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Golden Palm Marriage Hall sargodha

 
https://www.youtube.com/watch?v=K_GbgQQr1Wo

Monopod With Dolly

With a 4K camera, 3-axis gimbal system and Live HD View, the DJI Phantom 3 Professional allows you to easily take crisp aerial videos and images from the sky

Following a string of new Quadcopter releases, DJI unveils something a little different: a terrestrial-bound camera. The Osmo is based on the Zenmuse X3 camera and 3-axis gimbal hybrid first introduced with the Inspire 1. Its video recording tops out at DCI spec 4096 x 2160 4K, offering 24p and 25p frame rates at this setting. There is also a UHD (3840 x 2160) mode for 16:9 capture at up to 30p, a 2.7K mode, as well as full HD (1920 x 1080) at up to 120 fps, for serious slow motion work. It takes still photos at the 1/2.3″ CMOS sensor’s effective resolution of 12MP, with options for bursts of up to 7 shots and interval recording for time-lapse. Stills can be recorded in JPEG or DNG RAW.

Osmo features an ergonomic handgrip that puts all of the essential camera and gimbal controls at your fingertips. A smartphone holder attached via rosette allows you to monitor a live image, review footage and photos, and access advanced camera settings. To enhance Osmo’s potential, DJI will offer several mounting accessories. There will be a selfie-stick-style extension rod to help elevate the camera, a mini tripod, a bike handlebar clamp, and a suction cup intended for vehicle mounting.

Wedding Shoot 12 x 36

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dil sambhal ja zara phir mohabbat karne chala hai tu

dil sambhal ja zara phir mohabbat karne chala hai tu by baba production sargodha
HD content
High-definition image sources embrace terrestrial broadcast, direct broadcast satellite, digital cable, high definition disc (BD), digital cameras, web downloads and also the latest generation of computer game consoles.
Most computers area unit capable of HD or higher resolutions over VGA, DVI, and/or HDMI.
The memory device normal Blu-ray Disc will offer enough digital storage to store hours of HD video content. Digital Versatile Discs or DVDs (that hold four.7 GB for one layer or eight.5 GB for a Double layer), look best on screens that area unit smaller than thirty six inches (91 cm)[citation needed], in order that they aren\’t continually up to the challenge of today\’s high-definition (HD) sets. Storing and taking part in HD movies needs a disc that holds a lot of info, sort of a Blu-ray Disc (which hold twenty five GB in single layer type and fifty GB for double layer) or High Definition Digital Versatile Discs HD-DVDs that hold fifteen GB or thirty GB in single and double layer.
Blu-ray Discs were put together developed by nine initial partners as well as Sony, Phillips (which developed CDs),and Pioneer (which developed its own Laser-disc antecedently with some success) among others. HD-DVD discs were primarily developed by Toshiba and necrotizing enterocolitis with some backing from Microsoft, Warner Bros., Hewlett Packard, and others. On Gregorian calendar month nineteen, 2008 Toshiba declared it absolutely was abandoning the format and would discontinue development, selling and producing of HD-DVD players and drives.
Types of recorded media
The high resolution film used for cinema projection is exposed at the speed of twenty four frames per second however typically projected at forty eight, every frame obtaining projected double serving to to minimise flicker. One exception to the present was the 1986 National Film Board of North American country short film Momentum, that concisely experimented with each motion-picture photography and projected at forty eight frame/s, in a very method called IMAX HD.
Depending upon on the market information measure and also the quantity of detail and movement within the image, the optimum format for video transfer is either 720p24 or 1080p24. once shown on tv in PAL system countries, film should be projected at the speed of twenty five frames per second by fast it by four.1 percent. In NTSC normal countries, the projection rate is thirty frames per second, employing a technique known as 3:2 pull-down. One film frame is control for 3 video fields (1/20 of a second), and also the next is control for 2 video fields (1/30 of a second) and so the method is recurrent, so achieving the right film projection rate with 2 film frames shown in 1/12 of a second.
See also: Telecine and Deinterlacing
Older (pre-HDTV) recordings on video tape like Betacam SP area unit typically either within the type 480i60 or 576i50. These could also be upconverted to the next resolution format (720i), however removing the interlace to match the common 720p format might distort the image or need filtering that really reduces the resolution of the ultimate output.
Non-cinematic video video recordings area unit recorded in either the 720p or the 1080i format. The format used is about by the broadcaster (if for tv broadcast). In general, 720p is a lot of correct with quick action, as a result of it increasingly scans frames, rather than the 1080i, that uses fretted fields and so may degrade the resolution of quick pictures.
720p is employed a lot of for web distribution of high-definition video, as a result of laptop monitors increasingly scan; 720p video has lower storage-decoding necessities than either the 1080i or the 1080p. this is often additionally the medium for high-definition broadcasts round the world and 1080p is employed for Blu-ray movies.

kal pind de vichale

kal pind de vichale by baba production sargodha
High definition video (prerecorded and broadcast) is defined threefold, by:
The number of lines in the vertical display resolution. High-definition television (HDTV) resolution is 1,080 or 720 lines. In contrast, regular digital television (DTV) is 480 lines (upon which NTSC is based, 480 visible scanlines out of 525) or 576 lines (upon which PAL/SECAM are based, 576 visible scanlines out of 625). However, since HD is broadcast digitally, its introduction sometimes coincides with the introduction of DTV. Additionally, current DVD quality is not high-definition, although the high-definition disc systems Blu-ray Disc and the defunct HD DVD are.
The scanning system: progressive scanning (p) or interlaced scanning (i). Progressive scanning (p) redraws an image frame (all of its lines) when refreshing each image, for example 720p/1080p. Interlaced scanning (i) draws the image field every other line or “odd numbered” lines during the first image refresh operation, and then draws the remaining “even numbered” lines during a second refreshing, for example 1080i. Interlaced scanning yields greater image resolution if subject is not moving, but loses up to half of the resolution and suffers “combing” artifacts when subject is moving.
The number of frames or fields per second (Hz). In Europe more common (50 Hz) television broadcasting system and in USA (60 Hz). The 720p60 format is 1,280 × 720 pixels, progressive encoding with 60 frames per second (60 Hz). The 1080i50/1080i60 format is 1920 × 1080 pixels, interlaced encoding with 50/60 fields, (50/60 Hz) per second. Two interlaced fields formulate a single frame, because the two fields of one frame are temporally shifted. Frame pulldown and segmented frames are special techniques that allow transmitting full frames by means of interlaced video stream.
Often, the rate is inferred from the context, usually assumed to be either 50 Hz (Europe) or 60 Hz (USA), except for 1080p, which denotes 1080p24, 1080p25, and 1080p30, but also 1080p50 and 1080p60.
A frame or field rate can also be specified without a resolution. For example 24p means 24 progressive scan frames per second and 50i means 25 progressive frames per second, consisting of 50 interlaced fields per second. Most HDTV systems support some standard resolutions and frame or field rates. The most common are noted below. High-definition signals require a high-definition television or computer monitor in order to be viewed. High-definition video has an aspect ratio of 16:9 (1.78:1). The aspect ratio of regular widescreen film shot today is typically 1.85:1 or 2.39:1 (sometimes traditionally quoted at 2.35:1). Standard-definition television (SDTV) has a 4:3 (1.33:1) aspect ratio, although in recent years many broadcasters have transmitted programs “squeezed” horizontally in 16:9 anamorphic format, in hopes that the viewer has a 16:9 set which stretches the image out to normal-looking proportions, or a set which “squishes” the image vertically to present a “letterbox” view of the image, again with correct proportions.

Ve jaan walya

Ve jaan walya by baba production sargodha
Technical details
High definition video (prerecorded and broadcast) is defined threefold, by:
The number of lines in the vertical display resolution. High-definition television (HDTV) resolution is 1,080 or 720 lines. In contrast, regular digital television (DTV) is 480 lines (upon which NTSC is based, 480 visible scanlines out of 525) or 576 lines (upon which PAL/SECAM are based, 576 visible scanlines out of 625). However, since HD is broadcast digitally, its introduction sometimes coincides with the introduction of DTV. Additionally, current DVD quality is not high-definition, although the high-definition disc systems Blu-ray Disc and the defunct HD DVD are.
The scanning system: progressive scanning (p) or interlaced scanning (i). Progressive scanning (p) redraws an image frame (all of its lines) when refreshing each image, for example 720p/1080p. Interlaced scanning (i) draws the image field every other line or “odd numbered” lines during the first image refresh operation, and then draws the remaining “even numbered” lines during a second refreshing, for example 1080i. Interlaced scanning yields greater image resolution if subject is not moving, but loses up to half of the resolution and suffers “combing” artifacts when subject is moving.
The number of frames or fields per second (Hz). In Europe more common (50 Hz) television broadcasting system and in USA (60 Hz). The 720p60 format is 1,280 × 720 pixels, progressive encoding with 60 frames per second (60 Hz). The 1080i50/1080i60 format is 1920 × 1080 pixels, interlaced encoding with 50/60 fields, (50/60 Hz) per second. Two interlaced fields formulate a single frame, because the two fields of one frame are temporally shifted. Frame pulldown and segmented frames are special techniques that allow transmitting full frames by means of interlaced video stream.
Often, the rate is inferred from the context, usually assumed to be either 50 Hz (Europe) or 60 Hz (USA), except for 1080p, which denotes 1080p24, 1080p25, and 1080p30, but also 1080p50 and 1080p60.
A frame or field rate can also be specified without a resolution. For example 24p means 24 progressive scan frames per second and 50i means 25 progressive frames per second, consisting of 50 interlaced fields per second. Most HDTV systems support some standard resolutions and frame or field rates. The most common are noted below. High-definition signals require a high-definition television or computer monitor in order to be viewed. High-definition video has an aspect ratio of 16:9 (1.78:1). The aspect ratio of regular widescreen film shot today is typically 1.85:1 or 2.39:1 (sometimes traditionally quoted at 2.35:1). Standard-definition television (SDTV) has a 4:3 (1.33:1) aspect ratio, although in recent years many broadcasters have transmitted programs “squeezed” horizontally in 16:9 anamorphic format, in hopes that the viewer has a 16:9 set which stretches the image out to normal-looking proportions, or a set which “squishes” the image vertically to present a “letterbox” view of the image, again with correct proportions.

Ek Main Hoon Ek Tu

ek main ekk tu by baba production sargodha
=== Common high-definition video modes ===
! Video mode || Frame size in pixels (W×H) || Pixels per image1 || Scanning type || Frame rate ([[Hertz|Hz]])
|-
| [[720p]] || 1,280×720 || 921,600|| [[Progressive scan|Progressive]] || 23.976, 24, 25, 29.97, 30, 50, 59.94, 60, 72
|-
| [[1080i]] || 1,920×1,080 ||2,073,600 || [[Interlaced]] || 25 (50 fields/s), 29.97 (59.94 fields/s), 30 (60 fields/s)
|-
| [[1080p]] || 1,920×1,080 || 2,073,600 || [[Progressive scan|Progressive]] || 24 (23.976), 25, 30 (29.97), 50, 60 (59.94)

=== Ultra high-definition video modes ===
! Video mode || Frame size in pixels (W×H) || Pixels per image¹ || Scanning type || Frame rate ([[Hertz|Hz]])
|-
| [[Digital cinema|2000p]] || 2,048×1,536 || 3,145,728 || [[Progressive scan|Progressive]] || 24
|-
| [[Ultra-high-definition television|2160p]] || 3,840×2,160 || 8,294,400 || [[Progressive scan|Progressive]] || 60, 120
|-
| [[2540p]] || 4,520×2,540 || 11,480,800 || [[Progressive scan|Progressive]] ||
|-
| [[4K resolution|4000p]] || 4,096×3,072 || 12,582,912 || [[Progressive scan|Progressive]] ||
|-
| [[Ultra-high-definition television|4320p]] || 7,680×4,320 || 33,177,600 || [[Progressive scan|Progressive]] || 60, 120

Ek haseena thi (Mohabbat ki dastaan)

ek haseena thi by baba production sargodha
The first electronic scanning format, 405 lines, was the primary \”high definition\” telecom system, since the mechanical systems it replaced had so much fewer. From 1939, Europe and therefore the U.S.A. tried 605 and 441 lines till, in 1941, the independent agency mandated 525 for the U.S.A.. In time period France, René Barthélemy tested higher resolutions, up to 1,042. In late 1949, official French transmissions finally began with 819. In 1984, however, this customary was abandoned for 625-line color on the TF1 network.
1980s[edit]
Modern HD specifications date to the first Nineteen Seventies, once Japanese engineers developed the HighVision one,125-line reticulate TV customary (also referred to as MUSE) that ran at sixty frames per second. The Sony HDVS system was conferred at a global meeting of tv engineers in port, April 1981 and Japan\’s NHK conferred its analog television system at a Swiss conference in 1983.
The NHK system was customaryized within the u. s. as Society of movie and tv Engineers (SMPTE) standard #240M within the early Nineteen Nineties, however abandoned shortly once it absolutely was replaced by a DVB analog customary. HighVision video continues to be usable for television video interchange, however there\’s virtually no instrumentation around to perform this operate. tries at shoehorning in HighVision into a vi megacycle per second broadcast channel were largely unsuccessful. All tries at mistreatment this format for terrestrial TV transmission were rejected by the mid-1990s.
Europe developed HD-MAC (1,250 lines, 50 Hz), a member of the raincoat family of hybrid analogue/digital video standards; but, it ne\’er took off as a terrestrial video transmission format. HD-MAC was ne\’er selected for video interchange except by the eu Broadcasting Union.
The current high-definition video standards in North America were developed throughout the course of the advanced tv method initiated by the Federal Communications Commission in 1987 at the request of yankee broadcasters. In essence, the top of the Eighties was a death knell for many analog high definition technologies that had developed up thereto time.
1990s[edit]
The independent agency method, semiconductor diode by the Advanced tv Systems Committee (ATSC) adopted a spread of standards from reticulate one,080-line video (a technical descendant of the initial analog NHK 1125/30 rate system) with a most frame rate of sixty rate, and 720-line video, increasingly scanned, with a most frame rate of sixty rate. In the end, however, the DVB customary of resolutions (1080, 720, 480) and individual frame rates (24, 25, 30) were adopted in conjunction with the Europeans that were additionally concerned within the same standardization method. The independent agency formally adopted the ATSC transmission customary (which enclosed each HD and South Dakota video standards) in 1996, with the primary broadcasts on Oct twenty eight, 1998.
2000s[edit]
In the early 2000s, it looked as if DVB would be the video customary so much into the long run. However, each Brazil and China have adopted different standards for high-definition video[citation needed] that preclude the ability that was hoped for when decades of for the most part non-interoperable analog TV broadcasting.