Su	Mo	Tu	We	Th	Fr	Sa
29	30	1	2	3	4	5
6	7	8	9	10	11	12
13	14	15	16	17	18	19
20	21	22	23	24	25	26
27	28	29	30	31	1	2

BBC - Come Bell Ringing (2011)

Posted By: Tutorial

Date: 9 Jul 2016 18:40:51

For over 1,200 years church bells have called the faithful to worship, helping people celebrate triumph and commemorate tragedy. But the fact that they are one of the largest and loudest musical instruments in the world is often overlooked.

This is something musical innovator Charles Hazlewood wants to change - he wants to see if church bells can be used to make original music in their own right.
Choosing Cambridge for his musical experiment, Charles immerses himself in the world of bells and bell ringing. He tries his hand at ringing church bells, handbells and even a carillon - an instrument which resembles an organ made out of bells. He discovers why church bell ringing sounds the way it does and tries out some radical techniques - pushing the boundaries, he re-rigs a whole church tower so it can play a tune.
At the culmination of his investigations Charles devises and performs an extraordinary piece of music which involves three separate church towers and 30 handbell ringers gathered from across the eastern counties.

MediaInfo

[ About file ]

Name: Come.Bell.Ringing.mkv
Date: Sat, 09 Jul 2016 17:46:54 +0300
Size: 2,007,408,333 bytes (1914.41377 MiB)

[ Magic ]

File type: data

[ Generic infos ]

Duration: 00:59:00 (3540 s)
Container: matroska
Production date: Thu, 08 Dec 2011 20:24:58 +0300
Total tracks: 3
Track nr. 1: video (V_MPEG4/ISO/AVC) {eng}
Track nr. 2: audio (A_AAC) {eng}
Track nr. 3: subtitle (S_TEXT/UTF8) {eng}
Muxing library: libebml v1.2.3 + libmatroska v1.3.0
Writing application: mkvmerge v5.1.0 ('And so it goes') built on Nov 28 2011 23:58:28

[ Relevant data ]

Resolution: 1280 x 720
Width: multiple of 32
Height: multiple of 16
Average DRF: 23.956441
Standard deviation: 0.35886
Std. dev. weighted mean: 0.002976

[ Video track ]

Codec ID: V_MPEG4/ISO/AVC
Resolution: 1280 x 720
Frame aspect ratio: 16:9 = 1.777778
Pixel aspect ratio: 1:1 = 1
Display aspect ratio: 16:9 = 1.777778
Framerate: 25 fps
Stream size: 1,935,070,984 bytes (1845.427498 MiB)
Duration (bs): 00:59:00 (3540 s)
Bitrate (bs): 4373.041772 kbps
Qf: 0.189802

[ Audio track ]

Codec ID: A_AAC
Sampling frequency: 48000 Hz
Channels: 2
Stream size: 71,226,927 bytes (67.927291 MiB)
Bitstream type (bs): AAC LC (Low Complexity)
Frames (bs): 165,892
Duration (bs): 00:58:59 (3539.029333 s)
Chunk-aligned (bs): Yes
Bitrate (bs): 161.008955 kbps VBR
Sampling frequency (bs): 48000 Hz
Mode (bs): 2: front-left, front-right

[ Video bitstream ]

Bitstream type: MPEG-4 Part 10
User data: x264 | core 119 r2106 07efeb4 | H.264/MPEG-4 AVC codec
User data: Copyleft 2003-2011 | | cabac=1
User data: ref=6 | deblock=1:0:0 | analyse=0x3:0x113 | me=umh | subme=9 | psy=1
User data: psy_rd=1.00:0.00 | mixed_ref=1 | me_range=24 | chroma_me=1
User data: trellis=1 | 8x8dct=1 | cqm=0 | deadzone=21,11 | fast_pskip=0
User data: chroma_qp_offset=-2 | threads=3 | sliced_threads=0 | nr=0
User data: decimate=1 | interlaced=0 | bluray_compat=0 | constrained_intra=0
User data: bframes=3 | b_pyramid=2 | b_adapt=1 | b_bias=0 | direct=1
User data: weightb=1 | open_gop=0 | weightp=2 | keyint=125 | keyint_min=25
User data: scenecut=40 | intra_refresh=0 | rc_lookahead=40 | rc=crf | mbtree=1
User data: crf=19.0 | qcomp=0.60 | qpmin=0 | qpmax=69 | qpstep=4
User data: ip_ratio=1.40 | aq=1:1.00
SPS id: 0
Profile: High@L4.1
Num ref frames: 6
Aspect ratio: Square pixels
Chroma format: YUV 4:2:0
PPS id: 0 (SPS: 0)
Entropy coding type: CABAC
Weighted prediction: P slices - explicit weighted prediction
Weighted bipred idc: B slices - implicit weighted prediction
8x8dct: Yes
Total frames: 88,500
Drop/delay frames: 0
Corrupt frames: 0

P-slices: 40766 ( 46.063 %) #########
B-slices: 46443 ( 52.478 %) ##########
I-slices: 1291 ( 1.459 %)
SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)

[ DRF analysis ]

average DRF: 23.956441
standard deviation: 0.35886
max DRF: 24

DRF<21: 0 ( 0.000 %)
DRF=21: 1285 ( 1.452 %)
DRF=22: 0 ( 0.000 %)
DRF=23: 0 ( 0.000 %)
DRF=24: 87215 ( 98.548 %) ####################
DRF>24: 0 ( 0.000 %)

P-slices average DRF: 24
P-slices std. deviation: 0
P-slices max DRF: 24

B-slices average DRF: 24
B-slices std. deviation: 0
B-slices max DRF: 24

I-slices average DRF: 21.013943
I-slices std. deviation: 0.204043
I-slices max DRF: 24

[ Profile compliancy ]

Selected profile: MTK PAL 6000
Resolution: 1280 x 720 > 720 x 576
Framerate: Ok
Buffer underflow: 00:00:08 (frame 188)
Buffer underflow: 00:06:47 (frame 10176)
Buffer underflow: 00:06:50 (frame 10262)
Buffer underflow: 00:06:53 (frame 10324)
Buffer underflow: 00:06:56 (frame 10394)
Buffer underflow: 00:06:58 (frame 10441)
Buffer underflow: 00:06:59 (frame 10465)
Buffer underflow: 00:07:00 (frame 10511)
Buffer underflow: 00:08:58 (frame 13462)
Buffer underflow: 00:09:00 (frame 13489)
Buffer underflow: 00:15:26 (frame 23155)
Buffer underflow: 00:24:19 (frame 36486)
Buffer underflow: 00:27:53 (frame 41815)
Buffer underflow: 00:27:54 (frame 41853)
Buffer underflow: 00:27:56 (frame 41893)
Buffer underflow: 00:30:20 (frame 45491)
Buffer underflow: 00:30:23 (frame 45571)
Buffer underflow: 00:30:30 (frame 45753)
Buffer underflow: 00:42:58 (frame 64440)
Buffer underflow: 00:43:02 (frame 64549)
Error: Too many violations

This report was created by AVInaptic (18-12-2011) on 9-07-2016 21:33:08

Screenshots