def _onRun(self):
merge( self.getVal("--new_config")
, self.getVal("--old_config")
, self.getVal("--destination_config")
, self.getVal("--rules_python_script")
, self.getVal("--write_logs")
, self.getVal("--log_dir")
, self.getVal("--error_reporting")
, self.getVal("--write_backup")
)
pass
def merge_sort(list, beginIndex=None, endIndex=None):
if beginIndex == None:
beginIndex = 0
if endIndex == None:
endIndex = len(list)
size = endIndex - beginIndex
# Base case (n < 2)
if size <= 1:
return list[beginIndex:endIndex]
# Recursive case (n >= 2)
else:
# B M E
# [ 1, 2, 5, 7] => [1, 2] [5, 7]
midIndex = beginIndex + math.floor(size / 2)
leftSorted = merge_sort(list, beginIndex, midIndex)
rightSorted = merge_sort(list, midIndex, endIndex)
return merge(leftSorted, rightSorted)
def mergeSort(list):
if len(list) < 2:
return list
middle = len(list) / 2
left = mergeSort(list[:middle])
right = mergeSort(list[middle:])
return merge(left, right)
def mergeSort(list):
if len(list) < 2:
return list
middle = len(list) / 2
left = mergeSort(list[:middle])
right = mergeSort(list[middle:])
return merge(left, right)
def mergesort(x):
ll = 0
uu = len(x)
mm = math.ceil((uu + ll) / 2)
numinv = 0
if uu > 1:
x[ll:mm], numinv1 = mergesort(x[ll:mm])
x[mm:uu], numinv2 = mergesort(x[mm:uu])
x[:], numinv3 = merge(x, ll, mm, uu)
numinv = numinv + numinv1 + numinv2 + numinv3
return x, numinv
def mergesort(x):
ll = 0
uu = len(x)
mm = math.ceil((uu+ll)/2)
numinv = 0
if uu >1:
x[ll:mm], numinv1 = mergesort(x[ll:mm])
x[mm:uu], numinv2 = mergesort(x[mm:uu])
x[:], numinv3 = merge(x, ll, mm, uu)
numinv = numinv + numinv1 + numinv2 + numinv3
return x, numinv
def mergeSort(seq):
if (len(seq) > 2):
if (len(seq) % 2 == 0):
mid = int(len(seq) / 2)
else:
mid = int((len(seq) + 1) / 2)
topcp = seq[:mid]
botcp = seq[mid:]
lSeq = mergeSort(topcp)
rSeq = mergeSort(botcp)
return merge(lSeq, rSeq)
else:
if (len(seq) == 1):
return seq
if (len(seq) == 2):
if (seq[0] <= seq[1]):
return [seq[0], seq[1]]
else:
return [seq[1], seq[0]]
def MSort(list, L, rightEnd, tempList):
if L<rightEnd:
center = (L+rightEnd)/2
MSort(list, L, center, tempList)
MSort(list, center+1, rightEnd, tempList)
merge(list, L, center+1, rightEnd, tempList)
from CR import cr from Heap import heap from MP import mp from Merge import merge from Quick import quick from Shell import shell from XZ import xz a = [45, 35, 87, 1, 99, 20] MP = mp() XZ = xz() CR = cr() Shell = shell() Merge = merge() Quick = quick() Heap = heap() #b=MP.mpsort(a) #b=XZ.xzsort(a) #b=CR.crsort(a) #b=Shell.shellsort(a) #b=Merge.mergesort(a) #b=Quick.quicksort(a) b = Heap.heapsort(a) print(b)
'z',
)
calculate_judge(file, 5, 6, 'judge', 'node')
file_name = 'node_z.xlsx'
file = ''.join([dir_path, file_name])
calculate_sort(file, 'z', False, 'sort', 'Sheet1')
# Merge()
file_position_name = 'node'
file_bool_name = 'pl'
file_merge_name = 'merge'
file_position = ''.join([dir_path, file_position_name])
file_bool = ''.join([dir_path, file_bool_name])
file_merge = ''.join([dir_path, file_merge_name])
merge(file_position, file_bool, file_merge)
# Plot()
file_merge_name = 'merge'
file_merge = ''.join([dir_path, file_merge_name])
plot(file=file_merge,
sheet='Sheet1',
num_x=51,
num_y=101,
interpolation_str='None',
cmap_str='Reds')
# 3 Dimension Point in Cylinder
file_name = 'node.xlsx'
file = ''.join([dir_path, file_name])
from Merge import merge from MergeSort import merge_sort # Tests for merge routine assert(merge([], []) == []) assert(merge([1], []) == [1]) assert(merge([], [1]) == [1]) assert(merge([1], [1]) == [1,1]) assert(merge([1,2], [3]) == [1,2,3]) assert(merge([3], [1,2]) == [1,2,3]) assert(merge([1,2,3,4,4,5,6,7,7,8,9], [1,1,5,5,5,5,5,6,6,9]) == [1,1,1,2,3,4,4,5,5,5,5,5,5,6,6,6,7,7,8,9,9]) # Tests for merge_sort routine assert(merge_sort([]) == []) assert(merge_sort([5]) == [5]) assert(merge_sort([5,1]) == [1,5]) assert(merge_sort([5,8,1,2,7,9,4,2,1,5,1]) == [1,1,1,2,2,4,5,5,7,8,9])
infile)
except IOError:
pass
# process each image individually
for im in images:
print(f'Accessing {im}...')
# prompt user for destination platform
pSelect = PlatformSelect(platform_list, im)
for platform, isSelected in pSelect.selectedPlatforms.items():
if isSelected.get():
if len(templates[platform]):
print(f'Processing templates for {platform}...')
# create editor and write output to disk for every template
for t in templates[platform]:
a = Editor(t, im)
merge(t, im, a.mergeData, a.fName.get())
else:
tempDisplay = tk.Tk()
warnings.warn(f'No templates found for {platform}')
if not tkinter.messagebox.askokcancel(
'No templates found',
f'No templates were found in templates/ for {platform}. Press OK to continue processing other images, or press CANCEL to stop the program now.'
):
raise SystemExit('User requested termination')
tempDisplay.destroy()
tkinter.messagebox.showinfo('Templating finished',
'All images have been processed.')
print("--- All images processed. ---")