PA readswash black reformat
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9833D3C5A25BD227
1 changed files with 108 additions and 80 deletions
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@ -1,83 +1,111 @@
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import numpy as np
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def readswash(filename,xlen,nlay):
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with open('test.txt', 'r') as f:
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content = f.readlines()
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fsurf = []
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klay = np.zeros((7203,11,300))
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brkp = []
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Vxfield = np.zeros((7203,11,300))
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Vyfield = np.zeros((7203,11,300))
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Vzfield = np.zeros((7203,11,300))
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ts = []
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t = 0
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for i in range(len(content)):
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if content[i][33:93] == 'Layer interface k=00' :
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layint0 = content[i+7].split('.')
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layint1 = content[i+12].split('.')
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surftemp = [float(layint0[0].split()[1])]+layint0[1:-1]+[float(layint1[0].split()[1])]+layint1[1:-1]
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j = 0
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while j < len(surftemp):
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surftemp[j] = float(surftemp[j])
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j+=1
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fsurf.append(np.asarray(surftemp)/10)
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if content[i][33:56] == 'Flow velocity per layer' :
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k = int(content[i][83:85])
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layint0 = content[i+7].split('.')
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layint1 = content[i+12].split('.')
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vktemp = [float(layint0[0].split()[1])]+layint0[1:-1]+[float(layint1[0].split()[1])]+layint1[1:-1]
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j = 0
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while j < len(vktemp):
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try :
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vktemp[j] = float(vktemp[j])
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except :
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#vktemp[j] = float(vktemp[j][-5:])
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vktemp[j]=0
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j+=1
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if content[i][87:88] == 'X':
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Vxfield[t,k,:] = np.asarray(vktemp)/1000
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else:
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Vyfield[t,k,:] = np.asarray(vktemp)/1000
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if content[i][33:56] == 'Velocity in z-direction' :
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k = int(content[i][91:93])
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layint0 = content[i+7].split('.')
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layint1 = content[i+12].split('.')
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vktemp = [float(layint0[0].split()[1])]+layint0[1:-1]+[float(layint1[0].split()[1])]+layint1[1:-1]
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j = 0
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while j < len(vktemp):
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try:
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vktemp[j] = float(vktemp[j])
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except:
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vktemp[j] = 0.0
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j+=1
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Vzfield[t,k,:len(vktemp)] = np.asarray(vktemp)/1000
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Vzfield[t,k,len(vktemp):] = np.zeros(300-len(vktemp))
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if content[i][33:48] == 'Layer interface' :
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k = int(content[i][91:93])
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layint0 = content[i+7].split('.')
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layint1 = content[i+12].split('.')
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layktemp = [float(layint0[0].split()[1])]+layint0[1:-1]+[float(layint1[0].split()[1])]+layint1[1:-1]
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j = 0
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while j < len(layktemp):
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layktemp[j] = float(layktemp[j])
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j+=1
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klay[t,k,:] = np.asarray(layktemp)/10
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if content[i][33:52] == 'wave breaking point' :
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br0 = content[i+7].split('.')
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br1 = content[i+12].split('.')
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brtemp = [float(br0[0].split()[1])]+br0[1:-1]+[float(br1[0].split()[1])]+br1[1:-1]
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j = 0
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while j < len(brtemp):
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brtemp[j] = float(brtemp[j])
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j+=1
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brkp.append(np.asarray(brtemp))
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if content[i][33:68] == 'Time in seconds from reference time' :
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ts.append(float(content[i+1][7:16]))
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t+=1
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return fsurf, Vxfield, Vyfield, Vzfield, brkp, klay
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def readswash(filename, nx, nlay):
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with open(filename, "r") as f:
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content = f.readlines()
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fsurf = []
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klay = np.zeros((7203, nlay+1, nx))
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brkp = []
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Vxfield = np.zeros((7203, nlay+1, nx))
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Vyfield = np.zeros((7203, nlay+1, nx))
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Vzfield = np.zeros((7203, nlay+1, nx))
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ts = []
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t = 0
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for i in range(len(content)):
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if (
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content[i][33:93]
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== "Layer interface k=00"
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):
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layint0 = content[i + 7].split(".")
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layint1 = content[i + 12].split(".")
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surftemp = (
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[float(layint0[0].split()[1])]
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+ layint0[1:-1]
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+ [float(layint1[0].split()[1])]
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+ layint1[1:-1]
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)
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j = 0
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while j < len(surftemp):
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surftemp[j] = float(surftemp[j])
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j += 1
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fsurf.append(np.asarray(surftemp) / 10)
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if content[i][33:56] == "Flow velocity per layer":
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k = int(content[i][83:85])
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layint0 = content[i + 7].split(".")
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layint1 = content[i + 12].split(".")
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vktemp = (
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[float(layint0[0].split()[1])]
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+ layint0[1:-1]
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+ [float(layint1[0].split()[1])]
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+ layint1[1:-1]
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)
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j = 0
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while j < len(vktemp):
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try:
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vktemp[j] = float(vktemp[j])
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except:
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# vktemp[j] = float(vktemp[j][-5:])
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vktemp[j] = 0
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j += 1
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if content[i][87:88] == "X":
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Vxfield[t, k, :] = np.asarray(vktemp) / 1000
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else:
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Vyfield[t, k, :] = np.asarray(vktemp) / 1000
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if content[i][33:56] == "Velocity in z-direction":
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k = int(content[i][91:93])
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layint0 = content[i + 7].split(".")
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layint1 = content[i + 12].split(".")
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vktemp = (
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[float(layint0[0].split()[1])]
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+ layint0[1:-1]
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+ [float(layint1[0].split()[1])]
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+ layint1[1:-1]
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)
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j = 0
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while j < len(vktemp):
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try:
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vktemp[j] = float(vktemp[j])
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except:
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vktemp[j] = 0.0
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j += 1
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Vzfield[t, k, : len(vktemp)] = np.asarray(vktemp) / 1000
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Vzfield[t, k, len(vktemp) :] = np.zeros(nx - len(vktemp))
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if content[i][33:48] == "Layer interface":
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k = int(content[i][91:93])
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layint0 = content[i + 7].split(".")
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layint1 = content[i + 12].split(".")
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layktemp = (
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[float(layint0[0].split()[1])]
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+ layint0[1:-1]
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+ [float(layint1[0].split()[1])]
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+ layint1[1:-1]
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)
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j = 0
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while j < len(layktemp):
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layktemp[j] = float(layktemp[j])
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j += 1
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klay[t, k, :] = np.asarray(layktemp) / 10
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if content[i][33:52] == "wave breaking point":
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br0 = content[i + 7].split(".")
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br1 = content[i + 12].split(".")
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brtemp = (
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[float(br0[0].split()[1])]
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+ br0[1:-1]
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+ [float(br1[0].split()[1])]
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+ br1[1:-1]
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)
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j = 0
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while j < len(brtemp):
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brtemp[j] = float(brtemp[j])
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j += 1
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brkp.append(np.asarray(brtemp))
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if content[i][33:68] == "Time in seconds from reference time":
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ts.append(float(content[i + 1][7:16]))
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t += 1
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return fsurf, Vxfield, Vyfield, Vzfield, brkp, klay
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if __name__ == "__main__":
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print(readswash("test.txt", 1250, 10))
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