def main():
keyString = f.readline().rstrip()
defragmenter = Defragmenter(keyString)
grid = defragmenter.getGrid()
expandedGrid = [list(row) for row in grid]
graph = DirectedGraph()
for rowIdx, row in enumerate(expandedGrid):
for columnIdx, column in enumerate(row):
if column == '1':
coordinate = (rowIdx, columnIdx)
graph.addNode(coordinate)
if (rowIdx > 0 and expandedGrid[rowIdx - 1][columnIdx] == '1'):
graph.addEdge(coordinate, (rowIdx - 1, columnIdx))
if (columnIdx + 1 < 128
and expandedGrid[rowIdx][columnIdx + 1] == '1'):
graph.addEdge(coordinate, (rowIdx, columnIdx + 1))
if (rowIdx + 1 < 128
and expandedGrid[rowIdx + 1][columnIdx] == '1'):
graph.addEdge(coordinate, (rowIdx + 1, columnIdx))
if (columnIdx > 0
and expandedGrid[rowIdx][columnIdx - 1] == '1'):
graph.addEdge(coordinate, (rowIdx, columnIdx - 1))
graph.findRegions()
print(graph.getRegionCount())
def createRandomDAGIter(n):
newGraph = DirectedGraph()
# Create n nodes
for k in range(0, n):
newGraph.addNode(k)
# Assign each node 2 random vertices (might assign 0, 1 or 2 vertices)
for node in newGraph.vertices:
randomVertices = set()
# Generate 2 random numbers which will represent direction up and right
neighborNodeIndex1 = random.randint(node.val,
len(newGraph.vertices) - 1)
neighborNodeIndex2 = random.randint(node.val,
len(newGraph.vertices) - 1)
# If number generated is not being used yet and it doesn't represent node.val
if node.val != neighborNodeIndex1 and neighborNodeIndex1 not in randomVertices:
newGraph.addDirectedEdge(newGraph.vertices[node.val],
newGraph.vertices[neighborNodeIndex1])
randomVertices.add(neighborNodeIndex1)
# If second number generated is not being used yet and it doesn't represent node.val
if node.val != neighborNodeIndex2 and neighborNodeIndex2 not in randomVertices:
newGraph.addDirectedEdge(newGraph.vertices[node.val],
newGraph.vertices[neighborNodeIndex2])
randomVertices.add(neighborNodeIndex2)
return newGraph
def test_directedGraph():
defragmenter = Defragmenter('flqrgnkx')
grid = defragmenter.getGrid()
expandedGrid = [list(row) for row in grid]
graph = DirectedGraph()
for rowIdx, row in enumerate(expandedGrid):
for columnIdx, column in enumerate(row):
if column == '1':
coordinate = (rowIdx, columnIdx)
graph.addNode(coordinate)
if (rowIdx > 0 and expandedGrid[rowIdx - 1][columnIdx] == '1'):
graph.addEdge(coordinate, (rowIdx - 1, columnIdx))
if (columnIdx + 1 < 128
and expandedGrid[rowIdx][columnIdx + 1] == '1'):
graph.addEdge(coordinate, (rowIdx, columnIdx + 1))
if (rowIdx + 1 < 128
and expandedGrid[rowIdx + 1][columnIdx] == '1'):
graph.addEdge(coordinate, (rowIdx + 1, columnIdx))
if (columnIdx > 0
and expandedGrid[rowIdx][columnIdx - 1] == '1'):
graph.addEdge(coordinate, (rowIdx, columnIdx - 1))
graph.findRegions()
assert graph.getRegionCount() == 1242
def __init__(self, start, end):
self.graph = DirectedGraph()
self.__activities = []
self.__sortedActivities = []
self.__criticalActivities = []
self.start = start
self.end = end
self.graph.addVertex(start)
self.graph.addVertex(end)
def createRandomDAGIter(n: int) -> DirectedGraph:
graph = DirectedGraph()
for i in range(n):
graph.addNode(i)
for node in graph.nodes:
for _node in graph.nodes:
if node is not _node and bool(getrandbits(1)):
if not hasCycle(graph, node, _node):
graph.addDirectedEdge(node, _node)
return graph
def createRandomDAGIter(node_count=10):
self = DirectedGraph()
# Create the nodes:
for n in range(node_count):
self.addNode(n)
for node in self.nodes:
connect = node
while connect is node: # Keeps going if it tries to connect to itself.
connect = random.choice(self.nodes)
self.addDirectedEdge(node.val, connect.val)
return self
def createRandomDAGIter(n):
graph = DirectedGraph()
nums = list(range(n))
for num in nums:
graph.addNode(num)
for node in graph.getAllNodes():
numNodes = random.randint(0, n - node)
numsAdded = set()
while len(numsAdded) != numNodes:
num = random.randint(node + 1, n)
if num not in numsAdded:
numsAdded.add(num)
graph.addDirectedEdge(node, num)
return graph
def createRandomDAGIter(n):
graph = DirectedGraph()
i=1
nodeVal=1
graph.addNode(1)
while nodeVal<=n:
if nodeVal+1<=n:
graph.addNode(nodeVal+1)
if nodeVal+2<=n:
graph.addNode(nodeVal+2)
if nodeVal+3<=n:
graph.addNode(nodeVal+3)
for l in range(3):
nodeVal = nodeVal + 1
if nodeVal<=n:
graph.addDirectedEdge(i,nodeVal)
i=i+1
return graph
from directedGraph import DirectedGraph
from controller import Controller
from UI import Console
graph = DirectedGraph()
graph.loadFromFile("graph1k.txt")
controller = Controller(graph)
console = Console(controller)
console.run()