MIT-BIH Arrhythmia Database Directory
Next: Tables
Up: Contents
Previous: Introduction
Records in the MIT-BIH Arrhythmia Database
This section contains notes and statistics that describe the contents of
each record.
The leads used for the upper and lower signals are given for each record
immediately following the record number.
Beat counts are given for the first five minutes of each record and
the remainder of the record (the EC38-defined ``learning'' and ``test''
periods, respectively).
Note that the totals include two types of non-beats (blocked APCs and
ventricular flutter waves) for those few records in which they occur.
The total duration of each record is 30 minutes and 5.556 seconds; durations
noted below are rounded to the nearest second, and may not sum to exactly
30:06 because of accumulated rounding error.
Heart rates are given in beats per minute measured over 3 R-R intervals.
Following the statistical summary and notes for each record are links to points
of interest in each case. You may follow these links to view the signals and
annotations using WAVE. To do so successfully, you must have
configured your browser to use wavescript as a helper application, as
described in WAVE and the
Web (in the WAVE User's Guide).
Follow the links in this table to go directly to any record:
Record 100 (MLII, V5; male, age 69)
Medications: Aldomet, Inderal
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 367 | 1872 | 2239 |
| APC | 4 | 29 | 33 |
| PVC | - | 1 | 1 |
| Total | 371 | 1902 | 2273 |
Supraventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 70-89 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
Points of interest:
11:03 Normal sinus rhythm
25:13 PVC
26:09 APCs
27:55 Normal sinus rhythm
Record 101 (MLII, V1; female, age 75)
Medications: Diapres
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 342 | 1518 | 1860 |
| APC | - | 3 | 3 |
| Unclassifiable | - | 2 | 2 |
| Total | 342 | 1523 | 1865 |
Supraventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 55-79 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 3 | 30:01 |
| Upper noisy | 1 | 0:04 |
| Unreadable | 1 | 0:01 |
Points of interest:
1:34 Normal sinus rhythm
1:48 Noise
5:13 Noise/artifact
9:54 APC
24:32 APC
Record 102 (V5, V2; female, age 84)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 98 | 1 | 99 |
| PVC | 1 | 3 | 4 |
| Paced | 243 | 1785 | 2028 |
| Pacemaker fusion | 24 | 32 | 56 |
| Total | 366 | 1821 | 2187 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 72-78 | 2 | 1:22 |
| Paced rhythm | 68-78 | 3 | 28:44 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The rhythm is paced with a demand pacemaker. The PVCs are multiform.
Points of interest:
0:55 Paced rhythm
1:12 Transition from paced to normal sinus rhythm
1:28 PVC
2:30 Normal sinus rhythm
4:51 Pacemaker fusion beats
9:35 PVC
16:12 Paced rhythm
Record 103 (MLII, V2; male, age not recorded)
Medications: Diapres, Xyloprim
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 355 | 1727 | 2082 |
| APC | - | 2 | 2 |
| Total | 355 | 1729 | 2084 |
Supraventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 62-92 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 4 | 22:01 |
| Upper noisy | 1 | 0:09 |
| Lower noisy | 2 | 7:56 |
Points of interest:
1:09 Normal sinus rhythm
17:21 Normal sinus rhythm
19:15 APC, noise in lower signal
22:13 Noise in lower signal
23:33 Noise in lower signal
28:58 Noise in lower signal
Record 104 (V5, V2; female, age 66)
Medications: Digoxin, Pronestyl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 65 | 98 | 163 |
| PVC | 1 | 1 | 2 |
| Paced | 197 | 1183 | 1380 |
| Pacemaker fusion | 104 | 562 | 666 |
| Unclassifiable | 5 | 13 | 18 |
| Total | 372 | 1857 | 2229 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 69-82 | 22 | 3:52 |
| Paced rhythm | 70-78 | 23 | 26:13 |
| Signal quality | Episodes | Duration |
| Both clean | 13 | 26:46 |
| Upper noisy | 5 | 0:24 |
| Lower noisy | 8 | 0:46 |
| Both noisy | 12 | 2:09 |
- Notes:
- The rate of paced rhythm is close to that of the underlying sinus rhythm,
resulting in many pacemaker fusion beats. The PVCs are multiform. Several
bursts of muscle noise occur, but the signals are generally of good quality.
Points of interest:
3:42 PVC
5:13 Noise
5:52 Transition from paced to normal sinus rhythm
6:17 Noise
8:22 Noise in lower signal
26:51 Paced, normal, and pacemaker fusion beats
29:10 Paced, normal, and pacemaker fusion beats
Record 105 (MLII, V1; female, age 73)
Medications: Digoxin, Nitropaste, Pronestyl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 405 | 2121 | 2526 |
| PVC | 12 | 29 | 41 |
| Unclassifiable | - | 5 | 5 |
| Total | 417 | 2155 | 2572 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 78-102 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 31 | 22:18 |
| Upper noisy | 3 | 0:10 |
| Lower noisy | 28 | 3:27 |
| Both noisy | 23 | 4:06 |
| Unreadable | 4 | 0:04 |
- Notes:
- The PVCs are uniform. The predominant feature of this tape is
high-grade noise and artifact.
Points of interest:
5:27 Artifact
7:57 PVC
15:16 Normal sinus rhythm
17:52 Artifacts
22:02 Noise
26:45 PVC
27:27 Noise
28:08 Noise
29:07 Noise
Record 106 (MLII, V1; female, age 24)
Medications: Inderal
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 271 | 1236 | 1507 |
| PVC | 60 | 460 | 520 |
| Total | 331 | 1696 | 2027 |
Ventricular ectopy
- 327 isolated beats
- 95 couplets
- 1 run of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 49-87 | 21 | 22:36 |
| Ventricular bigeminy | 55-103 | 18 | 7:15 |
| Ventricular trigeminy | 57-90 | 1 | 0:13 |
| Ventricular tachycardia | 121 | 1 | 0:02 |
| Signal quality | Episodes | Duration |
| Both clean | 15 | 16:25 |
| Lower noisy | 15 | 13:41 |
- Notes:
- The PVCs are multiform.
Points of interest:
0:19 Normal sinus rhythm, noise in lower signal
1:37 Ventricular couplets
2:53 Ventricular tachycardia, 3 beats
4:23 PVC
7:57 Noise in lower signal
10:52 Noise in lower signal
12:27 Ventricular bigeminy (two types)
16:17 Multiform PVCs, ventricular couplet
25:13 Ventricular couplet
25:52 Ventricular couplets
Record 107 (MLII, V1; male, age 63)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| PVC | 2 | 57 | 59 |
| Paced | 351 | 1727 | 2078 |
| Total | 353 | 1784 | 2137 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Paced rhythm | 68-82 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 30:04 |
| Lower noisy | 1 | 0:02 |
- Notes:
- Complete heart block is present. The PVCs are multiform.
Points of interest:
0:44 Paced rhythm
12:30 PVC
19:54 PVC
20:38 Noise
25:52 PVC
Record 108 (MLII, V1; female, age 87)
Medications: Digoxin, Quinaglute
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 279 | 1460 | 1740 |
| APC | - | 4 | 4 |
| PVC | 4 | 13 | 17 |
| Fusion PVC | - | 2 | 2 |
| Junctional escape | - | 1 | 1 |
| Blocked APC | 2 | 9 | 11 |
| Total | 285 | 1489 | 1774 |
Supraventricular ectopy
Ventricular ectopy
- 15 isolated beats
- 2 couplets
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 44-78 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 19 | 24:05 |
| Upper noisy | 3 | 0:16 |
| Lower noisy | 12 | 2:45 |
| Both noisy | 8 | 3:01 |
- Notes:
- There is borderline first degree AV block and sinus arrhythmia. The
PVCs are multiform. The lower channel exhibits considerable noise and
baseline shifts.
Points of interest:
0:22 PVC, blocked APC, noise
4:51 Interpolated PVC
7:41 Axis shift
8:13 PVC, blocked APC, fusion PVC
10:55 Sinus arrhythmia
18:08 Fusion PVC-PVC couplet
20:05 Junctional escape beat
24:20 Blocked APC, APCs
28:10 Noise
29:00 Noise
Record 109 (MLII, V1; male, age 64)
Medications: Quinidine
| Beats | Before 5:00 | After 5:00 | Total |
| Left BBB | 425 | 2067 | 2492 |
| PVC | 6 | 32 | 38 |
| Fusion PVC | 2 | - | 2 |
| Total | 433 | 2099 | 2532 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 77-101 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:52 |
| Lower noisy | 1 | 0:14 |
- Notes:
- There is first degree AV block. The PVCs are multiform.
Points of interest:
0:13 Fusion PVC
1:28 PVC
3:36 Normal sinus rhythm with left bundle branch block
4:46 PVC
5:27 Noise
14:01 PVC
17:13 PVC
19:21 PVC
26:09 Noise
28:03 PVC
28:28 Normal sinus rhythm with left bundle branch block
29:10 PVC
Record 111 (MLII, V1; female, age 47)
Medications: Digoxin, Lasix
| Beats | Before 5:00 | After 5:00 | Total |
| Left BBB | 348 | 1775 | 2123 |
| PVC | - | 1 | 1 |
| Total | 348 | 1776 | 2124 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 64-82 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 5 | 29:47 |
| Upper noisy | 1 | 0:07 |
| Lower noisy | 3 | 0:11 |
- Notes:
- There is first degree AV block. There are short bursts of both baseline
shifts and muscle noise, but in general, the quality is excellent.
Points of interest:
0:25 Normal sinus rhythm, first degree AVB
2:41 Baseline shift noise
3:52 Noise
4:04 Axis shift (in upper signal)
8:31 PVC
11:53 Axis shift
15:41 Noise
19:54 Noise
27:02 Noise
Record 112 (MLII, V1; male, age 54)
Medications: Digoxin, Pronestyl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 428 | 2109 | 2537 |
| APC | - | 2 | 2 |
| Total | 428 | 2111 | 2539 |
Supraventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 74-91 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 6 | 29:11 |
| Upper noisy | 2 | 0:21 |
| Lower noisy | 3 | 0:33 |
- Notes:
- There is S-T segment depression in the upper channel.
Points of interest:
11:40 APC
12:30 Axis shift
12:49 APC, noise
Record 113 (MLII, V1; female, age 24)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 288 | 1501 | 1789 |
| Aberrated APC | 1 | 5 | 6 |
| Total | 289 | 1506 | 1795 |
Supraventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 48-87 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The variation in the rate of normal sinus rhythm is possibly due to a
wandering atrial pacemaker.
Points of interest:
4:20 Moderate baseline wander
8:22 Aberrated APC
11:48 Sinus arrhythmia with variation in P-wave morphology
12:27 Sinus arrhythmia
22:10 Aberrated APC
29:01 Sinus arrhythmia
Record 114 (V5, MLII; female, age 72)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 261 | 1559 | 1820 |
| APC | - | 10 | 10 |
| Junctional premature | 1 | 1 | 2 |
| PVC | 13 | 30 | 43 |
| Fusion PVC | - | 4 | 4 |
| Total | 275 | 1604 | 1879 |
Supraventricular ectopy
- 7 isolated beats
- 1 run of 5 beats
Ventricular ectopy
- 45 isolated beats
- 1 couplet
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 51-82 | 2 | 30:01 |
| SVTA | 102-122 | 1 | 0:05 |
| Signal quality | Episodes | Duration |
| Both clean | 4 | 29:18 |
| Upper noisy | 4 | 0:47 |
- Notes:
- The PVCs are uniform.
Points of interest:
0:00 Normal sinus rhythm
1:20 PVC
3:39 PVC
3:56 Late-cycle PVC
4:35 Late-cycle PVC
5:36 Ventricular couplet
8:31 PVCs
9:26 PVC, muscle noise
11:37 SVTA, PVC, junctional premature beat
20:02 Noise
29:29 Baseline artifact
Record 115 (MLII, V1; female, age 39)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 316 | 1637 | 1953 |
| Total | 316 | 1637 | 1953 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 50-84 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:56 |
| Lower noisy | 1 | 0:09 |
Points of interest:
0:55 Normal sinus rhythm
3:22 Sinus arrhythmia
15:52 Baseline wander in lower signal
21:28 Noise in lower signal
27:05 Artifacts in lower signal
28:42 Normal sinus rhythm
Record 116 (MLII, V1; male, age 68)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 384 | 1918 | 2302 |
| APC | - | 1 | 1 |
| PVC | 11 | 98 | 109 |
| Total | 395 | 2017 | 2412 |
Ventricular ectopy
- 105 isolated beats
- 2 couplets
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 74-86 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 5 | 29:41 |
| Upper noisy | 4 | 0:25 |
- Notes:
- There are two PVC forms.
Points of interest:
0:44 Normal sinus rhythm
1:31 PVCs
10:00 Ventricular couplet
12:32 PVC
16:37 Noise, saturation in upper signal
23:08 Noise, saturation in upper signal
25:47 Ventricular couplet
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 251 | 1283 | 1534 |
| APC | - | 1 | 1 |
| Total | 251 | 1284 | 1535 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 48-66 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:55 |
| Upper noisy | 1 | 0:01 |
| Both noisy | 1 | 0:09 |
Points of interest:
3:56 Normal sinus rhythm
11:58 Noise, APC
22:27 Normal sinus rhythm
Record 118 (MLII, V1; male, age 69)
Medications: Digoxin, Norpace
| Beats | Before 5:00 | After 5:00 | Total |
| Right BBB | 349 | 1817 | 2166 |
| APC | 10 | 86 | 96 |
| PVC | 3 | 13 | 16 |
| Blocked APC | 3 | 7 | 10 |
| Total | 365 | 1923 | 2288 |
Supraventricular ectopy
- 94 isolated beats
- 1 couplet
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 54-91 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 7 | 29:32 |
| Upper noisy | 2 | 0:07 |
| Lower noisy | 2 | 0:10 |
| Both noisy | 2 | 0:18 |
- Notes:
- The PVCs are multiform.
Points of interest:
3:39 PVC
8:31 Noise
9:23 PVC
13:47 Blocked APC
22:32 APC, blocked APC, PVC
23:25 APCs
25:41 PVC, APC
26:23 PVCs
26:48 Noise
28:58 Atrial couplet
29:53 APCs
Record 119 (MLII, V1; female, age 51)
Medications: Pronestyl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 246 | 1297 | 1543 |
| PVC | 80 | 364 | 444 |
| Total | 326 | 1661 | 1987 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 61-84 | 49 | 22:36 |
| Ventricular bigeminy | 52-91 | 37 | 3:55 |
| Ventricular trigeminy | 56-77 | 17 | 3:34 |
| Signal quality | Episodes | Duration |
| Both clean | 3 | 29:35 |
| Lower noisy | 2 | 0:30 |
- Notes:
- The PVCs are uniform.
Points of interest:
1:55 PVC
2:38 Ventricular trigeminy
4:51 Ventricular bigeminy
8:42 Normal sinus rhythm
20:05 Noise
25:33 Noise
Record 121 (MLII, V1; female, age 83)
Medications: Digoxin, Isordil, Nitropaste
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 303 | 1558 | 1861 |
| APC | - | 1 | 1 |
| PVC | - | 1 | 1 |
| Total | 303 | 1560 | 1863 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 55-83 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 6 | 29:09 |
| Upper noisy | 3 | 0:16 |
| Lower noisy | 3 | 0:39 |
| Both noisy | 1 | 0:01 |
Points of interest:
1:06 Normal sinus rhythm
3:33 Noise in lower signal
16:48 APC, PVC
24:32 Noise
26:01 Noise
Record 122 (MLII, V1; male, age 51)
Medications: Digoxin, Lasix, Pronestyl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 422 | 2054 | 2476 |
| Total | 422 | 2054 | 2476 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 67-97 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The lower channel has low-amplitude high-frequency noise throughout.
Points of interest:
1:09 Noise in lower signal
13:47 Normal sinus rhythm
28:25 Normal sinus rhythm
Record 123 (MLII, V5; female, age 63)
Medications: Digoxin, Inderal
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 249 | 1266 | 1515 |
| PVC | - | 3 | 3 |
| Total | 249 | 1269 | 1518 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 41-65 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The PVCs are uniform and interpolated.
Points of interest:
22:10 Sinus arrhythmia
25:11 Interpolated PVC
27:41 Interpolated PVC
28:36 Sinus arrhythmia
Record 124 (MLII, V4; male, age 77)
Medications: Digoxin, Isordil, Quinidine
| Beats | Before 5:00 | After 5:00 | Total |
| Right BBB | 238 | 1293 | 1531 |
| APC | - | 2 | 2 |
| Junctional premature | 14 | 15 | 29 |
| PVC | - | 47 | 47 |
| Fusion PVC | - | 5 | 5 |
| Junctional escape | - | 5 | 5 |
| Total | 252 | 1367 | 1619 |
Supraventricular ectopy
- 2 isolated beats
- 1 run of 3 beats
- 2 runs of 6 beats
- 1 run of 14 beats
Ventricular ectopy
- 18 isolated beats
- 1 run of 6 beats
- 1 run of 8 beats
- 1 run of 20 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 47-64 | 6 | 28:36 |
| Nodal (junctional) rhythm | 56-64 | 2 | 0:30 |
| Ventricular trigeminy | 51-59 | 2 | 0:22 |
| Idioventricular rhythm | 53-61 | 3 | 0:37 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:53 |
| Lower noisy | 1 | 0:13 |
- Notes:
- The PVCs are multiform. The junctional escape beats follow PVCs.
Points of interest:
4:43 Accelerated junctional rhythm
5:09 Accelerated idioventricular rhythm, 20 beats
5:21 Accelerated idioventricular rhythm (continued from previous strip)
9:05 Noise in lower signal
10:27 Accelerated idioventricular rhythm
17:38 Accelerated idioventricular rhythm
20:13 APC
23:22 Ventricular trigeminy
26:03 PVC
27:41 PVC, junctional escape beats
Record 200 (MLII, V1; male, age 64)
Medications: Digoxin, Quinidine
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 305 | 1438 | 1743 |
| APC | 2 | 28 | 30 |
| PVC | 126 | 700 | 826 |
| Fusion PVC | - | 2 | 2 |
| Total | 433 | 2168 | 2601 |
Supraventricular ectopy
- 28 isolated beats
- 1 couplet
Ventricular ectopy
- 721 isolated beats
- 42 couplets
- 5 runs of 3 beats
- 2 runs of 4 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 69-111 | 70 | 15:58 |
| Ventricular bigeminy | 60-108 | 71 | 13:52 |
| Ventricular tachycardia | 90-141 | 7 | 0:15 |
| Signal quality | Episodes | Duration |
| Both clean | 14 | 21:44 |
| Upper noisy | 6 | 0:44 |
| Lower noisy | 16 | 6:36 |
| Both noisy | 8 | 1:02 |
- Notes:
- The PVCs are multiform. There are occasional bursts of high-frequency
noise in the upper channel, and severe noise and artifact in the lower
channel.
Points of interest:
1:42 Ventricular tachycardia, 3 beats
5:38 Noise
18:14 Ventricular tachycardia, 4 beats
20:52 Noise
24:49 Ventricular tachycardia, 3 beats
26:12 Ventricular couplets
28:31 Ventricular couplet
29:01 APC, ventricular bigeminy
29:18 APC, PVC
29:51 PVCs
Record 201 (MLII, V1; male, age 68)
Medications: Digoxin, Hydrochlorthiazide, Inderal, KCl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 440 | 1185 | 1625 |
| APC | - | 30 | 30 |
| Aberrated APC | 2 | 95 | 97 |
| Junctional premature | - | 1 | 1 |
| PVC | - | 198 | 198 |
| Fusion PVC | - | 2 | 2 |
| Junctional escape | - | 10 | 10 |
| Blocked APC | - | 37 | 37 |
| Total | 442 | 1558 | 2000 |
Supraventricular ectopy
- 79 isolated beats
- 23 couplets
- 1 run of 3 beats
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 31-61 | 16 | 12:57 |
| SVTA | 124 | 1 | 0:02 |
| Atrial fibrillation | 56-149 | 3 | 10:06 |
| Nodal (junctional) rhythm | 37-60 | 3 | 0:24 |
| Ventricular trigeminy | 49-56 | 12 | 6:37 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 30:00 |
| Upper noisy | 1 | 0:02 |
| Lower noisy | 1 | 0:01 |
| Both noisy | 1 | 0:02 |
- Notes:
- The PVCs are uniform and late-cycle. Junctional escape beats occur following
episodes of ventricular trigeminy.
Points of interest:
0:00 Atrial fibrillation
6:15 Transition from atrial fibrillation to nodal rhythm
7:52 Onset of atrial fibrillation with aberrated beats
8:53 Blocked APCs
18:14 Noise
20:16 PVCs, atrial couplet
22:33 Ventricular trigeminy
23:50 Normal sinus rhythm
24:15 Aberrated atrial couplet, fusion PVC
25:19 Aberrated atrial couplets with right and left bundle branch block
26:20 Supraventricular tachyarrhythmia with aberration, 3 beats
28:03 Atrial fibrillation with aberration
Record 202 (MLII, V1; male, age 68)
Medications: Digoxin, Hydrochlorthiazide, Inderal, KCl
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 261 | 1800 | 2061 |
| APC | - | 36 | 36 |
| Aberrated APC | - | 19 | 19 |
| PVC | 4 | 15 | 19 |
| Fusion PVC | - | 1 | 1 |
| Total | 265 | 1871 | 2136 |
Supraventricular ectopy
- 26 isolated beats
- 13 couplets
- 1 run of 3 beats
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 49-69 | 3 | 19:31 |
| Atrial flutter | 101-143 | 1 | 0:48 |
| Atrial fibrillation | 60-148 | 4 | 9:46 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The PVCs are uniform and late-cycle. This record was taken from the same
analog tape as record 201.
Points of interest:
10:16 Normal sinus rhythm, PVCs
12:24 APCs, PVC
12:41 Aberrated APCs, PVC
18:22 Normal sinus rhythm, bradycardia
18:45 Aberrated APCs
18:59 Onset of atrial fibrillation with aberrated beats
21:10 Atrial fibrillation, PVC
21:26 End of atrial fibrillation
22:13 Atrial fibrillation, aberrated beats
25:58 Atrial flutter with 2:1 conduction
27:55 Atrial fibrillation, aberrated beat
29:35 Atrial fibrillation
Record 203 (MLII, V1; male, age 43)
Medications: Coumadin, Digoxin, Heparin, Hygroton, Lasix
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 426 | 2103 | 2529 |
| Aberrated APC | 2 | - | 2 |
| PVC | 71 | 373 | 444 |
| Fusion PVC | - | 1 | 1 |
| Unclassifiable | - | 4 | 4 |
| Total | 499 | 2481 | 2980 |
Supraventricular ectopy
Ventricular ectopy
- 238 isolated beats
- 64 couplets
- 13 runs of 3 beats
- 6 runs of 4 beats
- 1 run of 7 beats
- 1 run of 9 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 63-173 | 1 | 2:43 |
| Atrial flutter | 61-180 | 2 | 5:14 |
| Atrial fibrillation | 54-180 | 20 | 21:32 |
| Ventricular trigeminy | 100-116 | 1 | 0:04 |
| Ventricular tachycardia | 124-189 | 21 | 0:33 |
| Signal quality | Episodes | Duration |
| Both clean | 21 | 24:28 |
| Upper noisy | 20 | 3:17 |
| Lower noisy | 7 | 1:49 |
| Both noisy | 8 | 0:30 |
| Unreadable | 1 | 0:02 |
- Notes:
- The PVCs are multiform. There are QRS morphology changes in the upper
channel due to axis shifts. There is considerable noise in both channels,
including muscle artifact and baseline shifts. This is a very difficult
record, even for humans!
Points of interest:
5:00 Ventricular tachycardia, 4 beats and 9 beats
13:14 Atrial fibrillation, ventricular couplets
15:02 Noise
22:02 Ventricular couplet, PVCs
23:25 Noise
24:04 PVCs
24:46 Noise
26:39 Ventricular tachycardia, 7 beats
26:51 Ventricular couplet, PVCs
27:15 Ventricular tachycardia, 3 beats
Record 205 (MLII, V1; male, age 59)
Medications: Digoxin, Quinaglute
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 448 | 2123 | 2571 |
| APC | 1 | 2 | 3 |
| PVC | 6 | 65 | 71 |
| Fusion PVC | - | 11 | 11 |
| Total | 455 | 2201 | 2656 |
Supraventricular ectopy
Ventricular ectopy
- 33 isolated beats
- 2 runs of 3 beats
- 1 run of 8 beats
- 1 run of 10 beats
- 1 run of 12 beats
- 1 run of 13 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 80-99 | 7 | 29:43 |
| Ventricular tachycardia | 79-216 | 6 | 0:23 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:43 |
| Lower noisy | 1 | 0:23 |
- Notes:
- The PVCs are of two forms, one of which is much more common than the other.
Points of interest:
4:57 Ventricular tachycardia, 8 beats and 10 beats
14:54 Noise in lower signal
15:22 Ventricular tachycardia, 3 beats
16:03 PVC
16:15 Fusion PVCs
19:57 PVC, APC
24:18 Ventricular tachycardia, 12 beats, start of VR, 13 beats
24:30 End of VR, 3-beat VT (continued from previous strip)
27:57 PVCs
Record 207 (MLII, V1; female, age 89)
Medications: Digoxin, Quinaglute
| Beats | Before 5:00 | After 5:00 | Total |
| Left BBB | 81 | 1376 | 1457 |
| Right BBB | 86 | - | 86 |
| APC | - | 107 | 107 |
| PVC | 101 | 4 | 105 |
| Ventricular flutter wave | 132 | 340 | 472 |
| Ventricular escape | - | 105 | 105 |
| Total | 400 | 1932 | 2332 |
Supraventricular ectopy
- 1 isolated beat
- 1 couplet
- 1 run of 104 beats
Ventricular ectopy
- 89 isolated beats
- 5 couplets
- 2 runs of 3 beats
- 1 run of 12 beats
- 1 run of 16 beats
- 1 run of 28 beats
- 1 run of 36 beats
- 1 run of 40 beats
- 1 run of 445 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 57-90 | 10 | 22:20 |
| SVTA | 108-130 | 1 | 0:52 |
| Ventricular bigeminy | 49-83 | 4 | 2:38 |
| Idioventricular rhythm | 29-71 | 1 | 1:49 |
| Ventricular tachycardia | 118-119 | 2 | 0:03 |
| Ventricular flutter | 143-358 | 6 | 2:24 |
| Signal quality | Episodes | Duration |
| Both clean | 8 | 28:59 |
| Upper noisy | 4 | 0:22 |
| Lower noisy | 3 | 0:25 |
| Both noisy | 1 | 0:19 |
- Notes:
- This is an extremely difficult record. The predominant rhythm is normal
sinus with first degree AV block and left bundle branch block. There are
periods when the conduction block changes to a right bundle branch block
pattern. The PVCs are multiform. Idioventricular rhythm appears following
the longest episode of ventricular flutter. The record ends during the
episode of SVTA.
Points of interest:
0:00 Ventricular bigeminy with right bundle branch block
0:33 Ventricular couplet, ventricular tachycardia, ventricular flutter
0:45 Ventricular flutter (continued from previous strip)
0:57 Ventricular flutter, VT (continued from previous strip)
1:28 Normal sinus rhythm with first degree AV block
2:07 Ventricular couplet, left and right bundle branch block
2:41 Ventricular bigeminy with right bundle branch block
4:25 Ventricular couplet, ventricular flutter
5:19 Noise
6:56 Noise
17:35 Normal sinus rhythm with first degree AV block
25:36 Ventricular bigeminy with LBBB, ventricular flutter
26:10 Ventricular flutter
27:14 End of ventricular flutter
29:10 Atrial couplet, SVTA (104 beats, to end of record)
Record 208 (MLII, V1; female, age 23)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 278 | 1308 | 1586 |
| SVPC | - | 2 | 2 |
| PVC | 168 | 824 | 992 |
| Fusion PVC | 72 | 301 | 373 |
| Unclassifiable | - | 2 | 2 |
| Total | 518 | 2437 | 2955 |
Supraventricular ectopy
Ventricular ectopy
- 422 isolated beats
- 461 couplets
- 7 runs of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 91-134 | 27 | 24:43 |
| Ventricular trigeminy | 79-129 | 26 | 5:22 |
| Signal quality | Episodes | Duration |
| Both clean | 8 | 24:46 |
| Lower noisy | 8 | 4:14 |
| Both noisy | 8 | 1:02 |
| Unreadable | 1 | 0:03 |
- Notes:
- The PVCs are uniform. The couplets, many of which include a fusion PVC, are
often seen in a bigeminal pattern. The triplets each consist of two
PVCs and a fusion PVC.
Points of interest:
14:57 Noise/artifact
17:02 Ventricular couplets
19:10 Ventricular trigeminy
21:06 Noise
23:00 Noise
28:08 Ventricular triplet
28:58 Ventricular couplets, isolated PVCs
29:37 Ventricular triplet
Record 209 (MLII, V1; male, age 62)
Medications: Aldomet, Hydrodiuril, Inderal
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 475 | 2146 | 2621 |
| APC | 11 | 372 | 383 |
| PVC | - | 1 | 1 |
| Total | 486 | 2519 | 3005 |
Supraventricular ectopy
- 119 isolated beats
- 2 couplets
- 1 run of 4 beats
- 1 run of 6 beats
- 1 run of 7 beats
- 1 run of 13 beats
- 1 run of 14 beats
- 1 run of 19 beats
- 1 run of 25 beats
- 1 run of 40 beats
- 1 run of 58 beats
- 1 run of 74 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 82-116 | 11 | 28:23 |
| SVTA | 106-171 | 10 | 1:42 |
| Signal quality | Episodes | Duration |
| Both clean | 10 | 23:21 |
| Lower noisy | 10 | 6:44 |
Points of interest:
0:47 APC
5:50 Noise
12:57 PVC
14:21 SVTA, 14 beats
23:25 APCs
28:17 Noise, APC
28:33 SVTA, 4 beats, 13 beats
29:10 SVTA, 6 beats
Record 210 (MLII, V1; male, age 89)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 413 | 2010 | 2423 |
| Aberrated APC | 2 | 20 | 22 |
| PVC | 30 | 164 | 194 |
| Fusion PVC | 1 | 9 | 10 |
| Ventricular escape | - | 1 | 1 |
| Total | 446 | 2204 | 2650 |
Supraventricular ectopy
- 20 isolated beats
- 1 couplet
Ventricular ectopy
- 163 isolated beats
- 13 couplets
- 1 run of 4 beats
- 2 runs of 6 beats
| Rhythm | Rate | Episodes | Duration |
| Atrial fibrillation | 63-158 | 9 | 29:30 |
| Ventricular bigeminy | 69-109 | 5 | 0:23 |
| Ventricular trigeminy | 85-114 | 1 | 0:07 |
| Ventricular tachycardia | 103-161 | 2 | 0:06 |
| Signal quality | Episodes | Duration |
| Both clean | 6 | 29:16 |
| Upper noisy | 3 | 0:05 |
| Lower noisy | 3 | 0:14 |
| Both noisy | 5 | 0:30 |
| Unreadable | 1 | 0:01 |
- Notes:
- The PVCs are multiform.
Points of interest:
3:47 Noise
6:56 Ventricular tachycardia, 6 beats
13:14 Ventricular couplets
15:55 Noise
17:32 Aberrated beat
17:57 Ventricular tachycardia, 6 beats
20:33 PVCs
29:15 PVCs, aberrated beat, ventricular escape beat, fusion PVC
Record 212 (MLII, V1; female, age 32)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 129 | 794 | 923 |
| Right BBB | 334 | 1491 | 1825 |
| Total | 463 | 2285 | 2748 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 63-108 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 7 | 29:41 |
| Lower noisy | 3 | 0:10 |
| Both noisy | 4 | 0:15 |
- Notes:
- There is rate-related right bundle branch block which appears when the heart
rate exceeds approximately 90 bpm.
Points of interest:
0:05 Normal sinus rhythm with right bundle branch block
18:42 Noise
24:21 End of RBBB in normal sinus rhythm as heart rate decreases
24:38 Sinus arrhythmia
26:45 Noise
28:46 Start of RBBB in normal sinus rhythm as heart rate increases
Record 213 (MLII, V1; male, age 61)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 432 | 2209 | 2641 |
| APC | 1 | 24 | 25 |
| Aberrated APC | - | 3 | 3 |
| PVC | 25 | 195 | 220 |
| Fusion PVC | 93 | 269 | 362 |
| Total | 551 | 2700 | 3251 |
Supraventricular ectopy
- 26 isolated beats
- 1 couplet
Ventricular ectopy
- 560 isolated beats
- 4 couplets
- 3 runs of 3 beats
- 1 run of 5 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 101-113 | 22 | 29:01 |
| Ventricular bigeminy | 102-116 | 19 | 1:00 |
| Ventricular tachycardia | 110-117 | 2 | 0:04 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The PVCs are multiform and usually late-cycle, frequently resulting in
fusion PVCs. The morphology of the fusion PVCs varies from almost normal
to almost identical to that of the PVCs.
Points of interest:
3:39 Fusion PVC couplet
14:48 Ventricular tachycardia, 3 beats
15:05 Fusion PVC/PVC couplet
15:38 APC
17:30 Ventricular tachycardia, 4 beats
17:55 PVCs, fusion PVCs, APC
24:43 Fusion PVC, PVCs, aberrated APC
25:58 Aberrated atrial couplet
26:51 Ventricular bigeminy
28:56 Fusion PVCs, PVC
Record 214 (MLII, V1; male, age 53)
Medications: Digoxin, Dilantin
| Beats | Before 5:00 | After 5:00 | Total |
| Left BBB | 339 | 1664 | 2003 |
| PVC | 44 | 212 | 256 |
| Fusion PVC | - | 1 | 1 |
| Unclassifiable | - | 2 | 2 |
| Total | 383 | 1879 | 2262 |
Ventricular ectopy
- 233 isolated beats
- 9 couplets
- 2 runs of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 49-92 | 13 | 28:53 |
| Ventricular trigeminy | 71-87 | 10 | 1:08 |
| Ventricular tachycardia | 126-150 | 2 | 0:05 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 29:59 |
| Upper noisy | 2 | 0:02 |
| Both noisy | 1 | 0:04 |
- Notes:
- The PVCs are multiform. There are two episodes of artifactual amplitude
decrease and one occurrence of tape slippage.
Points of interest:
0:30 Normal sinus rhythm with left bundle branch block, PVC
2:21 Multiform PVCs
2:35 Ventricular couplet
3:25 Artifactual amplitude changes
3:56 Ventricular couplet
5:08 Tape slippage
5:38 Ventricular tachycardia, 3 beats
13:53 Ventricular tachycardia, 3 beats
23:17 Ventricular couplet
27:52 PVC/fusion PVC couplet
Record 215 (MLII, V1; male, age 81)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 534 | 2661 | 3195 |
| APC | 1 | 2 | 3 |
| PVC | 33 | 131 | 164 |
| Fusion PVC | - | 1 | 1 |
| Total | 568 | 2795 | 3363 |
Supraventricular ectopy
Ventricular ectopy
- 120 isolated beats
- 18 couplets
- 3 runs of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 81-124 | 3 | 30:03 |
| Ventricular tachycardia | 174-177 | 2 | 0:02 |
| Signal quality | Episodes | Duration |
| Both clean | 14 | 29:18 |
| Upper noisy | 1 | 0:00 |
| Lower noisy | 14 | 0:39 |
| Both noisy | 2 | 0:09 |
- Notes:
- The PVCs are multiform. There are two very short occurrences of tape slippage
(each less than one second in duration).
Points of interest:
2:55 Ventricular tachycardia, 3 beats
3:11 Noise, ventricular couplet
9:46 PVC, APC
15:58 PVC
20:25 Ventricular tachycardia, 3 beats
22:16 Tape slippage
24:57 Ventricular couplet
27:30 Ventricular triplet
27:57 Noise in lower signal
29:42 Tape slippage, ventricular couplet
Record 217 (MLII, V1; male, age 65)
Medications: Digoxin, Lasix, Quinidine
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 9 | 235 | 244 |
| PVC | 22 | 140 | 162 |
| Paced | 301 | 1241 | 1542 |
| Pacemaker fusion | 31 | 229 | 260 |
| Total | 363 | 1845 | 2208 |
Ventricular ectopy
- 143 isolated beats
- 8 couplets
- 1 run of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Atrial fibrillation | 69-103 | 24 | 4:12 |
| Paced rhythm | 65-76 | 33 | 25:10 |
| Ventricular bigeminy | 68-91 | 9 | 0:42 |
| Ventricular tachycardia | 103 | 1 | 0:02 |
| Signal quality | Episodes | Duration |
| Both clean | 3 | 30:00 |
| Upper noisy | 2 | 0:05 |
- Notes:
- The PVCs are multiform.
Points of interest:
0:00 Paced rhythm, pacemaker fusion beat
0:33 PVC
1:23 PVCs, pacemaker fusion beats
4:18 Paced beats, pacemaker fusion beats, normal beats, PVCs
6:12 Ventricular couplet
6:51 Ventricular couplet
7:05 Ventricular tachycardia, 3 beats
12:27 Ventricular bigeminy with paced beats
14:01 Noise
15:30 Atrial fibrillation
16:56 Ventricular couplet
22:27 Atrial fibrillation
Record 219 (MLII, V1; male, age not recorded)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 367 | 1715 | 2082 |
| APC | - | 7 | 7 |
| PVC | 13 | 51 | 64 |
| Fusion PVC | 1 | - | 1 |
| Blocked APC | - | 133 | 133 |
| Total | 381 | 1906 | 2287 |
Supraventricular ectopy
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 38-75 | 8 | 6:01 |
| Atrial fibrillation | 51-103 | 10 | 23:47 |
| Ventricular bigeminy | 71-88 | 2 | 0:08 |
| Ventricular trigeminy | 74-94 | 1 | 0:10 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- Following some conversions from atrial fibrillation to normal sinus
rhythm are pauses up to 3 seconds in duration. The PVCs are multiform.
Points of interest:
2:49 Fusion PVC
5:08 APC
5:22 Onset of atrial fibrillation
13:50 End of atrial fibrillation, conversion pause, APC, blocked APC
19:00 End of atrial fibrillation
19:57 Normal sinus rhythm, blocked APCs
22:11 End of atrial fibrillation, conversion pause, blocked APCs
22:43 Blocked APCs
24:43 PVC
26:09 Atrial fibrillation
28:55 Atrial fibrillation, PVCs
Record 220 (MLII, V1; female, age 87)
Medications: Digoxin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 353 | 1601 | 1954 |
| APC | 1 | 93 | 94 |
| Total | 354 | 1694 | 2048 |
Supraventricular ectopy
- 38 isolated beats
- 13 couplets
- 6 runs of 3 beats
- 3 runs of 4 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 58-74 | 9 | 29:50 |
| SVTA | 113-150 | 8 | 0:16 |
| Signal quality | Episodes | Duration |
| Both clean | 3 | 29:58 |
| Lower noisy | 2 | 0:08 |
Points of interest:
6:46 SVTA (3 runs)
10:41 SVTA (2 runs)
18:10 Atrial couplets
20:29 SVTA, atrial couplets
23:58 Noise in lower signal
25:44 Atrial couplet
29:40 APC
Record 221 (MLII, V1; male, age 83)
Medications: Hydrochlorthiazide, Lasix
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 327 | 1704 | 2031 |
| PVC | 80 | 316 | 396 |
| Total | 407 | 2020 | 2427 |
Ventricular ectopy
- 384 isolated beats
- 3 couplets
- 2 runs of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Atrial fibrillation | 47-110 | 12 | 29:17 |
| Ventricular bigeminy | 88-101 | 1 | 0:03 |
| Ventricular trigeminy | 69-92 | 8 | 0:42 |
| Ventricular tachycardia | 122-130 | 2 | 0:04 |
| Signal quality | Episodes | Duration |
| Both clean | 7 | 29:48 |
| Upper noisy | 1 | 0:04 |
| Lower noisy | 5 | 0:14 |
- Notes:
- The PVCs are multiform, but one form is much more common than the others.
Points of interest:
0:00 Atrial fibrillation, PVCs
2:43 Ventricular couplet
13:00 Ventricular tachycardia, 3 beats
13:56 Ventricular tachycardia, 3 beats
17:49 Ventricular couplet
19:12 PVCs
19:42 Noise
20:44 Ventricular couplet
Record 222 (MLII, V1; female, age 84)
Medications: Digoxin, Quinidine
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 367 | 1695 | 2062 |
| APC | - | 208 | 208 |
| Junctional premature | - | 1 | 1 |
| Junctional escape | - | 212 | 212 |
| Total | 367 | 2116 | 2483 |
Supraventricular ectopy
- 147 isolated beats
- 21 couplets
- 4 runs of 3 beats
- 2 runs of 4 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 49-84 | 32 | 15:57 |
| Atrial bigeminy | 57-98 | 3 | 1:28 |
| SVTA | 121-148 | 4 | 0:08 |
| Atrial flutter | 123-148 | 42 | 7:03 |
| Atrial fibrillation | 69-163 | 24 | 1:44 |
| Nodal (junctional) rhythm | 47-122 | 31 | 3:45 |
| Signal quality | Episodes | Duration |
| Both clean | 8 | 29:10 |
| Upper noisy | 3 | 0:08 |
| Lower noisy | 1 | 0:05 |
| Both noisy | 4 | 0:42 |
- Notes:
- The episodes of paroxysmal atrial flutter/fibrillation are usually
followed by nodal escape beats. There are several intervals of
high-frequency noise/artifact in both channels.
Points of interest:
6:45 Normal sinus rhythm
17:32 Atrial fibrillation
19:48 Atrial couplet
20:07 Atrial bigeminy
22:32 Paroxysmal atrial flutter, nodal rhythm
24:43 Noise
25:43 End of atrial flutter, nodal rhythm, normal sinus rhythm
26:09 Paroxysmal atrial flutter, nodal rhythm
Record 223 (MLII, V1; male, age 73)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 373 | 1656 | 2029 |
| APC | 7 | 65 | 72 |
| Aberrated APC | - | 1 | 1 |
| PVC | 18 | 455 | 473 |
| Fusion PVC | 6 | 8 | 14 |
| Atrial escape | 2 | 14 | 16 |
| Total | 406 | 2199 | 2605 |
Supraventricular ectopy
- 57 isolated beats
- 8 couplets
Ventricular ectopy
- 252 isolated beats
- 27 couplets
- 4 runs of 3 beats
- 1 run of 5 beats
- 1 run of 67 beats
- 1 run of 97 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 75-94 | 11 | 23:23 |
| Ventricular bigeminy | 74-106 | 7 | 4:19 |
| Ventricular trigeminy | 67-92 | 3 | 0:38 |
| Ventricular tachycardia | 76-118 | 7 | 1:46 |
| Signal quality | Episodes | Duration |
| Both clean | 5 | 28:41 |
| Lower noisy | 5 | 1:20 |
| Both noisy | 1 | 0:05 |
- Notes:
- The PVCs are multiform. The two longest episodes of ventricular tachycardia
are slow (100 to 105 bpm) and bidirectional.
Points of interest:
9:35 Bidirectional ventricular tachycardia
12:35 Noise in lower signal
13:39 Atrial couplet
13:51 Ventricular bigeminy
17:21 Bidirectional ventricular tachycardia
17:55 End of ventricular tachycardia
19:07 APC, ventricular couplet, atrial escape beat, aberrated APC
23:58 Ventricular tachycardia, 3 beats
25:47 Ventricular tachycardia, 5 beats
29:16 APCs, atrial escape beat, ventricular couplets
29:51 Multiform ventricular couplets
Record 228 (MLII, V1; female, age 80)
Medications: Digoxin, Norpace
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 290 | 1398 | 1688 |
| APC | - | 3 | 3 |
| PVC | 60 | 302 | 362 |
| Total | 350 | 1703 | 2053 |
Supraventricular ectopy
Ventricular ectopy
- 360 isolated beats
- 1 couplet
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 54-80 | 21 | 24:17 |
| Ventricular bigeminy | 50-88 | 20 | 5:48 |
| Signal quality | Episodes | Duration |
| Both clean | 11 | 28:25 |
| Upper noisy | 10 | 1:40 |
- Notes:
- There is first degree AV block. The PVCs are multiform. There are
three short occurrences of tape slippage with a maximum duration of 2.2
seconds.
Points of interest:
0:19 Ventricular bigeminy
0:38 Artifacts
0:50 PVC, ventricular couplet
4:35 Noise, PVCs
19:18 PVC, APC
20:08 Baseline noise
21:37 Tape slippage
21:49 Tape slippage
26:42 Ventricular bigeminy
Record 230 (MLII, V1; male, age 32)
Medications: Dilantin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 397 | 1858 | 2255 |
| PVC | - | 1 | 1 |
| Total | 397 | 1859 | 2256 |
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 63-99 | 104 | 17:45 |
| Pre-excitation (WPW) | 59-93 | 103 | 12:21 |
| Signal quality | Episodes | Duration |
| Both clean | 2 | 30:03 |
| Lower noisy | 1 | 0:03 |
Points of interest:
0:00 Onset of pre-excitation
0:12 End of pre-excitation (continued from previous strip)
5:11 WPW
9:26 Normal sinus rhythm
29:04 PVC
Record 231 (MLII, V1; female, age 72)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 12 | 302 | 314 |
| Right BBB | 278 | 976 | 1254 |
| APC | 1 | - | 1 |
| PVC | 2 | - | 2 |
| Blocked APC | 2 | - | 2 |
| Total | 295 | 1278 | 1573 |
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 49-69 | 6 | 18:26 |
| 2° heart block | 34-38 | 5 | 11:40 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- AV conduction is quite abnormal with periods of 2:1 AV block, examples
of Mobitz II block, and right bundle branch block which appears to be
rate-related. The couplet is probably ventricular.
Points of interest:
0:02 Normal sinus rhythm, Mobitz II block, right bundle branch block
2:24 Blocked APCs, APC, ventricular couplet
20:11 2:1 heart block with right bundle branch block
21:10 Onset of 2:1 heart block
23:22 Transition from 2:1 block with normal conduction to NSR with RBBB
Record 232 (MLII, V1; female, age 76)
Medications: Aldomet, Inderal
| Beats | Before 5:00 | After 5:00 | Total |
| Right BBB | 80 | 317 | 397 |
| APC | 215 | 1167 | 1382 |
| Junctional escape | - | 1 | 1 |
| Total | 295 | 1485 | 1780 |
Supraventricular ectopy
- 18 isolated beats
- 82 couplets
- 27 runs of 3 beats
- 32 runs of 4 beats
- 17 runs of 5 beats
- 25 runs of 6 beats
- 13 runs of 7 beats
- 13 runs of 8 beats
- 9 runs of 9 beats
- 15 runs of 10 beats
- 11 runs of 11 beats
- 4 runs of 12 beats
- 4 runs of 13 beats
- 2 runs of 14 beats
- 3 runs of 15 beats
- 1 run of 36 beats
| Rhythm | Rate | Episodes | Duration |
| Sinus bradycardia | 24-28 | 1 | 30:06 |
| Signal quality | Episodes | Duration |
| Both clean | 14 | 26:38 |
| Upper noisy | 6 | 1:24 |
| Lower noisy | 10 | 1:14 |
| Both noisy | 6 | 0:49 |
- Notes:
- The rhythm is compatible with sick sinus syndrome. There is underlying
sinus bradycardia, first degree AV block, and frequent ectopic atrial runs
at rates of 80 to 90 bpm. There are numerous long pauses up to 6 seconds
in duration.
Points of interest:
0:58 Noise
1:51 Atrial couplets
11:51 Noise
13:06 Atrial couplets
15:09 Short runs of SVTA
18:17 SVTA, pause
22:31 Pauses
22:47 Pauses
23:20 Pauses
23:34 Pause
23:53 Sinus bradycardia
Record 233 (MLII, V1; male, age 57)
Medications: Dilantin
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 371 | 1859 | 2230 |
| APC | 3 | 4 | 7 |
| PVC | 139 | 692 | 831 |
| Fusion PVC | 5 | 6 | 11 |
| Total | 518 | 2561 | 3079 |
Supraventricular ectopy
Ventricular ectopy
- 704 isolated beats
- 60 couplets
- 6 runs of 3 beats
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 98-110 | 36 | 28:03 |
| Ventricular bigeminy | 88-122 | 28 | 1:48 |
| Ventricular trigeminy | 106-122 | 1 | 0:04 |
| Ventricular tachycardia | 120-141 | 6 | 0:11 |
| Signal quality | Episodes | Duration |
| Both clean | 1 | 30:06 |
- Notes:
- The PVCs are multiform.
Points of interest:
0:11 APCs, PVCs
0:25 Ventricular tachycardia, 3 beats
2:18 Ventricular bigeminy
2:43 Fusion PVC/PVC couplet
3:39 Ventricular couplets
5:02 Transient amplitude decrease on upper signal
9:43 Ventricular tachycardia, 3 beats
16:20 PVCs, ventricular couplet
18:02 PVCs, APC
22:23 Ventricular tachycardia, 2 runs of 3 beats, ventricular couplets
Record 234 (MLII, V1; female, age 56)
Medications: None
| Beats | Before 5:00 | After 5:00 | Total |
| Normal | 462 | 2238 | 2700 |
| Junctional premature | - | 50 | 50 |
| PVC | - | 3 | 3 |
| Total | 462 | 2291 | 2753 |
Supraventricular ectopy
Ventricular ectopy
| Rhythm | Rate | Episodes | Duration |
| Normal sinus rhythm | 84-99 | 2 | 29:40 |
| SVTA | 91-147 | 1 | 0:26 |
| Signal quality | Episodes | Duration |
| Both clean | 4 | 28:40 |
| Lower noisy | 4 | 1:18 |
| Both noisy | 1 | 0:07 |
- Notes:
- The PVCs are uniform.
Points of interest:
0:16 Normal sinus rhythm
6:37 Noise
14:01 Onset of junctional tachycardia
14:26 End of junctional tachycardia
17:02 PVC
21:26 PVC
23:17 Noise
George B. Moody<EMAIL_ADDRESS>24 May 1997 (revised 24 June 2010)


Gulf Cup mascot arrives in Oman
by Times News ServiceMuscat: The Mascot for the Gulf Cup reached the Sultanate to promote the next tournament which will be held in Qatar.
Oman Football Association said in a statement online, "Sudaifi "Gulf 24 Mantra" visits the headquarters of OFA to promote the Gulf Cup in its 24th edition."


{% extends "layout.html" %} {% block page_title %} GOV.UK prototype kit {% endblock %} {% block content %} Digital Marketplace<EMAIL_ADDRESS>Redwood Technologies Ltd Your services Apply to Digital Outcomes and Specialists 3 Deadline: 5pm GMT, 32 February 2525 {% if data["existing"] == "true" %} G-Cloud 9 View services View documents and ask a question {% endif %} Your company Supplier details Contributors {% endblock %}
<EMAIL_ADDRESS>Deadline: 5pm GMT, 32 February 2525
View services View documents and ask a question
Supplier details Contributors


Our 7 best bets for Week 13 of the college football season, Business Insider - Business Insider Singapore
by Tyler Lauletta, Business Insider US- The college football season is hitting the home stretch.
- Last weekend, our picks went a solid 4-2-1 against the spread, with Alabama and Rutgers both coming through to cover in wildly different ways.
- This week we’re back with seven more picks against the spread for Week 13 of the college football season.
- Visit Business Insider’s homepage for more stories.
We made a tidy profit during Week 12 of the college football season.
Thanks to a big win from Alabama, a gutsy cover from Rutgers, and a solid push from LSU, our picks went a solid 4-2-1 against spread last Saturday.
This week, we’re back this week with seven more bets, and backing some heavy underdogs and a few wild favorites to keep the winning streak going.
Take a look below for our best bets of the Week 13 college football slate (* indicates home team).
LAST WEEK: 4-2-1 OVERALL: 45-36-3
Penn State (+18.5) over Ohio State*
The biggest game on Saturday’s schedule is also the toughest one on the board to book. Ohio State is a powerhouse, quite possibly the best team in all of college football, and has steamrolled almost every challenger they’ve faced so far this season.
Penn State is a solid team and amongst the best in the country on their best day, and could be missing wide receiver KJ Hamler – the most dangerous offensive weapon at their disposal. Knowing Ohio State, this game could be 21-0 before the first quarter is over. Knowing the Big Ten, this game could end as a 17-13 nail-biter.
Here’s to hoping the Nittany Lions can at least find a way to keep things close.
Arkansas (+43) over LSU*
LSU is cruising through the season. However, this feels like a spot where the Tigers might take their foot off the gas a bit. Playing at home with a comfortable win all but assured, how long will Joe Burrow play before heading to the sideline?
The Razorbacks are not going to win this game, but if they can score twice, that might be enough to stay within the number.
Arizona State* (+14) over Oregon
Despite four straight losses, Arizona State proved they’re more than capable of coming through in big spots as underdogs early in the year, and have given Oregon fits during trips played in Tempe, even beating the Ducks in 2017 when they were ranked No. 24 in the country.
Look for the Sun Devils to play up for this game as the team is still fighting for bowl eligibility.
Air Force (-22.5) over New Mexico*
New Mexico gave up 42 points and 215 yards rushing last week against Boise State. This week they face an Air Force team that sports a rushing attack that will be even more difficult to contain. I don’t see how the Lobos stop them.
Michigan State (-20) over Rutgers*
Michigan State was embarrassed last weekend against in-state rivals Michigan, and there’s no better place to take out their frustrations than against Rutgers. The Scarlet Knights have lost eight times this season, seven of which have come by more than 20 points.
Georgia* (-12.5) over Texas A&M
Even after Georgia’s tough loss to South Carolina, they are still in contention to make the playoff this year. To do it, they’ll need to keep building their resume with every chance they get.
A statement win over the Aggies would be significant as LSU faces them next week, leaving the possibility to impress the committee while comparing a mutual opponent.
Wake Forest* (-7) over Duke
After a strong start to the season, Duke has lost four straight games and failed to score more than seven points in each of their last two outings. They’ll still be motivated, as they need to win out to make a bowl game, but right now, it feels like it’s just time for basketball season in Durham.


Thanks for your Booking
We will get back to you shortly, thanks.
email<EMAIL_ADDRESS>If urgent, use the bookings form above for a faster response, thanks.
We will get back to you shortly, thanks.
If urgent, use the bookings form above for a faster response, thanks.


I am an experienced Project Management Professional with over eight years of experience in the high-tech industry. In the past four years, I’ve been focusing my career on managing extensive software development projects. In my daily work, I constantly communicate and interact with engineering, design, and QA groups. I found that advanced technical skill set has become increasingly vital when it comes to strategic planning and problem solving.
With this in mind, I am eager to enhance my programming skills and knowledge through fundamentals of learning. It’s never easy to learn new “languages”, but I’m really enjoying it. Look what I can build from scratch!


OrderedEnqueuer
Builds a Enqueuer from a Sequence.
Inherits From: SequenceEnqueuer
tf.compat.v1.keras.utils.OrderedEnqueuer
tf.compat.v2.keras.utils.OrderedEnqueuer
Used in fit_generator
, evaluate_generator
, predict_generator
.
sequence
: A tf.keras.utils.data_utils.Sequence
object.use_multiprocessing
: use multiprocessing if True, otherwise threadingshuffle
: whether to shuffle the data at the beginning of each epoch__init__
__init__( sequence, use_multiprocessing=False, shuffle=False )
Initialize self. See help(type(self)) for accurate signature.
get
get()
Creates a generator to extract data from the queue.
Skip the data if it is None
.
The next element in the queue, i.e. a tuple
(inputs, targets)
or
(inputs, targets, sample_weights)
.
is_running
is_running()
start
start( workers=1, max_queue_size=10 )
Starts the handler's workers.
workers
: Number of workers.max_queue_size
: queue size
(when full, workers could block on put()
)stop
stop(timeout=None)
Stops running threads and wait for them to exit, if necessary.
Should be called by the same thread which called start()
.
timeout
: maximum time to wait on thread.join()


Prescription payments
Most recent submission
Your next payment will be on the 19/02/2016
87items |
£13,982total value |
Your next payment will be on the 19/02/2016
87items |
£13,982total value |


English-speaking Clinic in Suidobashi,TokyoTanabe Dental Clinic
Address2-21-10 Misakicho, Chiyoda-ku Tokyo
101-0061 Japan
03-3261-5685<EMAIL_ADDRESS>Message
Dr.Tanabe
Always conscious patient, how do healthy teeth, you can keep it, we talk with patients. But no matter how trivial Please charge please feel free to. Please come Academy awaits you.
Business Hours for English-speaking
Mon
Tue
Wed
Thu
Fri
Sat
Sun
Holiday
9:30〜13:00
●
●
●
●
●
●
×
×
14:30〜20:00
●
●
●
●
●
●
×
×
English Level
Fluent in English
Fluent in conversational English
Japanese interpreter is required
Services
General Dentistry
Implants
Esthetic Dentistry
Insurance
We accept Japanese National Health Insurance and Social Insurance
We accept Travel Accident insurance
Access:
The Clinic is only a 1 minute walk from Suidobashi Station on the Chūō Main Line.


A program to help students from all walks of life to level up on data structures, algorithms, system design and other Computer Science Fundamentals.
The training will be a 3 month program; however, there will be an open community that will be running meetups, chat forums, mock-interviews, break-out sessions and many more — indefinitely
Level 1 - Foundations: Arrays and Strings, Stacks and Queues I, Big-O Analysis, Searching, Sorting I
Level 2 - Intermediate: Linked Lists, Stacks and Queues II, Dictionaries/Hashmaps, Sets/Hashsets, Recursion, Sorting II
Level 3- Advanced: Graphs, Trees, Greedy Algorithms, Backtracking, Dynamic Programming
We ran a small pilot in Feb/March, covering parts of Level 1.
The main pilot kicked off in May 2021. Recordings for all the sessions are available in Teams.
Our second pilot is starting in September. Recordings for all the sessions are available in Teams.
Sessions run every Monday and Thursday, 8 - 10 am, EAT.
| Topic | Dates | Coaches |
|---|---|---|
| Level 1 - Foundations | ||
| Arrays and Strings | Sept 27, 30 | Nandaa A., Sam K. |
| Big-O Analysis | Oct 4, 7 | Sam K., Clement H. |
| Stacks and Queues I | Oct 18, 22, 25, 27 | Pius N, Charity K |
| Searching | Oct 29, Nov 1, 4 | Loice A., Collins K. |
| Big O Analysis Recap | Nov 10 | Loice A., Collins K. |
| Sorting | Nov 15, 18 | Loice A, Collins K. |
| Level 2 - Intermediate | ||
| TBD | TBD | TBD |
| TBD | TBD | TBD |
| Level 3 - Advanced | ||
| TBD | TBD | TBD |
To enter the program, complete the entry challenge by following the instructions here.
Your challenge will be reviewed by our team, and those that meet the selection will be invited to our next intake cohort. Then the fun begins.
Once you accept the invite, you will be added on our various platforms.
To sign-up, you have to complete this challenge here.
A special sign-up link will be posted on your PR by our Github Actions bot


• Three Children's orphanages, including one exclusively for handicapped children, which house house a total of thirty-seven children.
• A school where they are taught life training skills. Graduated over 1,000 college students since 2004, of which many have gone out and started feeding programs, and orphanages throughout Haiti. Offer continued support to our students after they graduate.
Provide the only Christmas presents for the
children of the Camelot Foster Group of
Middle TN.
• Dinner, Games, and Entertainment
• Each Child receives 8 items from the toy
store.
• Given away 3,500 toys over the past
5 years.
Each year in May, we give the expectant or single teen moms in the Sumner County School District, a gift bag that contains essential baby items, to show our support and thanks to them for making the decision to keep their baby.
• Every Wednesday in July we provide a FREE meal, along with a meet and greet “Character Dinner” experience free of charge to the families in the middle TN area.
• Have given away over 2,300 meals in the past 3 years.
• Ecuador
• Laguna, Belize
• Dominican Republic
• India
• Monterry, Mexico
• Israel
• 2 Prison Ministries
• 4 Homeless Ministries
• VFW Hendersonville, TN
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Minima maxime quam architecto quo inventore harum ex magni, dicta impedit.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Minima maxime quam architecto quo inventore harum ex magni, dicta impedit.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Minima maxime quam architecto quo inventore harum ex magni, dicta impedit.
President
Job Title
Job Title
Another paragraph about our mission. Aut eaque, laboriosam veritatis, quos non quis ad perspiciatis, totam corporis ea, alias ut unde.


Dynamic Tree Visualization (San Francisco)
Blue dots are trees in San Francisco. Click on the map to create new filter circles. Use the filter by breast height button to further filter the data
Breast Height in inches (Greater than):


Dekh Tamasha - A Movie Rating API
Watch movies that are worth your time
See the Swagger2.0 Documentation


| From: mayon | Date: Thu Sep 17 10:04:10 2015 | Subject:Thank you for using SeekAutoParts.com! |
Please read this entire email! For your protection, we recommend any purchases made through contacts on our website or any other, be made by check, check by phone, credit card or COD only. Never wire money through your bank account or Western Union to make a purchase from someone you don't know. This is how it works so you will know what to expect: 1.  2. You were given the option to pay $6.99 to have the request answered within 48 hours or $9.99 to have it answered within 24 hours or less. (If no one is able to supply you with the part please email us and let us know so that we can issue you a refund as promised) 3. The request is sent via email to our nationwide network of Vendors. 4. If your part is available then one or more of the Vendors will contact you by phone or email with the price and warranty that is available for your part. 5.  If you are not happy with the price or warranty you are never under any obligation to make a purchase from any of them. The request is sent one time, and does not go on a list. Therefore there is no need to send an e-mail asking to be removed from a list. Please note: You may get some auto responses from some of the suppliers. Please understand that this in no way counts as us finding your part. If one of the Vendors can not actually offer you the part that you requested then you are entitled to a refund for any locating fee that you may have paid. Watch your Email Inbox for responses! No more wasting time searching for your part. We give you choices. Some have better prices. Some have better warranties and Some have both. It is your choice. You can feel secure that we keep your information strictly confidential and it is never shared with anyone outside of our own network. We are here to help you with all your part needs. If you are not satisfied with our service please email us so we can try and help you with any issues or concerns that you may have. Thanks, The SAP Team www.SeekAutoParts.com Note: The information composed in this email is exclusive information, solely for the user who placed this part request, using the email address provided in the request. Any user of this service is bound by SeekAutoParts.com's Terms of Service and Privacy Policy. SeekAutoParts.com does not sell auto parts and will not be involved in disputes between users and vendors. |


@*
* Copyright 2023 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.healthindicators.Indicator
@import uk.gov.hmrc.cataloguefrontend.healthindicators.{HistoricIndicatorAPI, HealthIndicatorsController}
@import views.html.partials.HealthIndicatorsHistory
@(
indicator : Indicator,
optHistory: Option[HistoricIndicatorAPI],
optAverage: Option[Int]
)(implicit
request : RequestHeader
)
@standard_layout("Service Health Indicators", "health-indicators"){
@indicator.overallScore
Service Health Indicators: @indicator.repoName
?
| Indicator | Indicator Total Score | Reason | Score Contribution | @indicator.weightedMetrics.zipWithIndex.map{ case (indicator, i ) =>||
|---|---|---|---|---|---|
| @indicator.metricType | @indicator.score | @if(indicator.breakdown.isEmpty){}else{ | @indicator.breakdown.head.description | @indicator.breakdown.head.points | }|
| @breakdown.description | @breakdown.points |


This shell requires git to download and update whimsicle-apps from github. Please download and install a git-client and try again.
Alternatively you could download the apps manually to ~/whimsicle-apps. Make sure you account for all dependencies, such as perhaps Ace.


TiConf Amsterdam - Claire Coloma - June 29th, 2014
TiConf Amsterdam - Claire Coloma - June 29th, 2014
There is a process that makes us waste much of time : building the application and when we launch a build it's like :
1 build 15 sec
100 builds 125 min per week
One build takes about 15 seconds to run an application. If you make 100 builds a day and work 5 days on it, you have lost 125 min of your life, per week.
1 build 5 sec
You can save : 83 min
≈ 4 episodes of New Girl
Just with TiShadow you will save every week about 83 min, the time to watch 4 episodes of New Girl.
The command $ tishadow run compress the resources of your application (in zip format) and send them to the tishadow server.
Then this one distribute this package to all tishadow apps connected using websocket returning information to the cli
These apps extract contents of the package and execute the code
$ npm install -g tishadow
$ mkdir ~/tishadowapp
$ tishadow app -d ~/tishadowapp
$ tishadow server
$ cd ~/tishadowapp
$ ti build -p android -T device
Enter your IP address
Then, launch your application:$ tishadow run
$ ti build -p ios --shadow
$ tishadow clear
$ tishadow screenshot
To specific your destination path:
$ tishadow server --screenshot-path [path]
$ tishadow spec
Clear the application cache on all connected devices
Capture screenshots, that's so cool, when you want to makes screenshots for app store or play store, you make them one time and not for each device
by default theses captures are stock in your temporary file, but you can choose the path destination when you launch the server with this command:
spec launch jasmine test by default
Launch the REPL (Read Eval Pint Loop) that permit you to code directly in the command line
TiShadow also provide an editor where you can put your code and press the button "execute" to deploy the code snippet to all connected devices.
Automate the compilations of:
the most famous JavaScript preprocessor, that make your script more readable as well as maintenable
JavaScript
CoffeeScript
" ; " -> semicolons ; "{ }" -> curly braces
var doClick = function(e) {
return console.log(e.index);
};
doClick = (e) ->
console.log(e.index)
if (typeof joli !== "undefined" && joli == null) {
alert("Hello");
}
alert "Hello" if joli?
Indeed, Coffee is Syntactically significant whitespace so no need semicolon or braces
var math;
math = {
square: function(x) {
return Math.sqrt(x);
},
cube: function(x) {
return x * square(x);
}
};
alert("Three cubed is " + (math.cube(3)));
math =
square: (x) -> Math.sqrt x
cube: (x) -> x * square x
alert "Three cubed is #{math.cube 3}"
var button = Titanium.UI.createButton({
title: 'Hello',
top: 10,
width: 100,
height: 50
});
button = Titanium.UI.createButton
title: 'Hello'
top: 10
width: 100
height: 50
button.addEventListener('click', function {
Titanium.API.info("You clicked the button");
});
button.addEventListener 'click', () ->
Titanium.API.info "You clicked the button"
$ coffee --compile --output js/ chocolate.coffee
$ coffee --compile --output js/ coffeedir/
$ coffee --watch --compile chocolate.coffee
Jade is an another way to code xml, even more, with jade you can use Variables, Conditions code, Switch case, loop, etc.
ul
li Item A
li Item B
li Item C

Item A

Item B

Item C

Jade is like CoffeeScript: syntactically significant whitespace, so no need tags, just need to nest your code
ul
each val, index in {1:'one',2:'two',3:'three'}
li= index + ': ' + val

1: one

2: two

3: three

$ jade {file1,file2}.jade
$ jade dir1 dir2 --out /views
@primary-color: #f7d325;
@secondary-color: rgb(75,134,194);
"p": {
color: @primary-color
}
"a": {
color: @secondary-color
}
".progressbar" {
color: @secondary-color
}
"p": {
color: #f7d325
}
"a": {
color: rgb(75,134,194)
}
".progressbar" {
color: rgb(75,134,194)
}
.error(@borderWidth: 2px) {
border: @borderWidth solid #F00;
color: #F00;
}
".generic-error" {
padding: 20px;
margin: 4px;
.error();
}
".login-error" {
left: 12px;
position: absolute;
top: 20px;
.error(5px);
}
".generic-error" {
padding: 20px;
margin: 4px;
border: 2px solid #F00;
color: #F00;
}
".login-error" {
left: 12px;
position: absolute;
border: 5px solid #F00;
color: #F00;
}
$ npm install -g ltss
$ ltss [filename.ltss] [filename.tss]
Grunt is a task runner, and you can launch task automatically, that permit you in this case to automatically compile your files
$ npm install grunt
$ npm install -g grunt-cli
{
"name": "My badass project",
"description": "Poney and hearts everywhere"
"version": "0.0.1",
"author": "Claire COLOMA",
},
"dependencies": {
"grunt": "~0.4.5"
},
"devDependencies": {
"grunt-ltss": "~0.1.2",
"grunt-contrib-coffee": "~0.10.1",
"grunt-tishadow": "dbankier/grunt-tishadow",
"grunt-contrib-watch": "~0.6.1",
"load-grunt-tasks": "~0.6.0"
}
}
module.exports = (grunt) ->
# Import grunt plugins
grunt.loadNpmTasks 'grunt-plugin'
# Configure plugins
grunt.initConfig()
# Register tasks
grunt.registerTask 'default', ['tache1', 'tache2']
grunt.loadNpmTasks 'grunt-img'
grunt.loadNpmTasks 'grunt-ltss'
grunt.loadNpmTasks 'grunt-contrib-coffee'
grunt.loadNpmTasks 'grunt-contrib-watch'
grunt.loadNpmTasks 'grunt-tishadow'
require('load-grunt-tasks')(grunt)
module.exports = (grunt) ->
img:
do:
src: 'app/assets/images'
coffee:
options:
bare:true
compile:
files: [
expand: true
src: ["**/*.coffee"]
cwd: "app/coffee"
dest: "app"
ext: ".js"
]
ltss:
compile:
files: [
expand: true
cwd: "app/ltss"
dest: "app/styles"
src: ["**/*.ltss", "!**/includes/**"]
ext: ".tss"
]
tishadow:
run:
command: 'run'
run_ios:
command: 'run'
options:
platform: 'ios'
run_android:
command: 'run'
options:
platform: 'android'
watch:
ios:
files: ["app/**/*.xml", "app/**/*.ltss", "app/**/*.coffee"]
tasks: ['compile', 'tishadow:run_ios']
android:
files: ["app/**/*.xml", "app/**/*.ltss", "app/**/*.coffee"]
tasks: ['compile', 'tishadow:run_android']
all:
files: ["app/**/*.xml", "app/**/*.ltss", "app/**/*.coffee"]
tasks: ['compile', 'tishadow:run']
grunt.registerTask 'build', ['ltss', 'coffee']
grunt.registerTask 'default', ['build', 'tishadow:run', 'watch:all']
grunt.registerTask 'ios', ['build', 'tishadow:run_ios', 'watch:ios']
grunt.registerTask 'android', ['build', 'tishadow:run_android', 'watch:android']
And launch a task:
$ grunt [task-name]
Need at least the default task


COLGATE SENSITIVE PRO RELIEF WHITENING- sodium fluoride and potassium nitrate paste, dentifrice
Mission Hills S.A de C.V
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
| Active ingredients |
Purpose |
| Potassium nitrate 5% |
Antisensitivity |
| Sodium fluoride 0.24% (0.14% w/v fluoride ion) |
Anticavity |
Uses
- builds increasing protection against painful sensitivity of the teeth to cold, heat, acids, sweets or contact
- helps protect against cavities
Warnings
When using this product, if pain/sensitivity still persists after 4 weeks of use, please visit your dentist.
Stop use and ask a dentist if the problem persists or worsens. Sensitive teeth may indicate a serious problem that may need prompt care by a dentist.
Keep out of reach of children. If more than used for brushing is accidentally swallowed, get medical help or contact a Poison Control Center right away.
Directions
| adults and children 12 years of age and older |
apply at least a 1-inch strip of the product onto a soft bristle toothbrush. Brush teeth thoroughly for at least 1 minute twice a day (morning and evening) or as recommended by a dentist or physician. Make sure to brush all sensitive areas of the teeth. |
| children under 12 years |
consult a dentist or physician |
Inactive ingredients
water, hydrated silica, glycerin, sorbitol, PEG-12, PVM/MA copolymer, sodium lauryl sulfate, flavor, poloxamer 407, trisodium phosphate, sodium hydroxide, cellulose gum, sodium saccharin, xanthan gum, titanium dioxide
Questions?
1-800-468-6502
Dist. by:
COLGATE-PALMOLIVE COMPANY
New York, NY 10022
PRINCIPAL DISPLAY PANEL - 113 g Tube Carton
Colgate®
Fluoride Toothpaste for Sensitive Teeth
24/7
Protection*
Sensitive Pro-Relief™
CLINICALLY PROVEN sensitivity relief
NET WT 4.0 OZ (113 g)
+ WHITENING
Cool Mint


FindBISON¶
Find bison executable and provides macros to generate custom build rules
The module defines the following variables:
BISON_EXECUTABLE - path to the bison program
BISON_VERSION - version of bison
BISON_FOUND - true if the program was found
The minimum required version of bison can be specified using the standard CMake syntax, e.g. find_package(BISON 2.1.3)
If bison is found, the module defines the macros:
BISON_TARGET(<Name> <YaccInput> <CodeOutput> [VERBOSE <file>]
[COMPILE_FLAGS <string>])
which will create a custom rule to generate a parser. <YaccInput> is the path to a yacc file. <CodeOutput> is the name of the source file generated by bison. A header file is also be generated, and contains the token list. If COMPILE_FLAGS option is specified, the next parameter is added in the bison command line. if VERBOSE option is specified, <file> is created and contains verbose descriptions of the grammar and parser. The macro defines a set of variables:
BISON_${Name}_DEFINED - true is the macro ran successfully
BISON_${Name}_INPUT - The input source file, an alias for <YaccInput>
BISON_${Name}_OUTPUT_SOURCE - The source file generated by bison
BISON_${Name}_OUTPUT_HEADER - The header file generated by bison
BISON_${Name}_OUTPUTS - The sources files generated by bison
BISON_${Name}_COMPILE_FLAGS - Options used in the bison command line
====================================================================
Example:
find_package(BISON)
BISON_TARGET(MyParser parser.y ${CMAKE_CURRENT_BINARY_DIR}/parser.cpp)
add_executable(Foo main.cpp ${BISON_MyParser_OUTPUTS})
====================================================================


{# name: Call to Action usage: CTAs may appear in several contexts throughout the site. #} {% block component %}


Jesús
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
José Luis
It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
Juan
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English.
Ana Rosa
Many desktop publishing packages and web page editors now use Lorem Ipsum as their default model text, and a search for 'lorem ipsum' will uncover many web sites still in their infancy. Various versions have evolved over the years, sometimes by accident, sometimes on purpose (injected humour and the like).


Home
Department »
Computer Engineering
Mechanical Engineering
Electronic Engineering
Academics »
Acadamic Calender
Academics Records
Student Life »
Result
Student Affairs
Campus Saftey
Health & Wellness
Infrastructure »
Library
Hostel
Canteen
Events
Placement
Fee Structure »
FE
SE
TE
BE


Click for the weather...
Today is:
Looks like it's time to play some Pong!!!
Select a Skin
hot pink
Give me some skin
Enter a number
Get Results
I don't get it
×
Ping Pong Game
Here's how it works:
Numbers divisible by 3 are replaced with "ping"
Numbers divisible by 5 are replaced with "pong"
Numbers divisible by 15 are replaced with "pingpong"


APP requires and stores its data in the bssapp PostgreSQL database.
The database is created by executing installation scripts. It is initialized with the appropriate schema and settings.
Proceed as follows:
If the setup of the database fails with errors, proceed as follows:


Blackpool Marathon
Blackpool ENG
Website: www.blackpoolmarathon.com
Race Winners
(26 runnings)
11
Mar 2012
10
Apr 2011 11
Apr 2010 05
Apr 2009 27 Apr
2008
03
Jun
2007
Jan Littler (ENG) 04
Jun
2006
19 Jun
2005
20
Jun
2004
22
Jun
2003
23 Jun
2002
03
Jun
2001
2000
08
Aug
1999
1990-1998
11
Jun
1989
12
Jun
1988
1939-1987
07
May
1938
1936-1937
18
May
1935 02
Jun
1934
09 Sep
1933
11
Jun
1932 20
Jun
1931
07
Jun
1930
Note: 1930 was the inaugural year. The races 1988-89 had a different
organizing group from the later races. Times for 2017 are assumed to be
net times.
23 Apr
2017
2:49:00.6
Paul Burton (ENG)
3:07:44.0
Alison Matthews (SCO)
24 Apr
2016
2:43:08
Simon Saxby (ENG)
2:55:39
Isobel Rea (ENG)
26 Apr
2015
2:33:19
Daniel Chan (ENG)
3:11:21
Laura Allen (ENG)
06
Apr 2014
2:34:52
Craig Holgate (ENG)
3:13:27
Melanie Henderson (SCO)
07
Apr 2013
2:37:16
Steve Brookes (ENG)
3:22:04
Carla Jenkins (ENG)
2:42:05
Nigel Marley (ENG)
3:06:59
Julie Finn (ENG)
---
cancelled
---
cancelled
2:39:44
Mike Flatley (ENG)
2:55:55
Susan Svoboda (ENG)
2:38:36
Michael Keedy (ENG)
3:10:20
Cheryl Westley (ENG)
2:34:30
Gethin Butler (GBR)
2:52:02
Jennifer Ransome (ENG)
2:29:34
Cameron Brooks (ENG)
3:21:07
2:29:52
Nicky McGuiness (ENG)
3:10:23
Sally Malir
2:33:15
David Robertson (ENG)
2:48:19
Adela Salt (ENG)
2:31:32
Stuart Macdonald (ENG)
2:51:15
Pauline Powell (ENG)
2:26:58
Fred Keijer (ENG)
2:58:34
Helen Sly (ENG)
2:36:52
Danny Norton (ENG)
2:55:45
Rosalyn Alexander (SCO)
2:37:38
Garry Payne (GBR)
3:16:52
Monique Hollinshead (ENG)
---
not held
---
not held
2:26:50
Geoff Allen (ENG)
3:19:20
Jo Haley (ENG)
---
not held
---
not held
---
n/a
2:52:45
Eleanor Robinson (ENG)
2:27:05
Nigel Barlow (ENG)
2:51:46
Tanya Maria Ball (ENG)
---
not held
2:41:58
Harold Wood-4
---
not held
2:37:20
Harold Wood-3
2:52:28
Cyril Chamberlain (ENG)
2:48:50
Jack Beman (ENG)
2:42:20
Harold Doggett (ENG)
2:43:15
Harold Wood-2
2:46:44/8
Harold Wood (ENG)
Most Wins (1930/date)
Men
4
Harold Wood (ENG)
1930-31,1935,1938
Women
No woman has won more than once.
Prize Money
(ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient information to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient information to calculate the competitive level.
Quality Performances
Men No men under 2:20 Women <2:50 1
Finishers
Year Men Women M+F 2017 343<PHONE_NUMBER> 308<PHONE_NUMBER> 304<PHONE_NUMBER> 308 85 393 2013 546 72 618 2012 305 45 350 2010 502<PHONE_NUMBER> 497<PHONE_NUMBER> 402 86 488 2007 368 71 439 2006 511<PHONE_NUMBER> 648<PHONE_NUMBER> 448 89 537 2003 377 73 450 2002 353 65 418 2001 483 93 576 .... 1999 398 45 443 Sums 7111 1611 8722 M/F 4.41
Last Updated on 24 Apr 2017
Contributors: Ron McAndrew, Roger Gynn (16), Mick McGeoch (3), Neil Shuttleworth (2), Klaas Loonstra (16)


| utf8_width {utf8} | R Documentation |
Compute the display widths of the elements of a character object.
utf8_width(x, encode = TRUE, quote = FALSE, utf8 = NULL)
x |
character object. |
encode |
whether to encode the object before measuring its width. |
quote |
whether to quote the object before measuring its width. |
utf8 |
logical scalar indicating whether to determine widths
assuming a UTF-8 capable display (ASCII-only otherwise), or
|
utf8_width
returns the printed widths of the elements of
a character object on a UTF-8 device (or on an ASCII device
when output_utf8()
is FALSE
), when printed with
utf8_print
. If the string is not printable on the device,
for example if it contains a control code like "\n"
, then
the result is NA
. If encode = TRUE
, the default,
then the function returns the widths of the encoded elements
via utf8_encode
); otherwise, the function returns the
widths of the original elements.
An integer object, with the same names
, dim
, and
dimnames
as x
.
# the second element is encoded in latin-1, but declared as UTF-8 x <- c("fa\u00E7ile", "fa\xE7ile", "fa\xC3\xA7ile") Encoding(x) <- c("UTF-8", "UTF-8", "bytes") # get widths utf8_width(x) utf8_width(x, encode = FALSE) utf8_width('"') utf8_width('"', quote = TRUE)


{% extends 'layouts/page.html' %} {% load custom_tags %} {% block breadcrumbs %}
The terms of use for datasets of the federal authorities on this site are determined by the existing legal framework. If there is a statutory requirement to cite the source, this is indicated by the appropriate symbol next to the dataset concerned. In all other cases, users are recommended to cite the source.
The symbols next to each dataset indicate what use is permitted. All data owners use the same symbols.
{% app_name %} provides a usage model for government organisations with a mandate from the state.
Please contact us if you have any questions.
{% endblock %}


Select the type of result visualization:
Scores: Page with relative abundance and table with each taxon and scores extracted from Random Forest.
Taxon importance chart: Visualization of scores with taxons grouped by different taxonomic levels
Network: Network/Graph with correlation analysis between taxons and its scores. Scores represents the discriminative "power" for distinguish the five groups: "UASB1", "UASB2", "CSTR1", "CSTR2" and "CSTR3"


Getting started
nearley consists of two components: a compiler and a parser.
The nearley compiler converts grammar definitions from a simple BNF-based syntax to a small JS module. You can then use that module to construct a nearley parser, which parses input strings.
Installation
Both components are published as a single NPM package compatible with Node.js and most browsers.
To use the nearley parser, you need to install nearley locally.
$ npm install --save nearley
To use the nearley compiler, you need to additionally install nearley globally.
$ npm install -g nearley
This actually adds several new commands to your $PATH
:
nearleyc
compiles grammar files to JavaScript.nearley-test
lets you quickly test a grammar against some input and see the results. It also lets you explore the internal state of nearley’s Earley table, in case you find that interesting.nearley-unparse
inverts a parser into a generator, allowing you to create random strings that match your grammar.nearley-railroad
generates pretty railroad diagrams from your parser. This is mainly helpful for creating documentation, as (for example) on json.org.
These are documented on the tooling page.
Note: If you’re not ready to install nearley yet, you can follow along in your browser using the nearley playground, an online interface for exploring nearley grammars interactively.
nearley in 3 steps
nearley was written with users in mind: getting started with nearley is as simple as:
Step 1: Describe your grammar using the nearley syntax. In
a file called grammar.ne
, write:
main -> (statement "\n"):+
statement -> "foo" | "bar"
Step 2: Compile the grammar to a JavaScript module. On the command line, run:
$ nearleyc grammar.ne -o grammar.js
Step 3: Parse some data! In a new JavaScript file, instantiate a Parser object and feed it a string:
const nearley = require("nearley");
const grammar = require("./grammar.js");
// Create a Parser object from our grammar.
const parser = new nearley.Parser(nearley.Grammar.fromCompiled(grammar));
// Parse something!
parser.feed("foo\n");
// parser.results is an array of possible parsings.
console.log(parser.results); // [[[[ "foo" ],"\n" ]]]
What’s next?
Now that you have nearley installed, you can learn how to write a grammar!
Further reading
- Take a look at a nearley tutorial written by @gajus.
- Read my blog post to learn more about the algorithm.
- Read about Marpa to learn more than you ever thought you wanted to know about parsing.


I love to learn, try out and build stuff.
Geek, Developer, Clojure Enthusiast
twitter.com/bertschneider
github.com/bertschneider
keybase.io/bertschneider
goodreads.com/bertschneider
xing.com/Norbert_Schneider


This page tracks the new paper links made to my list of Eurographics 2008 papers.
Page maintained by Ke-Sen Huang.
If you have additions or changes, send an e-mail.
October 11, 2009
August 28, 2008
August 1, 2008
July 16, 2008
July 4, 2008
June 18, 2008
May 19, 2008
May 9, 2008
May 2, 2008
April 30, 2008
April 21, 2008
April 4, 2008
March 12, 2008
March 4, 2008
February 27, 2008
February 26, 2008
February 18, 2008
February 15, 2008
February 13, 2008
February 4, 2008
- Shadowed Relighting of Dynamic Geometry with 1D BRDFs
- Video Carving
- Interactive Stroke-Based NPR using Hand Postures on Large Displays (Project)
- Revealing Pentimenti Through Raking Angle Photography
February 2, 2008
January 30, 2008
January 29, 2008
- Dynamic Sampling and Rendering of Algebraic Point Set Surfaces (Project)
January 26, 2008
January 24, 2008
January 23, 2008
January 21, 2008
- Real-Time Volumetric Tests Using Layered Depth Images
January 16, 2008
January 14, 2008
January 8, 2008
January 7, 2008
January 4, 2008
- A Fast Simulation Method Using Overlapping Grids for Interactions between Smoke and Rigid Objects
- GPU-based Fast Ray Casting for a Large Number of Metaballs
January 3, 2008
December 29, 2007
- An Example-based Procedural System for Element Arrangement (Project)
- Identification of Dynamic Mass Spring Parameters for Deformable Body Simulation
December 26, 2007
- Sketch-Based Procedural Surface Modeling and Compositing using Surface Trees (Project)
- Sketching and Composing Widgets for 3D Manipulation (Project)
- Higher Order Barycentric Coordinates
December 25, 2007
December 24, 2007
December 22, 2007
- Single-pass Scalable Subsurface Rendering with Lightcuts
December 20, 2007
- Modeling a Generic Tone-Mapping Operator (Project)
- Effect of Character Animacy and Preparatory Motion on Perceptual Magnitude of Errors in Ballistic Motion
- Image-Based Shaving
December 19, 2007
- Characterization for High Dynamic Range Imaging
- Accurate Shadows by Depth Complexity Sampling
- Viewfinder Alignment
- Surface Reconstruction From Non-parallel Curve Networks
December 11, 2007
- Real-time rendering and editing of vector-based terrains
- The Beam Radiance Estimate for Volumetric Photon Mapping
December 10, 2007
December 4, 2007
- Agile Spectrum Imaging: Programmable Wavelength Modulation for Cameras and Projectors
December 3, 2007
- Augmented Panoramic Video (Abstract)
- Interactive Volume Rendering with Dynamic Ambient Occlusion and Color Bleeding (Project)
December 2, 2007
- Automatic Conversion of Mesh Animations into Skeleton-based Animations (Project)
- Floating Textures (Project)
- Fluid in Video: Augmenting Real Video with Simulated Fluids
- Visualizing underwater ocean optics
- Photo-realistic Rendering of Metallic Car Paint from Image-Based Measurements
- Ray Casting Algebraic Surfaces using the Frustum Form
- Page published
kesen.huang@gmail.com


UTC +4
Voltage: 220 V
Frequency: 50 Hz
Euro
Major credit cards are accepted almost everywhere.
ATMs are common throughout the island.
International dialing code for Reunion Island +262.
Few foreign mobile phone companies offer international roaming to Reunion so double-check before leaving. Your company should provide specific roaming to Reunion since it has different mobile phone companies from mainland France.
Alternatively, you should be able to get a Pay-as-you-go SIM card from various locations. There are two companies offering wireless services: SRR and Orange Réunion.
Post offices are found in all cities - Letter boxes are colored in yellow.
Unfortunately, Réunion has a bad record when it comes to road safety, so drive defensively. Potential dangers include drunk drivers, excessive speed and twisting roads.
Police - Dial 17 (toll-free number)
Fire-brigade - Dial 18 (toll-free number)
Emergency Ambulance Service - Dial 15 (toll-free number)
Casualties (accident and emergency department) (also via GSM) - Dial 112 (toll-free number)
Sea rescue : 0262 43 43 43
Moutain rescue : 0262 930 930
IMRAY AND ADLARD COLES PILOT BOOKS are available at a discounted price for Noonsite.com users via World Cruising Club
Indian Ocean Cruising Guide
By Rod Heikell
Publisher: Imray,Laurie,Norie & Wilson Ltd (2nd edition 2007)
ISBN-13:<PHONE_NUMBER>725
A good general cruising guide covering the routes from Europe to Australia and points in between, Indian Ocean Cruising Guide covers all the usual points of interest for cruising yachtsmen, from history to climate, weather patterns, formalities, route planning and so on. The general sections are followed by a country-by-country round up in which key ports are described in detail with the aid of harbour plans and photographs. This second edition has been thoroughly revised and contains a lot of additional information on Malaysia and Thailand, the Seychelles and the Chagos archipelago.


The xx appear to be teaming up with Raf Simons for a new clothing collaboration
Belgian fashion designer has worked with the band previously
The xx have teased that they are involved in a new clothing collaboration with Raf Simons – you can see some of the first images of the collaboration below.
Hinting at the team up on social media this morning (November 25), the group posed an image of their bass player, Oliver Sim, in a jumper with a small ‘x’ on its collar.
The famed Belgian fashion designer has worked with the band previously, after working with London-based filmmaker Alisdair McLennan on the video for ‘I Dare You’ back in 2017.
The band then teased the collaboration with the simple line: “Raf Simons / The xx coming soon!” Later, a series of further images with examples of the clothing followed. You can see the images here:
Earlier this year, The xx gave an update on their upcoming album, the follow-up to 2017’s ‘I See You’.
Speaking to Matt Everitt on BBC Radio 6 Music in August, bassist/vocalist Oliver Sim said that he had met up with guitarist/vocalist Romy Madley Croft and, separately, the band’s beatmaker/producer Jamie xx to gather ideas for the trio’s fourth record.
“I’ve done a lot of work with Romy in the last couple of weeks,” Sim said. “I’ve done a lot of work with Jamie, but we haven’t had that moment yet of all three of us being in the room together.” He later added that all three band members were making new music independently “as if we’re making our own records.”
Asked to expand on what’s in store for their next album, Sim added: “We’re still very much figuring it out. I feel very curious. Though it does feel like a long time since the first record, we’re still new to it all.”
He also said that he feels a “different kind of excitement” about the future. “I don’t feel like a seasoned professional yet.”
Back in September, The xx also joined The 1975 in signing up to assist an emergency climate change campaign.
Music industry collective Music Declares Emergency (MDE) amassed thousands of signatories to its declaration of a climate and ecological emergency, since it was launched over the summer.
They received initial backing from a host of music companies including AIM, Abbey Road Studios, The BRIT School and more. IDLES and Nadine Shah also signed up for the initiative.


Toggle navigation
SG
About
My Projects
Education
Achievements
College-
National Institute of Technology,Surathkal,Karnataka
August 2017-Present
Class XI & XII-
City Montessori School,Rajendra Nagar-1,Lucknow
August 2015-February 2017
Class X-
City Montessori School,Rajendra Nagar-1,Lucknow
August 2015-February 2017


Survey Questions
Background Information
Name (Required)
Link to picture (Required)
Personality Questions
Answer the following with a value between 1 - 5, 1 being 'Strongly Disagree', and 5 being 'Strongly Agree.'
Question 1
Generally you have social media
1 (Strongly Disagree)
2 (Agree)
3 (Some What Agree)
4 (Disagree)
5 (Strongly Agree)
Question 2
You want to have friends online
1 (Strongly Disagree)
2 (Disagree)
3 (Some What Agree)
4 (Agree)
5 (Strongly Agree)
Question 3
You use Facebook as center to find more friends
1 (Strongly Agree)
2 (Agree)
3 (Some What Agree)
4 (Disagree)
5 (Strongly Disagree)
Question 4
I check friends page to see match
1 (Strongly Agree)
2 (Agree)
3 (Soem What Agree)
4 (Disagree)
5 (Strongly Disagree)
Question 5
Generally you accept people no matter how they behave.
1 (Strongly Disagree)
2 (Disagree)
3 (some what Disagree)
4 (Agree)
5 (Strongly Agree)
Question 6
You feel Stress when you are alone
1 (Strongly Agree)
2 (Agree)
3 (some What Agree)
4 (Disagree)
5 (Strongly Disagree)
Question 7
Friends are more Important in my life
1 (Strongly Agree)
2 (Agree)
3 (Some What Agree)
4 (Disagree)
5 (Strongly Disagree)
Question 8
i go to the bars to find friends
1 (Strongly Disagree)
2 (Disagree)
3 (some what Agree)
4 (Agree)
5 (Strongly Agree)
Question 9
I prefer Female friends than Male
1 (Strongly Disagree)
2 (Disagree)
3 (some what disagree)
4 (Agree)
5 (Strongly Agree)
Question 10
If your friend makes an ignorant post on social media, you are going to unfriend
1 (Strongly Disagree)
2 (Disagree)
3 (some what Disagree)
4 (Agree)
5 (Strongly Agree)
Submit
Meet your best match!
×


JavaScript is disabled on your browser.
Skip navigation links
Overview
Package
Class
Tree
Deprecated
Index
Help
Prev Package
Next Package
Frames
No Frames
All Classes
Package net.minecraft.block
Interface Summary
Interface
Description
IGrowable
ITileEntityProvider
Class Summary
Class
Description
Block
Unofficial information
Block.SoundType
BlockAir
BlockAnvil
BlockBasePressurePlate
BlockBeacon
BlockBed
BlockBookshelf
BlockBreakable
BlockBrewingStand
BlockBush
BlockButton
BlockButtonStone
BlockButtonWood
BlockCactus
BlockCake
BlockCarpet
BlockCarrot
BlockCauldron
BlockChest
BlockClay
BlockCocoa
BlockColored
BlockCommandBlock
BlockCompressed
BlockCompressedPowered
BlockContainer
BlockCrops
BlockDaylightDetector
BlockDeadBush
BlockDirectional
BlockDirt
BlockDispenser
BlockDoor
BlockDoublePlant
BlockDragonEgg
BlockDropper
BlockDynamicLiquid
BlockEnchantmentTable
BlockEnderChest
BlockEndPortal
BlockEndPortalFrame
BlockEventData
BlockFalling
BlockFarmland
BlockFence
BlockFenceGate
BlockFire
BlockFlower
BlockFlowerPot
BlockFurnace
BlockGlass
BlockGlowstone
BlockGrass
BlockGravel
BlockHardenedClay
BlockHay
BlockHopper
BlockHugeMushroom
BlockIce
BlockJukebox
BlockJukebox.TileEntityJukebox
BlockLadder
BlockLeaves
BlockLeavesBase
BlockLever
BlockLilyPad
BlockLiquid
BlockLog
BlockMelon
BlockMobSpawner
BlockMushroom
BlockMycelium
BlockNetherrack
BlockNetherWart
BlockNewLeaf
BlockNewLog
BlockNote
BlockObsidian
BlockOldLeaf
BlockOldLog
BlockOre
BlockPackedIce
BlockPane
BlockPistonBase
BlockPistonExtension
BlockPistonMoving
BlockPortal
BlockPortal.Size
BlockPotato
BlockPressurePlate
BlockPressurePlateWeighted
BlockPumpkin
BlockQuartz
BlockRail
BlockRailBase
BlockRailDetector
BlockRailPowered
BlockRedstoneComparator
BlockRedstoneDiode
BlockRedstoneLight
BlockRedstoneOre
BlockRedstoneRepeater
BlockRedstoneTorch
BlockRedstoneWire
BlockReed
BlockRotatedPillar
BlockSand
BlockSandStone
BlockSapling
BlockSign
BlockSilverfish
BlockSkull
BlockSlab
BlockSnow
BlockSnowBlock
BlockSoulSand
BlockSourceImpl
BlockSponge
BlockStainedGlass
BlockStainedGlassPane
BlockStairs
BlockStaticLiquid
BlockStem
BlockStone
BlockStoneBrick
BlockStoneSlab
BlockTallGrass
BlockTNT
BlockTorch
BlockTrapDoor
BlockTripWire
BlockTripWireHook
BlockVine
BlockWall
BlockWeb
BlockWood
BlockWoodSlab
BlockWorkbench
Enum Summary
Enum
Description
BlockPressurePlate.Sensitivity
Skip navigation links
Overview
Package
Class
Tree
Deprecated
Index
Help
Prev Package
Next Package
Frames
No Frames
All Classes


public class Player extends Observable<Update>
| Modifier and Type | Field and Description |
|---|---|
private AmmoValue |
mAmmo |
private static int |
MAX_MARKS |
private boolean |
mBoardFlipped |
private PlayerColor |
mColor |
private PlayerColor[] |
mDamageTaken |
private boolean |
mDead |
private int |
mDeathsNum |
private java.util.Map<PlayerColor,java.lang.Integer> |
mMarks |
private java.lang.String |
mName |
private Position |
mPos |
private PowerUpCard[] |
mPowerUpCards |
private int |
mScore |
private Weapon[] |
mWeapons |
| Constructor and Description |
|---|
Player(java.lang.String name,
PlayerColor color) |
Player(java.lang.String name,
PlayerColor color,
Position pos) |
Player(java.lang.String name,
PlayerColor color,
Position pos,
AmmoValue ammo) |
| Modifier and Type | Method and Description |
|---|---|
void |
addAmmo(AmmoValue ammoValue) |
Player |
addPowerUp(PowerUpCard value) |
Player |
addPowerUp(PowerUpCard value,
boolean isRespawn)
add powerup card in player hand and throw exception when player reaches the maximum number of powerups card
|
void |
addScore(int value)
Update score of a player
|
void |
addWeapon(Weapon value)
Add a weapon to player hand and throws exception in case player hand is full
|
boolean |
canMoveBeforeShooting()
Return if player can perform "adrenaline move and shoot".
|
void |
discard(int powerUpIndex)
Discard selected powerUp
|
void |
discard(PowerUpCard card)
discard a card from the hand of player
|
void |
flipBoard() |
java.util.Set<java.lang.Integer> |
getAllPowerUpIndices()
Returns all the indices for the powerups that this player has
|
AmmoValue |
getAmmo() |
PlayerColor |
getColor() |
PlayerColor[] |
getDamageTaken() |
int |
getDeathsNum() |
java.util.Map<PlayerColor,java.lang.Integer> |
getMarks() |
int |
getMaxGrabDistance()
Get max grab distance of player.
|
java.lang.String |
getName() |
long |
getNumOfPowerupsInHand()
Counts the powerups in the player's hand
|
Position |
getPos() |
PowerUpCard |
getPowerUpCard(int index) |
java.util.Set<java.lang.Integer> |
getPowerUpIndices(PowerUpType wantedType)
Returns all the indices for the powerups of the given type
|
PowerUpCard[] |
getPowerUps() |
int |
getScore() |
Weapon |
getWeapon(int index) |
Weapon[] |
getWeapons() |
boolean |
hasNoDamage() |
private void |
incrementDeaths()
Increase the numbers of deaths of player
|
private void |
initializeMarksMap() |
boolean |
isBoardFlipped() |
boolean |
isDead() |
boolean |
isFullOfPowerUps()
return if player has reached the maximum number of power up cards in his hand
|
boolean |
isFullOfWeapons()
return if player has reached the maximum number of weapon in his hand
|
boolean |
isOverkilled() |
boolean |
isSpawned() |
void |
move(Position value)
set player on a position
|
void |
onDamageTaken(Damage damage,
PlayerColor shooterColor)
combine sufferedDamage,sufferedMarks,setDeadStatus methods
|
void |
payAmmo(AmmoValue ammoValue) |
void |
reloadWeapon(int weaponIndex)
Reload selected weapon
|
void |
respawn(Position value)
respawn the player
|
Player |
setAmmo(AmmoValue ammo) |
void |
setDamageTaken(PlayerColor[] damageTaken) |
void |
setDead(boolean dead) |
private void |
setDeadStatus()
set player in death status
|
void |
setMarks(java.util.Map<PlayerColor,java.lang.Integer> marks) |
void |
setPos(Position pos) |
void |
setPowerUpCards(PowerUpCard[] powerUpCards) |
void |
setWeapons(Weapon[] weapons) |
private void |
sufferedDamage(PlayerColor attackingPlayer,
int damage)
Update the damage taken of a player
|
private void |
sufferedMarks(PlayerColor attackingPlayer,
int marks)
Update the marks on a player
|
Weapon |
takeWeapon(int index)
takes a weapon (is used in Action class to exchange weapon when the hand of player is full)
|
void |
unloadWeaponForShooting(int weaponIndex)
Wrapper method for unloading weapon and notify it to views
|
deregister, getObservers, notify, register
private AmmoValue mAmmo
private PowerUpCard[] mPowerUpCards
private Weapon[] mWeapons
private PlayerColor mColor
private int mDeathsNum
private PlayerColor[] mDamageTaken
private java.util.Map<PlayerColor,java.lang.Integer> mMarks
private int mScore
private Position mPos
private java.lang.String mName
private boolean mDead
private boolean mBoardFlipped
private static final int MAX_MARKS
public Player(java.lang.String name, PlayerColor color, Position pos, AmmoValue ammo)
public Player(java.lang.String name, PlayerColor color, Position pos)
public Player(java.lang.String name, PlayerColor color)
private void initializeMarksMap()
public boolean isSpawned()
public AmmoValue getAmmo()
public PlayerColor[] getDamageTaken()
public java.util.Map<PlayerColor,java.lang.Integer> getMarks()
public PlayerColor getColor()
public int getDeathsNum()
public Weapon[] getWeapons()
public boolean isDead()
public PowerUpCard[] getPowerUps()
public int getScore()
public Position getPos()
public java.lang.String getName()
public boolean isBoardFlipped()
public Weapon getWeapon(int index)
public PowerUpCard getPowerUpCard(int index)
public void setWeapons(Weapon[] weapons)
public void setPowerUpCards(PowerUpCard[] powerUpCards)
public void setDamageTaken(PlayerColor[] damageTaken)
public void setMarks(java.util.Map<PlayerColor,java.lang.Integer> marks)
public void setPos(Position pos)
public void setDead(boolean dead)
public void flipBoard()
public boolean isOverkilled()
public boolean hasNoDamage()
public boolean isFullOfWeapons()
public boolean isFullOfPowerUps()
public Weapon takeWeapon(int index)
index
- is the index of the weapon to add in your handpublic int getMaxGrabDistance()
public boolean canMoveBeforeShooting()
public void addScore(int value)
value
- is the value to add to the current scorepublic void addAmmo(AmmoValue ammoValue)
public void payAmmo(AmmoValue ammoValue)
private void sufferedDamage(PlayerColor attackingPlayer, int damage)
attackingPlayer
- is player that attacksdamage
- value of damage to add to the current damageprivate void sufferedMarks(PlayerColor attackingPlayer, int marks)
attackingPlayer
- is player that attacksmarks
- value of marks to add to the current marksprivate void incrementDeaths()
public void addWeapon(Weapon value)
value
- is the weapon to addprivate void setDeadStatus()
public Player addPowerUp(PowerUpCard value, boolean isRespawn)
value
- powerup card to addisRespawn
- boolean value to know if a player could have four powerups instead of threepublic Player addPowerUp(PowerUpCard value)
public void discard(PowerUpCard card)
card
- card to discardpublic void discard(int powerUpIndex)
powerUpIndex
- PowerUp indexpublic void move(Position value)
value
- the position where to put playerpublic void respawn(Position value)
value
- the position where to put playerpublic void onDamageTaken(Damage damage, PlayerColor shooterColor)
damage
- damage to add to the current damage of the playershooterColor
- the attacking playerpublic void reloadWeapon(int weaponIndex)
weaponIndex
- Weapon indexpublic void unloadWeaponForShooting(int weaponIndex)
weaponIndex
- Weapon indexpublic java.util.Set<java.lang.Integer> getPowerUpIndices(PowerUpType wantedType)
wantedType
- the wanted typepublic java.util.Set<java.lang.Integer> getAllPowerUpIndices()
public long getNumOfPowerupsInHand()
this
's hand