Daily report for January 2021
Averages\Extremes for day :01
------------------------------------------------------------
Average temperature = 20.5°C
Average humidity = 72%
Average dewpoint = 14.9°C
Average barometer = 1021.0 hPa
Average windspeed = 2.2 km/h
Average gustspeed = 5.8 km/h
Average direction = 10° ( N )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 01 at time 00:00
Maximum temperature = 26.9°C on day 01 at time 15:29
Minimum temperature = 15.5°C on day 01 at time 02:10
Maximum humidity = 88% on day 01 at time 05:05
Minimum humidity = 47% on day 01 at time 13:27
Maximum dewpoint = 17.9°C on day 01 at time 16:26
Minimum dewpoint = 13.1°C on day 01 at time 13:27
Maximum pressure = 1023.3 hPa on day 01 at time 08:48
Minimum pressure = 1017.8 hPa on day 01 at time 18:15
Maximum windspeed = 9.3 km/h on day 01 at time 18:02
Maximum gust speed = 20.4 km/h from 09°( N ) on day 01 at time 17:46
Daily wind run = 053.0km
Maximum heat index = 27.7°C on day 01 at time 15:29
Click here for todays 24 hour graph :1 :1 :2021
Averages\Extremes for day :02
------------------------------------------------------------
Average temperature = 19.7°C
Average humidity = 75%
Average dewpoint = 14.7°C
Average barometer = 1015.4 hPa
Average windspeed = 2.2 km/h
Average gustspeed = 6.0 km/h
Average direction = 320° ( NW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.4 mm on day 02 at time 15:24
Maximum temperature = 26.0°C on day 02 at time 13:33
Minimum temperature = 15.6°C on day 02 at time 05:31
Maximum humidity = 99% on day 02 at time 23:59
Minimum humidity = 49% on day 02 at time 11:28
Maximum dewpoint = 17.6°C on day 02 at time 16:58
Minimum dewpoint = 12.4°C on day 02 at time 5:50
Maximum pressure = 1018.5 hPa on day 02 at time 00:24
Minimum pressure = 1012.8 hPa on day 02 at time 17:04
Maximum windspeed = 7.4 km/h on day 02 at time 12:59
Maximum gust speed = 18.5 km/h from 068°(ENE) on day 02 at time 08:25
Daily wind run = 053.2km
Maximum heat index = 26.6°C on day 02 at time 13:32
Click here for todays 24 hour graph :2 :1 :2021
Averages\Extremes for day :03
------------------------------------------------------------
Average temperature = 17.8°C
Average humidity = 89%
Average dewpoint = 15.7°C
Average barometer = 1011.0 hPa
Average windspeed = 1.3 km/h
Average gustspeed = 2.9 km/h
Average direction = 2° ( N )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.4 mm on day 03 at time 09:21
Maximum temperature = 25.1°C on day 03 at time 17:29
Minimum temperature = 14.7°C on day 03 at time 23:59
Maximum humidity = 100% on day 03 at time 11:17
Minimum humidity = 51% on day 03 at time 17:09
Maximum dewpoint = 17.8°C on day 03 at time 13:52
Minimum dewpoint = 13.6°C on day 03 at time 21:23
Maximum pressure = 1013.2 hPa on day 03 at time 00:08
Minimum pressure = 1008.1 hPa on day 03 at time 17:57
Maximum windspeed = 9.3 km/h on day 03 at time 16:06
Maximum gust speed = 20.4 km/h from 358°( N ) on day 03 at time 12:55
Daily wind run = 030.6km
Maximum heat index = 26.0°C on day 03 at time 17:29
Click here for todays 24 hour graph :3 :1 :2021
Averages\Extremes for day :04
------------------------------------------------------------
Average temperature = 14.5°C
Average humidity = 99%
Average dewpoint = 14.4°C
Average barometer = 1013.8 hPa
Average windspeed = 1.7 km/h
Average gustspeed = 4.9 km/h
Average direction = 243° (WSW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.3 mm on day 04 at time 16:11
Maximum temperature = 15.2°C on day 04 at time 16:12
Minimum temperature = 13.9°C on day 04 at time 21:34
Maximum humidity = 100% on day 04 at time 23:59
Minimum humidity = 96% on day 04 at time 18:03
Maximum dewpoint = 15.2°C on day 04 at time 07:03
Minimum dewpoint = 13.8°C on day 04 at time 18:03
Maximum pressure = 1016.0 hPa on day 04 at time 22:01
Minimum pressure = 1010.4 hPa on day 04 at time 03:54
Maximum windspeed = 7.4 km/h on day 04 at time 01:56
Maximum gust speed = 16.7 km/h from 145°( SE) on day 04 at time 12:27
Daily wind run = 041.6km
Maximum heat index = 15.2°C on day 04 at time 16:12
Click here for todays 24 hour graph :4 :1 :2021
Averages\Extremes for day :05
------------------------------------------------------------
Average temperature = 14.8°C
Average humidity = 100%
Average dewpoint = 14.8°C
Average barometer = 1017.1 hPa
Average windspeed = 2.0 km/h
Average gustspeed = 5.6 km/h
Average direction = 143° ( SE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.1 mm on day 05 at time 06:34
Maximum temperature = 15.8°C on day 05 at time 14:31
Minimum temperature = 13.5°C on day 05 at time 23:59
Maximum humidity = 100% on day 05 at time 23:59
Minimum humidity = 96% on day 05 at time 12:15
Maximum dewpoint = 15.8°C on day 05 at time 14:31
Minimum dewpoint = 13.5°C on day 05 at time 23:59
Maximum pressure = 1020.8 hPa on day 05 at time 23:51
Minimum pressure = 1014.2 hPa on day 05 at time 04:17
Maximum windspeed = 5.6 km/h on day 05 at time 23:21
Maximum gust speed = 18.5 km/h from 174°( S ) on day 05 at time 22:54
Daily wind run = 047.1km
Maximum heat index = 15.8°C on day 05 at time 14:31
Click here for todays 24 hour graph :5 :1 :2021
Averages\Extremes for day :06
------------------------------------------------------------
Average temperature = 13.5°C
Average humidity = 91%
Average dewpoint = 11.9°C
Average barometer = 1023.6 hPa
Average windspeed = 1.3 km/h
Average gustspeed = 3.8 km/h
Average direction = 163° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 06 at time 23:59
Maximum temperature = 16.3°C on day 06 at time 16:43
Minimum temperature = 11.2°C on day 06 at time 07:26
Maximum humidity = 100% on day 06 at time 11:03
Minimum humidity = 70% on day 06 at time 16:16
Maximum dewpoint = 13.5°C on day 06 at time 00:05
Minimum dewpoint = 10.4°C on day 06 at time 16:16
Maximum pressure = 1026.2 hPa on day 06 at time 23:00
Minimum pressure = 1020.4 hPa on day 06 at time 02:54
Maximum windspeed = 7.4 km/h on day 06 at time 17:47
Maximum gust speed = 18.5 km/h from 198°(SSW) on day 06 at time 04:49
Daily wind run = 030.7km
Maximum heat index = 16.3°C on day 06 at time 16:43
Click here for todays 24 hour graph :6 :1 :2021
Averages\Extremes for day :07
------------------------------------------------------------
Average temperature = 16.8°C
Average humidity = 77%
Average dewpoint = 12.4°C
Average barometer = 1026.7 hPa
Average windspeed = 2.8 km/h
Average gustspeed = 6.8 km/h
Average direction = 142° ( SE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 07 at time 23:59
Maximum temperature = 21.9°C on day 07 at time 16:56
Minimum temperature = 11.9°C on day 07 at time 05:30
Maximum humidity = 99% on day 07 at time 06:56
Minimum humidity = 54% on day 07 at time 17:48
Maximum dewpoint = 14.4°C on day 07 at time 13:17
Minimum dewpoint = 10.6°C on day 07 at time 20:36
Maximum pressure = 1028.3 hPa on day 07 at time 09:35
Minimum pressure = 1025.5 hPa on day 07 at time 17:26
Maximum windspeed = 13.0 km/h on day 07 at time 16:07
Maximum gust speed = 24.1 km/h from 130°( SE) on day 07 at time 16:08
Daily wind run = 068.3km
Maximum heat index = 24.8°C on day 07 at time 17:48
Click here for todays 24 hour graph :7 :1 :2021
Averages\Extremes for day :08
------------------------------------------------------------
Average temperature = 18.1°C
Average humidity = 70%
Average dewpoint = 11.9°C
Average barometer = 1026.6 hPa
Average windspeed = 1.7 km/h
Average gustspeed = 4.6 km/h
Average direction = 155° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 08 at time 23:59
Maximum temperature = 26.0°C on day 08 at time 16:30
Minimum temperature = 10.5°C on day 08 at time 05:17
Maximum humidity = 95% on day 08 at time 06:54
Minimum humidity = 38% on day 08 at time 15:29
Maximum dewpoint = 16.0°C on day 08 at time 21:09
Minimum dewpoint = 7.9°C on day 08 at time 5:25
Maximum pressure = 1028.8 hPa on day 08 at time 09:16
Minimum pressure = 1024.3 hPa on day 08 at time 17:56
Maximum windspeed = 9.3 km/h on day 08 at time 17:32
Maximum gust speed = 25.9 km/h from 137°( SE) on day 08 at time 17:31
Daily wind run = 040.9km
Maximum heat index = 26.2°C on day 08 at time 16:30
Click here for todays 24 hour graph :8 :1 :2021
Averages\Extremes for day :09
------------------------------------------------------------
Average temperature = 20.0°C
Average humidity = 68%
Average dewpoint = 12.9°C
Average barometer = 1024.1 hPa
Average windspeed = 1.7 km/h
Average gustspeed = 4.7 km/h
Average direction = 258° (WSW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 09 at time 23:59
Maximum temperature = 29.3°C on day 09 at time 16:19
Minimum temperature = 11.6°C on day 09 at time 04:48
Maximum humidity = 100% on day 09 at time 07:06
Minimum humidity = 35% on day 09 at time 14:26
Maximum dewpoint = 16.2°C on day 09 at time 18:19
Minimum dewpoint = 10.5°C on day 09 at time 0:10
Maximum pressure = 1026.1 hPa on day 09 at time 08:12
Minimum pressure = 1021.3 hPa on day 09 at time 17:27
Maximum windspeed = 9.3 km/h on day 09 at time 11:34
Maximum gust speed = 22.2 km/h from 335°(NNW) on day 09 at time 08:43
Daily wind run = 041.1km
Maximum heat index = 28.9°C on day 09 at time 15:01
Click here for todays 24 hour graph :9 :1 :2021
Averages\Extremes for day :10
------------------------------------------------------------
Average temperature = 22.1°C
Average humidity = 65%
Average dewpoint = 13.6°C
Average barometer = 1018.4 hPa
Average windspeed = 1.8 km/h
Average gustspeed = 3.8 km/h
Average direction = 288° (WNW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 10 at time 23:59
Maximum temperature = 32.7°C on day 10 at time 16:53
Minimum temperature = 12.8°C on day 10 at time 06:20
Maximum humidity = 100% on day 10 at time 07:42
Minimum humidity = 24% on day 10 at time 17:33
Maximum dewpoint = 17.7°C on day 10 at time 19:44
Minimum dewpoint = 8.8°C on day 10 at time 17:14
Maximum pressure = 1024.5 hPa on day 10 at time 09:23
Minimum pressure = 1012.9 hPa on day 10 at time 23:59
Maximum windspeed = 7.4 km/h on day 10 at time 14:47
Maximum gust speed = 13.0 km/h from 244°(WSW) on day 10 at time 16:10
Daily wind run = 042.6km
Maximum heat index = 31.3°C on day 10 at time 16:52
Click here for todays 24 hour graph :10 :1 :2021
Averages\Extremes for day :11
------------------------------------------------------------
Average temperature = 26.8°C
Average humidity = 41%
Average dewpoint = 11.4°C
Average barometer = 1009.2 hPa
Average windspeed = 3.4 km/h
Average gustspeed = 8.1 km/h
Average direction = 333° (NNW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 11 at time 23:59
Maximum temperature = 33.1°C on day 11 at time 17:13
Minimum temperature = 18.9°C on day 11 at time 03:38
Maximum humidity = 71% on day 11 at time 03:37
Minimum humidity = 22% on day 11 at time 18:29
Maximum dewpoint = 16.0°C on day 11 at time 19:25
Minimum dewpoint = 6.5°C on day 11 at time 23:12
Maximum pressure = 1012.9 hPa on day 11 at time 00:10
Minimum pressure = 1005.4 hPa on day 11 at time 19:22
Maximum windspeed = 13.0 km/h on day 11 at time 09:47
Maximum gust speed = 27.8 km/h from 357°( N ) on day 11 at time 06:21
Daily wind run = 081.2km
Maximum heat index = 31.6°C on day 11 at time 15:37
Click here for todays 24 hour graph :11 :1 :2021
Averages\Extremes for day :12
------------------------------------------------------------
Average temperature = 17.3°C
Average humidity = 73%
Average dewpoint = 12.2°C
Average barometer = 1013.1 hPa
Average windspeed = 2.2 km/h
Average gustspeed = 5.6 km/h
Average direction = 158° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.1 mm on day 12 at time 00:33
Maximum temperature = 24.7°C on day 12 at time 00:00
Minimum temperature = 11.3°C on day 12 at time 23:59
Maximum humidity = 90% on day 12 at time 08:36
Minimum humidity = 41% on day 12 at time 00:00
Maximum dewpoint = 16.0°C on day 12 at time 00:39
Minimum dewpoint = 9.1°C on day 12 at time 022:56
Maximum pressure = 1016.6 hPa on day 12 at time 20:20
Minimum pressure = 1006.8 hPa on day 12 at time 00:22
Maximum windspeed = 11.1 km/h on day 12 at time 18:22
Maximum gust speed = 20.4 km/h from 145°( SE) on day 12 at time 18:22
Daily wind run = 051.7km
Maximum heat index = 25.6°C on day 12 at time 00:00
Click here for todays 24 hour graph :12 :1 :2021
Averages\Extremes for day :13
------------------------------------------------------------
Average temperature = 19.5°C
Average humidity = 71%
Average dewpoint = 13.3°C
Average barometer = 1010.3 hPa
Average windspeed = 1.1 km/h
Average gustspeed = 3.1 km/h
Average direction = 260° ( W )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.1 mm on day 13 at time 20:29
Maximum temperature = 31.4°C on day 13 at time 15:18
Minimum temperature = 10.5°C on day 13 at time 06:44
Maximum humidity = 98% on day 13 at time 07:03
Minimum humidity = 26% on day 13 at time 15:01
Maximum dewpoint = 18.2°C on day 13 at time 19:12
Minimum dewpoint = 9.1°C on day 13 at time 15:01
Maximum pressure = 1014.5 hPa on day 13 at time 00:14
Minimum pressure = 1006.8 hPa on day 13 at time 18:41
Maximum windspeed = 9.3 km/h on day 13 at time 12:04
Maximum gust speed = 18.5 km/h from 321°( NW) on day 13 at time 23:03
Daily wind run = 026.6km
Maximum heat index = 30.5°C on day 13 at time 15:18
Click here for todays 24 hour graph :13 :1 :2021
Averages\Extremes for day :14
------------------------------------------------------------
Average temperature = 16.2°C
Average humidity = 70%
Average dewpoint = 10.4°C
Average barometer = 1011.3 hPa
Average windspeed = 1.6 km/h
Average gustspeed = 4.1 km/h
Average direction = 241° (WSW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 14 at time 23:59
Maximum temperature = 20.7°C on day 14 at time 17:34
Minimum temperature = 13.6°C on day 14 at time 23:59
Maximum humidity = 90% on day 14 at time 04:50
Minimum humidity = 44% on day 14 at time 16:38
Maximum dewpoint = 14.5°C on day 14 at time 00:00
Minimum dewpoint = 7.6°C on day 14 at time 16:15
Maximum pressure = 1012.9 hPa on day 14 at time 10:12
Minimum pressure = 1009.7 hPa on day 14 at time 19:01
Maximum windspeed = 7.4 km/h on day 14 at time 14:10
Maximum gust speed = 14.8 km/h from 168°(SSE) on day 14 at time 20:40
Daily wind run = 039.0km
Maximum heat index = 25.3°C on day 14 at time 16:12
Click here for todays 24 hour graph :14 :1 :2021
Averages\Extremes for day :15
------------------------------------------------------------
Average temperature = 12.0°C
Average humidity = 80%
Average dewpoint = 8.4°C
Average barometer = 1008.1 hPa
Average windspeed = 1.3 km/h
Average gustspeed = 3.6 km/h
Average direction = 340° (NNW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.6 mm on day 15 at time 22:04
Maximum temperature = 16.5°C on day 15 at time 14:37
Minimum temperature = 7.8°C on day 15 at time 23:05
Maximum humidity = 98% on day 15 at time 23:59
Minimum humidity = 48% on day 15 at time 14:28
Maximum dewpoint = 11.3°C on day 15 at time 13:13
Minimum dewpoint = 4.3°C on day 15 at time 15:17
Maximum pressure = 1011.0 hPa on day 15 at time 00:06
Minimum pressure = 1006.5 hPa on day 15 at time 18:02
Maximum windspeed = 7.4 km/h on day 15 at time 15:50
Maximum gust speed = 22.2 km/h from 297°(WNW) on day 15 at time 09:55
Daily wind run = 030.0km
Maximum heat index = 16.5°C on day 15 at time 14:37
Click here for todays 24 hour graph :15 :1 :2021
Averages\Extremes for day :16
------------------------------------------------------------
Average temperature = 11.5°C
Average humidity = 90%
Average dewpoint = 9.9°C
Average barometer = 1012.3 hPa
Average windspeed = 0.8 km/h
Average gustspeed = 2.7 km/h
Average direction = 27° (NNE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 1.6 mm on day 16 at time 07:46
Maximum temperature = 16.8°C on day 16 at time 15:57
Minimum temperature = 8.0°C on day 16 at time 05:00
Maximum humidity = 99% on day 16 at time 08:44
Minimum humidity = 67% on day 16 at time 16:26
Maximum dewpoint = 12.8°C on day 16 at time 18:42
Minimum dewpoint = 7.7°C on day 16 at time 5:00
Maximum pressure = 1015.0 hPa on day 16 at time 22:51
Minimum pressure = 1009.6 hPa on day 16 at time 00:11
Maximum windspeed = 5.6 km/h on day 16 at time 18:18
Maximum gust speed = 13.0 km/h from 297°(WNW) on day 16 at time 17:14
Daily wind run = 019.3km
Maximum heat index = 16.8°C on day 16 at time 15:57
Click here for todays 24 hour graph :16 :1 :2021
Averages\Extremes for day :17
------------------------------------------------------------
Average temperature = 13.6°C
Average humidity = 80%
Average dewpoint = 9.8°C
Average barometer = 1016.5 hPa
Average windspeed = 1.2 km/h
Average gustspeed = 3.5 km/h
Average direction = 193° (SSW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.1 mm on day 17 at time 03:09
Maximum temperature = 19.6°C on day 17 at time 16:43
Minimum temperature = 10.0°C on day 17 at time 06:22
Maximum humidity = 99% on day 17 at time 07:59
Minimum humidity = 50% on day 17 at time 16:43
Maximum dewpoint = 11.5°C on day 17 at time 09:51
Minimum dewpoint = 7.0°C on day 17 at time 14:40
Maximum pressure = 1018.0 hPa on day 17 at time 09:40
Minimum pressure = 1014.8 hPa on day 17 at time 00:08
Maximum windspeed = 7.4 km/h on day 17 at time 18:03
Maximum gust speed = 20.4 km/h from 158°(SSE) on day 17 at time 17:01
Daily wind run = 028.9km
Maximum heat index = 19.6°C on day 17 at time 16:43
Click here for todays 24 hour graph :17 :1 :2021
Averages\Extremes for day :18
------------------------------------------------------------
Average temperature = 14.5°C
Average humidity = 82%
Average dewpoint = 11.2°C
Average barometer = 1016.2 hPa
Average windspeed = 1.3 km/h
Average gustspeed = 4.0 km/h
Average direction = 126° ( SE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 18 at time 23:59
Maximum temperature = 21.3°C on day 18 at time 15:32
Minimum temperature = 11.2°C on day 18 at time 05:01
Maximum humidity = 96% on day 18 at time 23:59
Minimum humidity = 55% on day 18 at time 15:31
Maximum dewpoint = 13.0°C on day 18 at time 16:21
Minimum dewpoint = 9.3°C on day 18 at time 2:46
Maximum pressure = 1018.1 hPa on day 18 at time 23:58
Minimum pressure = 1014.5 hPa on day 18 at time 15:54
Maximum windspeed = 5.6 km/h on day 18 at time 18:22
Maximum gust speed = 14.8 km/h from 157°(SSE) on day 18 at time 15:49
Daily wind run = 031.7km
Maximum heat index = 24.8°C on day 18 at time 14:58
Click here for todays 24 hour graph :18 :1 :2021
Averages\Extremes for day :19
------------------------------------------------------------
Average temperature = 12.7°C
Average humidity = 72%
Average dewpoint = 7.4°C
Average barometer = 1021.2 hPa
Average windspeed = 2.0 km/h
Average gustspeed = 5.3 km/h
Average direction = 158° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 19 at time 23:59
Maximum temperature = 16.6°C on day 19 at time 16:04
Minimum temperature = 8.0°C on day 19 at time 23:36
Maximum humidity = 97% on day 19 at time 02:00
Minimum humidity = 48% on day 19 at time 14:28
Maximum dewpoint = 12.1°C on day 19 at time 00:17
Minimum dewpoint = 4.9°C on day 19 at time 12:02
Maximum pressure = 1023.2 hPa on day 19 at time 23:42
Minimum pressure = 1018.0 hPa on day 19 at time 01:14
Maximum windspeed = 7.4 km/h on day 19 at time 19:02
Maximum gust speed = 24.1 km/h from 139°( SE) on day 19 at time 14:11
Daily wind run = 046.9km
Maximum heat index = 16.6°C on day 19 at time 16:04
Click here for todays 24 hour graph :19 :1 :2021
Averages\Extremes for day :20
------------------------------------------------------------
Average temperature = 15.3°C
Average humidity = 68%
Average dewpoint = 8.7°C
Average barometer = 1020.0 hPa
Average windspeed = 1.8 km/h
Average gustspeed = 4.2 km/h
Average direction = 178° ( S )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 20 at time 23:59
Maximum temperature = 25.1°C on day 20 at time 16:36
Minimum temperature = 7.9°C on day 20 at time 03:35
Maximum humidity = 92% on day 20 at time 03:32
Minimum humidity = 28% on day 20 at time 17:16
Maximum dewpoint = 13.1°C on day 20 at time 19:24
Minimum dewpoint = 4.9°C on day 20 at time 17:16
Maximum pressure = 1023.0 hPa on day 20 at time 00:27
Minimum pressure = 1016.5 hPa on day 20 at time 17:44
Maximum windspeed = 7.4 km/h on day 20 at time 16:20
Maximum gust speed = 16.7 km/h from 162°(SSE) on day 20 at time 18:19
Daily wind run = 042.7km
Maximum heat index = 25.5°C on day 20 at time 16:33
Click here for todays 24 hour graph :20 :1 :2021
Averages\Extremes for day :21
------------------------------------------------------------
Average temperature = 19.9°C
Average humidity = 61%
Average dewpoint = 10.6°C
Average barometer = 1011.9 hPa
Average windspeed = 1.6 km/h
Average gustspeed = 3.6 km/h
Average direction = 279° ( W )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 21 at time 23:59
Maximum temperature = 31.3°C on day 21 at time 17:35
Minimum temperature = 9.2°C on day 21 at time 05:52
Maximum humidity = 94% on day 21 at time 05:16
Minimum humidity = 25% on day 21 at time 18:06
Maximum dewpoint = 14.7°C on day 21 at time 20:11
Minimum dewpoint = 6.8°C on day 21 at time 2:27
Maximum pressure = 1016.8 hPa on day 21 at time 00:10
Minimum pressure = 1007.2 hPa on day 21 at time 19:27
Maximum windspeed = 11.1 km/h on day 21 at time 13:42
Maximum gust speed = 22.2 km/h from 019°(NNE) on day 21 at time 13:40
Daily wind run = 038.3km
Maximum heat index = 29.7°C on day 21 at time 17:35
Click here for todays 24 hour graph :21 :1 :2021
Averages\Extremes for day :22
------------------------------------------------------------
Average temperature = 19.2°C
Average humidity = 62%
Average dewpoint = 10.9°C
Average barometer = 1008.6 hPa
Average windspeed = 2.2 km/h
Average gustspeed = 4.7 km/h
Average direction = 278° ( W )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 22 at time 23:59
Maximum temperature = 27.0°C on day 22 at time 17:18
Minimum temperature = 13.6°C on day 22 at time 06:39
Maximum humidity = 88% on day 22 at time 23:52
Minimum humidity = 22% on day 22 at time 16:10
Maximum dewpoint = 13.6°C on day 22 at time 08:33
Minimum dewpoint = 2.7°C on day 22 at time 16:10
Maximum pressure = 1012.1 hPa on day 22 at time 23:54
Minimum pressure = 1006.4 hPa on day 22 at time 04:46
Maximum windspeed = 7.4 km/h on day 22 at time 20:24
Maximum gust speed = 20.4 km/h from 173°( S ) on day 22 at time 15:59
Daily wind run = 052.3km
Maximum heat index = 26.6°C on day 22 at time 17:18
Click here for todays 24 hour graph :22 :1 :2021
Averages\Extremes for day :23
------------------------------------------------------------
Average temperature = 19.8°C
Average humidity = 71%
Average dewpoint = 13.8°C
Average barometer = 1010.7 hPa
Average windspeed = 1.9 km/h
Average gustspeed = 4.0 km/h
Average direction = 233° ( SW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 23 at time 23:59
Maximum temperature = 30.4°C on day 23 at time 17:09
Minimum temperature = 13.5°C on day 23 at time 03:07
Maximum humidity = 92% on day 23 at time 04:24
Minimum humidity = 36% on day 23 at time 17:12
Maximum dewpoint = 16.4°C on day 23 at time 15:00
Minimum dewpoint = 11.6°C on day 23 at time 23:54
Maximum pressure = 1012.3 hPa on day 23 at time 09:13
Minimum pressure = 1008.4 hPa on day 23 at time 17:38
Maximum windspeed = 5.6 km/h on day 23 at time 19:35
Maximum gust speed = 14.8 km/h from 192°(SSW) on day 23 at time 12:44
Daily wind run = 045.7km
Maximum heat index = 29.8°C on day 23 at time 17:22
Click here for todays 24 hour graph :23 :1 :2021
Averages\Extremes for day :24
------------------------------------------------------------
Average temperature = 24.3°C
Average humidity = 60%
Average dewpoint = 14.7°C
Average barometer = 1008.0 hPa
Average windspeed = 1.7 km/h
Average gustspeed = 3.6 km/h
Average direction = 316° ( NW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 24 at time 23:59
Maximum temperature = 35.1°C on day 24 at time 16:29
Minimum temperature = 14.6°C on day 24 at time 05:22
Maximum humidity = 95% on day 24 at time 05:17
Minimum humidity = 25% on day 24 at time 15:47
Maximum dewpoint = 18.7°C on day 24 at time 11:34
Minimum dewpoint = 11.0°C on day 24 at time 14:26
Maximum pressure = 1011.4 hPa on day 24 at time 00:10
Minimum pressure = 1003.9 hPa on day 24 at time 23:59
Maximum windspeed = 7.4 km/h on day 24 at time 16:46
Maximum gust speed = 13.0 km/h from 352°( N ) on day 24 at time 16:46
Daily wind run = 041.0km
Maximum heat index = 34.4°C on day 24 at time 16:27
Click here for todays 24 hour graph :24 :1 :2021
Averages\Extremes for day :25
------------------------------------------------------------
Average temperature = 27.4°C
Average humidity = 41%
Average dewpoint = 11.8°C
Average barometer = 1000.2 hPa
Average windspeed = 3.1 km/h
Average gustspeed = 7.3 km/h
Average direction = 338° (NNW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 25 at time 23:59
Maximum temperature = 36.4°C on day 25 at time 12:41
Minimum temperature = 18.7°C on day 25 at time 23:59
Maximum humidity = 83% on day 25 at time 23:57
Minimum humidity = 22% on day 25 at time 13:49
Maximum dewpoint = 16.0°C on day 25 at time 21:28
Minimum dewpoint = 6.3°C on day 25 at time 6:38
Maximum pressure = 1003.8 hPa on day 25 at time 00:03
Minimum pressure = 997.7 hPa on day 25 at time 17:05
Maximum windspeed = 11.1 km/h on day 25 at time 12:01
Maximum gust speed = 25.9 km/h from 341°(NNW) on day 25 at time 10:24
Daily wind run = 075.5km
Maximum heat index = 35.0°C on day 25 at time 13:42
Click here for todays 24 hour graph :25 :1 :2021
Averages\Extremes for day :26
------------------------------------------------------------
Average temperature = 16.1°C
Average humidity = 93%
Average dewpoint = 15.0°C
Average barometer = 1003.9 hPa
Average windspeed = 1.7 km/h
Average gustspeed = 4.5 km/h
Average direction = 232° ( SW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 26 at time 23:59
Maximum temperature = 20.0°C on day 26 at time 00:59
Minimum temperature = 11.8°C on day 26 at time 23:59
Maximum humidity = 99% on day 26 at time 13:44
Minimum humidity = 73% on day 26 at time 00:55
Maximum dewpoint = 18.9°C on day 26 at time 06:08
Minimum dewpoint = 9.2°C on day 26 at time 023:59
Maximum pressure = 1012.2 hPa on day 26 at time 23:59
Minimum pressure = 996.6 hPa on day 26 at time 04:22
Maximum windspeed = 9.3 km/h on day 26 at time 08:50
Maximum gust speed = 22.2 km/h from 350°( N ) on day 26 at time 03:49
Daily wind run = 042.0km
Maximum heat index = 20.0°C on day 26 at time 00:59
Click here for todays 24 hour graph :26 :1 :2021
Averages\Extremes for day :27
------------------------------------------------------------
Average temperature = 15.5°C
Average humidity = 66%
Average dewpoint = 8.6°C
Average barometer = 1013.7 hPa
Average windspeed = 3.6 km/h
Average gustspeed = 7.8 km/h
Average direction = 136° ( SE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 27 at time 23:59
Maximum temperature = 22.7°C on day 27 at time 17:03
Minimum temperature = 9.8°C on day 27 at time 02:18
Maximum humidity = 92% on day 27 at time 03:19
Minimum humidity = 38% on day 27 at time 15:59
Maximum dewpoint = 12.6°C on day 27 at time 22:51
Minimum dewpoint = 6.1°C on day 27 at time 6:58
Maximum pressure = 1016.3 hPa on day 27 at time 09:31
Minimum pressure = 1011.8 hPa on day 27 at time 18:12
Maximum windspeed = 11.1 km/h on day 27 at time 21:22
Maximum gust speed = 27.8 km/h from 115°(ESE) on day 27 at time 16:14
Daily wind run = 085.7km
Maximum heat index = 25.3°C on day 27 at time 14:37
Click here for todays 24 hour graph :27 :1 :2021
Averages\Extremes for day :28
------------------------------------------------------------
Average temperature = 17.9°C
Average humidity = 74%
Average dewpoint = 13.2°C
Average barometer = 1015.2 hPa
Average windspeed = 1.9 km/h
Average gustspeed = 4.8 km/h
Average direction = 148° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 28 at time 23:59
Maximum temperature = 20.9°C on day 28 at time 16:05
Minimum temperature = 15.2°C on day 28 at time 01:28
Maximum humidity = 80% on day 28 at time 01:42
Minimum humidity = 67% on day 28 at time 15:59
Maximum dewpoint = 15.1°C on day 28 at time 16:57
Minimum dewpoint = 11.5°C on day 28 at time 6:33
Maximum pressure = 1016.7 hPa on day 28 at time 09:17
Minimum pressure = 1014.2 hPa on day 28 at time 18:50
Maximum windspeed = 7.4 km/h on day 28 at time 23:29
Maximum gust speed = 16.7 km/h from 036°( NE) on day 28 at time 15:26
Daily wind run = 046.7km
Maximum heat index = 23.6°C on day 28 at time 15:59
Click here for todays 24 hour graph :28 :1 :2021
Averages\Extremes for day :29
------------------------------------------------------------
Average temperature = 17.6°C
Average humidity = 87%
Average dewpoint = 15.5°C
Average barometer = 1010.4 hPa
Average windspeed = 2.9 km/h
Average gustspeed = 6.6 km/h
Average direction = 306° ( NW)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 29 at time 23:59
Maximum temperature = 19.7°C on day 29 at time 21:59
Minimum temperature = 16.0°C on day 29 at time 08:11
Maximum humidity = 97% on day 29 at time 13:48
Minimum humidity = 75% on day 29 at time 01:25
Maximum dewpoint = 18.0°C on day 29 at time 17:35
Minimum dewpoint = 12.8°C on day 29 at time 01:23
Maximum pressure = 1014.5 hPa on day 29 at time 00:19
Minimum pressure = 1006.7 hPa on day 29 at time 19:17
Maximum windspeed = 13.0 km/h on day 29 at time 20:46
Maximum gust speed = 22.2 km/h from 343°(NNW) on day 29 at time 21:36
Daily wind run = 070.0km
Maximum heat index = 19.7°C on day 29 at time 21:59
Click here for todays 24 hour graph :29 :1 :2021
Averages\Extremes for day :30
------------------------------------------------------------
Average temperature = 16.2°C
Average humidity = 88%
Average dewpoint = 14.2°C
Average barometer = 1012.3 hPa
Average windspeed = 1.3 km/h
Average gustspeed = 3.2 km/h
Average direction = 280° ( W )
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 30 at time 23:59
Maximum temperature = 21.2°C on day 30 at time 17:15
Minimum temperature = 13.9°C on day 30 at time 23:59
Maximum humidity = 98% on day 30 at time 10:14
Minimum humidity = 64% on day 30 at time 16:22
Maximum dewpoint = 17.5°C on day 30 at time 01:22
Minimum dewpoint = 11.1°C on day 30 at time 23:51
Maximum pressure = 1016.3 hPa on day 30 at time 23:59
Minimum pressure = 1008.3 hPa on day 30 at time 00:17
Maximum windspeed = 7.4 km/h on day 30 at time 18:03
Maximum gust speed = 13.0 km/h from 155°(SSE) on day 30 at time 17:43
Daily wind run = 032.3km
Maximum heat index = 24.0°C on day 30 at time 16:22
Click here for todays 24 hour graph :30 :1 :2021
Averages\Extremes for day :31
------------------------------------------------------------
Average temperature = 15.2°C
Average humidity = 77%
Average dewpoint = 10.9°C
Average barometer = 1016.7 hPa
Average windspeed = 1.9 km/h
Average gustspeed = 4.6 km/h
Average direction = 164° (SSE)
Rainfall for month = 0.0 mm
Rainfall for year = 116.6 mm
Rainfall for day = 0.0 mm
Maximum rain per minute = 0.0 mm on day 31 at time 23:57
Maximum temperature = 20.6°C on day 31 at time 16:11
Minimum temperature = 11.1°C on day 31 at time 23:48
Maximum humidity = 95% on day 31 at time 02:00
Minimum humidity = 55% on day 31 at time 16:15
Maximum dewpoint = 12.4°C on day 31 at time 17:58
Minimum dewpoint = 8.8°C on day 31 at time 10:11
Maximum pressure = 1019.2 hPa on day 31 at time 10:43
Minimum pressure = 1014.9 hPa on day 31 at time 23:57
Maximum windspeed = 7.4 km/h on day 31 at time 18:51
Maximum gust speed = 20.4 km/h from 168°(SSE) on day 31 at time 13:50
Daily wind run = 044.3km
Maximum heat index = 24.9°C on day 31 at time 15:59
Click here for todays 24 hour graph :31 :1 :2021
---------------------------------------------------------------------------------------------
Averages\Extremes for the month of January 2021
---------------------------------------------------------------------------------------------
Average temperature = 17.6°C
Average humidity = 75%
Average dewpoint = 12.2°C
Average barometer = 1014.5 hPa
Average windspeed = 1.9 km/h
Average gustspeed = 4.8 km/h
Average direction = 187° ( S )
Rainfall for month = 116.6 mm
Rainfall for year = 116.6 mm
Maximum rain per minute = 1.6 mm on day 16 at time 07:46
Maximum temperature = 36.4°C on day 25 at time 12:41
Minimum temperature = 7.8°C on day 15 at time 23:05
Maximum humidity = 100% on day 10 at time 07:42
Minimum humidity = 22% on day 25 at time 13:49
Maximum dewpoint = 18.9°C on day 26 at time 06:08
Minimum dewpoint = 2.7°C on day 22 at time 16:10
Maximum pressure = 1028.8 hPa on day 08 at time 09:16
Minimum pressure = 996.6 hPa on day 26 at time 04:22
Maximum windspeed = 13.0 kmh from 336°(NNW) on day 29 at time 20:46
Maximum gust speed = 27.8 km/h from 113°(ESE) on day 27 at time 16:14
Maximum heat index = 35.0°C on day 25 at time 13:42
Avg daily max temp :24.1°C
Avg daily min temp :12.4°C
Growing degrees days :250.5 GDD
Corn growing degrees days :808.4 GDD
Total windrun = 1419.9km
------------------------------------------
Day, Sunshine hours, ET, max solar, max uv
------------------------------------------
01 01:24hrs ,ET :0.8 mm ,1157.0 W/m²
02 01:36hrs ,ET :0.7 mm ,1469.0 W/m²
03 00:42hrs ,ET :0.5 mm ,1359.0 W/m²
04 01:00hrs ,ET :0.1 mm ,461.0 W/m²
05 01:06hrs ,ET :0.1 mm ,455.0 W/m²
06 01:24hrs ,ET :0.3 mm ,592.0 W/m²
07 01:00hrs ,ET :0.7 mm ,1239.0 W/m²
08 01:00hrs ,ET :0.7 mm ,1010.0 W/m²
09 01:00hrs ,ET :0.9 mm ,1015.0 W/m²
10 00:54hrs ,ET :1.1 mm ,991.0 W/m²
11 01:06hrs ,ET :1.8 mm ,1067.0 W/m²
12 01:00hrs ,ET :0.6 mm ,1624.0 W/m²
13 00:54hrs ,ET :0.9 mm ,1478.0 W/m²
14 00:54hrs ,ET :0.6 mm ,1298.0 W/m²
15 01:12hrs ,ET :0.4 mm ,1127.0 W/m²
16 01:06hrs ,ET :0.2 mm ,1011.0 W/m²
17 01:06hrs ,ET :0.5 mm ,1207.0 W/m²
18 01:00hrs ,ET :0.6 mm ,1138.0 W/m²
19 01:18hrs ,ET :0.5 mm ,1278.0 W/m²
20 00:54hrs ,ET :0.8 mm ,1491.0 W/m²
21 00:48hrs ,ET :1.2 mm ,1000.0 W/m²
22 01:12hrs ,ET :0.9 mm ,1041.0 W/m²
23 00:54hrs ,ET :1.0 mm ,1410.0 W/m²
24 00:48hrs ,ET :1.2 mm ,1285.0 W/m²
25 01:00hrs ,ET :2.2 mm ,1098.0 W/m²
26 00:36hrs ,ET :0.2 mm ,452.0 W/m²
27 00:48hrs ,ET :0.9 mm ,1337.0 W/m²
28 01:18hrs ,ET :0.6 mm ,540.0 W/m²
29 00:30hrs ,ET :0.4 mm ,430.0 W/m²
30 00:42hrs ,ET :0.4 mm ,1029.0 W/m²
31 01:18hrs ,ET :0.6 mm ,1651.0 W/m²
Sunshine hours month to date= 31:19 hrs
Sunshine hours year to date= 31:19 hrs
-----------------------------------
Daily rain totals
-----------------------------------
01.1 mm on day 2
01.5 mm on day 4
00.4 mm on day 5
00.2 mm on day 11
00.1 mm on day 13
07.1 mm on day 15
01.9 mm on day 16


Delicious cocktails for a perfect christmas party
Amazing wines for a special christmas
Special hot chocolates that will warm your heart


Finances
Each partner should submit their own project finances and funding rates. The overall project costs for all partners can be seen in the 'finances overview' section.
Not requesting funding
If your organisation is not funded by Innovate UK then you do not need to submit organisational or funding details. Please confirm below.
-
Your funding
Before you can supply your funding information this project must be given a research area in project details, and your organisation size defined in the your organisation section.
Your funding
Finance summary
This is a breakdown of your project costs and sources of funding for this project.
| Total project costs | % Grant | Funding sought | Other public sector funding | Contribution to project |
|---|---|---|---|---|
| £0 | 0% | £0 | £0 | £0 |
| £110,000 | 70% | £60,000 | £10,000 | £30,000 |


MULHOLLAND FALLS A film review by Michael John Legeros Copyright 1996 Michael John Legeros
(MGM) Directed by Lee Tamahori Written by Pete Dexter, from a story by Pete Dexter and Floyd Mutrix Cast Nick Nolte, Chazz Palminteri, Michael Madsen, Chris Penn, Melanie Griffith, Treat Williams, Jennifer Connelly, Daniel Baldwin, Andrew McCarthy, John Malkovich, Bruce Dern MPAA Rating "R" (presumably for violence, language, nudity, and sexual content) Running Time 107 min. Reviewed at Six Forks Station Cinemas, Raleigh, NC (26APR96)
==
CHINATOWN it ain't. Nick Nolte, Melanie Griffith, and Chazz Palminteri are some of the big names in this terrible, top-heavy train-wreck of a thriller from New Zealand director Lee Tamahori (ONCE WE WERE WARRIORS). Nick, Chazz, Michael Madsen, and Chris Penn play an elite team of LAPD detectives (based on the real-life "Hat Squad") investigating the murder of a beautiful young woman (Jennifer Connelly). The often-gruesome trail-- she was found with all of her bones broken, as if dropped from a great height-- leads into the desert, into a conspiracy involving the Atomic Energy Commission. Yawn.
The period detail is a pleasant distraction-- enough hats, suits, and old cars to keep one's mind off the contrived and often confounding plot. MULHOLLAND FALLS also features an impressive array of prominent players, none of whom, though, makes much of a dent. Ms. Griffith-- as Nolte's character's wife-- registers no better than Madsen, Penn, William Petersen, Bruce Dern, or Treat Williams. Even a cameo by Rob Lowe is wasted.
Stick with it, though, and you'll have plenty of time to ponder such imponderabilities as: how does the exceptionally endowed Ms. Connelly keep from falling forward? Does she wear a special brace? If Sean Penn in DEAD MAN WALKING is the current incarnation of Elvis, then is his heavier-set brother a representation of the King's, uh, "later years?" And, of course, will the unfortunate Chazz Palminteri still have a career after the four consecutive howlers JADE, DIABOLIQUE, FAITHFUL, and, now, MULHOLLAND FALLS?
Grade: D+
--
Mike Legeros - Raleigh, NC
<EMAIL_ADDRESS>(h) -<EMAIL_ADDRESS>(w)
Visit me in MOVIE HELL
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


zsh
Z SHell, a Bash-compatible command-line interpreter.
See also: `bash`, `histexpand`.
More information: home page
- Start an interactive shell session:
zsh
- Execute specific [c]ommands:
zsh -c "echo Hello world"
- Execute a specific script:
zsh path/to/script.zsh
- Check a specific script for syntax errors without executing it:
zsh --no-exec path/to/script.zsh
- Execute specific commands from stdin:
echo Hello world | zsh
- Execute a specific script, printing each command in the script before executing it:
zsh --xtrace path/to/script.zsh
- Start an interactive shell session in verbose mode, printing each command before executing it:
zsh --verbose
- Execute a specific command inside `zsh` with disabled glob patterns:
noglob command


{% load static %} MuSoc Web Home (current) Schedule Create Reservation Next Two Weeks My Reservations {% if user.is_authenticated %} Logged in as {{ user.first_name }} Manage Account Sign Out {% else %} Register Sign In {% endif %} {# #} {# #} {# Search#} {# #}


Rails 5.0.2 (March 01, 2017)
- No changes.
Rails 5.0.1 (December 21, 2016)
- No changes.
Rails 5.0.1.rc2 (December 10, 2016)
- No changes.
Rails 5.0.1.rc1 (December 01, 2016)
Permit same-origin connections by default.
New option
config.action_cable.allow_same_origin_as_host = false
to disable.Dávid Halász, Matthew Draper
Fixed and added a workaround to avoid race condition, when one thread closed the IO, when an another thread was still trying read from IO on a connection.
Matthew Draper
Shutdown pubsub connection before classes are reloaded, to avoid hangups caused by pubsub still holding reference to Active Record connection from the pool, and Active Record trying to cleanup the pool.
Jon Moss
Prevent race where the client could receive and act upon a subscription confirmation before the channel's
subscribed
method completed.Fixes #25381.
Vladimir Dementyev
Buffer writes to websocket connections, to avoid blocking threads that could be doing more useful things.
Matthew Draper, Tinco Andringa
Invocation of channel action is now prevented, if subscription connection was rejected.
Fixes #23757.
Jon Moss
Protect against concurrent writes to a websocket connection from multiple threads; the underlying OS write is not always threadsafe.
Tinco Andringa
Close hijacked socket when connection is shut down.
Fixes #25613.
Tinco Andringa
Rails 5.0.0 (June 30, 2016)
Fix development reloading support: new cable connections are now correctly dispatched to the reloaded channel class, instead of using a cached reference to the originally-loaded version.
Matthew Draper
WebSocket protocol negotiation.
Introduces an Action Cable protocol version that moves independently of and, hopefully, more slowly than Action Cable itself. Client sockets negotiate a protocol with the Cable server using WebSockets' native subprotocol support:
- https://tools.ietf.org/html/rfc6455#section-1.9
- https://developer.mozilla.org/en-US/docs/Web/API/WebSockets_API/Writing_WebSocket_servers#Subprotocols
If they can't negotiate a compatible protocol (usually due to upgrading the Cable server with a browser still running old JavaScript) then the client knows to disconnect, cease retrying, and tell the app that it hit a protocol mismatch.
This allows us to evolve the Action Cable message format, handshaking, pings, acknowledgements, and more without breaking older clients' expectations of server behavior.
Daniel Rhodes
Pubsub: automatic stream decoding.
stream_for @room, coder: ActiveSupport::JSON do |message| # `message` is a Ruby hash here instead of a JSON string
The
coder
must respond to#decode
. Defaults tocoder: nil
which skips decoding entirely.Jeremy Daer
Add ActiveSupport::Notifications to ActionCable::Channel.
Matthew Wear
Safely support autoloading and class unloading, by preventing concurrent loads, and disconnecting all cables during reload.
Matthew Draper
Ensure ActionCable behaves correctly for non-string queue names.
Jay Hayes
Added
em_redis_connector
andredis_connector
to ::ActionCable::SubscriptionAdapter::EventedRedis and addedredis_connector
to ::ActionCable::SubscriptionAdapter::Redis, so you can overwrite with your own initializers. This is used when you want to use different-than-standard Redis adapters, like for Makara distributed Redis.DHH
Support PostgreSQL pubsub adapter.
Jon Moss
Remove EventMachine dependency.
Matthew Draper
Remove Celluloid dependency.
Mike Perham
Create notion of an ::ActionCable::SubscriptionAdapter. Separate out Redis functionality into ::ActionCable::SubscriptionAdapter::Redis, and add a PostgreSQL adapter as well. Configuration file for ActionCable was changed from
config/redis/cable.yml
toconfig/cable.yml
.Jon Moss
Added to Rails!
DHH


{% extends 'base_email.html' %} {% block body %}
Hi,
Welcome to {{ current_tenant.name }}'s supplier partnership platform.
Please create an account by using the following personalized link
(for security, this link will expire within 48 hours)
After you have created a username and password using the above link, you can access the website from {{ tenant_url }}. Your email address is your user name and if you forget your password, you can create a new one using your email address.
If you have any questions about the pilot, please contact {{ current_tenant.email }}. If you have any questions about the Proven platform, please contact Suzanne Jordan at<EMAIL_ADDRESS>This website is available from {{ current_tenant.name }}'s intranet or directly at {{ tenant_url }}.
Best,
Proven Team


--- title: Structure tagline: Keep your folders organised and predictable weight: 2 in_nav: true ---
The opinionated file structure for all of your sites. This is defined to increase consistency between sites.
{% assign sorted = site.data.structure | sort: 'path' %}


To the extent possible under law, The Author has waived all copyright and related or neighboring rights to Predator Alert Tool for OkCupid.


State module.
MIT. See LICENSE for full details.
These are common commands that apply to all widgets that have them injected.
Get the state of this item.
The state of this item.
Set the item state. The only valid states are normal, disabled or hidden.
This item to aid method chaining.
tkd.widget.state


Thank you for registering at {{site_name}}. Please click on the following link to activate your account. Click here to activate your account. This link will take you back to the site. Cheers, The {{site_name}} Team


Previous Round
End Round
Denver $30000 Solitaire
Denver $50000 Solitaire
Salt Lake City $50000 Solitaire
Denver Campaign Solitaire
Golden Spike 2 Player
Golden Spike 3 Player
2 Player
3 Player
4 Player
5 Player
6 Player


Kb3011 Download And Install Eset Endpoint Products On Individual Client Workstations 5 X
Business Endpoint Security For Windows Eset
Kb6992 Install Or Upgrade Eset Endpoint Security Or Eset Endpoint Antivirus On A Client Workstation 7 X
Download Eset Endpoint Antivirus For Business Best Security Protection
Kb6992 Install Or Upgrade Eset Endpoint Security Or Eset Endpoint Antivirus On A Client Workstation 7 X
Eset Endpoint Security Crack Download 2021 Keys Code
How To Download Eset Endpoint Security 7 0 2100 4 Keys Download Youtube
Eset Endpoint Security For Android Apk Download
Eset Endpoint Security For Android Apk Download
Kb7443 Solution For Eset Endpoint Product 6 5
Pin On Megvasarolando Dolgok
Amazon Com Eset Nod32 Antivirus 2021 Edition 1 Device 1 Year Antivirus Software Gamer Mode Small System Footprint Official Download With License Software
Eset Endpoint Antivirus 7 0 2073 1 Free Download Filecr
Eset Endpoint Security 6 10 910 0 Crack Free Download Mac Software Download
Kb3613 Install Or Upgrade Eset Endpoint Security Or Eset Endpoint Antivirus On A Client Workstation 6 X


It is the abbility to manipulate electricity.
It is the abbility for Elemental Manipulation.
It is the abbility for Energy Manipulation.
It is also the abbility for Kinetic Energy Manipulation.
It is also the abbility for Potential Energy Manipulation.
it is also called: Electric Current Manipulation
Electrokinesis
Fulgurkinesis
Fulminokinesis
Electric Charge Manipulation
Electrical Energy Manipulation
Lightning Bending/Control/Manipulation
Lightning Element Control
Lighting Style.
Thunderlight Manipulation.
There is energy all around us.
The energy is both yin and yang.
positive energy and negative energy.
Only a select few firebenders can separate these energies.
This creates an imbalance.
The energy wants to restore balance and in a moment the positive and negative energy come crashing back together.
You provide release and guidance, creating lightning."
It is the abbility to higly Enhance screaming.
To high voice.
It is the abbility for sound attacks.
It is the abbility for Sound Wave Generation.
A User can generate extremely powerful scream.
It is also called: Bionic Scream
Canary Cry.
Force Scream.
Ghost Wail.
Ultra Sonic Scream.
Mighty Shout.
Super Scream.
Sonic Howl.
Banshee Scream.
Hyper Sonic Scream.
The power to emit highly enhanced scream of a high amplitude.
Sub-power of Sound Attacks.
Variation of Sound Wave Generation.
Users of this power are sometimes called Screamers.
It is the ability to move instantly from one place to the other.
Without physically occupying the space in between.
It is the abbility for Psionics.
It is the abbility for Spatial manipulation.
It is also the abbility for Teleportation Manipulation.
It is also called: Disaparriton
Blink.
Coordinate Change/Movement
Geo-Leaping.
Phase-Jumping.
Position Change.
Spatial Movement.
Teleport.
Tele-Transportation.
Translocation.
Instantaneous Teleportation.
Transmutation.
Teleportation is the hypothetical transfer of matter.
Or energy from one point to another without traversing the physical space between them.
It is a common subject in science fiction.
Or literature.
Or film.
Or video games.
And television.
This can be achieved by various means.
Including causing the atoms/molecules to travel at light-speed.
Or warping the space.
Or use quantum superposition
In which the user teleports by spatially rearranging the subatomic contents of a system.
The power to move.
The power to move objects.
The power to move objects with your mind.
The power to manipulate objects with your mind.
Telekenises is the abbility to control phisical item with yo mind.
It is also called: Force Grip
Mind-Over-Matter.
Mind Power.
Molecularkinesis.
PK.
PSI.
Psychokinesis.
Telekinetic.
TK.
Psychokinetic Power.
The eternally appealing idea of moving an object remotely.
Using only psychic powers.
Telekenises has had a long life in films.
nd TV shows.
And stories.
And novels
And video games.
And even comics.
But although some researchers believe in the existence of telekinesis.
Also known as psychokinesis.
Most scientists believe that any reported experiences have been the result of fraud.
Or Wishful thinking.
Or naturally.


GitHub.
Electron.
There is a newer version of PHP Assistant available. Auto-update is not implemented yet.
The most recent version is . You're running .
Access https://github.com/rafajaques/php-assistant/releases and download a new copy.


Class JsonLogic
Provides factory methods to create operations.
Inheritance
Namespace: Json.Logic
Assembly: JsonLogic.dll
Syntax
public static class JsonLogic : object
Methods
| Improve this Doc View SourceAdd(Rule, Rule[])
Creates a +
("add") rule.
Declaration
public static Rule Add(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
All(Rule, Rule)
Creates an all
rule.
Declaration
public static Rule All(Rule input, Rule rule)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
Returns
| Type | Description |
|---|---|
| Rule | An |
And(Rule, Rule[])
Creates an and
rule.
Declaration
public static Rule And(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | An |
BetweenExclusive(Rule, Rule, Rule)
Creates a three-argument <
("exclusive between") rule.
Declaration
public static Rule BetweenExclusive(Rule a, Rule b, Rule c)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The lower limit rule. |
| Rule | b | The rule. |
| Rule | c | The upper limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
BetweenInclusive(Rule, Rule, Rule)
Creates a three-argument <=
("inclusive between") rule.
Declaration
public static Rule BetweenInclusive(Rule a, Rule b, Rule c)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The lower limit rule. |
| Rule | b | The second rule. |
| Rule | c | The upper limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
BoolCast(Rule)
Creates a !!
("boolean cast") rule.
Declaration
public static Rule BoolCast(Rule value)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | value | The rule to negate. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Cat(Rule, Rule[])
Creates a cat
("concatenation") rule.
Declaration
public static Rule Cat(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Divide(Rule, Rule)
Creates a /
("divide") rule.
Declaration
public static Rule Divide(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b |
Returns
| Type | Description |
|---|---|
| Rule | A |
Filter(Rule, Rule)
Creates a filter
rule.
Declaration
public static Rule Filter(Rule input, Rule rule)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
Returns
| Type | Description |
|---|---|
| Rule | A |
If(Rule[])
Creates an if
rule.
Declaration
public static Rule If(params Rule[] components)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule[] | components | The rule chain to process. |
Returns
| Type | Description |
|---|---|
| Rule | An |
In(Rule, Rule)
Creates a none
rule.
Declaration
public static Rule In(Rule test, Rule input)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | test | The predicate to test by. |
| Rule | input | The input rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
LessThan(Rule, Rule)
Creates a <
("less than") rule.
Declaration
public static Rule LessThan(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The lower limit rule. |
| Rule | b | The upper limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
LessThanOrEqual(Rule, Rule)
Creates a <=
("less than or equal") rule.
Declaration
public static Rule LessThanOrEqual(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The lower limit rule. |
| Rule | b | The upper limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Literal(JsonElement)
Creates a rule that stands in for a literal JSON value.
Declaration
public static Rule Literal(JsonElement value)
Parameters
| Type | Name | Description |
|---|---|---|
| JsonElement | value | The JSON value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Boolean)
Creates a rule that stands in for a bool
.
Declaration
public static Rule Literal(bool value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Decimal)
Creates a rule that stands in for a decimal
.
Declaration
public static Rule Literal(decimal value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Decimal | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Double)
Creates a rule that stands in for a double
.
Declaration
public static Rule Literal(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Int32)
Creates a rule that stands in for an int
.
Declaration
public static Rule Literal(int value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Int64)
Creates a rule that stands in for a long
.
Declaration
public static Rule Literal(long value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int64 | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(Single)
Creates a rule that stands in for a float
.
Declaration
public static Rule Literal(float value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Literal(String)
Creates a rule that stands in for a string
.
Declaration
public static Rule Literal(string value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | value | The value. |
Returns
| Type | Description |
|---|---|
| Rule | A literal rule. |
Log(Rule)
Functions as a no-op. Processes the rule, then logs and returns the output.
Declaration
public static Rule Log(Rule log)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | log | The rule to log. |
Returns
| Type | Description |
|---|---|
| Rule | The result of the rule. |
LooseEquals(Rule, Rule)
Creates a ==
("loose equal") rule.
Declaration
public static Rule LooseEquals(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b | The second rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
LooseNotEquals(Rule, Rule)
Creates a !=
("loose not equal") rule.
Declaration
public static Rule LooseNotEquals(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b | The second rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Map(Rule, Rule)
Creates a map
rule.
Declaration
public static Rule Map(Rule input, Rule rule)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Max(Rule, Rule[])
Creates a max
rule.
Declaration
public static Rule Max(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Merge(Rule[])
Creates a merge
rule.
Declaration
public static Rule Merge(params Rule[] items)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule[] | items | The items to merge. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Min(Rule, Rule[])
Creates a min
rule.
Declaration
public static Rule Min(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Missing(Rule[])
Creates a missing
rule.
Declaration
public static Rule Missing(params Rule[] components)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule[] | components | The missing components. |
Returns
| Type | Description |
|---|---|
| Rule | A |
MissingSome(Rule, Rule)
Creates a missing-some
rule.
Declaration
public static Rule MissingSome(Rule requiredCount, Rule components)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | requiredCount | The required count. |
| Rule | components | The missing components. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Modulus(Rule, Rule)
Creates a %
("modulus") rule.
Declaration
public static Rule Modulus(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b |
Returns
| Type | Description |
|---|---|
| Rule | A |
MoreThan(Rule, Rule)
Creates a >
("more than") rule.
Declaration
public static Rule MoreThan(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The upper limit rule. |
| Rule | b | The lower limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
MoreThanOrEqual(Rule, Rule)
Creates a >=
("more than or equal") rule.
Declaration
public static Rule MoreThanOrEqual(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The upper limit rule. |
| Rule | b | The lower limit rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Multiply(Rule, Rule[])
Creates a *
("multiply") rule.
Declaration
public static Rule Multiply(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
None(Rule, Rule)
Creates a none
rule.
Declaration
public static Rule None(Rule input, Rule rule)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Not(Rule)
Creates a !
("not") rule.
Declaration
public static Rule Not(Rule value)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | value | The rule to negate. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Or(Rule, Rule[])
Creates an or
rule.
Declaration
public static Rule Or(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | An |
Reduce(Rule, Rule, Rule)
Creates a reduce
rule.
Declaration
public static Rule Reduce(Rule input, Rule rule, Rule initial)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
| Rule | initial | The initial rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Some(Rule, Rule)
Creates a some
("any") rule.
Declaration
public static Rule Some(Rule input, Rule rule)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | rule | The predicate to test by. |
Returns
| Type | Description |
|---|---|
| Rule | A |
StrictEquals(Rule, Rule)
Creates a ===
("strict equal") rule.
Declaration
public static Rule StrictEquals(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b | The second rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
StrictNotEquals(Rule, Rule)
Creates a !==
("strict not equal") rule.
Declaration
public static Rule StrictNotEquals(Rule a, Rule b)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule | b | The second rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Substr(Rule, Rule)
Creates a substr
("concatenation") rule.
Declaration
public static Rule Substr(Rule input, Rule start)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | start | The start rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Substr(Rule, Rule, Rule)
Creates a substr
("concatenation") rule.
Declaration
public static Rule Substr(Rule input, Rule start, Rule count)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | input | The input rule. |
| Rule | start | The start rule. |
| Rule | count | The count rule. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Subtract(Rule, Rule[])
Creates a -
("subtract") rule.
Declaration
public static Rule Subtract(Rule a, params Rule[] more)
Parameters
| Type | Name | Description |
|---|---|---|
| Rule | a | The first rule. |
| Rule[] | more | Subsequent rules. |
Returns
| Type | Description |
|---|---|
| Rule | A |
Variable(String)
Creates a var
rule that accesses data.
Declaration
public static Rule Variable(string path)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | path |
Returns
| Type | Description |
|---|---|
| Rule | A variable rule. |
Variable(String, Rule)
Creates a var
rule that accesses data.
Declaration
public static Rule Variable(string path, Rule defaultValue)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | path | The dot-delimited path. |
| Rule | defaultValue | A default value to use if the path is not found. |
Returns
| Type | Description |
|---|---|
| Rule | A variable rule. |


I am a hardworking individual who has an interest with technology. i taught myself to develop websites and have participated in a number of projects. Other than that i like to read books and play guitar in my spare time. I am also currently taking a electronics and telecommunications major in the University of Rwanda View Resume
This is just a simple app that displays robot faces with a searchbar for searching each name. Built with html,css and react
This exciting app detects faces in pictures. Just paste a link/url that contains an image in the box and press detect. Built with react,css and html.
This is a beautiful website template with random text that uses the latest technology to make the best user experience across any device ie laptops,phone and tablets It will suit any kind of business, bar and blog.
Email: rayjayn206@gmail.com


Messenger:
You are not the leader of a clan, are you?
(This action can be taken only by the leader of a clan of level 4 or above.)


I like EDA's combination of both hard and soft skills approach.
First impressions are that it is going to be both challenging and very rewarding at the same time.
I think i will fit in well with the culture of EDA. But may struggle with the phase 0 aspect of self learning for an extended period of time
I think i am even more excited now to get into the materials and learn to code :D
I think this kind of learning environment will suit me very well.


Diary
Submit
Copy History
Delete Line
Clear History
Show timestamps
Show indices
Clear on submission


Thank You.
Your order status is {{=status}}
Your Transaction ID for this transaction is {{=txnid }}
We have received a payment of Rs {{=amount}}


In this kernal we will take look at Decision Trees using Titanic dataset.The main aspects covered are:
Decision tree is a type of supervised learning algorithm(having a pre-defined target variable) that is mostly used in classification problems. It works for both categorical and continuous input and output variables. In this technique, we split the population or sample into two or more homogeneous sets (or sub-populations) based on most significant splitter / differentiator in input variables.
Types of decision tree is based on the type of target variable we have.it can be of two types:
1. Categorical Variable Decision Tree:Decision Tree which has categorical target variable then it called as categorical variable decision tree.
2. Continuous Variable Decision Tree:Decision Tree has continuous target variable then it is called as Continuous Variable Decision Tree. Example:- Let’s say we have a problem to predict whether a customer will pay his renewal premium with an insurance company (yes/ no). Here we know that income of customer is a significant variable but insurance company does not have income details for all customers. Now, as we know this is an important variable, then we can build a decision tree to predict customer income based on occupation, product and various other variables. In this case, we are predicting values for continuous variable.
Lets look at the basic terminology used with Decision trees:
1 .RootNode:It represents entire population or sample and this further gets divided into two or more homogeneous sets.
2.Splitting:It is a process of dividing a node into two or more sub-nodes.
3.Decision Node:When a sub-node splits into further sub-nodes, then it is called decision node.
4.Leaf/ Terminal Node:Nodes do not split is called Leaf or Terminal node.
5.Pruning: When we remove sub-nodes of a decision node, this process is called pruning. You can say opposite process of splitting.
6.Branch / Sub-Tree: A sub section of entire tree is called branch or sub-tree.
7.Parent and Child Node: A node, which is divided into sub-nodes is called parent node of sub-nodes where as sub-nodes are the child of parent node.
1.Ease to Understand: Decision tree output is very east to understand.It does not require any statistical knowledge.
2.Useful in Data exploration: it is fastest way to identify significant variables.with decision trees we can create new variables/features that has better power to predict target variable.
3.Less data cleaning required:It requires less data cleaning compared to some other modeling techniques. It is not influenced by outliers and missing values to a fair degree.
4.Data type is not a constraint:It can handle both numerical and categorical variables
1.Over fitting: Over fitting is one of the most practical difficulty for decision tree model. This problem get solved by setting constraints on model parameters.\
2.Not fit for continuous variables: While working with continuous numerical variables, decision tree looses information when it categorizes variables in different categories.
After this short introduction to Decision Trees and their place in Machine Learning, let's see how to apply them for the Titanic challenge. First, we're going to prepare the dataset and discuss the most relevant features. We'll then find the best tree depth to avoid over-fitting, generate the final model, and explain how to visualise the resulting tree.
For the Titanic challenge we need to guess wheter the individuals from the test dataset had survived or not. But for our current purpose let's also find out what can the data tell us about the shipwreck with the help of a Classification Tree. Let's load the data and get an overview.
# Imports needed for the script
import numpy as np
import pandas as pd
import re
import graphviz
#import xgboost as xgb
import seaborn as sns
import matplotlib.pyplot as plt
%matplotlib inline
import plotly.offline as py
py.init_notebook_mode(connected=True)
import plotly.graph_objs as go
import plotly.tools as tls
from sklearn import tree
from sklearn.metrics import accuracy_score
from sklearn.model_selection import KFold
from sklearn.model_selection import cross_val_score
from IPython.display import Image as PImage
from subprocess import check_call
from IPython.display import Image
# from PIL import Image, ImageDraw, ImageFont
# Loading the data
train = pd.read_csv('train.csv')
test = pd.read_csv('test.csv')
# Store our test passenger IDs for easy access
PassengerId = test['PassengerId']
# Showing overview of the train dataset
train.head(5)
# "original_train = train" will create a reference to the train variable (changes in 'train' will apply to 'original_train')
original_train = train.copy() # Using 'copy()' allows to clone the dataset, creating a different object with the same values
# Feature engineering steps taken from Sina and Anisotropic, with minor changes to avoid warnings
full_data = [train, test]
# Feature that tells whether a passenger had a cabin on the Titanic
train['Has_Cabin'] = train["Cabin"].apply(lambda x: 0 if type(x) == float else 1)
test['Has_Cabin'] = test["Cabin"].apply(lambda x: 0 if type(x) == float else 1)
# Create new feature FamilySize as a combination of SibSp and Parch
for dataset in full_data:
dataset['FamilySize'] = dataset['SibSp'] + dataset['Parch'] + 1
# Create new feature IsAlone from FamilySize
for dataset in full_data:
dataset['IsAlone'] = 0
dataset.loc[dataset['FamilySize'] == 1, 'IsAlone'] = 1
# Remove all NULLS in the Embarked column
for dataset in full_data:
dataset['Embarked'] = dataset['Embarked'].fillna('S')
# Remove all NULLS in the Fare column
for dataset in full_data:
dataset['Fare'] = dataset['Fare'].fillna(train['Fare'].median())
# Remove all NULLS in the Age column
for dataset in full_data:
age_avg = dataset['Age'].mean()
age_std = dataset['Age'].std()
age_null_count = dataset['Age'].isnull().sum()
age_null_random_list = np.random.randint(age_avg - age_std, age_avg + age_std, size=age_null_count)
# Next line has been improved to avoid warning
dataset.loc[np.isnan(dataset['Age']), 'Age'] = age_null_random_list
dataset['Age'] = dataset['Age'].astype(int)
# Define function to extract titles from passenger names
def get_title(name):
title_search = re.search(' ([A-Za-z]+)\.', name)
# If the title exists, extract and return it.
if title_search:
return title_search.group(1)
return ""
for dataset in full_data:
dataset['Title'] = dataset['Name'].apply(get_title)
Converting usefull columns to a dataset with numerical values by sorting them into groups
# Group all non-common titles into one single grouping "Rare"
for dataset in full_data:
dataset['Title'] = dataset['Title'].replace(['Lady', 'Countess','Capt', 'Col','Don',
'Dr', 'Major', 'Rev', 'Sir', 'Jonkheer', 'Dona'], 'Rare')
dataset['Title'] = dataset['Title'].replace('Mlle', 'Miss')
dataset['Title'] = dataset['Title'].replace('Ms', 'Miss')
dataset['Title'] = dataset['Title'].replace('Mme', 'Mrs')
for dataset in full_data:
# Mapping Sex
dataset['Sex'] = dataset['Sex'].map( {'female': 0, 'male': 1} ).astype(int)
# Mapping titles
title_mapping = {"Mr": 1, "Master": 2, "Mrs": 3, "Miss": 4, "Rare": 5}
dataset['Title'] = dataset['Title'].map(title_mapping)
dataset['Title'] = dataset['Title'].fillna(0)
# Mapping Embarked
dataset['Embarked'] = dataset['Embarked'].map( {'S': 0, 'C': 1, 'Q': 2} ).astype(int)
# Mapping Fare
dataset.loc[ dataset['Fare'] <= 7.91, 'Fare'] = 0
dataset.loc[(dataset['Fare'] > 7.91) & (dataset['Fare'] <= 14.454), 'Fare'] = 1
dataset.loc[(dataset['Fare'] > 14.454) & (dataset['Fare'] <= 31), 'Fare'] = 2
dataset.loc[ dataset['Fare'] > 31, 'Fare'] = 3
dataset['Fare'] = dataset['Fare'].astype(int)
# Mapping Age
dataset.loc[ dataset['Age'] <= 16, 'Age'] = 0
dataset.loc[(dataset['Age'] > 16) & (dataset['Age'] <= 32), 'Age'] = 1
dataset.loc[(dataset['Age'] > 32) & (dataset['Age'] <= 48), 'Age'] = 2
dataset.loc[(dataset['Age'] > 48) & (dataset['Age'] <= 64), 'Age'] = 3
dataset.loc[ dataset['Age'] > 64, 'Age'] ;
# Feature selection: remove variables no longer containing relevant information
drop_elements = ['PassengerId', 'Name', 'Ticket', 'Cabin', 'SibSp']
train = train.drop(drop_elements, axis = 1)
test = test.drop(drop_elements, axis = 1)
train.head()
This heatmap is very useful as an initial observation because you can easily get an idea of the predictive value of each feature.the value of the heat map is between (-1,0) and (0,-1) as the value increases the corelation between the atributes increases.
colormap = plt.cm.viridis
plt.figure(figsize=(12,12))
plt.title('Pearson Correlation of Features', y=1.05, size=15)
sns.heatmap(train.astype(float).corr(),linewidths=0.1,vmax=1.0, square=True, cmap=colormap, linecolor='white', annot=True)
train[['Title', 'Survived']].groupby(['Title'], as_index=False).agg(['mean', 'count', 'sum'])
# Since "Survived" is a binary class (0 or 1), these metrics grouped by the Title feature represent:
# MEAN: survival rate
# COUNT: total observations
# SUM: people survived
# title_mapping = {"Mr": 1, "Miss": 2, "Mrs": 3, "Master": 4, "Rare": 5}
train[['Sex', 'Survived']].groupby(['Sex'], as_index=False).agg(['mean', 'count', 'sum'])
# Since Survived is a binary feature, this metrics grouped by the Sex feature represent:
# MEAN: survival rate
# COUNT: total observations
# SUM: people survived
# sex_mapping = {{'female': 0, 'male': 1}}
# Let's use our 'original_train' dataframe to check the sex distribution for each title.
# We use copy() again to prevent modifications in out original_train dataset
title_and_sex = original_train.copy()[['Name', 'Sex']]
# Create 'Title' feature
title_and_sex['Title'] = title_and_sex['Name'].apply(get_title)
# Map 'Sex' as binary feature
title_and_sex['Sex'] = title_and_sex['Sex'].map( {'female': 0, 'male': 1} ).astype(int)
# Table with 'Sex' distribution grouped by 'Title'
# title_and_sex[['Title', 'Sex']].groupby(['Title'], as_index=False).agg(['mean', 'count', 'sum'])
# Since Sex is a binary feature, this metrics grouped by the Title feature represent:
# MEAN: percentage of men
# COUNT: total observations
# SUM: number of men
The decision of making strategic splits heavily affects a tree’s accuracy. The decision criteria is different for classification and regression trees.
Decision trees use multiple algorithms to decide to split a node in two or more sub-nodes. The creation of sub-nodes increases the homogeneity of resultant sub-nodes. In other words, we can say that purity of the node increases with respect to the target variable. Decision tree splits the nodes on all available variables and then selects the split which results in most homogeneous sub-nodes.
The algorithm selection is also based on type of target variables. Let’s look at the four most commonly used algorithms in decision tree:
Gini index says, if we select two items from a population at random then they must be of same class and probability for this is 1 if population is pure.
Steps to Calculate Gini for a split
# Define function to calculate Gini Impurity
def get_gini_impurity(survived_count, total_count):
survival_prob = survived_count/total_count
not_survival_prob = (1 - survival_prob)
random_observation_survived_prob = survival_prob
random_observation_not_survived_prob = (1 - random_observation_survived_prob)
mislabelling_survided_prob = not_survival_prob * random_observation_survived_prob
mislabelling_not_survided_prob = survival_prob * random_observation_not_survived_prob
gini_impurity = mislabelling_survided_prob + mislabelling_not_survided_prob
return gini_impurity
# Gini Impurity of starting node
gini_impurity_starting_node = get_gini_impurity(342, 891)
gini_impurity_starting_node
cv = KFold(n_splits=10) # Desired number of Cross Validation folds
accuracies = list()
max_attributes = len(list(test))
depth_range = range(1, max_attributes + 1)
# Testing max_depths from 1 to max attributes
# Uncomment prints for details about each Cross Validation pass
for depth in depth_range:
fold_accuracy = []
tree_model = tree.DecisionTreeClassifier(max_depth = depth)
# print("Current max depth: ", depth, "\n")
for train_fold, valid_fold in cv.split(train):
f_train = train.loc[train_fold] # Extract train data with cv indices
f_valid = train.loc[valid_fold] # Extract valid data with cv indices
model = tree_model.fit(X = f_train.drop(['Survived'], axis=1),
y = f_train["Survived"]) # We fit the model with the fold train data
valid_acc = model.score(X = f_valid.drop(['Survived'], axis=1),
y = f_valid["Survived"])# We calculate accuracy with the fold validation data
fold_accuracy.append(valid_acc)
avg = sum(fold_accuracy)/len(fold_accuracy)
accuracies.append(avg)
# print("Accuracy per fold: ", fold_accuracy, "\n")
# print("Average accuracy: ", avg)
# print("\n")
# Just to show results conveniently
df = pd.DataFrame({"Max Depth": depth_range, "Average Accuracy": accuracies})
df = df[["Max Depth", "Average Accuracy"]]
print(df.to_string(index=False))
# Create Numpy arrays of train, test and target (Survived) dataframes to feed into our models
y_train = train['Survived']
x_train = train.drop(['Survived'], axis=1).values
x_test = test.values
# Create Decision Tree with max_depth = 3
decision_tree = tree.DecisionTreeClassifier(max_depth = 3)
decision_tree.fit(x_train, y_train)
# Predicting results for test dataset
y_pred = decision_tree.predict(x_test)
submission = pd.DataFrame({
"PassengerId": PassengerId,
"Survived": y_pred
})
# submission.to_csv('submission.csv', index=False)
# Export our trained model as a .dot file
with open("tree1.dot", 'w') as f:
f = tree.export_graphviz(decision_tree,
out_file=f,
max_depth = 3,
impurity = True,
feature_names = list(train.drop(['Survived'], axis=1)),
class_names = ['Died', 'Survived'],
rounded = True,
filled= True )
# with open("tree1.dot") as f:
# dot_graph = f.read()
# graphviz.Source(dot_graph)
# graphviz.Source("tree1.dot") .view()
# Code to check available fonts and respective paths
# import matplotlib.font_manager
# matplotlib.font_manager.findSystemFonts(fontpaths=None, fontext='ttf')


Ye Holy Hand Grenades!
问题描述 :
Holy Hand Grenades have found multiple uses throughout history. Most notably, King Arthur did use a Holy Hand Grenade (HHG) to dispatch a vicious rabbit which was guarding the entrance to a cave. The instructions for its use are in the Book of Armaments (Chapter 2, verses 9-21), and are read as follows:
Unfortunately, the Book of Armaments faileth to mention that the HHG must come to a complete stop (i.e. rest stably) before it can explodeth and blow a rabbit to tiny bits. As long as it rolleth or wobbeleth, it refuseth to explodeth. Unknown is the reason why the authors of the Book of Armaments neglected to mention this pertinent fact. Further complicating matters, different HHGs have different radii of destruction (RD). Once a HHG resteth stably, and explodeth, everything within or equal to its RD shalt be snuffed out. Presumably, this is what happened to the rabbit with big, pointy teeth; however, there remaineth some controversy over this matter. Because of this controversy, the king hath decreed a simulation to be run that may possibly answer this question.
Unfortunately, the Book of Armaments faileth to mention that the HHG must come to a complete stop (i.e. rest stably) before it can explodeth and blow a rabbit to tiny bits. As long as it rolleth or wobbeleth, it refuseth to explodeth. Unknown is the reason why the authors of the Book of Armaments neglected to mention this pertinent fact. Further complicating matters, different HHGs have different radii of destruction (RD). Once a HHG resteth stably, and explodeth, everything within or equal to its RD shalt be snuffed out. Presumably, this is what happened to the rabbit with big, pointy teeth; however, there remaineth some controversy over this matter. Because of this controversy, the king hath decreed a simulation to be run that may possibly answer this question.
- Your task is to determine the result of the grenade’s explosion.
- The grenade must always be at rest in order to detonate. All HHGs have a radius R=1 and a variable radius of destruction (RD). At the instant of detonation, the rabbit could be mid-leap, on the ground, or underground.
- For each simulation the terrain remaineth unchanged. It consisteth of two intersecting curves, y = e-x and y = ln(x) as we have revealed unto you in the illustrious illustration. The curves reside in the plane formed by the rabbit, the grenade, and the center of the earth. The terrain is impervious to detonations, and changeth not between tests.
- If a bunny’s center of mass is strictly below the ground level (as denoted by the intersecting curves) when a HHG explodeth, that bunny shalt remaineth un-snuffedeth and thus shalt live to bite another day.
- If the bunny resideth strictly outside of the range of a stably resting HHG’s radius of destruction, that bunny shalt also remain un-snuffedeth out.
- Each result shalt be dependent upon computations accurate even unto 8 significant figures.
- There shalt not be an input value smaller even than 1.0E-15 or greater even than 1.0E+15.
- Because the bunny’s center of mass doth be its location, a bunny might possibly end up inside both the RD and the R=1 of a HHG. This simply means the bunny is curled around the grenade. If the center of mass of such a bunny be strictly inside the RD it shall most surely be snufféd out. Amen.
.
输入:
The first line of input doth contain yea verily a single integer indicating the number of holy hand grenades in the data file. Each line of the file doth contain the radius of destruction of this particular holy hand grenade, and finally doth contain the rabbit’s x coordinate (xb) and y coordinate (yb) during this particular test run.
输出:
The first line of input doth contain yea verily a single integer indicating the number of holy hand grenades in the data file. Each line of the file doth contain the radius of destruction of this particular holy hand grenade, and finally doth contain the rabbit’s x coordinate (xb) and y coordinate (yb) during this particular test run.
样例输入:
2 1.5 3.0 3.0 5.5 3.0 3.0
样例输出:
Bunny Biteth Knights Bunny Bits
题目链接：http://acm.hit.edu.cn/hoj/problem/view?id=3133
简单的搜索题。
输出白盒测试的基本路径。注意题目中关于基本路径的定义。。。
考虑到有可能（不知有没有可能）标号和数量不符的情况，离散化一下。
#include <stdio.h> #include <stdlib.h> #include <string.h> #include <math.h> #include <stack> #include <queue> #include <map> #include <algorithm> #include <iostream> using namespace std; #define Maxn 30 #define Maxm 2005 struct Point { int vis; int lchild,rchild; int child; }point[Maxn]; int vis[Maxn]; int ma[Maxn][Maxn]; vector <int> v[Maxm]; int vnum = 0; map <int,int> just; map <int,int> to; bool cmp(vector<int> a,vector<int> b) { if(a.size() == b.size()) { for(int i=0;i<a.size();i++) { if(a[i]!=b[i]) return a[i]<b[i]; } } else return a.size() < b.size(); } void print(vector<int> has) { int flag = 1; for(int i = has.size()-1;i>0;i--) { flag = flag & ma[has[i]][has[i-1]]; ma[has[i]][has[i-1]] = 1; } if(flag) return; for(int i=0;i<has.size();i++) { v[vnum].push_back(to[has[i]]); } vnum++; } void dfs(int s,vector<int> has) { if(point[s].vis == 0) { point[s].vis = 1; if(point[s].rchild!=-1 && point[s].lchild!=-1) { vector<int> t1 = has; t1.push_back(point[s].rchild); dfs(point[s].rchild,t1); vector<int> t2 = has; t2.push_back(point[s].lchild); dfs(point[s].lchild,t2); } else if(point[s].child!=-1) { vector<int> t3 = has; t3.push_back(point[s].child); dfs(point[s].child,t3); } else print(has); point[s].vis = 0; } else print(has); } int main() { #ifndef ONLINE_JUDGE freopen("in.txt","r",stdin); #endif int s; char str[20]; int a,b; char d; while(scanf(" %d",&s)!=EOF) { for(int i=0;i<Maxn;i++) { point[i].vis = 0; point[i].lchild = point[i].rchild = point[i].child = -1; } memset(ma,0,sizeof(ma)); for(int i=0;i<Maxm;i++) { v[i].clear(); } vnum = 0; just.clear(); to.clear(); int hh = 0; if(just.find(s) == just.end()) just[s] = ++hh; to[just[s]] = s; s = just[s]; while(scanf(" %s",str)!=EOF && str[0]!='E') { sscanf(str,"%d->%d,%c",&a,&b,&d); if(just.find(a) == just.end()) just[a] = ++hh; if(just.find(b) == just.end()) just[b] = ++hh; to[just[a]] = a; a = just[a]; to[just[b]] = b; b = just[b]; if(d == 'T') point[a].lchild = b; else if(d == 'F') point[a].rchild = b; else point[a].child = b; } vector <int> has; has.push_back(s); dfs(s,has); sort(v,v+vnum,cmp); printf("CC=%d\n",vnum); for(int i=0;i<vnum;i++) { for(int j=0;j<v[i].size();j++) { if(j == v[i].size()-1) printf("%d\n",v[i][j]); else printf("%d,",v[i][j]); } } } return 0; }
参考：http://blog.csdn.net/niuox/article/details/10414811
(adsbygoogle = window.adsbygoogle || []).push({});
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
再也不能直视天王组合HKT了
妈呀！这个Dijkstra模板好长OwQ！
很赞的解答
正确性是关键，冲突是都会有的，主要是那种算法冲突的概率低
很好，找的就是这一题
Thanks i enjoy your write-up about Why We Keep track of | J Squared Consulting
漂亮。佩服。
P.S. unsigned 应该去掉。换行符是n 不是/n
还可以稍微优化一下，
int main() {
int m,n,ai,aj,bi,bj,ak,bk;
while (scanf("%d%d",&m,&n)!=EOF) {
ai = sqrt(m-1);
bi = sqrt(n-1);
aj = (m-ai*ai-1)>>1;
bj = (n-bi*bi-1)>>1;
ak = ((ai+1)*(ai+1)-m)>>1;
bk = ((bi+1)*(bi+1)-n)>>1;
printf("%dn",abs(ai-bi)+abs(aj-bj)+abs(ak-bk));
}
}
对，还是这种实现比较好理解。虽然效率有点低
mark, 备用
不错，再多来的CF上面的题
学算法中的数据结构学到一定程度会乐此不疲的，比如其中的2－3树，类似的红黑树，我甚至可以自己写个逻辑文件系统结构来。
找bug好专业的说
题本身没错，但是HDOJ放题目的时候，前面有个题目解释了什么是XXX定律。
这里直接放了这个题目，肯定没几个人明白是干啥
分析的很详细！赞一个


Acupuncture can be used for treating conditions such as aches and pains, headaches, migraines, neck and shoulder pains, back pains, sciatica, women’s health, many chronic problem and acute pain and many other conditions that are outlined on the website. For any other ailments, you normally feel better after each acupuncture treatment.
We use Chinese herbs based on the holistic principles of Traditional Chinese Medicine (TCM). Chinese herbal medicine is backed by thousands of years of proven history in treating patients. The herbal medicine is used to complement treatments such as acupuncture and massage. At the Chinese Treatment Centre in Canberra you can purchase Chinese herbs. We have over 300 different Chinese herbs which we source from reputable companies in Sydney and Melbourne.
All of our practitioners have many years’ experience in the use of acupuncture to treat our patients. We will have you feeling better in the shortest time possible. Acupuncture and Chinese medicine are extremely successful in the treatment of a multitude of conditions. Many people try Acupuncture and Oriental Medicine as natural way with happy treatment. For complex medical problems, you will find that it may help it when other treatments could not.
Chinese massage is an excellent remedial therapy that uses different hand techniques and soft-tissue manipulation in order to relax muscle and relieve pain. Our clinic mostly uses massage to complement an acupuncture treatment. Tui Na is used to correct the problems the patient may experience whole body tension and mental stress. At the clinic we also can provide therapeutic and lymphatic drainage massage as well as Shiatsu. The staff at the centre have many years’ experience in the various massage techniques we use at the centre and can discuss what the best method is for you circumstances.
The guest lays on a massage table in a quiet, comforting environment. Massage therapist make you in the perfect setting for worries and stress to melt away. Using his or her hands, the therapist applies gentle pressure to the body, smoothly manipulating the muscle tissue. The careful rubbing and kneading of the body's outer tissue layers promotes complete relaxation of both the mind and body. The techniques used during the session facilitate blood flow through congested areas, releasing pressure and allowing new blood to flow through targeted areas. When the muscles are gently pulled and squeezed, lactic acid is flushed from the muscles, which contributes to the improved functioning of the lymphatic system.
Remedial massage provides a healing treatment that can be gentle or strong, deep or shallow. When muscles and tendons become damaged, impaired, knotted, tense or immobile, remedial massage provides an effective healing treatment. Remedial massage holistically treats the whole body and traces the discomfort as far as possible back to the original cause, healing both the cause of the disorder as well as the symptoms.
This treatment is used to promote blood circulation and incorporates the use of a herb which is burnt on or close to the body. It is a traditional Chinese medicine therapy which uses a herb called Moxa, commonly known as Mugwort.
Cupping is a method from ancient China. Glass cups are used to create a vacuum suction on the skin. The action of the vacuum is to increase blood flow to the local to help in the treatment and Relax the soft tissues to help for the healing. Cupping are also work on meridian channels to improve all the meridian circulations. Your skin will look red or purple circle colour left after cupping, it takes several days to disappear.


Times
Monday
Tuesday
Wednesday
Thursday
Friday
8:00
9:00
10:00
11:00
12:00
1:00
2:00
3:00
4:00
5:00
6:00
7:00
8:00
9:00
10:00
Create Timeslot
8:00am
9:00am
10:00am
11:00am
12:00pm
1:00pm
2:00pm
3:00pm
4:00pm
5:00pm
6:00pm
7:00pm
8:00pm
9:00pm
10:00pm
Monday
Tuesday
Wednesday
Thursday
Friday
Create Timeslot
Create Worker
Create Worker
Add All
Worker List
Choose Worker


DINOLOOP
A lightweight REST API Library for building scalable Node.js server-side applications powered by
Typescript.
- Reuse OOP Practices in Node.js
- SOLID principles and Dependency Injection
- An Expressjs library influenced by MVC architecture
- Isolation of Controllers and Services for testability
- Write/Reuse Node.js and Expressjs codebase
- Highly decoupled components for better unit and e2e testing


Please select below the distribution counter where you want to collect your documents:
Due to the great size of the venue and the distance between the the two meeting rooms, two document distribution counters are available for your convenience.


Please enter first name
Please enter last name
Please enter 10 digit valid mobile number
Please enter pin
Please enter same pin


I use Ruby on Rails to create E-commerce apps, CRMs.
settings_brightness
Single page Webapps
I create single page web apps using ReactJS
laptop_mac
Responsive design
I develop Responsive designs using Bootstrap, Bootstrap Material Design.
PROJECTS
GATE
GATE Mock Test
GATE
I have developed a GATE mock test site, exactly like the original GATE, with some additional features like calculating the time spent by each student on each question, and also providing the analysis of the marks secured in the series of tests.
Bublee is a water can delivery Service in Visakhapatnam. I have created site using Ruby on Rails Framework, Bootstrap and bootstrap material design theme for the front-end design. I have also integrated Paytm wallet to this site. You can look at the site here :
Bublee
Forever
Mini social networking Platform
Forever
I have developed an Instagram like site where there is an access to sign in and out, create a post, can add images to it, update or destroy the posts he added, like and comment on other posts.
Ruby on Rails
Web Applications
ROR - Web Applications
I have done various Web Applications using Ruby on Rails Framework like
In these 3 applications, I have designed web-tools using Javascript with which a naval-architect can calculate the Hydrostatics Properties , Sectional Areas and Vertical Moments, Resistance Calculations, Scantlings Calculation of Super Structure of a Ship


[spacebar] : play/pause
[enter]: play
[numpad 0]: stop
[click] (anywhere in the score): move playhead to that position
[click] (on a note): note sounds and information is printed to console
[alt + drag] : create selection to set a loop
[alt + click] (on selection) : remove selection
[alt + click] (on a note) : move playhead to that note and play song


Need help coming up with the latest tech that will revolutionise the humanitarian sector?
Then use our random centred design tool. Click below for the next big idea.
Keywords drawn from Humanitarian Tech Hype 2018 article. Idea inspired by David Megginson's tweet. Created by @simon_b_johnson


Delicious
the best food blog on the web
Delicious
the best food blog on the web
For the fig-swirl: Melt butter over medium heat in a saucepan. Add brown sugar and stir to dissolve. Halve all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice cream: In a small pot over medium heat, combine milk, and granulated sugar until sugar is completely dissolved and the milk is just barely lukewarm. Whisk in the egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an ive cream machine, pour liquids into the frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass tupperware. Freeze for at least two hours before serving.


Ashley Mackenzie
About
Portfolio
Contact
Portfolio
Project 1
Project 2
Project 3
Project 4
Project 5
Project 6
Connect with Me