run.py

from server import app
from db import ImageDB

import argparse
import json
import socket

test_data = {
        'd70a8ff17f100c65' : {
            'filename' : '/data/magnetic.raw',
            'dimensions' : [512, 512, 512],
            'isosurfaceValues' : [0.2],
            'colorMap' : 'coolToWarm',
            'cameraPosition' : [128, 256, 512]
        },
        '4090332927509071' : {
            'filename' : '/data/magnetic.raw',
            'dimensions' : [512, 512, 512],
            'isosurfaceValues' : [0.2],
            'colorMap' : 'coolToWarm',
            'cameraPosition' : [32, 64, 128]
        },
        '319c29c3691cdcb7' : {
            'filename' : '/data/E_1350.dat',
            'dimensions' : [432, 432, 432],
            'isosurfaceValues' : [0.0565],
            'colorMap' : 'viridis',
            'cameraPosition' : [0, 0, -324]
        },
        '0b17640461d44454' : {
            'filename' : '/data/E_1350.dat',
            'dimensions' : [432, 432, 432],
            'isosurfaceValues' : [0.0565],
            'colorMap' : 'viridis',
            'cameraPosition' : [-432, 0, 0]
        },
        '949f2252b142104c' : {
            'filename' : '/data/interp8502.nc',
            'dimensions' : [280, 490, 490],
            'dataVariable' : 'wind_velocity_magnitude',
            'colorMap' : 'magma',
            'opacityMap' : 'exponential',
            'isosurfaceValues' : [0.12, 27.59, 55.06, 82.53, 110.0],
            'cameraPosition' : [-280, 200, 175]
        },
        # the following are for the paper
        # heptane surface - used in resubmission
        'ba30f594754a4b95' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/heptane.raw',
            'dimensions' : [302, 302, 302],
            'dataVariable' : 'csafe_heptane_gas',
            'colorMap' : 'viridis',
            'isosurfaceValues' : [64],
            'cameraPosition' : [75, -200, 200]
        },
        # magnetic surface - used in resubmission
        'a4e2e960e51d81dd' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/magnetic.raw',
            'dimensions' : [512, 512, 512],
            'dataVariable' : 'magnetic_reconnection',
            'colorMap' : 'coolToWarm',
            'isosurfaceValues' : [0.2],
            'cameraPosition' : [128, -256, 512]
        },
        # tornado streamlines - used in resubmission
        '6cf01069b23cda94' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/interp9000.raw',
            'dimensions' : [280, 490, 490],
            'dataVariable' : 'wind_velocity',
            'seedBoxExtents' : [150, 250, 150, 250, 0, 10],
            'seedSubsample' : 10,
            'cameraPosition' : [-280, 200, 175]
        },
        # girus molecule - used in resubmission
        '446f4adb901b54d5' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/crov_virus.xyz',
            'info' : 'Pseudoatomic model of Cafeteria roenbergensis virus. Closeup view of the virus capsid. Data from River Xiao, cxiao@utep.edu',
            'cameraPosition' : [0, 0, 1385]
        },
        # superstorm surface - not used in resubmission
        'dcfe34b862c777a5' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/run1/wrfprs_1993-03-13_22:00:00.nc',
            'dimensions' : [254, 254, 37],
            'dataVariable' : 'R_H_GDS3_ISBL',
            'colorMap' : 'spectral reverse',
            'isosurfaceValues' : [0.1, 25, 50, 75, 100],
            "cameraPosition" : [-198.449, -221.429, 147.687]
        },
        # supernova surface - used in resubmission
        '87683740eaba1ad4' : {
            'author' : 'Alok Hota',
            'organization' : 'University of Tennessee',
            'email' : 'ahota@vols.utk.edu',
            'machine' : socket.getfqdn(),
            'filename' : '/data/E_1354.dat',
            'dimensions' : [432, 432, 432],
            'dataVariable' : 'angular_velocity',
            'colorMap' : 'viridis',
            'isosurfaceValues' : [0.0565],
            'cameraPosition' : [0, 0, -324]
        }
}

if __name__ == '__main__':
    parser = argparse.ArgumentParser()
    parser.add_argument('-g', '--debug', action='store_true')
    parser.add_argument('-p', '--port', type=int, default=5000)
    args = parser.parse_args()

    idb = ImageDB(debug=args.debug)

    print 'adding keys to the db for testing'
    for dbkey, data in test_data.iteritems():
        idb.add(dbkey, json.dumps(data))

    app.config['IMAGE_DB'] = idb
    app.run(debug=args.debug, host='0.0.0.0', port=args.port)