171 lines
4.3 KiB
Python
171 lines
4.3 KiB
Python
def find_upcunet_v2():
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avg_pool=4
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print_mod = False
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check_mod = True
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print("cascade")
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for i in range(76, 512):
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print("-- {}".format(i))
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print_buf = []
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s = i
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# unet 1
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s = s - 4 # conv3x3x2
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s * 2 # up2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s * 2 # up2x2
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# deconv
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s = s
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s = s * 2 - 4
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# unet 2
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s = s - 4 # conv3x3x2
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s * 2 # up2x2
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s = s - 4 # conv3x3x2
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if print_mod: print(s, s % 2, s % 4, s % 6, s % 8)
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if check_mod and s % avg_pool != 0:
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continue
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s = s * 2 # up2x2
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s = s - 2 # conv3x3 last
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#if s % avg_pool != 0:
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# continue
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print("ok", i, s)
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def find_upcunet():
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check_mod = True
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print_size = False
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print("cascade")
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for i in range(72, 512):
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print_buf = []
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s = i
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# unet 1
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s = s - 4 # conv3x3x2
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if print_size: print("1/2", s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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# deconv
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s = s - 2
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s = s * 2 - 4
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# unet 2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 2 # conv3x3
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s = s - 2 # conv3x3 last
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#if s % avg_pool != 0:
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# continue
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print("ok", i, s, s/ i)
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def find_cunet():
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check_mod = True
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print_size = False
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print("cascade")
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for i in range(72, 512):
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print_buf = []
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s = i
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# unet 1
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s = s - 4 # conv3x3x2
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if print_size: print("1/2", s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 4
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#s = s * 2 - 4
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# unet 2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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if print_size: print("1/2",s)
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if check_mod and s % 2 != 0:
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continue
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s = s / 2 # down2x2
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 4 # conv3x3x2
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s = s * 2 # up2x2
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if print_size: print("2x",s)
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s = s - 2 # conv3x3
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s = s - 2 # conv3x3 last
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#if s % avg_pool != 0:
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# continue
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print("ok", i, s, s / i)
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#find_upcunet()
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find_cunet()
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