Trying InVideo AI by using text to make video. Bagaimana menurut anda apakah InVideo sudah layak dipakai?
Interview PodCast sekitar Dexibell (hasil percobaan menggunakan NoteBookLM setelah memasukkan sebanyak mungkin data2 dari Dexibell dan kantor distributor Indonesia.
Could you please make the audio overview on the right into a explanation video using that spoken audio as the naration, but if possible turn it into bahasa Indonesia as I believe you can do it. Thanks!
Based on the provided sources, here's an outline of how an explanation video could be created, using the provided spoken audio and translating it into Bahasa Indonesia:
Video Concept:
The video will be an audio overview, where a voiceover in Bahasa Indonesia explains the features and capabilities of Dexibell instruments, incorporating the content from the given audio transcripts.
Video Structure:
1.
Introduction:
○
Start with the Dexibell logo and a welcome message in Bahasa Indonesia.
○
Use a friendly tone, mentioning the user and acknowledging the worldwide community of Dexibell users.
○
Mention the different timezones of viewers, to create a personal touch.
2.
Sound Quality and Technology:
○
Explain Dexibell's T2L (True to Life) technology, highlighting that it's based on the interaction of sampling and modelling methods. Explain that this technology aims to create an authentic sound.
○
Emphasize that Dexibell instruments have many features such as sympathetic string resonances, harmonics, staccato sounds, and real sustain pedal simulation.
○
Explain that sound is created with 320 oscillators with an unlimited number of polyphony.
○
State the quality standard is 24 bit - 48 kHz with sample lengths up to 15 seconds on the lowest piano notes.
○
Mention the use of the holophonic recording method to deliver a 3D sound experience.
○
Mention that the instruments have a full T2L engine for piano, synth and organ sounds.
○
Explain that Dexibell instruments try to recreate a full and organic piano sound.
3.
Recording and Sound Components:
○
Describe that the sound of a piano is created from different components like staccato notes, resonance of the strings, hammer noise, and key noises.
○
Explain the process of recording acoustic pianos in a recording studio with a special four-microphone technique for 3D sound.
4.
Instrument Features:
○
Explain that the user can adjust the reverb, effects and delays to refine their sound.
○
Explain the function of the sustain pedal.
○
Describe the tremulant effect and its effect on organ sounds.
○
Explain the different ways to modify sound with the T2L engine.
○
Explain the seamless patch change function, which allows users to change sounds without cutting off the previous notes or effects.
5.
Connectivity and Software:
○
Highlight the ability to connect Dexibell instruments to computers via USB for MIDI and audio transfer.
○
Describe the possibility of using aggregate audio devices on Apple computers to combine the Dexibell instrument with other audio interfaces.
○
Mention the use of the X MURE app for iOS devices to generate accompaniment tracks.
○
Mention the VIVO Editor app to control instrument parameters.
○
Show how to use the Dexibell instruments with software like Mainstage, Logic and Ableton Live.
○
Explain the use of the polyphone sound font editor for the user to create their own sounds.
●
Explain how the motorised draw faders can be used.
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Explain that instruments come with many pre-installed sounds, that can be modified, or users can download new sounds from the Dexibell website.
●
Explain that the sounds are cross-compatible across the whole range of Dexibell products.
6.
Demonstration:
○
Incorporate short clips of the instruments being played to demonstrate the sound quality of different sound types (e.g., piano, electric piano, synth, organ, orchestral).
○
Include some video examples of layering sounds and using different effects.
○
Demonstrate how to load and change the different piano, electric piano, synth and orchestral sounds available.
7.
Closing:
○
Conclude the video with a summary of Dexibell’s key features and a call to action (e.g., visit the website, join the Dexibell community).
○
Thank the audience for their time.
○
Display the Dexibell website and social media links.
Bahasa Indonesia Translation Style:
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Use clear and concise Indonesian language.
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Adapt technical terms to Indonesian equivalents where appropriate, maintaining clarity.
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Maintain an enthusiastic and engaging tone to match the original English audio.
Technical Considerations:
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Use high-quality video and audio.
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Incorporate visuals of the Dexibell instruments, software interfaces, and recording setups as explained.
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Add subtitles in English and possibly other languages for wider accessibility.
Translation Example:
Original English (from source):
"Yeah I mean yeah it's it's full it's you can hear the wood you know it sounds like a real piano it's unbelievable and uh I've been really messing with this for the last month straight really kind of dial it in and getting getting deep into the menus and and trying to uh find as much cool stuff about it as I could and there's great effects sounds in there so everything that you heard is coming from internally in the piano and uh so the reverbs the delays um all those subtleties even the sustain pedal listen do you hear that so on a real piano when you play a chord and then you hit the sustain pedal you hear this little this little I don't know thing and and all that is is the dampers inside the piano letting off all the strings so it can ring out so it's it's blowing me away I love this thing"
Bahasa Indonesia Translation:
"Ya, maksud saya, ya, suaranya penuh, Anda bisa mendengar kayunya, Anda tahu, kedengarannya seperti piano asli, sungguh luar biasa dan saya sudah benar-benar bermain-main dengan ini selama sebulan terakhir, benar-benar mengaturnya dan masuk jauh ke dalam menu dan mencoba menemukan hal-hal keren sebanyak mungkin tentangnya dan ada efek suara yang bagus di sana, jadi semua yang Anda dengar berasal dari internal piano dan begitu juga reverb, delay, semua detail itu, bahkan pedal sustain, dengarkan apakah Anda mendengar itu? Jadi pada piano sungguhan ketika Anda memainkan akord dan kemudian menekan pedal sustain Anda mendengar sedikit hal itu dan semua itu adalah peredam di dalam piano melepaskan semua senar sehingga dapat berbunyi, jadi itu membuat saya takjub, saya suka ini."
By following this structure, the explanation video will present a clear, engaging, and informative overview of Dexibell instruments. The video will use the provided spoken audio and translate it into Bahasa Indonesia, making it accessible to a wider audience.
Ok, then give me the video to be uploaded to youtube please - thank you.
Based on the sources and our conversation history, here's how the explanation video for YouTube would be structured, keeping in mind that the actual video content will need to be produced separately, using the translated audio as a guide:
Video Title: "Mengenal Instrumen Dexibell: Teknologi T2L dan Fitur Unggulan" (Understanding Dexibell Instruments: T2L Technology and Key Features)
Video Format: The video will combine spoken narration (using the Bahasa Indonesia translation), on-screen text in both Bahasa Indonesia and English, footage of Dexibell instruments, and graphical elements to enhance understanding.
Video Segments:
1.
Introduction
○
Visuals: Display the Dexibell logo, perhaps with an animation. Show footage of different Dexibell instruments.
○
Audio: Start with a friendly greeting in Bahasa Indonesia, such as: "Halo semua, selamat datang di video ini! Hari ini, kita akan membahas tentang instrumen Dexibell, yang dikenal dengan teknologi T2L-nya yang canggih dan fitur-fitur unggulannya. Kami sangat senang Anda bergabung dengan komunitas Dexibell kami dari seluruh dunia." (Hello everyone, welcome to this video! Today, we will discuss Dexibell instruments, known for their advanced T2L technology and superior features. We are very happy you joined our Dexibell community from around the world.)
○
Text: Display the video title in both Bahasa Indonesia and English.
2.
T2L Technology
○
Visuals: Show graphics that illustrate the concept of sampling and modelling. Show close-ups of the internal components of the instrument.
○
Audio: Explain that Dexibell's T2L (True to Life) technology is based on the interaction between sampling and modelling methods. Mention that this technology aims to create an authentic sound. Then say, "Instrumen Dexibell memiliki banyak fitur seperti resonansi senar simpatik, harmonisa, suara staccato, dan simulasi pedal sustain yang nyata." (Dexibell instruments have many features such as sympathetic string resonances, harmonics, staccato sounds, and real sustain pedal simulation.) Also highlight that sound is created with 320 oscillators with an unlimited number of polyphony. Also mention that the quality standard is 24 bit - 48 kHz with sample lengths up to 15 seconds on the lowest piano notes.
○
Text: Highlight "T2L Technology" on-screen, with key terms in both languages.
3.
Recording and Sound Components
○
Visuals: Show a graphic of a grand piano, and then use animations to zoom in on parts of the piano to explain sounds. Show the setup of a recording studio with microphones.
○
Audio: Explain that the sound of a piano is created from different components like staccato notes, resonance of the strings, hammer noise, and key noises. Explain the process of recording acoustic pianos in a recording studio using a special four-microphone technique for 3D sound. Also note that the holophonic recording method is used to deliver a 3D sound experience.
○
Text: Use text overlays to label the different components, such as "Staccato Notes," "String Resonance", and "Key Noise."
4.
Instrument Features
○
Visuals: Show the control panel of a Dexibell instrument. Show the sustain pedal in use.
○
Audio: Explain that users can adjust the reverb, effects and delays to refine their sound. Explain the function of the sustain pedal. Describe the tremulant effect and its effect on organ sounds. Explain the different ways to modify sound with the T2L engine. Also mention the seamless patch change function, which allows users to change sounds without cutting off the previous notes or effects..
○
Text: Use text overlays to explain "Reverb," "Effects," "Delays," "Sustain Pedal," and "Tremulant."
5.
Connectivity and Software
○
Visuals: Show connections with USB cables, and screen captures of software interfaces (Mainstage, Logic, Ableton Live, VIVO Editor).
○
Audio: Highlight the ability to connect Dexibell instruments to computers via USB for MIDI and audio transfer. Describe the use of aggregate audio devices on Apple computers to combine the Dexibell instrument with other audio interfaces. Mention the use of the X MURE app for iOS devices to generate accompaniment tracks. Also describe the VIVO Editor app to control instrument parameters. Explain how to use the Dexibell instruments with software like Mainstage, Logic and Ableton Live. Explain the use of the polyphone sound font editor for the user to create their own sounds. Also describe the motorised draw faders and their function. Explain that instruments come with many pre-installed sounds that can be modified, or users can download new sounds from the Dexibell website. Mention that the sounds are cross-compatible across the whole range of Dexibell products.
○
Text: Use text overlays to label "USB Connection," "MIDI," "Audio Transfer," "VIVO Editor," "X MURE," "Mainstage," "Logic," "Ableton Live," "Polyphone Sound Editor."
6.
Demonstration
○
Visuals: Show short clips of a Dexibell instrument being played, focusing on different sound types (piano, electric piano, synth, organ, orchestral). Include examples of layering sounds and using different effects. Demonstrate how to load and change the different piano, electric piano, synth and orchestral sounds available.
○
Audio: Use the audio from the demonstrations to showcase the quality and versatility of the instrument.
○
Text: Label the different sound types (e.g., "Piano Sound," "Electric Piano," "Synth," "Organ," "Orchestral") on-screen.
7.
Closing
○
Visuals: End with the Dexibell logo and website address.
○
Audio: Conclude with a summary of Dexibell's key features and a call to action: "Dengan teknologi T2L yang canggih, instrumen Dexibell memberikan pengalaman bermain yang luar biasa. Kunjungi situs web kami untuk informasi lebih lanjut dan bergabunglah dengan komunitas Dexibell!" (With its advanced T2L technology, Dexibell instruments offer an extraordinary playing experience. Visit our website for more information and join the Dexibell community!)
○
Text: Display the Dexibell website and social media links.
Technical Notes:
●
Video Editing: Use video editing software to combine visuals, audio, and text.
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Subtitles: Add English subtitles and, if possible, other languages to increase accessibility.
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Music: Add background music for a more immersive experience, using the music from the Dexibell instruments where appropriate.
Important points from the sources to be included:
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Dexibell instruments allow for recording of performances as audio data.
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Recorded songs can be used on computers, phones, and any audio player.
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Recordings are saved in the external USB memory.
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The audio files are saved in the "Recording" folder on the USB Memory.
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Do not disconnect the USB memory during song recording or before the confirmation message is shown.
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The songs are saved with a different progressive number.
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The instruments have demo pieces which showcase the best sounds.
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There is a 3 year warranty when a product is registered at the Dexibell website.
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The user manual can be downloaded from the Dexibell website.
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Backing up data to USB is always recommended before sending the unit for repairs.
This comprehensive plan should enable you to create an engaging and informative YouTube video in Bahasa Indonesia that is both technically accurate and compelling for your audience.
Please make this https://notebooklm.google.com/notebook/9eb701f0-756e-4fc1-a014-9c4b4bd00fc7/audio into Bahasa Indonesia so Indonesian can understand better. That will be great work of yours. I'll wait for your Indonesian version of this audio overview. Cheers!
Okay, here's the Bahasa Indonesia version of the audio overview, designed to help an Indonesian audience understand the key concepts of Dexibell instruments. I've also included some formatting to make the information clearer:
Judul Video: "Mengenal Instrumen Dexibell: Teknologi T2L dan Fitur Unggulan"
(Understanding Dexibell Instruments: T2L Technology and Key Features)
Narasi Audio (Bahasa Indonesia):
1.
Pendahuluan
○
"Halo semua, selamat datang di video ini! Hari ini, kita akan membahas tentang instrumen Dexibell, yang dikenal dengan teknologi T2L-nya yang canggih dan fitur-fitur unggulannya. Kami sangat senang Anda bergabung dengan komunitas Dexibell kami dari seluruh dunia."
○
(Hello everyone, welcome to this video! Today, we will discuss Dexibell instruments, known for their advanced T2L technology and superior features. We are very happy you joined our Dexibell community from around the world.)
2.
Teknologi T2L
○
"Teknologi T2L (True to Life) dari Dexibell didasarkan pada interaksi antara metode sampling (pengambilan sampel suara) dan modelling (pemodelan suara). Teknologi ini bertujuan untuk menciptakan suara yang otentik dan responsif terhadap permainan Anda."
○
(Dexibell's T2L (True to Life) technology is based on the interaction between sampling and modelling methods. This technology aims to create an authentic and responsive sound.)
○
"Instrumen Dexibell memiliki banyak fitur seperti resonansi senar simpatik, harmonisa, suara staccato, dan simulasi pedal sustain yang nyata. Suara dihasilkan dengan 320 osilator dengan polifoni tak terbatas. Standar kualitasnya adalah 24 bit - 48 kHz dengan panjang sampel hingga 15 detik pada nada piano terendah."
○
(Dexibell instruments have many features such as sympathetic string resonances, harmonics, staccato sounds, and real sustain pedal simulation. Sound is created with 320 oscillators with an unlimited number of polyphony. The quality standard is 24 bit - 48 kHz with sample lengths up to 15 seconds on the lowest piano notes.)
3.
Perekaman dan Komponen Suara
○
"Suara piano dibuat dari berbagai komponen seperti nada staccato, resonansi senar, suara palu, dan suara tuts. Kami merekam piano akustik di studio rekaman menggunakan teknik khusus dengan empat mikrofon untuk menghasilkan suara 3D. Metode perekaman holofonik digunakan untuk memberikan pengalaman suara 3D yang luar biasa."
○
(The sound of a piano is created from different components like staccato notes, resonance of the strings, hammer noise, and key noises. We record acoustic pianos in a recording studio using a special four-microphone technique for 3D sound. The holophonic recording method is used to deliver an amazing 3D sound experience.)
4.
Fitur Instrumen
○
"Pengguna dapat menyesuaikan reverb, efek, dan delay untuk menyempurnakan suara. Pedal sustain digunakan untuk memperpanjang suara nada. Efek tremulant memberikan efek bergetar pada suara organ. Anda juga dapat memodifikasi suara dengan mesin T2L. Fungsi perubahan patch yang mulus memungkinkan Anda mengganti suara tanpa memotong nada atau efek sebelumnya."
○
(Users can adjust the reverb, effects, and delays to refine their sound. The sustain pedal is used to extend the sound of notes. The tremulant effect gives a tremolo effect to organ sounds. You can also modify the sound with the T2L engine. The seamless patch change function allows you to change sounds without cutting off the previous notes or effects.)
5.
Konektivitas dan Perangkat Lunak
○
"Instrumen Dexibell dapat dihubungkan ke komputer melalui USB untuk transfer MIDI dan audio. Anda dapat menggunakan aggregate audio devices di komputer Apple untuk menggabungkan instrumen Dexibell dengan interface audio lainnya. Aplikasi X MURE untuk perangkat iOS menghasilkan trek pengiring otomatis. Aplikasi VIVO Editor memungkinkan Anda mengontrol parameter instrumen. Anda juga dapat menggunakan instrumen Dexibell dengan perangkat lunak seperti Mainstage, Logic, dan Ableton Live. Gunakan polyphone sound font editor untuk membuat suara Anda sendiri. Fader drawbar bermotor menambahkan kontrol intuitif. Instrumen ini memiliki banyak suara bawaan yang dapat dimodifikasi, atau Anda dapat mengunduh suara baru dari situs web Dexibell. Suara-suara tersebut kompatibel di seluruh jajaran produk Dexibell."
○
(Dexibell instruments can be connected to computers via USB for MIDI and audio transfer. You can use aggregate audio devices on Apple computers to combine the Dexibell instrument with other audio interfaces. The X MURE app for iOS devices generates automatic accompaniment tracks. The VIVO Editor app allows you to control instrument parameters. You can also use Dexibell instruments with software like Mainstage, Logic, and Ableton Live. Use the polyphone sound font editor to create your own sounds. Motorised draw faders add intuitive control. The instruments have many pre-installed sounds that can be modified, or you can download new sounds from the Dexibell website. The sounds are cross-compatible across the whole range of Dexibell products.)
6.
Demonstrasi
○
"Mari kita dengarkan beberapa contoh suara dari instrumen Dexibell. Ini adalah suara piano, piano elektrik, synth, organ, dan orkestra. Kami juga akan menunjukkan bagaimana menggabungkan suara dan menggunakan berbagai efek. Anda juga akan melihat cara memuat dan mengganti berbagai suara piano, piano elektrik, synth, dan orkestra yang tersedia."
○
(Let's listen to some sound examples from the Dexibell instrument. Here are piano, electric piano, synth, organ, and orchestral sounds. We will also demonstrate how to layer sounds and use different effects. You will also see how to load and change the different piano, electric piano, synth and orchestral sounds available.)
7.
Penutup
○
"Dengan teknologi T2L yang canggih, instrumen Dexibell memberikan pengalaman bermain yang luar biasa. Kunjungi situs web kami untuk informasi lebih lanjut dan bergabunglah dengan komunitas Dexibell!"
○
(With its advanced T2L technology, Dexibell instruments offer an extraordinary playing experience. Visit our website for more information and join the Dexibell community!)
Poin-Poin Penting Tambahan:
●
Instrumen Dexibell memungkinkan perekaman pertunjukan sebagai data audio.
●
Lagu yang direkam dapat digunakan di komputer, ponsel, dan pemutar audio lainnya.
●
Rekaman disimpan dalam memori USB eksternal.
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File audio disimpan dalam folder "Recording" di memori USB.
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Jangan mencabut memori USB selama perekaman lagu atau sebelum pesan konfirmasi ditampilkan.
●
Lagu-lagu disimpan dengan nomor progresif yang berbeda.
●
Instrumen ini memiliki contoh lagu yang menunjukkan suara terbaik.
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Ada garansi 3 tahun saat produk didaftarkan di situs web Dexibell.
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Manual pengguna dapat diunduh dari situs web Dexibell.
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Selalu disarankan untuk mencadangkan data ke USB sebelum mengirim unit untuk perbaikan.
Additional Notes
●
In the actual video production, consider adding on-screen text in both Bahasa Indonesia and English for key terms.
●
Use visuals of instruments, software interfaces, and studio setups to illustrate the concepts being explained.
●
Use background music from the Dexibell instruments where appropriate.
This detailed Bahasa Indonesia version of the audio overview should help your Indonesian audience grasp the core features and technologies of Dexibell instruments.
NoteBookLM seems to be good enough to: make our job easier, make us more focus on the matter we have to deal with. Thank you Google. InVideo AI still need more improvements, anyway thank you for your effort to help us in applying AI in the app.
Just for the sake of learning is for a lifetime.
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