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How to use default_method method in avocado

Best Python code snippet using avocado_python

sum_configs.py

Source:sum_configs.py

1# Qt linestyles, linecolors etc2# http://pyqt.sourceforge.net/Docs/PyQt4/qpen.html3# QColor constructed from the given CMYK color values:4# c (cyan), m (magenta), y (yellow), k (black), and a (alpha-channel,5# i.e. transparency (0=totally transparant)).6# all numbers are integers between 0-2567fill_transp = "," + str(150)8pen_transp = "," + str(180)9fill_transp_vol_change = "," + str(0)10serie_settings = [11    {12        "name": "show all",13        "remnant_fill_color": "50,50,255" + fill_transp,14        "remnant_method": "gross",15        "items": [16            {17                "name": "2D flow",18                "default_method": "gross",19                "order": 1,20                "def_fill_color": "63,81,181" + fill_transp,21                "def_pen_color": "63,81,181" + pen_transp,22                "series": ["2d_in", "2d_out"],23            },24            {25                "name": "2D boundary flow",26                "default_method": "gross",27                "order": 2,28                "def_fill_color": "156,39,176" + fill_transp,29                "def_pen_color": "156,39,176" + pen_transp,30                "series": ["2d_bound_in", "2d_bound_out"],31            },32            {33                "name": "1D flow",34                "default_method": "gross",35                "order": 3,36                "def_fill_color": "0,188,212" + fill_transp,37                "def_pen_color": "0,188,212" + pen_transp,38                "series": ["1d_in", "1d_out"],39            },40            {41                "name": "1D boundary flow",42                "default_method": "gross",43                "order": 4,44                "def_fill_color": "156,39,176" + fill_transp,45                "def_pen_color": "156,39,176" + pen_transp,46                "series": ["1d_bound_in", "1d_bound_out"],47            },48            {49                "name": "2D flow to 1D (domain exchange)",50                "default_method": "gross",51                "order": 5,52                "def_fill_color": "240,210,50" + fill_transp,53                "def_pen_color": "240,210,50" + pen_transp,54                "series": ["1d__1d_2d_exch_in", "1d__1d_2d_exch_out"],55            },56            {57                "name": "2D flow to 1D",58                "default_method": "gross",59                "order": 5,60                "def_fill_color": "100,220,5" + fill_transp,61                "def_pen_color": "100,220,5" + pen_transp,62                "series": [63                    "1d__1d_2d_flow_in",64                    "1d__1d_2d_flow_out",65                    "2d__1d_2d_flow_in",66                    "2d__1d_2d_flow_out",67                ],68            },69            {70                "name": "pumps",71                "default_method": "gross",72                "order": 6,73                "def_fill_color": "255,235,59" + fill_transp,74                "def_pen_color": "255,235,59" + pen_transp,75                "series": ["pump_in", "pump_out"],76            },77            {78                "name": "rain on 2D",79                "default_method": "net",80                "order": 7,81                "def_fill_color": "0,150,136" + fill_transp,82                "def_pen_color": "0,150,136" + pen_transp,83                "series": ["rain"],84            },85            {86                "name": "lateral flow to 1D",87                "default_method": "net",88                "order": 8,89                "def_fill_color": "76,175,80" + fill_transp,90                "def_pen_color": "76,175,80" + pen_transp,91                "series": ["lat_1d"],92            },93            {94                "name": "lateral flow to 2D",95                "default_method": "net",96                "order": 9,97                "def_fill_color": "176,175,80" + fill_transp,98                "def_pen_color": "176,175,80" + pen_transp,99                "series": ["lat_2d"],100            },101            {102                "name": "constant infiltration",103                "default_method": "net",104                "order": 10,105                "def_fill_color": "121,85,72" + fill_transp,106                "def_pen_color": "121,85,72" + pen_transp,107                "series": ["infiltration_rate_simple"],108            },109            {110                "name": "volume change 2D",111                "default_method": "net",112                "order": 11,113                "def_fill_color": "244,67,54" + fill_transp_vol_change,114                "def_pen_color": "244,67,54" + pen_transp,115                "series": ["d_2d_vol"],116            },117            {118                "name": "volume change 1D",119                "default_method": "net",120                "order": 12,121                "def_fill_color": "255,152,0" + fill_transp_vol_change,122                "def_pen_color": "255,152,0" + pen_transp,123                "series": ["d_1d_vol"],124            },125            {126                "name": "groundwater flow",127                "default_method": "gross",128                "order": 2.5,129                "def_fill_color": "0,0,128" + fill_transp,130                "def_pen_color": "0,0,128" + pen_transp,131                "series": ["2d_groundwater_in", "2d_groundwater_out"],132            },133            {134                "name": "volume change groundwater",135                "default_method": "net",136                "order": 11.5,137                "def_fill_color": "100,149,237" + fill_transp_vol_change,138                "def_pen_color": "100,149,237" + pen_transp,139                "series": ["d_2d_groundwater_vol"],140            },141            {142                "name": "leakage",143                "default_method": "net",144                "order": 10.5,145                "def_fill_color": "221,160,221" + fill_transp,146                "def_pen_color": "221,160,221" + pen_transp,147                "series": ["leak"],148            },149            {150                "name": "in/exfiltration (domain exchange)",151                "default_method": "gross",152                "order": 10.6,153                "def_fill_color": "121,160,191" + fill_transp,154                "def_pen_color": "121,160,191" + pen_transp,155                "series": [156                    "2d_vertical_infiltration_pos",157                    "2d_vertical_infiltration_neg",158                ],159            },160            {161                "name": "interception",162                "default_method": "net",163                "order": 10.7,164                "def_fill_color": "181,60,221" + fill_transp,165                "def_pen_color": "181,60,221" + pen_transp,166                "series": ["intercepted_volume"],167            },168            {169                "name": "0D rainfall runoff on 1D",170                "default_method": "net",171                "order": 7.1,172                "def_fill_color": "50,130,136" + fill_transp,173                "def_pen_color": "50,130,136" + pen_transp,174                "series": ["inflow"],175            },176            {177                "name": "surface sources and sinks",178                "default_method": "net",179                "order": 7.2,180                "def_fill_color": "204,255,51" + fill_transp,181                "def_pen_color": "204,255,51" + pen_transp,182                "series": ["q_sss"],183            },184        ],185    },186    {187        "name": "show main flow",188        "remnant_fill_color": "50,50,255" + fill_transp,189        "remnant_method": "net",190        "items": [191            {192                "name": "2D flow",193                "default_method": "gross",194                "order": 1,195                "def_fill_color": "63,81,181" + fill_transp,196                "def_pen_color": "63,81,181" + pen_transp,197                "series": ["2d_in", "2d_out"],198            },199            {200                "name": "1D flow",201                "default_method": "gross",202                "order": 2,203                "def_fill_color": "0,188,212" + fill_transp,204                "def_pen_color": "0,188,212" + pen_transp,205                "series": ["1d_in", "1d_out"],206            },207            {208                "name": "external (rain and laterals)",209                "default_method": "net",210                "order": 3,211                "def_fill_color": "0,150,136" + fill_transp,212                "def_pen_color": "0,150,136" + pen_transp,213                "series": ["rain", "lat_1d", "lat_2d", "inflow"],214                # TODO: Add leakage?215            },216            {217                "name": "constant infiltration",218                "default_method": "net",219                "order": 3,220                "def_fill_color": "50,150,136" + fill_transp,221                "def_pen_color": "50,150,136" + pen_transp,222                "series": ["infiltration_rate_simple"],223            },224            {225                "name": "2D flow to 1D (domain exchange)",226                "default_method": "gross",227                "order": 5,228                "def_fill_color": "240,210,50" + fill_transp,229                "def_pen_color": "240,210,50" + pen_transp,230                "series": ["1d__1d_2d_exch_in", "1d__1d_2d_exch_out"],231            },232            {233                "name": "2D flow to 1D",234                "default_method": "gross",235                "order": 5.1,236                "def_fill_color": "100,220,5" + fill_transp,237                "def_pen_color": "100,220,5" + pen_transp,238                "series": [239                    "1d__1d_2d_flow_in",240                    "1d__1d_2d_flow_out",241                    "2d__1d_2d_flow_in",242                    "2d__1d_2d_flow_out",243                ],244            },245            {246                "name": "volume change",247                "default_method": "net",248                "order": 5.2,249                "def_fill_color": "255,152,0" + fill_transp_vol_change,250                "def_pen_color": "255,152,0" + pen_transp,251                "series": ["d_2d_vol", "d_1d_vol", "d_2d_groundwater_vol"],252            },253            {254                "name": "groundwater flow",255                "default_method": "gross",256                "order": 1.5,257                "def_fill_color": "0,0,128" + fill_transp,258                "def_pen_color": "0,0,128" + pen_transp,259                "series": ["2d_groundwater_in", "2d_groundwater_out"],260            },261            {262                "name": "interception",263                "default_method": "net",264                "order": 1.6,265                "def_fill_color": "181,60,221" + fill_transp,266                "def_pen_color": "181,60,221" + pen_transp,267                "series": ["intercepted_volume"],268            },269            {270                "name": "leakage",271                "default_method": "net",272                "order": 3.5,273                "def_fill_color": "221,160,221" + fill_transp,274                "def_pen_color": "221,160,221" + pen_transp,275                "series": ["leak"],276            },277            {278                "name": "surface sources and sinks",279                "default_method": "net",280                "order": 7.2,281                "def_fill_color": "204,255,51" + fill_transp,282                "def_pen_color": "204,255,51" + pen_transp,283                "series": ["q_sss"],284            },285        ],286    },...

misc.py

Source:misc.py

1# This program is free software: you can redistribute it and/or modify2# it under the terms of the GNU General Public License as published by3# the Free Software Foundation, either version 3 of the License, or4# (at your option) any later version.5# This program is distributed in the hope that it will be useful,6# but WITHOUT ANY WARRANTY; without even the implied warranty of7# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the8# GNU General Public License for more details.9# You should have received a copy of the GNU General Public License10# along with this program.  If not, see <https://www.gnu.org/licenses/>.11from apiron import JsonEndpoint, StreamingEndpoint, Endpoint, Service12__all__ = ["OrthancServer"]13class OrthancServer(Service):14    """Server-related endpoints"""15    changes = JsonEndpoint(path="changes/")16    del_changes = JsonEndpoint(path="changes/", default_method="DELETE")17    exports = JsonEndpoint(path="exports/")18    del_exports = JsonEndpoint(path="exports/", default_method="DELETE")19    jobs = JsonEndpoint(path="jobs/")20    job = JsonEndpoint(path="jobs/{id_}/")21    cancel_job = JsonEndpoint(path="jobs/{id_}/cancel/", default_method="POST")22    pause_job = JsonEndpoint(path="jobs/{id_}/pause/", default_method="POST")23    resubmit_job = JsonEndpoint(path="jobs/{id_}/resubmit/", default_method="POST")24    resume_job = JsonEndpoint(path="jobs/{id_}/resume/", default_method="POST")25    job_output = JsonEndpoint(path="jobs/{id_}/{key}/")26    peers = JsonEndpoint(path="peers/")27    peer = JsonEndpoint(path="peers/{peer}/")28    del_peer = JsonEndpoint(path="peers/{peer}/", default_method="DELETE")29    put_peer = JsonEndpoint(path="peers/{peer}/", default_method="PUT")30    store_peer = JsonEndpoint(path="peers/{peer}/store/", default_method="POST")31    plugins = JsonEndpoint(path="plugins/")32    plugin = JsonEndpoint(path="plugins/{id_}/")33    plugins_js = Endpoint(path="plugins/explorer.js/")34    statistics = JsonEndpoint(path="statistics/")35    system = JsonEndpoint(path="system/")36    tools_create_archive = StreamingEndpoint(37        path="tools/create-archive/", default_method="POST"38    )39    tools_create_dicom = StreamingEndpoint(40        path="tools/create-dicom/", default_method="POST"41    )42    tools_create_media = StreamingEndpoint(43        path="tools/create-media/", default_method="POST"44    )45    tools_create_media_extended = StreamingEndpoint(46        path="tools/create-media-extended/", default_method="POST"47    )48    tools_default_encoding = Endpoint(path="tools/default-encoding/")49    tools_change_default_encoding = Endpoint(50        path="tools/default-encoding/", default_method="PUT"51    )52    tools_post_default_encoding = JsonEndpoint(53        path="tools/default-encoding/", default_method="POST"54    )55    tools_dicom_conformance = Endpoint(path="tools/dicom-conformance/")56    tools_execute_script = JsonEndpoint(57        path="tools/execute-script/", default_method="POST"58    )59    tools_find = JsonEndpoint(path="tools/find/", default_method="POST")60    tools_generate_uid = Endpoint(path="tools/generate-uid/")61    tools_invalidate_tags = JsonEndpoint(62        path="tools/invalidate-tags/", default_method="POST"63    )64    tools_lookup = JsonEndpoint(path="tools/lookup/", default_method="POST")65    tools_metrics = JsonEndpoint(path="tools/metrics/")66    tools_change_metrics = JsonEndpoint(path="tools/metrics/", default_method="PUT")67    tools_metrics_prometheus = JsonEndpoint(path="tools/metrics-prometheus/")68    tools_now = Endpoint(path="tools/now/")69    tools_now_local = Endpoint(path="tools/now-local/")70    tools_reconstruct = Endpoint(path="tools/reconstruct/", default_method="POST")71    tools_reset = JsonEndpoint(path="tools/reset/", default_method="POST")...

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