SELAMAT HARI RAYA AIDILFITRI, MAAF ZAHIR BATIN

Selamat menyambut hari raya aidilfitri, maaf zahir dan batin kepada semua sahabat dan saudara mara serta kenalan . . . yang mengenali kami sekeluarga.

Konvokesyen UTP

Majlis Konvokesyen Azmil Zainal Abidin di UTP pada 16 Ogos 2009. Alhamdulillah berjaya dan gembira. Majlis penuh warna warni dengan senyuman kejayaan semua graduan. Buat Azmil tahniah dari ayah, emak serta keluarga dan tak lupa juga kepada Hilmi & Nadia & Hazim yang sama-sama hadir dengan lensa kamera yang profesional sekali... grad dengan FIRST CLASS DEGREE. "we proud of you...! "

Malaysia Vs Manchester United

GEGAK gempita Stadium Nasional, Bukit Jalil bergemuruh dalam satu suara menjulang wira Malaysia, Amri Yahyah yang menewaskan penjaga gol tersohor, Edwin Van der Sar dan Ben Foster untuk mencetus gentar Manchester United sebelum kecundang 3-2 kepada juara Liga Perdana Inggeris itu dalam pembukaan Jelajah Asia 2009.

Amri yang menampilkan prestasi baik untuk menjulang Selangor ke persada Liga Super, namun gagal menterjemahkannya dalam dua pemanas badan menentang Zimbabwe sebelum ini melakukan lambungan menakjubkan melepasi penjaga gawang Belanda itu pada penghujung saingan babak pertama untuk menggamatkan 100,000 penyokong dengan tiga perempatnya berbaju merah.

Turun ke Stadium Bkt Jalil pada 18 July 09 bersama mem, abg, ibah - tiket mahal beb RM58 free seating.

Majlis Konvo Azmil di UTP

Pada 16 Ogos 2009 kami sekeluarga dan ditemani Hilmi, Nadia dan Hazim ke majlis konvokesyen Azmil yang telah memperolehi kecemerlangan ijazah "FIRST CLASS DEGREE" . Ayah dan Emak merasa bangga dan bersyukur diatas kejayaan yang telah dicapai selaras dengan usaha gigih untuk mengulung ijazah di Universiti Teknologi Petronas. . . . walau pun tawaran untuk belajar di Korea selama 7 tahun telah ditolak sebelum ini.

Bayangan Kelibat

Kelibat yang dirakam oleh cctv di pusat membeli belah ..... ceritanya ada pekerja yang jatuh terbunuh semasa pembinaan kompleks ini.

Car Crash

Kalau kita masuk mane-mane terowong yang ade dinegara kita, make sure jadikan video ni sebagai teladan . . . . berwaspadalah selalu dan berhati-hati dijalan raya . . . . . kerana malang selalunya memang tidak berbau . . . . . .

DSLR Nikon D3000

Impian utk beginner dslr . . . kalu dah pandai leh lah upgrade ke gear yg tinggi sikit . . hehehe

TERMINOLOGY - DSLR

aperture value

The amount of light passing through the lens is controlled by the aperture hole. The aperture value indicates how much light can pass through. Since it is expressed as f/2.8, f/16, etc., it is also called the "f-number." The f/1 aperture value represent the maximum diameter of the aperture. When the aperture is half the size, it is called f/2, and when a quarter of the full size, it is f/4. The f-number is therefore the denominator of the fractional size.
The larger the denominator or f-number, the smaller the aperture size and the less light can pass through. Note that although f/2 is half the diameter of f/1, the total area of the hole is only one-fourth of the full-size hole (1/2 x 1/2 = 1/4). And so the amount of light passing through is only 1/4 that of the full-size hole. When the f-number is doubled, the amount of light shrinks to 1/4 of amount.

shutter speed

The shutter controls the amount of time that the light can strike the imaging sensor. Along with the aperture that controls the amount of light, the shutter speed works in combination to control the total amount of light the imaging sensor receives.
With the same aperture, using a shutter speed of 1/2 sec. decreases the amount of light by half compared to a shutter speed of 1 sec. And a shutter speed of 1/4 sec. yields one-fourth the amount of light. Unlike the aperture, the difference in the shutter speed readily corresponds to the difference in the amount of light. The shutter speed is indicated by the denominator. For example, "500" means 1/500 sec. Since the sensor can record an image only while the shutter is open, it can freeze (with a fast shutter speed) or blur (with a slow shutter speed) a moving subject.

exposure

This is the amount of light received by the imaging sensor as determined by the aperture and shutter speed. The ISO speed is also a factor in the exposure so sometimes it is included as part of the exposure equation.
A "correct exposure" refers to an image which has about the same colors and brightness as seen by the human eye. It represents the correct combination of the shutter speed, aperture, and ISO speed. If the image looks too bright, it is overexposed. And if it looks too dark, it is underexposed. To obtain the correct brightness, the camera's shutter speed, aperture, and/or ISO speed is adjusted.