class Model:
def __init__(self):
self.myMoney = Observable(0)
def addMoney(self, value):
self.myMoney.set(self.myMoney.get() + value)
def removeMoney(self, value):
self.myMoney.set(self.myMoney.get() - value)
class diskMounterBaseClass(object):
mounted = mountedModel()
def __init__(self):
self.log = logging.getLogger("vmDiskAbstract.diskMounterBaseClass")
# 1 Unknown
# 2 Mounted (is it mounted)
# 4 Released
# 8 Can be mounted
# 16 and higher are implementation specific
self.state = Observable(0)
def updateFromMtab(self, ByTarget, BySource):
# self.log.debug("ByTarget=%s" % (ByTarget))
# self.log.debug("BySource=%s" % (BySource))
mounted = True
if not hasattr(self, "target"):
mounted = False
if not self.target in ByTarget.keys():
print "no match", ByTarget.keys(), self.target
mounted = False
oldState = self.state.get()
currentState = oldState
# self.log.info("statechange=%s->%s" % (oldState,currentState))
if ((currentState & 2) == 2) and (not mounted):
currentState -= 2
if ((currentState & 2) == 0) and (mounted):
currentState += 2
if currentState != oldState:
# self.log.info("statechange=%s->%s" % (oldState,currentState))
self.state.set(currentState)
return currentState
def mount(self):
currentState = self.state.get()
if (currentState & 2) == 2:
return currentState
if (currentState & 2) == 0:
currentState += 2
self.state.set(currentState)
return currentState
def release(self):
currentState = self.state.get()
if (currentState & 2) == 0:
return currentState
if (currentState & 2) == 2:
currentState -= 2
self.state.set(currentState)
return currentState
class archiveInstance(object):
def __init__(self):
self.Name = Observable(None)
self.FullPath = Observable(None)
self.Magic = Observable(None)
self.Format = Observable(None)
self.Directory = Observable(None)
self.Magic.addCallback(self,self.OnMagic)
def update(self,source):
self.Name.update(source.Name.get())
self.FullPath.update(source.FullPath.get())
self.Magic.update(source.Magic.get())
self.Format.update(source.Format.get())
self.Directory.update(source.Directory.get())
def OnMagic(self):
format = None
magicString = self.Magic.get()
cleanstring = str.strip(magicString)
splitLine = cleanstring.split(', ')
if splitLine[0] in formatMap.keys():
format = formatMap[splitLine[0]]
self.Format.update(format)
class archiveCollection(object):
def __init__(self):
self.path = Observable(None)
self.archives = ObservableDict()
def addArchive(self,archiveAdd):
if not isinstance(archiveAdd,archiveInstance):
return
CollectionKeys = set(self.archives.keys())
newCollection = archiveInstance()
newName = archiveAdd.Name.get()
if newName in CollectionKeys:
return self.archives[newName]
newCollection.update(archiveAdd)
newCollection.Directory.update(self.path.get())
self.archives[newName] = newCollection
return self.archives[newName]
class Model:
def __init__(self):
log = logging.getLogger(f"c.{__name__}.init")
log.info("Start init")
self.xpoint = 200
self.ypoint = 200
self.expX = Observable(1)
self.expY = Observable(1)
self.funcType = Observable("cos")
self.res = Observable(None)
def calculate(self):
log = logging.getLogger(f"c.{__name__}.calculate")
log.info("Calculating")
x, y = np.meshgrid(np.linspace(-5, 5, self.xpoint),
np.linspace(-5, 5, self.ypoint))
if self.funcType.get() == "cos":
z = np.cos(x**self.expX.get() * y**self.expY.get())
elif self.funcType.get() == "sin":
z = np.sin(x**self.expX.get() * y**self.expY.get())
else:
log.error(f"Unrecognized funcType {self.funcType.get()}")
self.res.set({"x": x, "y": y, "z": z})
def setExpX(self, value):
log = logging.getLogger(f"c.{__name__}.setExpX")
log.info(f"Setting exp X to {value}")
self.expX.set(value)
self.calculate()
def setExpY(self, value):
log = logging.getLogger(f"c.{__name__}.setExpY")
log.info(f"Setting exp Y to {value}")
self.expY.set(value)
self.calculate()
def setFunc(self, funcType):
log = logging.getLogger(f"c.{__name__}.setFunc")
log.info(f"Setting funcType to {funcType}")
self.funcType.set(funcType)
self.calculate()
class ForcePlates(object):
def __init__(self):
self.forces = Observable([0, 0, 0, 0])
self.forces_after_calibration = Observable([0, 0, 0, 0])
self.calibrations = False
def init_calibs(self):
"""
This method is used to inject the calibration dependency.
Ex.
>>> from Affine import Affine
>>> f().initCalibrations(Affine)
"""
self.calibrations = [Affine()
for i in range(4)]
def init_labpro(self, labpro):
"""
Initializes the LabPro state.
"""
labpro.Open()
labpro.SetNumChannelsAndModes(c_int32(4), c_int16(1), c_int16(0))
def uninit_labpro(self, labpro):
"""
Uninitializes the LabPro state.
"""
self.blink(labpro)
labpro.Close()
def update(self, labpro):
"""
Updates the force measurements from the LabPro.
"""
data = lpuu.read_and_interpret(labpro)
if data is not None:
self.forces.set(data[:4])
if self.calibrations:
fac = self.forces_with_calibs()
self.forces_after_calibration.set(fac)
def forces_with_calibs(self):
"""
Applies calibrations to the forces and returns the new array.
"""
f = self.forces.get()
return [self.calibrations[i].process(f[i])
for i in range(4)]
def set_all_zero(self):
"""
Sets all sensors to zero.
"""
for cal in self.calibrations:
cal.setZeroLast()
def blink(self, labpro):
"""
Kills program.
"""
lpuu.send_string(labpro, 's')
def send_program(self, labpro, file):
"""
Sends a program line-by-line to the LabPro. Since the format s{ ... } is
required for all instructions, it is added here automatically. The instruction
manual has more information for the specification of such programs.
"""
for line in file.readlines():
lpuu.send_string(labpro, "s{%s}\n" % line.strip('\n'))
class Model:
"""Provides fields and logic for a tennnis match."""
def __init__(self):
self.noEndingTiebreak = Observable(False)
self.doublesMatch = Observable(False)
self.mensMatch = Observable(0)
self.team = Observable(["",""])
self.gameScore = Observable([0,0])
self.setScore = Observable([[0,0],[0,0],[0,0],[0,0],[0,0]])
self.currentSet = Observable(0)
self.matchScore = Observable([0,0])
self.tiebreak = Observable(False)
self.message = Observable("")
self.server = Observable(-1)
self.winner = Observable(-1)
self.numberOfSets = Observable(0)
self.matchOver = False
self.winSets = Observable(0)
self.matchType = Observable("")
self.tiebreakToWin = 7 # Default for normal tiebreak game. Will set to 10 for end tiebreak in doubles match.
self.matchPointCount = [0,0]
self.setPointCount = [0,0]
self.breakPointCount = [0,0]
self.deuceCount = 0
self.duplicateLastName = set([])
self.specialCaseNames = []
self.teamScoreNames = ["",""]
def setNoEndingTiebreak(self,bool):
"""
Establishes whether final set can end with a tiebreak.
@type bool: boolean
@param bool: Flag, True if final set can NOT end with a tiebreak.
"""
self.noEndingTiebreak.set(bool)
def setDoublesMatch(self,bool):
"""
Establishes whether this is a doubles or singles match.
@type bool: boolean
@param bool: Flag, True if this is a doubles match.
"""
self.doublesMatch.set(bool)
def setMensMatch(self,i):
"""
Establishes whether this is a men's match, women's, or some form of doubles. Sets that field, also the corresponding number of sets.
@type i: integer
@param i: Flag, 0 = women's match, 1 = men's match, 2 = mixed doubles match.
"""
self.mensMatch.set(i)
if (self.mensMatch.get() == 1):
self.numberOfSets.set(5) # I'm assuming 5 sets for men. This may not always be the case, in which case I'll include in dialog.
self.winSets.set(3) # I'm assuming 5 sets for men. This may not always be the case, in which case I'll include in dialog.
else: # either womens, or some form of doubles. All have three sets.
self.numberOfSets.set(3)
self.winSets.set(2)
def changeServer(self):
"""
Swaps the serving team / player.
"""
# Simple toggle of server team
if self.server.get() == 0:
self.server.set(1)
else:
self.server.set(0)
def gameDelta(self):
"""
Returns the absolute value of the difference in the current game score.
@rtype: integer
@return: The absolute value of the difference in the current game score.
"""
return scoreDelta(self.gameScore.get())
def gamePoint(self, score):
"""
Returns whether the current score corresponds to game point.
@type score: list of integers
@param score: The current game score.
@rtype: boolean
@return: Whether the current score corresponds to game point.
"""
gameLeader = leader(score)
if gameLeader == -1: # Game is tied
return False
# All below, game is not tied.
# Tiebreak game
if (self.tiebreak.get()) and (score[gameLeader] > self.tiebreakToWin - 2):
return True
# Regular game
if (not self.tiebreak.get()) and (score[gameLeader] > 2):
return True
return False
def breakPoint(self,score):
"""
Returns whether the current score corresponds to break point.
@type score: list of integers
@param score: The current game score.
@rtype: boolean
@return: Whether the current score corresponds to break point.
"""
if not self.gamePoint(score):
return False
# All below, it is game point
util.dbgprint(DEBUG, "Break point: it is Game point")
# No break point in tiebreak game
if self.tiebreak.get():
return False
gameLeader = leader(score)
if gameLeader == -1: # I think this cannot be true if get here. Maybe remove this.
return False
util.dbgprint(DEBUG, "breakPoint: Game leader is {}\tServer is: {}\tSet score is: {}\tGame score is: {}".format(
self.team[gameLeader],self.server.get(),self.setScore.get(),score))
if gameLeader != self.server.get(): # Game point, and receiver is ahead, so it's break point
return True
def setPoint(self,score):
"""
Returns whether the current score corresponds to set point.
@type score: list of integers
@param score: The current game score.
@rtype: boolean
@return: Whether the current score corresponds to set point.
"""
if not self.gamePoint(score):
return False
# All below, it is game point
util.dbgprint(DEBUG, "Set point: it is Game point")
setScore = self.setScore.get()[self.currentSet.get()]
setLeader = leader(setScore)
gameLeader = leader(score)
util.dbgprint(DEBUG, "setPoint: Set leader is {}\tSet score is: {}\tGame score is: {}".format(
self.team[setLeader],self.setScore.get(),score))
# Tiebreak game
if self.tiebreak.get():
util.dbgprint(DEBUG, "Tiebreak set point")
return True
# Regular game, set not tied, set leader is winning game, and their set score is 5 or higher
if setLeader != -1 and setLeader == gameLeader and setScore[setLeader] > 4:
return True
def matchPoint(self,score):
"""
Returns whether the current score corresponds to match point.
@type score: list of integers
@param score: The current game score.
@rtype: boolean
@return: Whether the current score corresponds to match point.
"""
if not self.setPoint(score):
return False
# All below, it is set point
util.dbgprint(DEBUG, "Match point: it is Set point")
setScore = self.setScore.get()[self.currentSet.get()]
gameLeader = leader(score)
setLeader = leader(setScore)
# Doubles match
if self.doublesMatch.get() and self.currentSet.get() + 1 == self.numberOfSets.get():
util.dbgprint(DEBUG, "Doubles match, last set, so match point.")
return True
# Singles match
util.dbgprint(DEBUG, "matchPoint: Set leader is {}\tMatch score is: {}\tSet score is: {}\tGame score is: {}".format(
self.team[setLeader],self.matchScore.get(),self.setScore.get(),score))
# Set point, and game leader match score (# of serts) is one less than tat needed to win
if self.matchScore.get()[gameLeader] == self.winSets.get() - 1:
return True
def messageCheck(self, score):
"""
Determines what message should be displayed on scoreboard based on match conditions.
@type score: list of integers
@param score: The current game score.
"""
# Note: Prefix is way overdone vs. what you see on TV matches. But, it's accurate, and I like it.
prefix = ("","","Double ","Triple ","Quadruple ","Quintuple ","Sextuple ")
# Default message is just the match type (e.g. Semifinal)
# Might want to revise this so default message is more random, e.g. nothing most of time, match type maybe 25% of time. Later version.
msg = self.matchType.get()
# Deuce
if (not self.tiebreak.get()) and (score[0] == 3) and (score[1] == 3):
self.deuceCount += 1
if self.deuceCount <= 1: # First deuce
self.message.set("Deuce")
else:
self.message.set("Deuce #{}".format(self.deuceCount)) # Subsequent deuces
return
if self.tiebreak.get():
msg = "Tiebreak"
delta = scoreDelta(score)
matchScore = self.matchScore.get()
matchLeader = leader(matchScore)
gameLeader = leader(score)
# Someone has won the match
if matchLeader != -1 and matchScore[matchLeader] == self.winSets.get():
self.message.set(str(self.team[matchLeader])+" won " + self.matchOrChampionship() +"!")
return
# Game point, check various possibilities
if self.gamePoint(score): # if get to here, someone is ahead, so gameLeader in {0,1}
if self.matchPoint(score): # It is match point
self.matchPointCount[gameLeader] += 1
if self.matchType.get() == "Championship": # It is match piont in a championship
s = "Championship Point"
else:
s = "Match Point" # It is match point in a regular game, i.e. not championship
# First match point, show prefix (e.g. Double) along with match point message
if(self.matchPointCount[gameLeader] <= 1):
self.message.set(prefix[delta]+s)
else:
# Subsequent match point, show match point message along with count for leading player
self.message.set(s+" #{}".format(self.matchPointCount[gameLeader]))
return
if self.setPoint(score):
self.setPointCount[gameLeader] += 1
# First set point, show prefix (e.g. Double) along with set point message
if(self.setPointCount[gameLeader] <= 1):
self.message.set(prefix[delta]+"Set Point")
else:
# Subsequent set point, show set point message along with count for leading player
self.message.set("Set Point #{}".format(self.setPointCount[gameLeader]))
return
if self.breakPoint(score):
self.breakPointCount[gameLeader] += 1
# First break point, show prefix (e.g. Double) along with break point message
if(self.breakPointCount[gameLeader] <= 1):
self.message.set(prefix[delta]+"Break Point")
else:
# Subsequent break point, show break point message along with count for leading player
self.message.set("Break Point #{}".format(self.breakPointCount[gameLeader]))
return
self.message.set(msg)
def matchOrChampionship(self):
"""
Returns whether this is a regular match or a championship.
@rtype: string
@return: Either 'championship' or 'match'
"""
if self.matchType.get().lower() == 'championship':
return 'championship'
else:
return 'match'
def incrementGameScore(self,team):
"""
Increments the current game score, and handles game logic (win, deuce, tiebreak, and message)
@type team: integer
@param team: The team that scored the point.
"""
if not self.matchOver:
#self.message.set("")
s = self.gameScore.get()
# Increment score of the team that scored
s[team] += 1
util.dbgprint(DEBUG, str(self.team[team])+" " + self.singular('score') + ". Score = "+str(s)+". tiebreak is "+
str(self.tiebreak.get()))
if not self.tiebreak.get():
# NOT a tiebreak
# Point was Ad, and non-leading player scored, so back to Deuce
if (s[0]==4) and (s[1]==4):
s = [3,3]
# Scoring player just won the game
if (s[team] > 3) and (scoreDelta(s) > 1):
util.dbgprint(DEBUG, str(self.team[team])+" "+self.singular('win')+" game.")
# Reset for next game
s = [0,0]
self.breakPointCount = [0,0]
self.deuceCount = 0
# Increment the game winning team's set score
self.incrementSetScore(team)
if not self.matchOver:
self.changeServer()
else:
# tiebreak
if (s[0]+s[1]) % 2 == 1: # It's an odd game, so change server.
self.changeServer()
if (s[team] >=self.tiebreakToWin) and (scoreDelta(s) > 1):
# Point winning team just won the tiebreak
util.dbgprint(DEBUG, str(self.team[team])+" "+self.singular('win')+" tiebreak game.")
# Increment the game winning team's set score
self.incrementSetScore(team)
# Increment the game winning team's match score, as they also won the set.
self.incrementMatchScore(team)
# Reset for next game
s = [0,0]
self.breakPointCount = [0,0]
self.deuceCount = 0
self.tiebreak.set(False)
# Reset for next game
self.gameScore.set(s)
util.dbgprint(DEBUG, "Before message check. Score: {}\tSets:\t{}".format(s,self.setScore.get()))
# Determine what message should be displayed
self.messageCheck(s)
def incrementSetScore(self,team):
"""
Increments the current set score (# of games), and handles set logic (win, update match score)
@type team: integer
@param team: The team that won the game.
"""
s = self.setScore.get()
thisSet = self.currentSet.get()
# Increment game winning team's set score
s[thisSet][team] += 1
self.setScore.set(s)
util.dbgprint(DEBUG, "Set: " + str(self.currentSet.get()) + ". Current set score: "+str(s))
if not self.tiebreak.get():
# NOT a tiebreak
if (s[thisSet][team] > 5) and (scoreDelta(s[thisSet]) > 1):
# Game winners also won the current set
util.dbgprint(DEBUG, str(self.team[team]) +" "+self.singular('win')+ " set "+str(thisSet))
# Reset for next set
self.setPointCount = [0,0]
self.incrementMatchScore(team)
if not self.doublesMatch.get() and self.noEndingTiebreak.get() and (thisSet == self.numberOfSets.get()-1):
# Singles match, and no ending tiebreak, and we're in the final set, so just keep playing games until match winner.
return
if (s[thisSet][0]==6) and (s[thisSet][1]==6):
# We now enter into a tiebreak
self.tiebreak.set(True)
self.gameScore.set([0,0])
util.dbgprint(DEBUG, "Now entering tiebreak")
def incrementMatchScore(self,team):
"""
Increments the match score (# of sets), and handles match logic (win)
@type team: integer
@param team: The team that won the set.
"""
currSet = self.currentSet.get() + 1
s = self.matchScore.get()
# Increment the set winning team's match score
s[team] += 1
self.matchScore.set(s)
util.dbgprint(DEBUG, "Match score in set "+ str(currSet) + " is "+str(s))
util.dbgprint(DEBUG, "team # is "+str(team)+", with "+str(s[team])+" sets.")
if s[team] == self.winSets.get():
# The set winning team has won the match
self.winner.set(team)
util.dbgprint(DEBUG, str(self.team[team])+" "+self.singular('win')+" " + self.matchOrChampionship() + "!")
self.matchOver = True
self.server.set(-1)
currSet -= 1
return
if self.doublesMatch.get() and self.numberOfSets.get() == 2:
# It is a doubles match, with two sets
if s == [1,1]:
# Each team has won a set, so now it is the final 10-point tiebreak
self.tiebreak.set(True)
self.tiebreakToWin = 10
# Update the set number
self.currentSet.set(currSet)
def singular(self,word):
"""
Returns plural or singular form for word depending on singles or doubles match. Not an intelligent pluralization.
@type word: string
@param word: Word to be returned, singular or plural.
@rtype: string
@return: Plural or singular form for word depending on singles or doubles match. Not an intelligent pluralization.
"""
# This is crude. It works for the words that I am using. Probably could be more sophisticated. Later version.
if self.doublesMatch.get():
return word
else:
return word+'s'
class Model:
def __init__(self):
logg = logging.getLogger(f"c.{__class__.__name__}.init")
logg.info("Start init")
self._out_fold_not_set = "Not set not known"
self.output_folder = Observable(self._out_fold_not_set)
self.input_folders = Observable({})
# dict to send photo_info -> only active photos
self.photo_info_list_active = Observable({})
# remember all PhotoInfo loaded
self._photo_info_list_all = {}
# dict to send (selection_info, status) -> keep in de-selected one
self.selection_list = Observable({})
# full path of the current_photo_prim
self.current_photo_prim = Observable("")
# index in self._active_photo_list of current photo
self._index_prim = 0
# full path of the current_photo_echo
self.current_photo_echo = Observable("")
self._index_echo = 0
# set of valid photo extensions to load in _active_photo_list
self._is_photo_ext = set((".jpg", ".jpeg", ".JPG", ".png"))
# thumbnail size for ThumbButtons
self._thumb_size = 50
# how much to move the image from keyboard
self._mov_delta = 200
# ImageTk that holds the cropped picture
self.cropped_prim = Observable(None)
self.cropped_echo = Observable(None)
# cache dimension for the Holder
self._cropper_cache_dim = 10
self._loaded_croppers = Holder(self._cropper_cache_dim)
self._widget_wid = -1
self._widget_hei = -1
# dict of metadata {name:value}
self.metadata_prim = Observable({})
self.metadata_echo = Observable(None)
self._load_named_metadata()
# setup layout info
self._layout_tot = 6
self._layout_is_double = (1, 5)
self.layout_current = Observable(0)
self._old_single_layout = 0
# double layout to jump to when swapDoubleLayout is called
self._basic_double_layout = 1
def setOutputFolder(self, output_folder_full):
logg = logging.getLogger(f"c.{__class__.__name__}.setOutputFolder")
logg.info(f"Setting output_folder to '{output_folder_full}'")
logui = logging.getLogger("UI")
logui.info(f"Setting output folder to '{output_folder_full}'")
# create the folder if it doesn't exist
if not isdir(output_folder_full):
logui.info(f"Not a folder '{output_folder_full}', creating it")
makedirs(output_folder_full)
self.output_folder.set(output_folder_full)
def addInputFolder(self, input_folder_full):
logg = logging.getLogger(f"c.{__class__.__name__}.addInputFolder")
logg.info(f"Adding new input_folder '{input_folder_full}'")
logui = logging.getLogger("UI")
# check for folder existence
if not isdir(input_folder_full):
logui.error(f"Not a valid folder: {input_folder_full}")
return 1
logui.info(f"Selected new input folder: '{input_folder_full}'")
old_folders = self.input_folders.get()
if input_folder_full in old_folders:
logui.warn("Selected folder already in input list.")
return 0
old_folders[input_folder_full] = True
self.input_folders.set(old_folders)
self.updatePhotoInfoList()
def toggleInputFolder(self, state):
logg = logging.getLogger(f"c.{__class__.__name__}.toggleInputFolder")
# logg.setLevel("TRACE")
logg.info("Setting new input_folder state")
state = {x: state[x].get() for x in state}
logg.trace(f"state {state}")
if sum((state[x] for x in state)) > 0:
# at least one still toggled
self.input_folders.set(state)
else:
# no folders toggled, revert to previous state
logui = logging.getLogger("UI")
logui.warn("At least one input folder has to be selected.")
self.input_folders._docallbacks()
self.updatePhotoInfoList()
def saveSelection(self):
logg = logging.getLogger(f"c.{__class__.__name__}.saveSelection")
# logg.setLevel("TRACE")
logg.info("Saving selected pics")
logui = logging.getLogger("UI")
# check that output_folder is set
output_folder = self.output_folder.get()
if output_folder == self._out_fold_not_set:
logui.warn(
"Set the output folder before saving the selection list")
return
# get current selection_list, {pic: [PhotoInfo, is_selected] }
selection_list = self.selection_list.get()
logg.trace(selection_list)
# keep only selected
active_selection = tuple(p for p in selection_list
if selection_list[p][1])
if len(active_selection) == 0:
logui.warn("No active pic in selection list")
return
elif len(active_selection) == 1:
s = ""
else:
s = "s"
logui.info(f"Saving {len(active_selection)} pic{s} in {output_folder}")
out_fol_content = set(listdir(output_folder))
for pic in active_selection:
base_pic = basename(pic)
if base_pic in out_fol_content:
logui.warn(f"{base_pic} already in output folder, skipping it")
# MAYBE copy it with changed name
else:
copy2(pic, output_folder)
def setLayout(self, lay_num):
logg = logging.getLogger(f"c.{__class__.__name__}.setLayout")
logg.info(f"Setting layout_current to '{lay_num}'")
self.layout_current.set(lay_num)
# if the new layout is not double, reset the values for meta_echo
if not self.layout_current.get() in self._layout_is_double:
self.metadata_echo.set(None)
def cycleLayout(self):
logg = logging.getLogger(f"c.{__class__.__name__}.cycleLayout")
# logg.setLevel("TRACE")
logg.info("Cycling layout")
old_layout = self.layout_current.get()
new_layout = (old_layout + 1) % self._layout_tot
self.setLayout(new_layout)
# if the new layout is double and the old is not, sync echo and prim indexes
if new_layout in self._layout_is_double and (
old_layout not in self._layout_is_double):
self.moveIndexEcho("sync")
def swapDoubleLayout(self):
"""Go from a single to a double layout and back
Save the current one if it's single, and go back to that
"""
logg = logging.getLogger(f"c.{__class__.__name__}.swapDoubleLayout")
# logg.setLevel("TRACE")
logg.info("Swapping layout")
# the layout is double: go back to saved single layout
if self.layout_current.get() in self._layout_is_double:
self.setLayout(self._old_single_layout)
# the layout is single: save it and go to double
else:
self._old_single_layout = self.layout_current.get()
self.setLayout(self._basic_double_layout)
# also sync echo to prim
self.moveIndexEcho("sync")
def updatePhotoInfoList(self):
"""Update photo_info_list_active, load new photos and relative info
photo_info_list_active is actually a dict of PhotoInfo objects
Has to load the thumbnail and metadata
"""
logg = logging.getLogger(f"c.{__class__.__name__}.updatePhotoInfoList")
# logg.setLevel("TRACE")
logg.info("Update photo_info_list_active")
# list of filenames of active photos: ideally parallel to
# photo_info_list_active.keys() but dict order can't be trusted so we
# keep track here of the index
# TODO the list passed to view to sort in special way
# TODO sort list according to metadata
# hopefully loading them will be fast, all will be needed to sort
self._active_photo_list = []
input_folders = self.input_folders.get()
for folder in input_folders:
# the folder is not toggled, skip it
if input_folders[folder] is False:
continue
for photo in listdir(folder):
photo_full = join(folder, photo)
if self._is_photo(photo_full):
self._active_photo_list.append(photo_full)
new_photo_info_active = {}
for photo_full in self._active_photo_list:
# load new photos in _photo_info_list_all
if photo_full not in self._photo_info_list_all:
self._photo_info_list_all[photo_full] = PhotoInfo(
photo_full, self._thumb_size)
# collect the active PhotoInfo object in the new dict
new_photo_info_active[photo_full] = self._photo_info_list_all[
photo_full]
logg.info(
f"photo_info_list_active has now {len(new_photo_info_active)} items"
)
logui = logging.getLogger("UI")
logui.info(
f"There are now {len(new_photo_info_active)} images in the active list."
)
self.photo_info_list_active.set(new_photo_info_active)
current_photo_prim = self.current_photo_prim.get()
if current_photo_prim in self._active_photo_list:
# the photo is still in list: if needed update the index
self._index_prim = self._active_photo_list.index(
current_photo_prim)
else:
# the photo is not in list anymore: reset to 0
self._index_prim = 0
self._update_photo_prim(self._active_photo_list[0])
# reset the echo index to follow prim
self._index_echo = self._index_prim
# reload the echo image
self._update_photo_echo(self._active_photo_list[self._index_echo])
def _is_photo(self, photo_full):
_, photo_ext = splitext(photo_full)
return photo_ext in self._is_photo_ext
def setIndexPrim(self, index_prim):
logg = logging.getLogger(f"c.{__class__.__name__}.setIndexPrim")
logg.info(f"Setting index_prim to {index_prim}")
self._index_prim = index_prim
self._update_photo_prim(self._active_photo_list[index_prim])
def moveIndexPrim(self, direction):
logg = logging.getLogger(f"c.{__class__.__name__}.moveIndexPrim")
logg.info(f"Moving index prim {direction}")
if direction == "forward":
new_index_prim = self._index_prim + 1
elif direction == "backward":
new_index_prim = self._index_prim - 1
new_index_prim = new_index_prim % len(
self.photo_info_list_active.get())
self.setIndexPrim(new_index_prim)
def seekIndexPrim(self, pic):
logg = logging.getLogger(f"c.{__class__.__name__}.seekIndexPrim")
logg.info("Seeking index prim")
# MAYBE the pic is not in _active_photo_list... very weird, add guards?
self._index_prim = self._active_photo_list.index(pic)
self._update_photo_prim(pic)
def _update_photo_prim(self, pic_prim):
"""Change what is needed for a new pic_prim
- current_photo_prim
- cropped_prim
- prim metadata
"""
logg = logging.getLogger(f"c.{__class__.__name__}._update_photo_prim")
# logg.setLevel("TRACE")
logg.info(f"Updating photo prim, index {self._index_prim}")
self.current_photo_prim.set(pic_prim)
# resets zoom level and pos for the new photo; can only be done AFTER
# mainloop starts, during initialization Model.doResize has not been
# called yet, and the widget dimensions are still undefined;
# the first time reset_image will be called by the Configure event later
if self._widget_wid != -1:
crop_prim = self._loaded_croppers.get_cropper(pic_prim)
crop_prim.reset_image(self._widget_wid, self._widget_hei)
self.cropped_prim.set(crop_prim.image_res)
# if the layout is double, copy the new zoom level to echo pic
if self.layout_current.get() in self._layout_is_double:
self._cloneParams()
# get the metadata for the image
metadata_exif_prim = self._photo_info_list_all[pic_prim].get_metadata()
metadata_named_prim = self._parse_metadata(metadata_exif_prim)
self.metadata_prim.set(metadata_named_prim)
def setIndexEcho(self, index_echo):
logg = logging.getLogger(f"c.{__class__.__name__}.setIndexEcho")
logg.info(f"Setting index_echo to {index_echo}")
self._index_echo = index_echo
self._update_photo_echo(self._active_photo_list[index_echo])
def moveIndexEcho(self, direction):
logg = logging.getLogger(f"c.{__class__.__name__}.moveIndexEcho")
logg.info(f"Moving index echo {direction}")
if not self.layout_current.get() in self._layout_is_double:
# TODO move index prim in this case
logg.warn("Current layout is not double, can't move index echo")
return
if direction == "forward":
new_index_echo = self._index_echo + 1
elif direction == "backward":
new_index_echo = self._index_echo - 1
elif direction == "sync":
new_index_echo = self._index_prim
new_index_echo = new_index_echo % len(
self.photo_info_list_active.get())
self.setIndexEcho(new_index_echo)
def _update_photo_echo(self, pic_echo):
"""Change what is needed for a new pic_echo in echo frame
- current_photo_echo
- cropped_echo
If _index_echo == _index_prim do not recompute image crop
"""
logg = logging.getLogger(f"c.{__class__.__name__}._update_photo_echo")
logg.info(f"Updating photo echo, index {self._index_echo}")
self.current_photo_echo.set(pic_echo)
if self._widget_wid != -1:
self._cloneParams()
if self.layout_current.get() in self._layout_is_double:
# get the metadata for the image
metadata_exif_echo = self._photo_info_list_all[
pic_echo].get_metadata()
metadata_named_echo = self._parse_metadata(metadata_exif_echo)
self.metadata_echo.set(metadata_named_echo)
else:
self.metadata_echo.set(None)
def likePressed(self, which_frame):
"""Update selection_list accordingly"""
logg = logging.getLogger(f"c.{__class__.__name__}.likePressed")
# logg.setLevel("TRACE")
logg.info(f"Like pressed on {which_frame}")
# if the layout is not double consider the event from prim
cur_lay_is_double = self.layout_current.get() in self._layout_is_double
if (not cur_lay_is_double) and which_frame == "echo":
which_frame = "prim"
if which_frame == "prim":
new_pic = self.current_photo_prim.get()
elif which_frame == "echo":
new_pic = self.current_photo_echo.get()
else:
logg.error(f"Unrecognized frame {which_frame}")
old_selection_list = self.selection_list.get()
if new_pic in old_selection_list:
# if it was in selection_list already, toggle is_selected
old_selection_list[new_pic][1] = not old_selection_list[new_pic][1]
else:
# add to dict (PhotoInfo, is_selected)
old_selection_list[new_pic] = [
self._photo_info_list_all[new_pic], True
]
self.selection_list.set(old_selection_list)
def toggleSelectionPic(self, pic):
logg = logging.getLogger(f"c.{__class__.__name__}.toggleSelectionPic")
# logg.setLevel("TRACE")
logg.info(f"Toggling selection_list {pic}")
old_selection_list = self.selection_list.get()
old_selection_list[pic][1] = not old_selection_list[pic][1]
self.selection_list.set(old_selection_list)
def doResize(self, widget_wid, widget_hei):
"""Triggered by a configure event in the Label
Also saves Label dimension, so that when the photo is changed, the new
crop can be computed
"""
logg = logging.getLogger(f"c.{__class__.__name__}.doResize")
# logg.setLevel("TRACE")
logg.info("Do resize")
self._widget_wid = widget_wid
self._widget_hei = widget_hei
# get the current_photo_prim full name
pic_prim = self.current_photo_prim.get()
# reset the image with the new widget dimension:
# get the cropper for the image
crop_prim = self._loaded_croppers.get_cropper(pic_prim)
# reset the image zoom/pos
crop_prim.reset_image(self._widget_wid, self._widget_hei)
# update the Observable
self.cropped_prim.set(crop_prim.image_res)
if self.layout_current.get() in self._layout_is_double:
# clone params to echo
self._cloneParams()
def zoomImage(self, direction, rel_x=-1, rel_y=-1):
logg = logging.getLogger(f"c.{__class__.__name__}.zoomImage")
# logg.setLevel("TRACE")
logg.trace(f"Zooming in direction {direction}")
# get current prim pic
pic_prim = self.current_photo_prim.get()
# get the cropper for the image
crop_prim = self._loaded_croppers.get_cropper(pic_prim)
# zoom the image
crop_prim.zoom_image(direction, rel_x, rel_y)
# update the Observable
self.cropped_prim.set(crop_prim.image_res)
if self.layout_current.get() in self._layout_is_double:
self._cloneParams()
def moveImageDirection(self, direction):
"""Move image in the specified direction of self._mov_delta"""
logg = logging.getLogger(f"c.{__class__.__name__}.moveImageDirection")
# logg.setLevel("TRACE")
logg.trace(f"Moving in direction {direction}")
if direction == "right":
self._moveImage(self._mov_delta, 0)
elif direction == "left":
self._moveImage(-self._mov_delta, 0)
elif direction == "up":
self._moveImage(0, -self._mov_delta)
elif direction == "down":
self._moveImage(0, self._mov_delta)
def moveImageMouse(self, mouse_x, mouse_y):
"""Move the image to follow the mouse"""
logg = logging.getLogger(f"c.{__class__.__name__}.moveImageMouse")
# logg.setLevel("TRACE")
logg.trace("Moving mouse")
delta_x = self._old_mouse_x - mouse_x
delta_y = self._old_mouse_y - mouse_y
self._old_mouse_x = mouse_x
self._old_mouse_y = mouse_y
self._moveImage(delta_x, delta_y)
def saveMousePos(self, mouse_x, mouse_y):
"""Save the current mouse position"""
self._old_mouse_x = mouse_x
self._old_mouse_y = mouse_y
def _moveImage(self, delta_x, delta_y):
"""Actually move image of specified delta"""
logg = logging.getLogger(f"c.{__class__.__name__}._moveImage")
# logg.setLevel("TRACE")
logg.trace(f"Moving delta {delta_x} {delta_y}")
# get current prim pic
pic_prim = self.current_photo_prim.get()
# get the cropper for the image
crop_prim = self._loaded_croppers.get_cropper(pic_prim)
# move the image
crop_prim.move_image(delta_x, delta_y)
# update the Observable
self.cropped_prim.set(crop_prim.image_res)
# if double, move echo as well
if self.layout_current.get() in self._layout_is_double:
self._cloneParams()
def _cloneParams(self):
"""Clone current prim params to echo image"""
# MAYBE the check for doubleness of the layout can be done here
# cloning only makes sense if it's double after all
logg = logging.getLogger(f"c.{__class__.__name__}._cloneParams")
# logg.setLevel("TRACE")
logg.trace("Cloning params")
# get current prim pic
pic_prim = self.current_photo_prim.get()
# get the cropper for the image
crop_prim = self._loaded_croppers.get_cropper(pic_prim)
# get current echo pic
pic_echo = self.current_photo_echo.get()
# get the cropper for the image
crop_echo = self._loaded_croppers.get_cropper(pic_echo)
# get params from prim
params = crop_prim.get_params()
# copy them in echo
crop_echo.load_params(params)
# update echo observable
self.cropped_echo.set(crop_echo.image_res)
def _load_named_metadata(self):
"""Populate two dicts that map a readable name in the metadata field"""
self.name2exif = {}
self.name2exif["Date taken"] = "Image DateTime"
# "EXIF DateTimeOriginal",
# "EXIF DateTimeDigitized",
self.name2exif["Exposure time"] = "EXIF ExposureTime"
self.name2exif["Aperture"] = "EXIF FNumber"
# self.name2exif["Program"] = "EXIF ExposureProgram"
self.name2exif["ISO"] = "EXIF ISOSpeedRatings"
self.name2exif["Width"] = "PILWidth"
self.name2exif["Height"] = "PILHeight"
def _parse_metadata(self, metadata_exif):
"""Parse raw EXIF metadata into named ones"""
logg = logging.getLogger(f"c.{__class__.__name__}._parse_metadata")
# logg.setLevel("TRACE")
logg.info("Parsing metadata")
metadata_named = {}
# translate the names from EXIF to readable, set default values
for name in self.name2exif:
exif_name = self.name2exif[name]
if exif_name in metadata_exif:
if name == "Aperture":
logg.trace(f"{str(metadata_exif[exif_name])}")
fra = Fraction(str(metadata_exif[exif_name]))
metadata_named[name] = fra.numerator / fra.denominator
else:
metadata_named[name] = metadata_exif[exif_name]
else:
metadata_named[name] = "-"
logg.trace(f"{name}: {metadata_named[name]}")
return metadata_named
class vmMdl:
def __init__(self):
# Three indexable ways
self.libvirtName = Observable(None)
self.libvirtId = Observable(None)
self.libvirtUuid = Observable(None)
#VIR_DOMAIN_NOSTATE= 0: no state
#VIR_DOMAIN_RUNNING= 1: the domain is running
#VIR_DOMAIN_BLOCKED= 2: the domain is blocked on resource
#VIR_DOMAIN_PAUSED= 3: the domain is paused by user
#VIR_DOMAIN_SHUTDOWN= 4: the domain is being shut down
#VIR_DOMAIN_SHUTOFF= 5: the domain is shut off
#VIR_DOMAIN_CRASHED= 6: the domain is crashed
self.libvirtState = Observable(0)
self.libvirtMem = Observable(None)
self.libvirtMaxMem = Observable(None)
self.libvirtNrVirtCpu = Observable(None)
self.libvirtCpuTime = Observable(None)
def assign(self,destination):
destination.libvirtName.update(self.libvirtName.get())
destination.libvirtId.update(self.libvirtId.get())
destination.libvirtUuid.update(self.libvirtUuid.get())
destination.libvirtState.update(self.libvirtState.get())
destination.libvirtMem.update(self.libvirtMem.get())
destination.libvirtMaxMem.update(self.libvirtMaxMem.get())
destination.libvirtNrVirtCpu.update(self.libvirtNrVirtCpu.get())
destination.libvirtCpuTime.update(self.libvirtCpuTime.get())
def update(self,destination):
libvirtName = self.libvirtName.get()
if libvirtName != None:
destination.libvirtName.update(libvirtName)
#print libvirtName
libvirtId = self.libvirtId.get()
if libvirtId != None:
destination.libvirtId.update(libvirtId)
libvirtUuid = self.libvirtUuid.get()
if libvirtUuid != None:
destination.libvirtUuid.update(libvirtUuid)
libvirtState = self.libvirtState.get()
if libvirtState != None:
destination.libvirtState.update(libvirtState)
libvirtMaxMem = self.libvirtId.get()
if libvirtMaxMem != None:
destination.libvirtMaxMem.update(libvirtMaxMem)
libvirtNrVirtCpu = self.libvirtNrVirtCpu.get()
if libvirtNrVirtCpu != None:
destination.libvirtNrVirtCpu.update(libvirtNrVirtCpu)
libvirtCpuTime = self.libvirtCpuTime.get()
if libvirtCpuTime != None:
destination.libvirtCpuTime.update(libvirtCpuTime)
