#!/usr/bin/env python
"""
WebSims metadata
"""

title = 'M5.4 Chino Hills'
author = 'Robert Graves'
rundate = '2008'
label = ''
dtype = '<f'
extent = (-119.3085, -116.3088), (32.9314, 35.061)
corners = (-119.3085, -118.6047, -116.3088, -117.0281), (34.1099, 35.061, 33.8694, 32.9314)
projection = dict(proj='aeqd', a=6378310.0, lon_0=-117.8, lat_0=34.0)
if 1:
    # note: make x_delta[1], t_delta[2] negative for this case
    transform = dict(rotate=-58.0, matrix=((0.001, 0, 62.5), (0, -0.001, 125), (0, 0, 1)))
    x_bounds = (0.06358, 124.06147), (0.06080, 249.06458)
else:
    # note: make x_delta[1], t_delta[2] positive for this case
    transform = dict(rotate=-58.0, scale=0.001)
    x_bounds = (-62.43642, 61.56147), (124.93920, -124.06458)
downloadable = True
path = 'hold/'

# Snapshots
x_shape = 125, 250, 800
x_delta = 1.0, -1.0, 0.1
x_axes = 'X', 'Y', 'Time'
x_unit = 'km', 'km', 's'
x_decimate = 1
x_static_title = 'Surface maps'
x_static_panes = [
    ('pv.bin', 'Peak velocity (cm/s)',   'wwbgr', (0, 5, 10, 15, 20), 1, 2),
    ('pu.bin', 'Peak displacement (cm)', 'wwbgr', (0, 1, 2, 3, 4, 5), 1, 2),
    ('topo.bin', 'Topographic elevation (km)', 'bgr',  (-1, 0, 1, 2, 3)),
]
x_title = 'Snapshots'
x_panes = [
    (path + 'v1.bin', 'X velocity (cm/s)', 'cwy', (-10, -5, 0, 5, 10), 1, 2),
    (path + 'v2.bin', 'Y velocity (cm/s)', 'cwy', (-10, -5, 0, 5, 10), 1, 2),
    (path + 'v3.bin', 'Z velocity (cm/s)', 'cwy', (-10, -5, 0, 5, 10), 1, 2),
]
x_plot = [
    ('basins-xyz.txt', 'k--'),
    ('coastlines-xyz.txt', 'k-'),
    ('stations-xyz.txt', 'k^'),
    ('hypocenter-xyz.txt', 'k*'),
]

# Time histories
t_shape = 800, 125, 250
t_delta = 0.1, 1.0, -1.0
t_axes = 'Time', 'X', 'Y'
t_unit = 's', 'km', 'km'
t_title = 'Time history'
t_panes = [
    ((path + 'v1_t.bin',), 'X Velocity (cm/s)'),
    ((path + 'v2_t.bin',), 'Y Velocity (cm/s)'),
    ((path + 'v3_t.bin',), 'Z Velocity (cm/s)'),
]