amoodie

# my answer
from tqdm import tqdm

subaerial = np.zeros(golfcube.shape[0])
topset = np.zeros(golfcube.shape[0])
for T in tqdm(range(golfcube.shape[0])):

  # do it with just pixels above sea level
  Land_A = golfcube['eta'][T,:,:] > golfcube.meta['H_SL'][T]
  Land_C = np.count_nonzero(Land_A)

amoodie

# test the possibility of setting and getting mwe within jitted functions

import numpy as np
import numba


@numba.jit
def set_random_seed(_seed):
    np.random.seed(_seed)

amoodie

# test the possibility of setting and getting mwe within jitted functions

import numpy as np
import numba


@numba.jit
def set_random_seed(_seed):
    np.random.seed(_seed)

amoodie

get(0, 'factory') % lists all the options

set(0, 'defaultAxesBox', 'on')
set(0, 'defaultAxesXColor', [0 0 0])
set(0, 'defaultAxesYColor', [0 0 0])
set(0, 'defaultAxesLineWidth', 1.5)
set(0, 'defaultAxesFontSize', 10)

amoodie

% load some example data
sampleDepth = [0.9500; 0.9500; 0.9500; 0.8500; 0.8500; 0.8500; 0.7500; 0.7500; 0.7500; 0.5000; 0.5000; 0.5000; 0.1000; 0.1000; 0.1000];
sampleZ = [0.0850; 0.0850; 0.0850; 0.2550; 0.2550; 0.2550; 0.4250; 0.4250; 0.4250; 0.8500; 0.8500; 0.8500; 1.5300; 1.5300; 1.5300];
conc = [1.5897; 1.8884; 2.3833; 1.0620; 0.8321; 0.8760; 0.4087; 0.5752; 0.4819; 0.4908; 0.6069; 0.5313; 0.2321; 0.2569; 0.2492];


% organize into a model structure
modelParams.flowDepth = 1.7;
modelParams.b = 0.0850;

amoodie

the path file pathdef.m might be read-only

In Matlab, enter:

>> which pathdef
/usr/local/MATLAB/R2018a/toolbox/local/pathdef.m

Enter a Linux terminal and change file permissions to read and write for anyone.

amoodie

# added by AM
# Show git branch name
# based largely on code from ankurk91: https://gist.github.com/ankurk91/2efe14650d54d7d09528cea3ed432f6d#file-bashrc-md
# and 
# Dominik Schoeler: https://makandracards.com/makandra/1090-customize-your-bash-prompt
#
force_color_prompt=yes
color_prompt=yes
parse_git_branch() {
 git branch 2> /dev/null | sed -e '/^[^*]/d' -e 's/* \(.*\)/(\1)/'

amoodie

% function for normal flow depth following from Ganti et a., 2014 supplementary material

HnfunDW = (@(Q, B, Cf, S0, g) ((Q./B).^(2/3).*(Cf./(g.*S0)).^(1/3))); % generalized Darcy Weisbach, from Ganti et al., 2014 supp info

amoodie

The following code is written for Python3. Complete random name function in next file.

The first bit of code grabs a disctionary listing from the web and returns a list of all the entries in that dictionary.
(see https://stackoverflow.com/a/49524775/4038393)

import urllib.request

word_url = "http://svnweb.freebsd.org/csrg/share/dict/words?view=co&content-type=text/plain"
response = urllib.request.urlopen(word_url)

amoodie

fps=20
scale=800
nzero=4

ffmpeg -r $fps -i %0"$nzero"d.png -c:v libx264 -vf "scale=trunc(iw/2)*2:trunc(ih/2)*2" -pix_fmt yuv420p -y out.mp4

ffmpeg -i out.mp4 -vf fps=$fps,scale=$scale:-1:flags=lanczos,palettegen -y palette.png

ffmpeg -i out.mp4 -i palette.png -filter_complex "fps=$fps,scale=$scale:-1:flags=lanczos[x];[x][1:v]paletteuse" -y output.gif