day24 dont look at part 2

1 year ago · 8a3b68304b
4 changed files with 346 additions and 7 deletions
--- a/day24-1.py
+++ b/day24-1.py
@ -0,0 +1,132 @@
				@@ -0,0 +1,132 @@
+from queue import PriorityQueue
+
+qu = PriorityQueue()
+qu2 = PriorityQueue()
+currentbest = None
+timestamps = {}
+solutions = 0
+visted = []
+
+class Vortex():
+    def __init__(self, y, x):
+        self.y = y 
+        self.x = x
+
+    def givePosition(self, time):
+        return self.calcPosition(time)
+
+
+class VortexRigth(Vortex):
+    def calcPosition(self, time):
+        current = (self.x + time) % width
+        return self.y, current
+    def __str__(self):
+        return 'Rigth'
+
+class VortexLeft(Vortex):
+    def calcPosition(self, time):
+        current = self.x - time
+        while current < 0:
+            current = width + current
+        return self.y, current
+    def __str__(self):
+        return 'Left'
+
+class VortexUp(Vortex):
+    def calcPosition(self, time):
+        current = self.y - time
+        while current < 0:
+            current = heigth + current
+        return current, self.x
+    def __str__(self):
+        return 'Up'
+
+class VortexDown(Vortex):
+    def calcPosition(self, time):
+        current = (self.y + time) % heigth
+        return current, self.x
+    def __str__(self):
+        return 'Down'
+
+def findPath(y, x, time):
+    #print(y, x, time)
+    global currentbest
+    global timestamps
+    global solutions
+    if y == heigth - 1 and x == width - 1:
+        solutions += 1
+        if currentbest is None or currentbest > time:
+            currentbest = time
+            #print('solution found', currentbest)
+            return
+    if currentbest is not None and time + ((width - 1 - x) + (heigth - 1 - y))>= currentbest - 1:
+        return
+    if time + 1 not in timestamps:
+        timeList = []
+        for vort in vorteces:
+            timeList.append(vort.givePosition(time + 1))
+        timestamps[time + 1] = timeList
+    for nextMove in [(y, x),(y - 1, x),(y + 1, x),(y, x- 1),(y, x + 1)]:
+        #print(timestamps[time + 1], nextMove)
+        if nextMove not in timestamps[time + 1] and 0 <= nextMove[0] < heigth and 0 <= nextMove[1] < width:
+            if nextMove + (time + 1,) not in visted:
+                visted.append(nextMove + (time + 1,))
+                if switch:
+                    qu2.put((time + (heigth - nextMove[0]) + (width - nextMove[1]), (time + 1), -nextMove[0], -nextMove[1]))
+                else:
+                    qu.put((-(time + 1), -((nextMove[0]+1)*(nextMove[1]+1)), -nextMove[0], -nextMove[1]))
+    
+#reading input
+initialState = []
+vorteces = []
+with open('input24.txt', 'r') as f:
+    inp = f.read().splitlines(keepends=False)
+
+for line in inp:
+    initialState.append(list(line))
+
+heigth = len(initialState) - 2
+width = len(initialState[0]) - 2
+currentbest = heigth * width
+
+for y in range(len(initialState)):
+    for x in range(len(initialState[0])):
+        if initialState[y][x] == '>':
+            newVortex = VortexRigth(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == '<':
+            newVortex = VortexLeft(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == '^':
+            newVortex = VortexUp(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == 'v':
+            newVortex = VortexDown(y - 1, x - 1)
+            vorteces.append(newVortex)
+switch = False
+n = 0
+qu.put((-1, 0, 0, 0))
+while not qu.empty():
+    if not switch and solutions > 0:
+        switch = True
+    time, _, y, x = qu.get()
+    n += 1
+    if n % 10000 == 0:
+        print(n, solutions, time, currentbest)
+    findPath(abs(y), abs(x), abs(time))
+
+while not qu2.empty():
+    _, time, y, x = qu2.get()
+    n += 1
+    if n % 10000 == 0:
+        print('n=', n, 'solutions=', solutions, 'time=', time, 'currentbest=', currentbest+1, 'queue=', qu2.qsize())
+    findPath(abs(y), abs(x), abs(time))
+
+print(currentbest + 1)
+# for vort in vorteces:
+#     print(vort, '(', vort.y, vort.x, ')', vort.givePosition(3))
+
+# for line in initialState:
+#     for point in line:
+#         print(point, end = ' ')
+#     print('\n')
--- a/day24-2.py
+++ b/day24-2.py
@ -0,0 +1,181 @@
				@@ -0,0 +1,181 @@
+from queue import PriorityQueue
+
+qu = PriorityQueue()
+qu2 = PriorityQueue()
+currentbest = None
+timestamps = {}
+solutions = 0
+visted = []
+total = 0
+
+class Vortex():
+    def __init__(self, y, x):
+        self.y = y 
+        self.x = x
+
+    def givePosition(self, time):
+        return self.calcPosition(time)
+
+
+class VortexRigth(Vortex):
+    def calcPosition(self, time):
+        current = (self.x + time) % width
+        return self.y, current
+    def __str__(self):
+        return 'Rigth'
+
+class VortexLeft(Vortex):
+    def calcPosition(self, time):
+        current = self.x - time
+        while current < 0:
+            current = width + current
+        return self.y, current
+    def __str__(self):
+        return 'Left'
+
+class VortexUp(Vortex):
+    def calcPosition(self, time):
+        current = self.y - time
+        while current < 0:
+            current = heigth + current
+        return current, self.x
+    def __str__(self):
+        return 'Up'
+
+class VortexDown(Vortex):
+    def calcPosition(self, time):
+        current = (self.y + time) % heigth
+        return current, self.x
+    def __str__(self):
+        return 'Down'
+
+def findPath(y, x, time):
+    #print(y, x, time)
+    global currentbest
+    global timestamps
+    global solutions
+    if y == goal[0] and x == goal[1]:
+        solutions += 1
+        if currentbest is None or currentbest > time:
+            currentbest = time
+            #print('solution found', currentbest)
+            return
+    if currentbest is not None and time + (abs(goal[1] - x) + abs(goal[0] - y))>= currentbest - 1:
+        return
+    if time + 1 not in timestamps:
+        timeList = []
+        for vort in vorteces:
+            timeList.append(vort.givePosition(time + 1))
+        timestamps[time + 1] = timeList
+    for nextMove in [(y, x),(y - 1, x),(y + 1, x),(y, x- 1),(y, x + 1)]:
+        #print(timestamps[time + 1], nextMove)
+        if nextMove not in timestamps[time + 1] and ((0 <= nextMove[0] < heigth and 0 <= nextMove[1] < width) or (nextMove[0] == heigth and nextMove[1] == width - 1) or (nextMove[0] == -1 and nextMove[1] == 0)):
+            if nextMove + (time + 1,) not in visted:
+                visted.append(nextMove + (time + 1,))
+                if switch:
+                    qu2.put((time + abs(goal[0] - nextMove[0]) + abs(goal[1] - nextMove[1]), (time + 1), -nextMove[0], -nextMove[1]))
+                else:
+                    qu.put((-(time + 1), -((nextMove[0]+1)*(nextMove[1]+1)), -nextMove[0], -nextMove[1]))
+    
+#reading input
+initialState = []
+vorteces = []
+with open('input24.txt', 'r') as f:
+    inp = f.read().splitlines(keepends=False)
+
+for line in inp:
+    initialState.append(list(line))
+
+heigth = len(initialState) - 2
+width = len(initialState[0]) - 2
+currentbest = heigth * width
+
+for y in range(len(initialState)):
+    for x in range(len(initialState[0])):
+        if initialState[y][x] == '>':
+            newVortex = VortexRigth(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == '<':
+            newVortex = VortexLeft(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == '^':
+            newVortex = VortexUp(y - 1, x - 1)
+            vorteces.append(newVortex)
+        if initialState[y][x] == 'v':
+            newVortex = VortexDown(y - 1, x - 1)
+            vorteces.append(newVortex)
+switch = False
+n = 0
+qu.put((-1, 0, 0, 0))
+goal = (heigth - 1, width - 1)
+while not qu.empty():
+    if not switch and solutions > 0:
+        switch = True
+    time, _, y, x = qu.get()
+    n += 1
+    if n % 10000 == 0:
+        print(n, solutions, time, currentbest)
+    findPath(abs(y), abs(x), abs(time))
+
+while not qu2.empty():
+    _, time, y, x = qu2.get()
+    n += 1
+    if n % 10000 == 0:
+        print('n=', n, 'solutions=', solutions, 'time=', time, 'currentbest=', currentbest, 'queue=', qu2.qsize())
+    findPath(abs(y), abs(x), abs(time))
+
+print(currentbest + 1)
+total = currentbest + 1
+currentbest = None
+goal = (0, 0)
+solutions = 0
+switch = True
+n = 0
+qu.put((-(total), 0, heigth, width - 1))
+visted = []
+timestamps = {}
+
+while not qu.empty():
+    if not switch and solutions > 0:
+        switch = True
+    time, _, y, x = qu.get()
+    n += 1
+    if n % 10 == 0:
+        print(n, solutions, time, currentbest, y, x)
+    findPath(abs(y), abs(x), abs(time))
+
+while not qu2.empty():
+    _, time, y, x = qu2.get()
+    n += 1
+    if n % 10000 == 0:
+        print('n=', n, 'solutions=', solutions, 'time=', time, 'currentbest=', currentbest, 'queue=', qu2.qsize())
+    findPath(abs(y), abs(x), abs(time))
+
+print(currentbest + 1)
+total = currentbest + 1
+currentbest = None
+goal = (heigth -1, width - 1)
+solutions = 0
+switch = True
+n = 0
+qu.put((-(total), 0, -1, 0))
+visted = []
+timestamps = {}
+
+while not qu.empty():
+    if not switch and solutions > 0:
+        switch = True
+    time, _, y, x = qu.get()
+    n += 1
+    if n % 10 == 0:
+        print(n, solutions, time, currentbest, y, x)
+    findPath(abs(y), abs(x), abs(time))
+
+while not qu2.empty():
+    _, time, y, x = qu2.get()
+    n += 1
+    if n % 10000 == 0:
+        print('n=', n, 'solutions=', solutions, 'time=', time, 'currentbest=', currentbest, 'queue=', qu2.qsize())
+    findPath(abs(y), abs(x), abs(time))
+
+print(currentbest + 1)
--- a/in2.txt
+++ b/in2.txt
@ -1,7 +1,6 @@
				@@ -1,7 +1,6 @@
-....#..
-..###.#
-#...#.#
-.#...##
-#.###..
-##.#.##
-.#..#..
+#.######
+#>>.<^<#
+#.<..<<#
+#>v.><>#
+#<^v^^>#
+######.#
--- a/input24.txt
+++ b/input24.txt
@ -0,0 +1,27 @@
				@@ -0,0 +1,27 @@
+#.########################################################################################################################
+#>v>^>^<<^>v^>vv<.><>v^>vvv><.>^^.<.^>^vv>v^v>.>>>.v^>>^<v<v<.<<>v^v<^>^<<v>^<<v>><>^v<.^v^^v<v>>>^<.v<^^v>^^<>><v^v^<.v.#
+#.>.^<.>^<v<.v>v^<^>>^v^>v>v<.v>v^v.>^><>v<>.^v><>.<v^>.v<<^..>^<<^<<>vv^<v<><v<^^>>v^><.>v<v<^>^^^^>..<<><>>^>^^<.>>v...#
+#<<.><<<v^vv^<>>..<<>>>^<.<v^..vv><^vv^^<^<>>v<^>.<>^>v<>^>v><v^>v^>v><>>v^>vv>v^v>.>^v<^<^><^vv<^v>v^^v^.^<>v.^<>^.>v>v<#
+#<^v^^><^^<^<v^^<^^<>.<^<v>v..<v^^vvv<>><v^.<>>><>v>^v>v<v.v.vv<vv<>><>><^^<vv>.>>.<>>^>v>^v.>.><<<<>^>^>v>v>^><^^v<^vv<>#
+#>><<v<>>>^^^<v^<><<>^^^<^>^v^v<^>>v.><<<<.>>^.<v^>v>^<<^<^^>^><^<>.<>vv^<v<v^<^^<v><v^vv^><.<^.^<v^^>v><^<<^^<vv^><v^v>>#
+#<>>^^>vvvvv.><>>^<v^>>v^^<<>^>vv^<^^^<^v<<v^<>v^v<^>>v^vv^<>^<>^<v^v^>v<.vv<<.<vvv<><<^^^v<^<v^^v<^^v>>vv^<.>v<.v^v^vv^.#
+#.>v>.>^<>v>>.^vvv<^<^><<^^>.<<v<v^>>v<<<^.<>>>v<v>>^>><>v<^>.v^.^v>v^<>><>><^.v><.>v<>^<^^>v>>v^^v^<<v>v<v>.v.^>^^^^<><>#
+#>v<^^><^>.>^^^>vvv><v>>vv<v^<><^>^>^v>^><.v<^<v<>^>^.><^^<v<<><<><v^^.<v^^v^^><.>v<.<^^v^v.v>^v<^<<v<.v>..<vv<>.v<^v<>.<#
+#><v>.><..v>v>^^^^<.>.<^^><^>v^^^^.><<^^v.>v<^<>vv>>>><>vv>>><>>>v.^v>>^vv<^<.>^>^><<>v^.<>.v<<<.<<vv<.v^>^<v^<>><>>^v<><#
+#<^v<>^<<v>^..vv>^<<><^^<<>^<^^^v^^<^^v<^>><vv^<v<vv<vv.>^v.>^><>>v.>v>>^^v<>>v<<v>.v^vv^><v^<^><^><>>^v<v<.>^<^vv>>>>v^<#
+#<>>>^^^><v<>v<^v^v.>v^<^^>>>^^<v<^.v^>.^^><<v<>><><>v<<vv>.v<v^<^^v^<<<^.>>^v^^v.^<><<>vv^>>^<<vv<^>v>><^>^v<v<>v<<.<vv<#
+#<.><^.<>v<>^v.<>^>v>v>>.^>^v>>^^v>^.v.>>v>v>vv.><.^>^><.vvv<<v.>^<vv>v>^<^^v.v<<^^>v^^vv^>^.<<<<vv<><><<v>.<v<<<<^v<v>^<#
+#>v^v.><^>v>vv^<>.<^<<v^^^v>>><>.^.^>vvv>v.><.>v><v^vv^<v<v>><^>>vv<v>^>vv^>v.<v<>^v>^<vv>^^>^^.^<>.v<<vvv.<v<>v^v<v>^>v>#
+#>>>^>v>^^<>>v>^vvv.>^vv^<v>.<>^vv>.<vv><..^^<<^.v<>^<<^.<>^v^^v.^>.^<^>>.>>v.<^^>v>>^<<^<<><<>>^^<^><<<>^.><<<>.vv>.>v^<#
+#<.>>v>^<v<.^>><^v<^vv^>v^^<^^^^.>^v<<>^>.>>>vv<.^<>v^^<v><vv.^><<..^><v^v^vv>.>v>>>^>.^^^^<>>^<<>>^vv.<^>vv..><<<.>>>^>>#
+#<vv>vv>v<>^<^<^^v.v^>><>><<<.><<^<.>^>v^><>.<<^<^vv><<.>^v<.<>^>vvv>v^.^<<vv>^>>^>><^^<v.<..^..><.v...v^.^^<.v>>v<^<v^><#
+#>v^>v^>><>>v><v<v>>.vvv<<^v<^^^.v<<^>.vvv<>>^.v^v.>>>>^>><>.<.><.<^>v>^<^.><^>><<^<v^>vv^>v<>^v.v<^>.<v>v<>v.><>>><.^.^<#
+#.v>^v>^v<.^.>^.<^>^>>v<v>>vv<^<<^.<v^>v^^.<v^<.v^^>^<>v^^vv.v..>>vvv<vv<><<><^<vv<v^.^<^v^^vv^>>v<v<<^v<vvv>>>..>>^>.^>>#
+#<vvv>>^>>^<vv><>^>><v<v<><>^<^<<^><^<v<.^v<^v^v><<>>>.<>^>^.>.<.>v<.><^><><<<>v^>vv^^..>vv.^>>.<>vv<^v>v>><>^>^^.>v<v<.<#
+#>.^^<<..v<<^>>^.^vv<>vv>v^><<v^.vv^<^>>^v<vv.>v>^>>.>^.^.v<<<.^v<>v^<^<>><><>^<v^<<>v^^v>^v.v<v^>>^..<^v<>.>..^^.>^v<v>>#
+#><.^v<vv>>.>^<.v<>.<<^>.<>>v^v>^>^^>>^>>>v><>v>>.>>vv.<vvvvvv>v<>.^^<>>>vv^>v..<>^<^>v<>><v^>.>v.^v>.^v>.<v><.>^<<<v>^>.#
+#>^>>^vv>vv<^<^<<<>v>v>^^<^^<.>^<>vv<>^>v>>^^^^^<>^>>>v.v^>v<.^<>.v^<v>^^.>vvvv^>>v.^<v<^^>.^^^.^vv^<vv^v<vv<v^>^v^.^^.v>#
+#<<^v.>>>v>^<^<.vv>vv^^^.<v^^<v^vvvv^^>^<^<<^vv.^^>.<>^.^..<>v>v^>v>><^>^^^vv<^>v>>>v>^^>^><^^>vv^>.<>^^v^<v^.><v>^^>^v>>#
+#<vv><>.v<>.>^v^<v><^.<<<>v^.^><v>v><.<v^><><v<^.>vv<^^v^>v><.^...v>>^<<^><>><v^>><<v^vvv>^^>>.><<vv<v<^v<>>>>^v^>v<v>v<<#
+#<.^^>^.^^>>>^<^^^^<<.>^<<<.>>>.>^<v^v>^v.>vv^..^.>.>>.<^^^v>^^vv<<>^v.>>>>^><>><v>v^v<>^^<<v^<<.vv.>^v.v^v^.>vvv..>v.>^>#
+########################################################################################################################.#