#input_file = 'wool_100m.txt'
#output_file = 'wool_100m_fer.txt'
#variable = 'wool_100m'
#journal_file = 'wool_100m.jnl'
#journal_file = 'Port_Kembla_10m.jnl'
#variable = 'Port_Kembla_10m'
#input_file = 'Port_Kembla_10m.txt'
#output_file = 'Port_Kembla_10m_fer.txt'
#input_file = 'Botany_Bay_10m.txt'
#output_file = 'Botany_Bay_fer_10m.txt'
#variable = 'Botany_Bay_10m'
#journal_file = 'Botany_Bay_10m.jnl'

#input_file = 'Botany_Bay_100m.txt'
#output_file = 'Botany_Bay_fer_100m.txt'
#variable = 'Botany_Bay_100m'
#journal_file = 'Botany_Bay_100m.jnl'

#input_file = 'Botany_Bay_200m.txt'
#output_file = 'Botany_Bay_fer_200m.txt'
#variable = 'Botany_Bay_200m'
#journal_file = 'Botany_Bay_200m.jnl'

input_file = 'wool_200m.txt'
output_file = 'wool_200m_fer.txt'
variable = 'wool_200m'
journal_file = 'wool_200m.jnl'

#input_file = 'aus_coast_most_smooth.txt'
#output_file = 'aus_coast_fer_smooth.txt'

in_file = open(input_file,'r')
print 'reading header'
nx_ny_str = in_file.readline()
nx_str,ny_str = nx_ny_str.split()
nx = int(nx_str)
ny = int(ny_str)
h1_list=[]
for i in range(nx):
    h1_list.append(in_file.readline())

x_min = float(h1_list[0])
x_max = float(h1_list[-1])
x_inc = (x_max-x_min)*1.0000001/float(nx-1)

h2_list=[]
for j in range(ny):
    h2_list.append(in_file.readline())

y_min = float(h2_list[-1])
y_max = float(h2_list[0])
y_inc = (y_max-y_min)*1.00000001/float(ny-1)

print 'reading depths'
in_depth_list = in_file.readlines()
in_file.close()

out_depth_list = []

for j in range(ny):
    out_depth_list.append('')

print 'processing depths'
k=1
for in_line in in_depth_list:
    for string in in_line.split():
        #j = k/nx
        out_depth_list[(k-1)/nx]=out_depth_list[(k-1)/nx]+('%s    '%string)
        if k-(k/nx)*nx ==0:
            out_depth_list[(k-1)/nx]=out_depth_list[(k-1)/nx]+'\n'
        if k==nx*ny:
            break
        k+=1

in_file.close()

out_depth_list.reverse()

depth_list = out_depth_list

print 'writing results'
out_file = open(output_file,'w')

for line in depth_list:
    out_file.write(line)

out_file.close()


jnl_file = open(journal_file,'w')

jnl_file.write('DEFINE AXIS/X=%10.10fe:%10.10fe:%10.10f/unit=degree xlong\n'%(x_min,x_max,x_inc))
jnl_file.write('DEFINE AXIS/Y=%10.10fn:%10.10fn:%10.10f/unit=degree ylat\n'%(y_min,y_max,y_inc))
jnl_file.write('DEFINE GRID/x=xlong/y=ylat Pacific\n')
jnl_file.write('FILE/VARIABLES=%s/COLUMNS=%i/GRID=Pacific %s\n'%(variable,nx,output_file))
jnl_file.write('shade/pal=land_sea/lev=(-60,60,1) -1*%s\n'%variable)
jnl_file.close()