def main(file):
lines = []
'''with fileinput.input(files=(file)) as f:
for line in f:
lines.append(line)
'''
finp = fileinput.input(files=(sys.argv[2]))
for line in finp:
lines.append(line)
circuits = hw2.buildCircuits(lines)
elements = hw2.getElements(circuits)
connMatrix = hw2.buildConnMatrix(circuits, elements)
for line in hw5.hamiltonChain(connMatrix, elements):
print(line)
def main(file):
lines=[]
'''with fileinput.input(files=(file)) as f:
for line in f:
lines.append(line)
'''
finp=fileinput.input(files=(sys.argv[2]))
for line in finp:
lines.append(line)
circuits=hw2.buildCircuits(lines)
elements=hw2.getElements(circuits)
connMatrix=hw2.buildConnMatrix(circuits,elements)
for line in hw5.hamiltonChain(connMatrix,elements):
print(line)
def result(self, data=None):
if not data:
return self.header + '''Введите <a href="/hw5">данные</a>''' + self.footer
circuits = hw2.buildCircuits(data.split('\n'))
elements = set()
html = '''<b>Исходные данные</b><br /><br />'''
for i in range(1, len(circuits) + 1):
if len(circuits[i]) <= 1:
del circuits[i]
html += 'Цепь №%i пустая <br />' % i
continue
html += 'Цепь №%i %s<br />' % (i, str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements = list(elements)
elements.sort()
matrix1 = hw2.buildComplexMatrix(circuits, elements)
width = int(100 / (len(circuits) + 1))
html += '''<br />
<b>Матрица комплексов</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for key in circuits:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, key)
html += '</tr>\n'
lgray = False
i = 0
for row in matrix1:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
for el in row:
if el == 0:
html += '<td>%i</td>\n' % el
else:
html += '<td><b>%i</b></td>\n' % el
html += '</tr>\n'
i += 1
lgray = not lgray
width = int(100 / (len(elements) + 1))
matrix2 = hw2.buildConnMatrix(circuits, elements)
html += '''</table><br />
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el)
html += '</tr>\n'
i = 0
lgray = False
for row in matrix2:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
k = 0
for val in row:
if k == i:
html += '<td><b>%i</b></td>\n' % val
else:
html += '<td>%i</td>\n' % val
k += 1
html += '</tr>\n'
i += 1
lgray = not lgray
html += '''</table><br /><br />
<b>Гамильтонов цикл</b><br/><br/>'''
for line in hw5.hamiltonChain(matrix2, elements):
html += line + '<br/>'
return self.header + html + self.footer
def result(self, data=None, rows=None, cols=None):
if not data or not rows or not cols:
return self.header + '''Введите <a href="/hw3">данные</a>''' + self.footer
try:
rows = int(rows)
cols = int(cols)
if rows < 1 or cols < 1:
raise ValueError()
except ValueError:
return self.header + '''Некорректное число строк или столбцов<br/>
<a href="javascript:history.back()">Назад</a>''' + self.footer
circuits = hw2.buildCircuits(data.split('\n'))
elements = set()
html = '''<b>Исходные данные</b><br /><br />'''
for i in range(1, len(circuits) + 1):
if len(circuits[i]) <= 1:
del circuits[i]
html += 'Цепь №%i пустая <br />' % i
continue
html += 'Цепь №%i %s<br />' % (i, str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements = list(elements)
elements.sort()
width = int(100 / (len(elements) + 2))
connMatrix = hw2.buildConnMatrix(circuits, elements)
result = hw3.buildGraph(connMatrix, elements, rows, cols)
html += '''<br/>
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>' % (width, el)
html += '<td width="%i%%"><b>r<sub>i</sub></b></td></tr>' % width
i = 0
lgray = False
for row in connMatrix:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
k = 0
for val in row:
if k == i:
html += '<td><b>%i</b></td>\n' % val
else:
html += '<td>%i</td>\n' % val
k += 1
html += '<td><b>%i</b></td></tr>\n' % result['ri'][i]
i += 1
lgray = not lgray
html += '''</table><br/><br/>'''
width = int(100 / (len(result['d']) + 2))
html += '''<b>Матрица расстояний</b><br/><br/>
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in range(len(result['d'])):
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el + 1)
html += '<td width="%i%%"><b>d<sub>i</sub></b></td>\n</tr>\n' % width
lgray = False
i = 0
for row in result['d']:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % (i + 1)
k = 0
for val in row:
if k == i:
html += '<td><b>%i</b></td>\n' % val
else:
html += '<td>%i</td>\n' % val
k += 1
html += '<td><b>%i</b></td>\n</tr>\n' % result['di'][i]
i += 1
lgray = not lgray
html += '''</table>\n<br/><br/>'''
width = int(100 / (len(elements) + 1))
html += '''<b>Упорядоченные элементы и позиции</b><br/><br/>
<table cellspacing="0">
<tr class="lightGray">
<td width="%i%%" class="gray"><b>l<sub>i</sub></b></td>
''' % width
for el in result['es']:
html += '<td width="%i%%">%i</td>\n' % (width, el)
html += '''</tr>\n</table>\n<br/>'''
width = int(100 / (len(result['ps']) + 1))
html += '''<table cellspacing="0">
<tr class="lightGray"><td class="gray"><b>p<sub>i</sub></b></td>
'''
for p in result['ps']:
html += '<td>%i</td>\n' % (p + 1)
html += '''</tr>
</table><br/>
<b>Расположение элементов</b><br/><br/>
<table cellspacing="0" border="1">'''
width = int(100 / cols)
for row in result['graph']:
html += '<tr>'
for el in row:
html += '<td width="%i%%">' % width
if el == 0:
html += ' '
else:
html += str(el)
html += '</td>\n'
html += '</tr>\n'
html += '</table>\n<br/>' #F(p)='+str(result['f'])
width = int(100 / (len(elements) + 1))
html += '''<b>Матрица расстояний между вершинами</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el)
i = 0
html += '</tr>\n'
lgray = False
for row in result['dm']:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
k = 0
for val in row:
if k == i:
html += '<td><b>%i</b></td>\n' % val
else:
html += '<td>%i</td>\n' % val
k += 1
i += 1
lgray = not lgray
html += '</tr>\n'
html += '''</table>
<br /><br />
<b>Матрица весов и пропускных способностей</b><br/><br/>
<table cellspacing="0" border="1">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el)
html += '</tr>'
weightMatrix = hw3.buildWeightMatrix(connMatrix, result['dm'])
lgray = False
i = 0
for row in weightMatrix:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += '<tr>\n'
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
k = 0
for val in row:
if k == i:
html += '<td><b>%i</b></td>\n' % val
elif val != -1:
html += '<td>%i</td>\n' % val
else:
html += '<td> </td>\n'
k += 1
i += 1
lgray = not lgray
html += '</tr>\n'
html += '''</table>
<br/><br/>
<b>Алгоритм Дейкстры</b><br/><br/>
Исходная вершина: l<sub>%i</sub>
<br/><br/>''' % result['graph'][0][0]
# choosing left-upper node
pathMatrix = hw3.buildPathMatrix(result['graph'][0][0], elements,
weightMatrix)
lGray = False
html += '''
<table cellspacing="0">
<tr class="gray">
<td class="white"> </td>'''
for i in range(len(pathMatrix)):
html += '<td width="%i%%"><b>%i</b></td>' % (width, i + 1)
html += '</tr>\n'
for i in range(len(pathMatrix)):
if lgray:
html += '<tr class="lightGray">'
else:
html += '<tr>'
html += '<td width="%i%%" class="gray"><b>x%i</b></td>' % (
width, elements[i])
for k in range(len(pathMatrix)):
html += '<td>'
if pathMatrix[k][i] == 100500:
html += '∞'
elif pathMatrix[k][i] == -1:
html += ' '
else:
html += str(pathMatrix[k][i])
html += '</td>\n'
html += '</tr>\n'
lgray = not lgray
html += '''</table>\n'''
return self.header + html + self.footer
def result(self,data=None):
if not data:
return self.header+'''Введите <a href="/hw5">данные</a>'''+self.footer
circuits=hw2.buildCircuits(data.split('\n'))
elements=set()
html='''<b>Исходные данные</b><br /><br />'''
for i in range(1,len(circuits)+1):
if len(circuits[i])<=1:
del circuits[i]
html+='Цепь №%i пустая <br />' % i
continue
html+='Цепь №%i %s<br />' % (i,str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements=list(elements)
elements.sort()
matrix1=hw2.buildComplexMatrix(circuits,elements)
width=int(100/(len(circuits)+1))
html+='''<br />
<b>Матрица комплексов</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for key in circuits:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,key)
html+='</tr>\n'
lgray=False
i=0
for row in matrix1:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
for el in row:
if el==0:
html+='<td>%i</td>\n' % el
else:
html+='<td><b>%i</b></td>\n' % el
html+='</tr>\n'
i+=1
lgray=not lgray
width=int(100/(len(elements)+1))
matrix2=hw2.buildConnMatrix(circuits,elements)
html+='''</table><br />
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el)
html+='</tr>\n'
i=0
lgray=False
for row in matrix2:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
else:
html+='<td>%i</td>\n' % val
k+=1
html+='</tr>\n'
i+=1
lgray=not lgray
html+='''</table><br /><br />
<b>Гамильтонов цикл</b><br/><br/>'''
for line in hw5.hamiltonChain(matrix2,elements):
html+=line+'<br/>'
return self.header+html+self.footer
def result(self,data=None,boring=None):
if not data:
return self.header+'''Введите <a href="/hw2">данные</a>'''+self.footer
if boring=='on':
boring=False
else:
boring=True
circuits=hw2.buildCircuits(data.split('\n'))
elements=set()
html='''<b>Исходные данные</b><br /><br />'''
for i in range(1,len(circuits)+1):
if len(circuits[i])<=1:
del circuits[i]
html+='Цепь №%i пустая <br />' % i
continue
html+='Цепь №%i %s<br />' % (i,str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements=list(elements)
elements.sort()
matrix1=hw2.buildComplexMatrix(circuits,elements)
width=int(100/(len(circuits)+1))
html+='''<br />
<b>Матрица комплексов</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for key in circuits:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,key)
html+='</tr>\n'
lgray=False
i=0
for row in matrix1:
if boring:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
else:
html+='''<tr class="%s">
<td class="%s"><b>%i</b></td>\n'''%(
self.funnyColors[random.randint(0,len(self.funnyColors)-1)],
self.funnyColors[random.randint(0,len(self.funnyColors)-1)], elements[i])
for el in row:
if el==0:
html+='<td>%i</td>\n' % el
else:
html+='<td><b>%i</b></td>\n' % el
html+='</tr>\n'
i+=1
lgray=not lgray
width=int(100/(len(elements)+1))
matrix2=hw2.buildConnMatrix(circuits,elements)
html+='''</table><br />
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el)
html+='</tr>\n'
i=0
lgray=False
for row in matrix2:
if boring:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
else:
html+='''<tr class="%s">
<td class="%s"><b>%i</b></td>\n''' %(
self.funnyColors[random.randint(0,len(self.funnyColors)-1)],
self.funnyColors[random.randint(0,len(self.funnyColors)-1)],elements[i])
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
else:
html+='<td>%i</td>\n' % val
k+=1
html+='</tr>\n'
i+=1
lgray=not lgray
html+='''</table><br /><br />
<b>Раскраска графа</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%">Вершина</td>''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el)
html+='''</tr>
<tr><td class="gray">Кол-во смежных</td>
'''
graph=hw2.buildGraph(matrix2,elements)
for key in graph:
html+='<td>%i</td>\n' % len(graph[key])
html+='</tr></table>\n<br /><br />'
colored=hw2.colorGraph(graph)
for key in colored:
html+='j=%i: %s\n<br />' % (key,str(colored[key]))
if not boring:
html+='''<br /><h1>Эти нескучные цвета как бы намекают, что не стоит всем сдавать
одинаковые отчёты</h1>
'''
return self.header+html+self.footer
def result(self,data=None,rows=None,cols=None):
if not data or not rows or not cols:
return self.header+'''Введите <a href="/hw3">данные</a>'''+self.footer
try:
rows=int(rows)
cols=int(cols)
if rows<1 or cols<1:
raise ValueError()
except ValueError:
return self.header+'''Некорректное число строк или столбцов<br/>
<a href="javascript:history.back()">Назад</a>'''+self.footer
circuits=hw2.buildCircuits(data.split('\n'))
elements=set()
html='''<b>Исходные данные</b><br /><br />'''
for i in range(1,len(circuits)+1):
if len(circuits[i])<=1:
del circuits[i]
html+='Цепь №%i пустая <br />' % i
continue
html+='Цепь №%i %s<br />' % (i,str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements=list(elements)
elements.sort()
width=int(100/(len(elements)+2))
connMatrix=hw2.buildConnMatrix(circuits,elements)
result=hw3.buildGraph(connMatrix,elements,rows,cols)
html+='''<br/>
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>' % (width,el)
html+='<td width="%i%%"><b>r<sub>i</sub></b></td></tr>' % width
i=0
lgray=False
for row in connMatrix:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
else:
html+='<td>%i</td>\n' % val
k+=1
html+='<td><b>%i</b></td></tr>\n' % result['ri'][i]
i+=1
lgray=not lgray
html+='''</table><br/><br/>'''
width=int(100/(len(result['d'])+2))
html+='''<b>Матрица расстояний</b><br/><br/>
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in range(len(result['d'])):
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el+1)
html+='<td width="%i%%"><b>d<sub>i</sub></b></td>\n</tr>\n' % width
lgray=False
i=0
for row in result['d']:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % (i+1)
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
else:
html+='<td>%i</td>\n' % val
k+=1
html+='<td><b>%i</b></td>\n</tr>\n' % result['di'][i]
i+=1
lgray=not lgray
html+='''</table>\n<br/><br/>'''
width=int(100/(len(elements)+1))
html+='''<b>Упорядоченные элементы и позиции</b><br/><br/>
<table cellspacing="0">
<tr class="lightGray">
<td width="%i%%" class="gray"><b>l<sub>i</sub></b></td>
''' % width
for el in result['es']:
html+='<td width="%i%%">%i</td>\n' % (width,el)
html+='''</tr>\n</table>\n<br/>'''
width=int(100/(len(result['ps'])+1))
html+='''<table cellspacing="0">
<tr class="lightGray"><td class="gray"><b>p<sub>i</sub></b></td>
'''
for p in result['ps']:
html+='<td>%i</td>\n' % (p+1)
html+='''</tr>
</table><br/>
<b>Расположение элементов</b><br/><br/>
<table cellspacing="0" border="1">'''
width=int(100/cols)
for row in result['graph']:
html+='<tr>'
for el in row:
html+='<td width="%i%%">' % width
if el==0:
html+=' '
else:
html+=str(el)
html+='</td>\n'
html+='</tr>\n'
html+='</table>\n<br/>'#F(p)='+str(result['f'])
width=int(100/(len(elements)+1))
html+='''<b>Матрица расстояний между вершинами</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el)
i=0
html+='</tr>\n'
lgray=False
for row in result['dm']:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
else:
html+='<td>%i</td>\n' % val
k+=1
i+=1
lgray=not lgray
html+='</tr>\n'
html+='''</table>
<br /><br />
<b>Матрица весов и пропускных способностей</b><br/><br/>
<table cellspacing="0" border="1">
<tr class="gray">
<td width="%i%%" class="white"> </td>
''' % width
for el in elements:
html+='<td width="%i%%"><b>%i</b></td>\n' % (width,el)
html+='</tr>'
weightMatrix=hw3.buildWeightMatrix(connMatrix,result['dm'])
lgray=False
i=0
for row in weightMatrix:
if lgray:
html+='<tr class="lightGray">\n'
else:
html+='<tr>\n'
html+='<td class="gray"><b>%i</b></td>\n' % elements[i]
k=0
for val in row:
if k==i:
html+='<td><b>%i</b></td>\n' % val
elif val!=-1:
html+='<td>%i</td>\n' % val
else:
html+='<td> </td>\n'
k+=1
i+=1
lgray=not lgray
html+='</tr>\n'
html+='''</table>
<br/><br/>
<b>Алгоритм Дейкстры</b><br/><br/>
Исходная вершина: l<sub>%i</sub>
<br/><br/>''' % result['graph'][0][0]
# choosing left-upper node
pathMatrix=hw3.buildPathMatrix(result['graph'][0][0],elements,weightMatrix)
lGray=False
html+='''
<table cellspacing="0">
<tr class="gray">
<td class="white"> </td>'''
for i in range(len(pathMatrix)):
html+='<td width="%i%%"><b>%i</b></td>' % (width,i+1)
html+='</tr>\n'
for i in range(len(pathMatrix)):
if lgray:
html+='<tr class="lightGray">'
else:
html+='<tr>'
html+='<td width="%i%%" class="gray"><b>x%i</b></td>' % (width,elements[i])
for k in range(len(pathMatrix)):
html+='<td>'
if pathMatrix[k][i]==100500:
html+='∞'
elif pathMatrix[k][i]==-1:
html+=' '
else:
html+=str(pathMatrix[k][i])
html+='</td>\n'
html+='</tr>\n'
lgray=not lgray
html+='''</table>\n'''
return self.header+html+self.footer
def result(self, data=None, boring=None):
if not data:
return self.header + """Введите <a href="/hw2">данные</a>""" + self.footer
if boring == "on":
boring = False
else:
boring = True
circuits = hw2.buildCircuits(data.split("\n"))
elements = set()
html = """<b>Исходные данные</b><br /><br />"""
for i in range(1, len(circuits) + 1):
if len(circuits[i]) <= 1:
del circuits[i]
html += "Цепь №%i пустая <br />" % i
continue
html += "Цепь №%i %s<br />" % (i, str(circuits[i]))
for el in circuits[i]:
elements.add(el)
elements = list(elements)
elements.sort()
matrix1 = hw2.buildComplexMatrix(circuits, elements)
width = int(100 / (len(circuits) + 1))
html += (
"""<br />
<b>Матрица комплексов</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
"""
% width
)
for key in circuits:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, key)
html += "</tr>\n"
lgray = False
i = 0
for row in matrix1:
if boring:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += "<tr>\n"
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
else:
html += """<tr class="%s">
<td class="%s"><b>%i</b></td>\n""" % (
self.funnyColors[random.randint(0, len(self.funnyColors) - 1)],
self.funnyColors[random.randint(0, len(self.funnyColors) - 1)],
elements[i],
)
for el in row:
if el == 0:
html += "<td>%i</td>\n" % el
else:
html += "<td><b>%i</b></td>\n" % el
html += "</tr>\n"
i += 1
lgray = not lgray
width = int(100 / (len(elements) + 1))
matrix2 = hw2.buildConnMatrix(circuits, elements)
html += (
"""</table><br />
<b>Матрица соединений</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%" class="white"> </td>
"""
% width
)
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el)
html += "</tr>\n"
i = 0
lgray = False
for row in matrix2:
if boring:
if lgray:
html += '<tr class="lightGray">\n'
else:
html += "<tr>\n"
html += '<td class="gray"><b>%i</b></td>\n' % elements[i]
else:
html += """<tr class="%s">
<td class="%s"><b>%i</b></td>\n""" % (
self.funnyColors[random.randint(0, len(self.funnyColors) - 1)],
self.funnyColors[random.randint(0, len(self.funnyColors) - 1)],
elements[i],
)
k = 0
for val in row:
if k == i:
html += "<td><b>%i</b></td>\n" % val
else:
html += "<td>%i</td>\n" % val
k += 1
html += "</tr>\n"
i += 1
lgray = not lgray
html += (
"""</table><br /><br />
<b>Раскраска графа</b><br /><br />
<table cellspacing="0">
<tr class="gray">
<td width="%i%%">Вершина</td>"""
% width
)
for el in elements:
html += '<td width="%i%%"><b>%i</b></td>\n' % (width, el)
html += """</tr>
<tr><td class="gray">Кол-во смежных</td>
"""
graph = hw2.buildGraph(matrix2, elements)
for key in graph:
html += "<td>%i</td>\n" % len(graph[key])
html += "</tr></table>\n<br /><br />"
colored = hw2.colorGraph(graph)
for key in colored:
html += "j=%i: %s\n<br />" % (key, str(colored[key]))
if not boring:
html += """<br /><h1>Эти нескучные цвета как бы намекают, что не стоит всем сдавать
одинаковые отчёты</h1>
"""
return self.header + html + self.footer
