
try:
import helpMod
helpMod.addModule("check", module_help)
except ImportError:
pass
def isBoundaryConnected(figure, checkFaces=True):
if not isinstance(figure, objFigure.Figure):
raise TypeError("objFigure.Figure needed")
if checkFaces:
for face in figure:
if not isBoundaryConnected(face, False):
return False
return True;
else:
if figure.dim<2:
return True
if len(findComponents(figure.boundary))==1:
For more information see figureInfo.py
"""
import gf
import os
import pprint
import objFigure
try:
import snapshots
except ImportError:
snapshots = None
try:
import helpMod
helpMod.addModule("figureinfo", module_help)
helpMod.addPage("info", module_help)
except ImportError:
pass
name = None
description = None
filePath = None
modified = False
def onNew():
if snapshots and snapshots.restoringInProgress():
return
global name
global description
-the other arguments are optional
createConvexObjFigure(vertices)
-creates convex hull of the given list of vertices
-returns objFigure.Figure object
uses modules: objFigure, [figureInfo], [helpMod]
For more information see gfUtils.py
"""
import gf
import os
try:
import helpMod
helpMod.addModule("gfutils", module_help)
except ImportError:
pass
try:
import figureInfo
except ImportError:
figureInfo = None
# Opens file relatively to the currently opened one in the same folder
# offset 1 means next file, offset -1 means previous file
def openFileRelative(offset):
import figureInfo
currPath = figureInfo.getPath()
currDir = None
hyperplaneFromPoints(points, positivePoint) -creates Hyperplane object from points
Hyperplane(normal, normalPos) -hyperplane object
.normal -normal vector
.normalPos -position within the normal vector
.orientedDistance(point) -distance in normalized normal
.inverse() -creates Hyperplane returning inverse oriented distance
uses modules: [helpMod]
For more information see algebra.py
"""
try:
import helpMod
helpMod.addModule("algebra", module_help)
except ImportError:
pass
def dotProduct(vector1, vector2):
return sum(map(lambda z: z[0]*z[1], zip(vector1, vector2)))
def vectLen(vector):
return sum(map(lambda x: x**2, vector))**0.5
def vectDiff(vector1, vector2):
return tuple(map(lambda z:z[0]-z[1], zip(vector1, vector2)))
def vectSum(*vectors):
return tuple(map(lambda z:sum(z), zip(*vectors)))
randomRot(allowCameraMoving) -rotation itself
uses modules: [helpMod]
For more information see randomRot.py
"""
import gf
import random
random.seed()
try:
import helpMod
helpMod.addModule("randomrot", module_help)
helpMod.addPage("randomrot", module_help)
except ImportError:
pass
mappedTo = None
def map(key):
global mappedTo
if mappedTo:
gf.map(mappedTo)
if key:
gf.map(key, "randomRot.randomRot()")
mappedTo = key
rightBtnFunc -function called on right button press
uses modules: [gfUtils], [helpMod], [randomRot] (deactivates auto)
For more information see spaceNavigator.py
"""
import gf
import os
import struct
import threading
import time # gf.time can be used only in the main thread
try:
import helpMod
helpMod.addModule("spacenavigator", module_help)
helpMod.addPage("spacenavigator", module_help)
except ImportError:
pass
device="/dev/input/spacenavigator"
lock=threading.Lock()
buttons=[]
sensitivity=0.01
idleTime=0
axes=None
try:
import gfUtils
def leftBtnFunc():
gfUtils.openFileRelative(-1)
def rightBtnFunc():
-optional positivePoint will have positive oriented distance from the hyperplane
hyperplanesOfFigure(figure)
-returns list of hyperplanes containing the facets of the figure
uses modules: algebra, duals, gfUtils, [helpMod]
For more information see spaceCuts.py
"""
import algebra
import duals
import gfUtils
try:
import helpMod
helpMod.addModule("spacecuts", module_help)
except ImportError:
pass
class WrongAreaError(RuntimeError):
def __init__(self):
RuntimeError.__init__(self, "Inconsistent or infinite area")
pass
def figureFromArea(hyperplanes, innerPoint):
hyppByDual=dict()
dualVertsPos=[innerPoint] # to check whether innerPoint is really inner
for h in hyperplanes:
dualPoint=duals.dualPointFromHyperplane(h, innerPoint)
hyppByDual[dualPoint]=h
dualVertsPos.append(dualPoint)
For more information see duals.py
"""
import objFigure
from objFigure import Figure, Vertex
import gf
from operator import attrgetter
import algebra
import check
try: import figureInfo
except ImportError: figureInfo=None
try:
import helpMod
helpMod.addModule("duals", module_help)
helpMod.addPage("create dual", module_help)
except ImportError:
pass
def dualPointFromHyperplane(hyperplane, centerPoint=None):
if not centerPoint:
centerPoint=(0,)*len(hyperplane.normal)
dist=hyperplane.orientedDistance(centerPoint)
if abs(dist) < 0.0001:
raise RuntimeError("Hyperplane passing through the center")
return algebra.vectSum(algebra.vectMult(-1/dist, hyperplane.normal), centerPoint)
def createDual(figure, centerPoint=None):
if figure.dim<2:
raise RuntimeError("Figure has to have at least 2 dimensions")
hyperplaneFromPoints(points, positivePoint) -creates Hyperplane object from points
Hyperplane(normal, normalPos) -hyperplane object
.normal -normal vector
.normalPos -position within the normal vector
.orientedDistance(point) -distance in normalized normal
.inverse() -creates Hyperplane returning inverse oriented distance
uses modules: [helpMod]
For more information see algebra.py
"""
try:
import helpMod
helpMod.addModule("algebra", module_help)
except ImportError:
pass
def dotProduct(vector1, vector2):
return sum(map(lambda z: z[0] * z[1], zip(vector1, vector2)))
def vectLen(vector):
return sum(map(lambda x: x**2, vector))**0.5
def vectDiff(vector1, vector2):
return tuple(map(lambda z: z[0] - z[1], zip(vector1, vector2)))
isFigureClosed(figure)
isFigureConvex(figure)
uses modules: algebra, objFigure, spaceCuts, [helpMod]
For more information see check.py.
"""
import objFigure
import spaceCuts
import algebra
import gf
try:
import helpMod
helpMod.addModule("check", module_help)
except ImportError:
pass
def isFigureClosed(figure, checkFaces=True):
if not isinstance(figure, objFigure.Figure):
raise TypeError("objFigure.Figure needed")
if checkFaces:
for face in figure:
if not isFigureClosed(face, False):
return False
return True;
else:
openEdges=set()
closedEdges=set()
for facet in figure.boundary:
- (un)registers callback function func(oldSnapshotIndex), to be called on restore
- oldSnapshotIndex is valid only within the call of func, it can change
setClearableProperty(name, clearable=True)
- clearable property is set to None after every snapshot, the others are always inherited
set_maxcount(count)
get_maxcount()
- gets/sets the maximum number of snapshots
uses modules: [helpMod]
For more information see snapshots.py
"""
try:
import helpMod
helpMod.addModule("snapshots", module_help)
helpMod.addPage("undo", module_help)
helpMod.addPage("redo", module_help)
helpMod.addPage("snapshots", module_help)
except ImportError:
pass
import gf
from time import time
snapshots = [dict()]
currentIndex = 0
currentState = dict()
restoreCallbacks = set()
createCallbacks = set()
uncommittedChanges = False
uses modules: algebra, objFigure, spaceCuts, [figureInfo], [helpMod]
For more information see stellation.py
"""
import spaceCuts
import algebra
import objFigure
from operator import attrgetter
import gf
try: import figureInfo
except ImportError: figureInfo=None
try:
import helpMod
helpMod.addModule("stellation", module_help)
helpMod.addPage("stellate", module_help)
except ImportError:
pass
def stellateFigure(figure):
objFigure.updateVerticesLists(figure)
objFigure.updateParentsLists(figure)
innerPoint=algebra.vectAvg(*[v.position for v in figure.vertices])
for f in figure.boundary:
f.hyperplane=spaceCuts.hyperplaneOfFacet(f, innerPoint);
f.hyperplane.origFacet=f
newFacets=[]
for f in figure.boundary:
rightBtnFunc -function called on right button press
uses modules: [gfUtils], [helpMod], [randomRot] (deactivates auto)
For more information see spaceNavigator.py
"""
import gf
import os
import struct
import threading
import time # gf.time can be used only in the main thread
try:
import helpMod
helpMod.addModule("spacenavigator", module_help)
helpMod.addPage("spacenavigator", module_help)
except ImportError:
pass
device = "/dev/input/spacenavigator"
lock = threading.Lock()
buttons = []
sensitivity = 0.01
idleTime = 0
axes = None
try:
import gfUtils
def leftBtnFunc():
gfUtils.openFileRelative(-1)
import objFigure
from objFigure import Figure, Vertex, figuresIterator;
import algebra
from algebra import Hyperplane;
import gf
import spaceCuts
import check
try:
import figureInfo
except ImportError:
figureInfo=None
try:
import helpMod
helpMod.addModule("cuts", module_help)
helpMod.addPage("cut", module_help)
except ImportError:
pass
# Cuts Figure object with given Hyperplane,
# returns ([Figure negative_parts], [Figure section_parts], [Figure positive_parts])
def cutFigure(wholeFigure, hyperplane):
facesAscending=[]
queue=[wholeFigure]
mark=object()
while queue:
figure=queue.pop(0)
if figure.mark==mark: continue
figure.mark=mark
- (un)registers callback function func(oldSnapshotIndex), to be called on restore
- oldSnapshotIndex is valid only within the call of func, it can change
setClearableProperty(name, clearable=True)
- clearable property is set to None after every snapshot, the others are always inherited
set_maxcount(count)
get_maxcount()
- gets/sets the maximum number of snapshots
uses modules: [helpMod]
For more information see snapshots.py
"""
try:
import helpMod
helpMod.addModule("snapshots", module_help)
helpMod.addPage("undo", module_help)
helpMod.addPage("redo", module_help)
helpMod.addPage("snapshots", module_help)
except ImportError:
pass
import gf
from time import time
snapshots=[dict()]
currentIndex=0
currentState=dict()
restoreCallbacks=set()
createCallbacks=set()
uncommittedChanges=False
For more information see duals.py
"""
import objFigure
from objFigure import Figure, Vertex
import gf
from operator import attrgetter
import algebra
import check
try: import figureInfo
except ImportError: figureInfo=None
try:
import helpMod
helpMod.addModule("duals", module_help)
helpMod.addPage("create dual", module_help)
except ImportError:
pass
def dualPointFromHyperplane(hyperplane, centerPoint=None):
if not centerPoint:
centerPoint=(0,)*len(hyperplane.normal)
dist=hyperplane.orientedDistance(centerPoint)
if abs(dist) < 0.0001:
raise RuntimeError("Hyperplane passing through the center")
return algebra.vectSum(algebra.vectMult(-1/dist, hyperplane.normal), centerPoint)
def createDual(figure, centerPoint=None):
if figure.dim<2:
raise RuntimeError("Figure has to have at least 2 dimensions")
