Videod

Leiti 11 vastet.

ID	Kanal	Video	Kuupäev	Kirjeldus	Subtiitrid	Avalik	HD	URL	TitleMUI_en	TitleMUI_et	KirjeldusMUI_en	KirjeldusMUI_et	Filename	Category	CategoryMUI_en	Tags	OdyseeURL	KanalMUI_en	KanalMUI_et	has_thumbnail	local_stream	ytdlp_meta	est_subs	eng_subs
672	Press any key to continue...	Red screen of death.mid	2026-03-25	This is the PlayStation 2 red screen of death sound converted to MIDI sequence and a soundfont. Download: https://bit.ly/4tc6rkH Original filenames: Voicebank (header): SNDIMAGE\SNDBOOTH.HD Voicebank (body): SNDIMAGE\SNDBOOTB.BD Sequence: SNDIMAGE\SNDWARNS.SQ Tools used: PS2/PSX OSDSYS and PS2LOGO decompressor: https://gist.github.com/balika011/7a2443011c3a79ea53e0b98edb905a86 Ps2BiosDecompressor: https://github.com/MarkusMaal/Ps2BiosDecompressor Sssq2Mid: https://www16.atwiki.jp/soundfile?cmd=upload&act=open&pageid=6&file=Sssq2mid.7z Flipnic file tools: https://github.com/MarkusMaal/FlipnicFileTools (specifically this: FlipnicLib.Formats.Jam.Converter) SpessaSynth (local version): https://spessasus.github.io/SpessaSynth/	0	1	1	https://www.youtube.com/watch?v=UKwgctZfcPE	Red screen of death.mid	Red screen of death.mid	This is the PlayStation 2 red screen of death sound converted to MIDI sequence and a soundfont. Download: https://bit.ly/4tc6rkH Original filenames: Voicebank (header): SNDIMAGE\SNDBOOTH.HD Voicebank (body): SNDIMAGE\SNDBOOTB.BD Sequence: SNDIMAGE\SNDWARNS.SQ Tools used: PS2/PSX OSDSYS and PS2LOGO decompressor: https://gist.github.com/balika011/7a2443011c3a79ea53e0b98edb905a86 Ps2BiosDecompressor: https://github.com/MarkusMaal/Ps2BiosDecompressor Sssq2Mid: https://www16.atwiki.jp/soundfile?cmd=upload&act=open&pageid=6&file=Sssq2mid.7z Flipnic file tools: https://github.com/MarkusMaal/FlipnicFileTools (specifically this: FlipnicLib.Formats.Jam.Converter) SpessaSynth (local version): https://spessasus.github.io/SpessaSynth/	This is the PlayStation 2 red screen of death sound converted to MIDI sequence and a soundfont. Download: https://bit.ly/4tc6rkH Original filenames: Voicebank (header): SNDIMAGE\SNDBOOTH.HD Voicebank (body): SNDIMAGE\SNDBOOTB.BD Sequence: SNDIMAGE\SNDWARNS.SQ Tools used: PS2/PSX OSDSYS and PS2LOGO decompressor: https://gist.github.com/balika011/7a2443011c3a79ea53e0b98edb905a86 Ps2BiosDecompressor: https://github.com/MarkusMaal/Ps2BiosDecompressor Sssq2Mid: https://www16.atwiki.jp/soundfile?cmd=upload&act=open&pageid=6&file=Sssq2mid.7z Flipnic file tools: https://github.com/MarkusMaal/FlipnicFileTools (specifically this: FlipnicLib.Formats.Jam.Converter) SpessaSynth (local version): https://spessasus.github.io/SpessaSynth/	Red Screen Of Death.mid.mp4	Videomängude analüüs	Video game analysis	PlayStation 2,RSOD,red screen,scary screen,glass cubes,SpessaSynth,MIDI,Musical Instrument Digital Interface,SF2,SoundFont 2,JAM,voicebank,Sony Computer Entertainment,Please insert a PlayStation or PlayStation 2 format disc.	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/672.jpg	N/A	N/A	N/A	N/A
670	Press any key to continue...	Bitball [Python3 Longplay]	2026-03-07	In case you were wondering, yes I made this game. It was first developed in late 2019 with the last update made in 2022. It's a simple brick breaker, but with a bit more realistic physics system compared to most standard implementations and it features a few different game modes. Source code: https://github.com/MarkusMaal/Bitball Sound effects: https://freesound.org/people/mmaal/ The general goal of the game is to get the highest score compared to your opponents. Here are the game modes: - Classic: The original game mode, you start with 1 ball, but you can earn 1 extra ball on each area. The game ends if you lose all balls. - Zen: A time attack mode. You have infinite number of balls, but you're playing on a timer. The game ends when that timer reaches zero. The timer is paused when you respawn. - Survival: A hardcore game mode. You have 5 balls in total from the start, but you can't earn any more balls throughout the game (apart from multiball). The game ends if you lose all balls. - Eliminator: Elimination rounds based mode. You have infinite number of balls, but everyone is playing on the same timer. Once the timer reaches 0, the player with the lowest score is eliminated and the game ends for that player. At this point the timer resets and the cycle repeats. The game ends when only 1 player remains and their timer runs out. - Developer (a.k.a. Void): A sandbox mode. By default, it acts similar to classic mode, however unlike other game modes, this one allows you to activate various cheats during gameplay. Special bricks that you may encounter: - Orange: Multiball trigger. As you hit other bricks, the bonus multiplier increases. That bonus is given out as soon as you hit the orange brick, at which point multiple balls appear. You may lose every ball except for one before your ball counter goes down. - Cyan: Extra ball. This adds 1 extra ball to the reserve (Classic and Developer modes only). - Gray: Obstacles. These may appear when you reach specific level counts. You can't break these and you don't have to hit them to clear an area. The game has two physics engines - the new and old one. The new one is the default and allows balls to collide with each other and when bouncing from a paddle, the ball bounces back in the direction relative to where the ball lands on the paddle. The old physics don't have these two things. Credits: Game logic/level design/graphics/sound effects by me :) Music by 8-Bit Misfits	0	1	1	https://www.youtube.com/watch?v=yO-nafWCBxE	Bitball [Python3 Longplay]	Bitball [Python3 Longplay]	In case you were wondering, yes I made this game. It was first developed in late 2019 with the last update made in 2022. It's a simple brick breaker, but with a bit more realistic physics system compared to most standard implementations and it features a few different game modes. Source code: https://github.com/MarkusMaal/Bitball Sound effects: https://freesound.org/people/mmaal/ The general goal of the game is to get the highest score compared to your opponents. Here are the game modes: - Classic: The original game mode, you start with 1 ball, but you can earn 1 extra ball on each area. The game ends if you lose all balls. - Zen: A time attack mode. You have infinite number of balls, but you're playing on a timer. The game ends when that timer reaches zero. The timer is paused when you respawn. - Survival: A hardcore game mode. You have 5 balls in total from the start, but you can't earn any more balls throughout the game (apart from multiball). The game ends if you lose all balls. - Eliminator: Elimination rounds based mode. You have infinite number of balls, but everyone is playing on the same timer. Once the timer reaches 0, the player with the lowest score is eliminated and the game ends for that player. At this point the timer resets and the cycle repeats. The game ends when only 1 player remains and their timer runs out. - Developer (a.k.a. Void): A sandbox mode. By default, it acts similar to classic mode, however unlike other game modes, this one allows you to activate various cheats during gameplay. Special bricks that you may encounter: - Orange: Multiball trigger. As you hit other bricks, the bonus multiplier increases. That bonus is given out as soon as you hit the orange brick, at which point multiple balls appear. You may lose every ball except for one before your ball counter goes down. - Cyan: Extra ball. This adds 1 extra ball to the reserve (Classic and Developer modes only). - Gray: Obstacles. These may appear when you reach specific level counts. You can't break these and you don't have to hit them to clear an area. The game has two physics engines - the new and old one. The new one is the default and allows balls to collide with each other and when bouncing from a paddle, the ball bounces back in the direction relative to where the ball lands on the paddle. The old physics don't have these two things. Credits: Game logic/level design/graphics/sound effects by me :) Music by 8-Bit Misfits	In case you were wondering, yes I made this game. It was first developed in late 2019 with the last update made in 2022. It's a simple brick breaker, but with a bit more realistic physics system compared to most standard implementations and it features a few different game modes. Source code: https://github.com/MarkusMaal/Bitball Sound effects: https://freesound.org/people/mmaal/ The general goal of the game is to get the highest score compared to your opponents. Here are the game modes: - Classic: The original game mode, you start with 1 ball, but you can earn 1 extra ball on each area. The game ends if you lose all balls. - Zen: A time attack mode. You have infinite number of balls, but you're playing on a timer. The game ends when that timer reaches zero. The timer is paused when you respawn. - Survival: A hardcore game mode. You have 5 balls in total from the start, but you can't earn any more balls throughout the game (apart from multiball). The game ends if you lose all balls. - Eliminator: Elimination rounds based mode. You have infinite number of balls, but everyone is playing on the same timer. Once the timer reaches 0, the player with the lowest score is eliminated and the game ends for that player. At this point the timer resets and the cycle repeats. The game ends when only 1 player remains and their timer runs out. - Developer (a.k.a. Void): A sandbox mode. By default, it acts similar to classic mode, however unlike other game modes, this one allows you to activate various cheats during gameplay. Special bricks that you may encounter: - Orange: Multiball trigger. As you hit other bricks, the bonus multiplier increases. That bonus is given out as soon as you hit the orange brick, at which point multiple balls appear. You may lose every ball except for one before your ball counter goes down. - Cyan: Extra ball. This adds 1 extra ball to the reserve (Classic and Developer modes only). - Gray: Obstacles. These may appear when you reach specific level counts. You can't break these and you don't have to hit them to clear an area. The game has two physics engines - the new and old one. The new one is the default and allows balls to collide with each other and when bouncing from a paddle, the ball bounces back in the direction relative to where the ball lands on the paddle. The old physics don't have these two things. Credits: Game logic/level design/graphics/sound effects by me :) Music by 8-Bit Misfits	bitball.mp4	Muud mängimise videod	Other gameplay videos	Python3,pygame,self-made,video game,breakout clone,brick breaker	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/670.jpg	N/A	N/A	N/A	N/A
653	Press any key to continue...	PlayStation Startup Sound [PSX VAB/SEQ to SF2/MID conversion (attempt)]	2025-10-28	I made a tool to extract the PlayStation startup sound from a memory dump. It maybe possible to get it from the BIOS ROM directly, but since the sequences and VAB header are compressed, I just did it the cheap way with a memory dump. Link: https://github.com/MarkusMaal/psxbios2mid/ As you may be able to hear, the conversion is not 100% accurate. The soundfont is just a regular .VAB (used by a LOT of PSX games), which is easy enough to convert, but the sequences themselves are actually using a custom MIDI-like format proprietary to the PSX BIOS ROM, which I've reverse engineered the binary structure of myself (you can also get the ImHex patterns from the repository above). However, actually creating MIDI files from scratch is kind of difficult and this is the best I've managed so far. The startup sound consists of three parts: boot, transition and ending. There is no specific sequence for the transition part, so I assume the BIOS is hard-coded to play that sound at a specific pitch and velocity. Chapters: 0:00 Part 1 (no disc/boot) 0:27 Part 2 (reverse glass break) 0:34 Part 3 (license screen) 0:49 Bonus stuff MIDI player: Spessasynth	0	1	1	https://www.youtube.com/watch?v=WiEVB50rMkU	PlayStation Startup Sound [PSX VAB/SEQ to SF2/MID conversion (attempt)]	PlayStation Startup Sound [PSX VAB/SEQ to SF2/MID conversion (attempt)]	I made a tool to extract the PlayStation startup sound from a memory dump. It maybe possible to get it from the BIOS ROM directly, but since the sequences and VAB header are compressed, I just did it the cheap way with a memory dump. Link: https://github.com/MarkusMaal/psxbios2mid/ As you may be able to hear, the conversion is not 100% accurate. The soundfont is just a regular .VAB (used by a LOT of PSX games), which is easy enough to convert, but the sequences themselves are actually using a custom MIDI-like format proprietary to the PSX BIOS ROM, which I've reverse engineered the binary structure of myself (you can also get the ImHex patterns from the repository above). However, actually creating MIDI files from scratch is kind of difficult and this is the best I've managed so far. The startup sound consists of three parts: boot, transition and ending. There is no specific sequence for the transition part, so I assume the BIOS is hard-coded to play that sound at a specific pitch and velocity. Chapters: 0:00 Part 1 (no disc/boot) 0:27 Part 2 (reverse glass break) 0:34 Part 3 (license screen) 0:49 Bonus stuff MIDI player: Spessasynth	I made a tool to extract the PlayStation startup sound from a memory dump. It maybe possible to get it from the BIOS ROM directly, but since the sequences and VAB header are compressed, I just did it the cheap way with a memory dump. Link: https://github.com/MarkusMaal/psxbios2mid/ As you may be able to hear, the conversion is not 100% accurate. The soundfont is just a regular .VAB (used by a LOT of PSX games), which is easy enough to convert, but the sequences themselves are actually using a custom MIDI-like format proprietary to the PSX BIOS ROM, which I've reverse engineered the binary structure of myself (you can also get the ImHex patterns from the repository above). However, actually creating MIDI files from scratch is kind of difficult and this is the best I've managed so far. The startup sound consists of three parts: boot, transition and ending. There is no specific sequence for the transition part, so I assume the BIOS is hard-coded to play that sound at a specific pitch and velocity. Chapters: 0:00 Part 1 (no disc/boot) 0:27 Part 2 (reverse glass break) 0:34 Part 3 (license screen) 0:49 Bonus stuff MIDI player: Spessasynth	psxbios2mid.mov	Videomängude analüüs	Video game analysis		N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/653.jpg	N/A	N/A	N/A	N/A
651	Press any key to continue...	PlayStation 2 - BIOS soundtrack [PS2 BGM Rip]	2025-10-21	Ambient sounds from the PS2 BIOS. Short sound effects (less than 5 seconds) are not included here. These sounds seem to be using this sound format: https://psx-spx.consoledev.net/cdromfileformats/#sq-hd-hd-sssqsshd (used by some first-party Sony PS1/PS2 games as well) The HD/BD/SQ files are embedded directly inside the BIOS ROM (in compressed form). I have actually managed to partially convert these into a soundfont and MIDI files, you can listen to an example here, but I couldn't convert accurate ADSR yet, so it doesn't sound exactly the same: http://paktc.markusmaal.ee/redscreen.zip However, in this video, I have instead opted to trick the PlayStation 2 into playing these sounds, which was easier to pull off and it is 100% accurate. Chapters: 0:00 Startup sound 0:18 Startup woosh (played immediately after startup sound when no disc is inserted) 0:27 Main menu ambiance (played on the main menu/system configuration screens) 5:27 Unknown (maybe a part of another sound?) 5:33 Short woosh (played after startup sound when a game disc is inserted) 5:39 Red screen of death (plays when you insert an invalid disc) 10:40 RSOD variant (might be an unused sound?) P.S. If you are the first person who can figure out the exact time of day I recorded this based on the flying orbs, I'll pin your comment.	0	1	1	https://www.youtube.com/watch?v=hf2L-3Ef9Pg	PlayStation 2 - BIOS soundtrack [PS2 BGM Rip]	PlayStation 2 - BIOS soundtrack [PS2 BGM Rip]	Ambient sounds from the PS2 BIOS. Short sound effects (less than 5 seconds) are not included here. These sounds seem to be using this sound format: https://psx-spx.consoledev.net/cdromfileformats/#sq-hd-hd-sssqsshd (used by some first-party Sony PS1/PS2 games as well) The HD/BD/SQ files are embedded directly inside the BIOS ROM (in compressed form). I have actually managed to partially convert these into a soundfont and MIDI files, you can listen to an example here, but I couldn't convert accurate ADSR yet, so it doesn't sound exactly the same: http://paktc.markusmaal.ee/redscreen.zip However, in this video, I have instead opted to trick the PlayStation 2 into playing these sounds, which was easier to pull off and it is 100% accurate. Chapters: 0:00 Startup sound 0:18 Startup woosh (played immediately after startup sound when no disc is inserted) 0:27 Main menu ambiance (played on the main menu/system configuration screens) 5:27 Unknown (maybe a part of another sound?) 5:33 Short woosh (played after startup sound when a game disc is inserted) 5:39 Red screen of death (plays when you insert an invalid disc) 10:40 RSOD variant (might be an unused sound?) P.S. If you are the first person who can figure out the exact time of day I recorded this based on the flying orbs, I'll pin your comment.	Ambient sounds from the PS2 BIOS. Short sound effects (less than 5 seconds) are not included here. These sounds seem to be using this sound format: https://psx-spx.consoledev.net/cdromfileformats/#sq-hd-hd-sssqsshd (used by some first-party Sony PS1/PS2 games as well) The HD/BD/SQ files are embedded directly inside the BIOS ROM (in compressed form). I have actually managed to partially convert these into a soundfont and MIDI files, you can listen to an example here, but I couldn't convert accurate ADSR yet, so it doesn't sound exactly the same: http://paktc.markusmaal.ee/redscreen.zip However, in this video, I have instead opted to trick the PlayStation 2 into playing these sounds, which was easier to pull off and it is 100% accurate. Chapters: 0:00 Startup sound 0:18 Startup woosh (played immediately after startup sound when no disc is inserted) 0:27 Main menu ambiance (played on the main menu/system configuration screens) 5:27 Unknown (maybe a part of another sound?) 5:33 Short woosh (played after startup sound when a game disc is inserted) 5:39 Red screen of death (plays when you insert an invalid disc) 10:40 RSOD variant (might be an unused sound?) P.S. If you are the first person who can figure out the exact time of day I recorded this based on the flying orbs, I'll pin your comment.	ps2bios.mp4	Varia	Miscellaneous	PlayStation 2,BIOS,Sony,startup sound,red screen of death,RSOD,red screen,Please insert PlayStation or PlayStation 2 format disc,Please insert PlayStation CD-ROM	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/651.jpg	N/A	N/A	N/A	N/A
649	Press any key to continue...	Onestop.mid, but with Flipnic soundfont [MIDI Waveform Deconstruction]	2025-10-18	This is the classic Windows MIDI played with the soundfont, which originates from 2P Geometry in Flipnic (RETRO_0.HD/.BD). I did cheat a little here, because I forced specific MIDI channels to play a specific instrument from the soundfont (otherwise it would just be xylophones, which is kind of boring). The soundbank conversion is still not 100% accurate (but it is getting closer), if you want to see the current state of things, clone and compile FlipnicFileTools here: https://github.com/MarkusMaal/FlipnicFileTools Main issues unresolved include: loopings aren't perfectly aligned, the output .SF2 file isn't 100% spec compliant and velocity adjustments break stuff.	0	1	1	https://www.youtube.com/watch?v=Gf-_X251U4A	Onestop.mid, but with Flipnic soundfont [MIDI Waveform Deconstruction]	Onestop.mid, but with Flipnic soundfont [MIDI Waveform Deconstruction]	This is the classic Windows MIDI played with the soundfont, which originates from 2P Geometry in Flipnic (RETRO_0.HD/.BD). I did cheat a little here, because I forced specific MIDI channels to play a specific instrument from the soundfont (otherwise it would just be xylophones, which is kind of boring). The soundbank conversion is still not 100% accurate (but it is getting closer), if you want to see the current state of things, clone and compile FlipnicFileTools here: https://github.com/MarkusMaal/FlipnicFileTools Main issues unresolved include: loopings aren't perfectly aligned, the output .SF2 file isn't 100% spec compliant and velocity adjustments break stuff.	This is the classic Windows MIDI played with the soundfont, which originates from 2P Geometry in Flipnic (RETRO_0.HD/.BD). I did cheat a little here, because I forced specific MIDI channels to play a specific instrument from the soundfont (otherwise it would just be xylophones, which is kind of boring). The soundbank conversion is still not 100% accurate (but it is getting closer), if you want to see the current state of things, clone and compile FlipnicFileTools here: https://github.com/MarkusMaal/FlipnicFileTools Main issues unresolved include: loopings aren't perfectly aligned, the output .SF2 file isn't 100% spec compliant and velocity adjustments break stuff.	2025-10-18 22-14-04.mp4	Varia	Joke videos	midi,one stop,onestop.mid,Flipnic,pinball,video game music,bgm,background music,2 players,versus,VS4,RETRO_0.HD	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/649.jpg	N/A	N/A	N/A	N/A
644	Press any key to continue...	Flipnic - Original Soundtrack [MIDI Waveform Deconstruction]	2025-09-12	In this video, I'm showing a waveform deconstruction of the 16 MIDI channels for the game's soundtrack as well as a keyboard showing the keys that are being held down. This is not just an audio recording, this is my attempt to properly rip the soundtrack. There are a few inaccuracies, specifically related to looping and envelopes. Soundbank converted to SF2 with a pre-release version of this tool: https://github.com/MarkusMaal/FlipnicFileTools Chapters: 0:00 Biology - Main Theme (NATURE_0.MID) 2:20 Biology - Watch Out! (NATURE_1.MID) 5:17 Biology - Multiball (NATURE_2.MID) 6:17 Biology - Slot Chance (POSITIVE.MID) 8:00 Evolution/Theology - Main Theme (BOSS_1.MID) 9:46 Metallurgy - Main Theme (ISEKI_0.MID) 12:17 Metallurgy - Spider Crab & Shoot Down The Shafts (ISEKI_1.MID) 13:43 Metallurgy - Multiball (ISEKI_2.MID) 15:06 Optics - Main Theme (HIKARI_0.MID) 17:05 Optics - Bumper Village & Non-Stop Area (HIKARI_1.MID) 18:35 Optics - Multiball & Loop The Loop (HIKARI_2.MID) 20:04 Zero Gravity (SERIOUS.MID) 21:32 Geometry - Main Theme (LOAD_RETRO_3.MID) 22:17 Geometry - Chu Chu Multiball (LOAD_RETRO_4.MID) 22:49 Geometry - Alien Hill (LOAD_RETRO_5.MID) 23:27 Geometry - Area 74 (LOAD_RETRO_6.MID) 24:13 Geometry - Galaxy Tennis (LOAD_RETRO_7.MID) 25:09 Menu Theme (MENU_1.MID) 26:08 Geometry - Triple Paddle (RETRO_0.MID) 27:30 Staff Roll 1 (RETRO_1.MID) 28:35 Intermissions - Wonderful (LOAD_0.MID) 28:45 Intermissions - Ready (LOAD_1.MID) 28:51 Intermissions - Warning (LOAD_1.MID) 28:57 Intermissions - Unused Geometry Wonderful (LOAD_RETRO_0.MID) 29:04 Intermissions - Geometry Ready (LOAD_RETRO_1.MID) 29:11 Intermissions - Geometry Warning (LOAD_RETRO_2.MID)	0	1	1	https://www.youtube.com/watch?v=DTtTDvUCvBE	Flipnic - Original Soundtrack [MIDI Waveform Deconstruction]	Flipnic - Original Soundtrack [MIDI Waveform Deconstruction]	In this video, I'm showing a waveform deconstruction of the 16 MIDI channels for the game's soundtrack as well as a keyboard showing the keys that are being held down. This is not just an audio recording, this is my attempt to properly rip the soundtrack. There are a few inaccuracies, specifically related to looping and envelopes. Soundbank converted to SF2 with a pre-release version of this tool: https://github.com/MarkusMaal/FlipnicFileTools Chapters: 0:00 Biology - Main Theme (NATURE_0.MID) 2:20 Biology - Watch Out! (NATURE_1.MID) 5:17 Biology - Multiball (NATURE_2.MID) 6:17 Biology - Slot Chance (POSITIVE.MID) 8:00 Evolution/Theology - Main Theme (BOSS_1.MID) 9:46 Metallurgy - Main Theme (ISEKI_0.MID) 12:17 Metallurgy - Spider Crab & Shoot Down The Shafts (ISEKI_1.MID) 13:43 Metallurgy - Multiball (ISEKI_2.MID) 15:06 Optics - Main Theme (HIKARI_0.MID) 17:05 Optics - Bumper Village & Non-Stop Area (HIKARI_1.MID) 18:35 Optics - Multiball & Loop The Loop (HIKARI_2.MID) 20:04 Zero Gravity (SERIOUS.MID) 21:32 Geometry - Main Theme (LOAD_RETRO_3.MID) 22:17 Geometry - Chu Chu Multiball (LOAD_RETRO_4.MID) 22:49 Geometry - Alien Hill (LOAD_RETRO_5.MID) 23:27 Geometry - Area 74 (LOAD_RETRO_6.MID) 24:13 Geometry - Galaxy Tennis (LOAD_RETRO_7.MID) 25:09 Menu Theme (MENU_1.MID) 26:08 Geometry - Triple Paddle (RETRO_0.MID) 27:30 Staff Roll 1 (RETRO_1.MID) 28:35 Intermissions - Wonderful (LOAD_0.MID) 28:45 Intermissions - Ready (LOAD_1.MID) 28:51 Intermissions - Warning (LOAD_1.MID) 28:57 Intermissions - Unused Geometry Wonderful (LOAD_RETRO_0.MID) 29:04 Intermissions - Geometry Ready (LOAD_RETRO_1.MID) 29:11 Intermissions - Geometry Warning (LOAD_RETRO_2.MID)	In this video, I'm showing a waveform deconstruction of the 16 MIDI channels for the game's soundtrack as well as a keyboard showing the keys that are being held down. This is not just an audio recording, this is my attempt to properly rip the soundtrack. There are a few inaccuracies, specifically related to looping and envelopes. Soundbank converted to SF2 with a pre-release version of this tool: https://github.com/MarkusMaal/FlipnicFileTools Chapters: 0:00 Biology - Main Theme (NATURE_0.MID) 2:20 Biology - Watch Out! (NATURE_1.MID) 5:17 Biology - Multiball (NATURE_2.MID) 6:17 Biology - Slot Chance (POSITIVE.MID) 8:00 Evolution/Theology - Main Theme (BOSS_1.MID) 9:46 Metallurgy - Main Theme (ISEKI_0.MID) 12:17 Metallurgy - Spider Crab & Shoot Down The Shafts (ISEKI_1.MID) 13:43 Metallurgy - Multiball (ISEKI_2.MID) 15:06 Optics - Main Theme (HIKARI_0.MID) 17:05 Optics - Bumper Village & Non-Stop Area (HIKARI_1.MID) 18:35 Optics - Multiball & Loop The Loop (HIKARI_2.MID) 20:04 Zero Gravity (SERIOUS.MID) 21:32 Geometry - Main Theme (LOAD_RETRO_3.MID) 22:17 Geometry - Chu Chu Multiball (LOAD_RETRO_4.MID) 22:49 Geometry - Alien Hill (LOAD_RETRO_5.MID) 23:27 Geometry - Area 74 (LOAD_RETRO_6.MID) 24:13 Geometry - Galaxy Tennis (LOAD_RETRO_7.MID) 25:09 Menu Theme (MENU_1.MID) 26:08 Geometry - Triple Paddle (RETRO_0.MID) 27:30 Staff Roll 1 (RETRO_1.MID) 28:35 Intermissions - Wonderful (LOAD_0.MID) 28:45 Intermissions - Ready (LOAD_1.MID) 28:51 Intermissions - Warning (LOAD_1.MID) 28:57 Intermissions - Unused Geometry Wonderful (LOAD_RETRO_0.MID) 29:04 Intermissions - Geometry Ready (LOAD_RETRO_1.MID) 29:11 Intermissions - Geometry Warning (LOAD_RETRO_2.MID)	FlipnicSequences.mov	Muusika	Music		N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/644.jpg	N/A	N/A	N/A	N/A
643	Press any key to continue...	MENU_1.MID [JAM to SF2 conversion (attempt)]	2025-09-09	This is my attempt to convert Flipnic's audiobank files (.HD/.BD) to SF2 format, which is a standard file format for MIDI soundfonts. The menu music sounds ALMOST correct, except there is absolutely no reverb, some samples cut off randomly and a few instruments have incorrect fine-tune pitch (basically all of this except for the lack of reverb can probably be fixed). This voice bank file format is actually used in other games too, such as Ape Escape, Gran Turismo 4 (.INS files), Omega Boost, Wild Arms 2 etc. You can read about the file format here: https://psx-spx.consoledev.net/cdromfileformats/#cdrom-file-audio-other-formats (basically identical in Flipnic, except embedded SSsq is Data 5, not Data 4 and it uses standard .MID files instead of .SQ files). I also created a ImHex pattern for this file format: https://raw.githubusercontent.com/MarkusMaal/FlipnicPatterns/refs/heads/main/patterns/hd.hexpat The tool to do this (FlipnicFileTools 2.1) is still in development, there's some technical non-sense I still have yet to figure out, but you can get the open source code in the current state here: https://github.com/MarkusMaal/FlipnicFileTools (release version does not contain the SF2 conversion option) MIDI editor used for the video: https://signalmidi.app	0	0	1	https://www.youtube.com/watch?v=DFfbDm0tMNE	MENU_1.MID [JAM to SF2 conversion (attempt)]	MENU_1.MID [JAM to SF2 conversion (attempt)]	This is my attempt to convert Flipnic's audiobank files (.HD/.BD) to SF2 format, which is a standard file format for MIDI soundfonts. The menu music sounds ALMOST correct, except there is absolutely no reverb, some samples cut off randomly and a few instruments have incorrect fine-tune pitch (basically all of this except for the lack of reverb can probably be fixed). This voice bank file format is actually used in other games too, such as Ape Escape, Gran Turismo 4 (.INS files), Omega Boost, Wild Arms 2 etc. You can read about the file format here: https://psx-spx.consoledev.net/cdromfileformats/#cdrom-file-audio-other-formats (basically identical in Flipnic, except embedded SSsq is Data 5, not Data 4 and it uses standard .MID files instead of .SQ files). I also created a ImHex pattern for this file format: https://raw.githubusercontent.com/MarkusMaal/FlipnicPatterns/refs/heads/main/patterns/hd.hexpat The tool to do this (FlipnicFileTools 2.1) is still in development, there's some technical non-sense I still have yet to figure out, but you can get the open source code in the current state here: https://github.com/MarkusMaal/FlipnicFileTools (release version does not contain the SF2 conversion option) MIDI editor used for the video: https://signalmidi.app	This is my attempt to convert Flipnic's audiobank files (.HD/.BD) to SF2 format, which is a standard file format for MIDI soundfonts. The menu music sounds ALMOST correct, except there is absolutely no reverb, some samples cut off randomly and a few instruments have incorrect fine-tune pitch (basically all of this except for the lack of reverb can probably be fixed). This voice bank file format is actually used in other games too, such as Ape Escape, Gran Turismo 4 (.INS files), Omega Boost, Wild Arms 2 etc. You can read about the file format here: https://psx-spx.consoledev.net/cdromfileformats/#cdrom-file-audio-other-formats (basically identical in Flipnic, except embedded SSsq is Data 5, not Data 4 and it uses standard .MID files instead of .SQ files). I also created a ImHex pattern for this file format: https://raw.githubusercontent.com/MarkusMaal/FlipnicPatterns/refs/heads/main/patterns/hd.hexpat The tool to do this (FlipnicFileTools 2.1) is still in development, there's some technical non-sense I still have yet to figure out, but you can get the open source code in the current state here: https://github.com/MarkusMaal/FlipnicFileTools (release version does not contain the SF2 conversion option) MIDI editor used for the video: https://signalmidi.app	2025-09-09 00-47-08.mp4	Videomängude analüüs	Video game analysis		N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/643.jpg	N/A	N/A	N/A	N/A
636	Press any key to continue...	Flipnic - Free Camera [PCSX2 Cheat Engine Mod]	2025-07-26	In this video, I showcase various areas of the game you normally don't see thanks to a freecam mod I made with Cheat Engine. It's ready to use if you have the PAL version, but other versions require some manual labor to get it working. ---------------------------------------------------- CT file download ---------------------------------------------------- https://gist.github.com/MarkusMaal/bc9b2d7497d67cb1a17e1ad1d61ca0eb/raw/9b3679e61b9aeacc02fc69ffa725bb57f1e0ee11/FlipnicFreecam-public.CT (right click → save as) ---------------------------------------------------- Using Cheat Engine with PCSX2 2.x ---------------------------------------------------- To use Cheat Engine with PCSX2 2.x, you need to enable this setting: Edit → Settings → Scan Settings → Scan the following memory region types → MEM_MAPPED Otherwise, it'll just ignore the PS2 EE memory region. ---------------------------------------------------- Using the CT file ---------------------------------------------------- To load the CT file, choose File → Load in Cheat Engine. Find the file with file browser and open it. Allow it to execute the lua script. Now hook Cheat Engine to PCSX2 with the game already running and keep the address list. You should now see the EEmemPointer has an address - do not remove it! To see the form, double-click Table → FlipnicFreecam. You should see a window open, resize it. Now, in-game, go into a stage and let your ball drop into the outhole (don't relaunch it). Now you have the conditions to control the camera without interruptions. ---------------------------------------------------- Troubleshooting ---------------------------------------------------- Switch back to Flipnic Freecam window and click the "Freecam enable" button. For testing, drag the "Field of view" slider and you should see the FOV change. If you don't see anything change or the game crashes, that means it isn't the PAL version and you need to modify the script to get it to work (for safety reasons, if it didn't crash, restart the game without saving). To see the code, click Table → Show Cheat Table Lua Script. You want to specifically modify the local camLoc variable. Perform the following steps to get the offset: 1. Load the Metallurgy A stage (a 5-minute demo of this stage is immediately accessible even if you don't have a completed save file). You can press START to pause the timer if you only have access to the demo. 2. Let the animation play 3. Using Cheat Engine or PCSX2 debug tools, search for this array of bytes in memory: 4A F0 40 44 00 00 D0 41 BA 18 1D 44 00 00 80 3F 4A 30 47 44 FC FF FF 3F BA D8 16 44 00 00 80 3F 00 00 00 00 00 00 00 00 4. It should return 1 result. If you're using CE, you can set the start to eemem or pcsx2-qt.eemem in memory scan options to ensure only 1 value is returned. 5. Add 0x30 to the address where you found these bytes 6. If you used CE, you also need to also subtract the address of EEmemPointer to get the actual offset in PS2 memory 7. Take the resulting offset and set the camLoc variable to it (hexadecimal values are prefixed with 0x) 8. Save the script and click the "Execute script" button to apply changes immediately ---------------------------------------------------- How to use Flipnic Freecam form ---------------------------------------------------- There are three columns that you can mess with: - Origin+Target - moves both the target and origin, so that you can just move around without changing the angle - Target - moves the "imaginary point", which the camera looks at - Origin - moves the actual camera position without moving the target Also - Freecam enable - Enable Freecam mode (doesn't work when multiball mission is active or in evolution stages) - Freecam disable - Resets the camera to whatever it was There are also three sliders - Field of view - Adjusts FOV, smaller values zoom the camera out, while higher values make everything smaller and more distorted - Substep - Each time you click a + or - button, move the camera by this mu	0	1	1	https://www.youtube.com/watch?v=31-pnJw6PFo	Flipnic - Free Camera [PCSX2 Cheat Engine Mod]	Flipnic - Free Camera [PCSX2 Cheat Engine Mod]	In this video, I showcase various areas of the game you normally don't see thanks to a freecam mod I made with Cheat Engine. It's ready to use if you have the PAL version, but other versions require some manual labor to get it working. ---------------------------------------------------- CT file download ---------------------------------------------------- https://gist.github.com/MarkusMaal/bc9b2d7497d67cb1a17e1ad1d61ca0eb/raw/9b3679e61b9aeacc02fc69ffa725bb57f1e0ee11/FlipnicFreecam-public.CT (right click → save as) ---------------------------------------------------- Using Cheat Engine with PCSX2 2.x ---------------------------------------------------- To use Cheat Engine with PCSX2 2.x, you need to enable this setting: Edit → Settings → Scan Settings → Scan the following memory region types → MEM_MAPPED Otherwise, it'll just ignore the PS2 EE memory region. ---------------------------------------------------- Using the CT file ---------------------------------------------------- To load the CT file, choose File → Load in Cheat Engine. Find the file with file browser and open it. Allow it to execute the lua script. Now hook Cheat Engine to PCSX2 with the game already running and keep the address list. You should now see the EEmemPointer has an address - do not remove it! To see the form, double-click Table → FlipnicFreecam. You should see a window open, resize it. Now, in-game, go into a stage and let your ball drop into the outhole (don't relaunch it). Now you have the conditions to control the camera without interruptions. ---------------------------------------------------- Troubleshooting ---------------------------------------------------- Switch back to Flipnic Freecam window and click the "Freecam enable" button. For testing, drag the "Field of view" slider and you should see the FOV change. If you don't see anything change or the game crashes, that means it isn't the PAL version and you need to modify the script to get it to work (for safety reasons, if it didn't crash, restart the game without saving). To see the code, click Table → Show Cheat Table Lua Script. You want to specifically modify the local camLoc variable. Perform the following steps to get the offset: 1. Load the Metallurgy A stage (a 5-minute demo of this stage is immediately accessible even if you don't have a completed save file). You can press START to pause the timer if you only have access to the demo. 2. Let the animation play 3. Using Cheat Engine or PCSX2 debug tools, search for this array of bytes in memory: 4A F0 40 44 00 00 D0 41 BA 18 1D 44 00 00 80 3F 4A 30 47 44 FC FF FF 3F BA D8 16 44 00 00 80 3F 00 00 00 00 00 00 00 00 4. It should return 1 result. If you're using CE, you can set the start to eemem or pcsx2-qt.eemem in memory scan options to ensure only 1 value is returned. 5. Add 0x30 to the address where you found these bytes 6. If you used CE, you also need to also subtract the address of EEmemPointer to get the actual offset in PS2 memory 7. Take the resulting offset and set the camLoc variable to it (hexadecimal values are prefixed with 0x) 8. Save the script and click the "Execute script" button to apply changes immediately ---------------------------------------------------- How to use Flipnic Freecam form ---------------------------------------------------- There are three columns that you can mess with: - Origin+Target - moves both the target and origin, so that you can just move around without changing the angle - Target - moves the "imaginary point", which the camera looks at - Origin - moves the actual camera position without moving the target Also - Freecam enable - Enable Freecam mode (doesn't work when multiball mission is active or in evolution stages) - Freecam disable - Resets the camera to whatever it was There are also three sliders - Field of view - Adjusts FOV, smaller values zoom the camera out, while higher values make everything smaller and more distorted - Substep - Each time you click a + or - button, move the camera by this much - Step - Same as substep, but allows you to move even faster Obviously you can click on the - and + buttons, but you can also scroll the mouse wheel on the - buttons to change that specific value. ---------------------------------------------------- Chapters ---------------------------------------------------- 0:00 Biology 9:57 Metallurgy 21:33 Optics 37:09 Biology 2P 42:08 Metallurgy 2P 45:00 Geometry 57:56 Optics 2P 59:01 Geometry 2P ---------------------------------------------------- In case you use macOS ---------------------------------------------------- You need to temporarily disable System Integrity Protection to use Cheat Engine on a Mac. Follow Apple's instructions here: https://developer.apple.com/documentation/security/disabling-and-enabling-system-integrity-protection.	In this video, I showcase various areas of the game you normally don't see thanks to a freecam mod I made with Cheat Engine. It's ready to use if you have the PAL version, but other versions require some manual labor to get it working. ---------------------------------------------------- CT file download ---------------------------------------------------- https://gist.github.com/MarkusMaal/bc9b2d7497d67cb1a17e1ad1d61ca0eb/raw/9b3679e61b9aeacc02fc69ffa725bb57f1e0ee11/FlipnicFreecam-public.CT (right click → save as) ---------------------------------------------------- Using Cheat Engine with PCSX2 2.x ---------------------------------------------------- To use Cheat Engine with PCSX2 2.x, you need to enable this setting: Edit → Settings → Scan Settings → Scan the following memory region types → MEM_MAPPED Otherwise, it'll just ignore the PS2 EE memory region. ---------------------------------------------------- Using the CT file ---------------------------------------------------- To load the CT file, choose File → Load in Cheat Engine. Find the file with file browser and open it. Allow it to execute the lua script. Now hook Cheat Engine to PCSX2 with the game already running and keep the address list. You should now see the EEmemPointer has an address - do not remove it! To see the form, double-click Table → FlipnicFreecam. You should see a window open, resize it. Now, in-game, go into a stage and let your ball drop into the outhole (don't relaunch it). Now you have the conditions to control the camera without interruptions. ---------------------------------------------------- Troubleshooting ---------------------------------------------------- Switch back to Flipnic Freecam window and click the "Freecam enable" button. For testing, drag the "Field of view" slider and you should see the FOV change. If you don't see anything change or the game crashes, that means it isn't the PAL version and you need to modify the script to get it to work (for safety reasons, if it didn't crash, restart the game without saving). To see the code, click Table → Show Cheat Table Lua Script. You want to specifically modify the local camLoc variable. Perform the following steps to get the offset: 1. Load the Metallurgy A stage (a 5-minute demo of this stage is immediately accessible even if you don't have a completed save file). You can press START to pause the timer if you only have access to the demo. 2. Let the animation play 3. Using Cheat Engine or PCSX2 debug tools, search for this array of bytes in memory: 4A F0 40 44 00 00 D0 41 BA 18 1D 44 00 00 80 3F 4A 30 47 44 FC FF FF 3F BA D8 16 44 00 00 80 3F 00 00 00 00 00 00 00 00 4. It should return 1 result. If you're using CE, you can set the start to eemem or pcsx2-qt.eemem in memory scan options to ensure only 1 value is returned. 5. Add 0x30 to the address where you found these bytes 6. If you used CE, you also need to also subtract the address of EEmemPointer to get the actual offset in PS2 memory 7. Take the resulting offset and set the camLoc variable to it (hexadecimal values are prefixed with 0x) 8. Save the script and click the "Execute script" button to apply changes immediately ---------------------------------------------------- How to use Flipnic Freecam form ---------------------------------------------------- There are three columns that you can mess with: - Origin+Target - moves both the target and origin, so that you can just move around without changing the angle - Target - moves the "imaginary point", which the camera looks at - Origin - moves the actual camera position without moving the target Also - Freecam enable - Enable Freecam mode (doesn't work when multiball mission is active or in evolution stages) - Freecam disable - Resets the camera to whatever it was There are also three sliders - Field of view - Adjusts FOV, smaller values zoom the camera out, while higher values make everything smaller and more distorted - Substep - Each time you click a + or - button, move the camera by this much - Step - Same as substep, but allows you to move even faster Obviously you can click on the - and + buttons, but you can also scroll the mouse wheel on the - buttons to change that specific value. ---------------------------------------------------- Chapters ---------------------------------------------------- 0:00 Biology 9:57 Metallurgy 21:33 Optics 37:09 Biology 2P 42:08 Metallurgy 2P 45:00 Geometry 57:56 Optics 2P 59:01 Geometry 2P ---------------------------------------------------- In case you use macOS ---------------------------------------------------- You need to temporarily disable System Integrity Protection to use Cheat Engine on a Mac. Follow Apple's instructions here: https://developer.apple.com/documentation/security/disabling-and-enabling-system-integrity-protection.	FlipnicFreecam.mp4	Videomängude analüüs	Video game analysis	free camera,freecam,mod,cheat,Cheat Engine,PCSX2,2.0,Flipnic,Flipnic: Ultimate Pinball,Flipnic research,Optics,Biology,Geometry,Metallurgy,2 player,PlayStation 2	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/636.jpg	N/A	N/A	N/A	N/A
615	Press any key to continue...	Save file editor for Flipnic [Feature showcase]	2025-04-25	Hello world! After 1.5 years of trying to figure out how the save files in this game work, I've finally done it! I just finished making a save editor for a PlayStation 2 video game called Flipnic (a.k.a. Flipnic - Ultimate Pinball/フリップニック). Compatible game saves: NTSC-U, PAL, NTSC-J* (with some caveats) I know it's been almost 22 years since the game launched, but I think this save editor may be useful for people regardless. This video shows some of the things this save editor can do. More info & downloads: https://github.com/MarkusMaal/FlipnicSaveEditor (downloads are in the "Releases" section) In addtion, if you want to mess with the save binary yourself and want to know what each one of the bytes are for, you can download a hexpat file here: https://raw.githubusercontent.com/MarkusMaal/FlipnicSaveEditor/refs/heads/master/flipnicsave.hexpat Flipnic™ Save Editor is an enjoyable easy to use save file editor for you. (re-upload to fix low render quality)	0	1	1	https://www.youtube.com/watch?v=Tk6KGdcUYkY	Save file editor for Flipnic [Feature showcase]	Save file editor for Flipnic [Feature showcase]	Hello world! After 1.5 years of trying to figure out how the save files in this game work, I've finally done it! I just finished making a save editor for a PlayStation 2 video game called Flipnic (a.k.a. Flipnic - Ultimate Pinball/フリップニック). Compatible game saves: NTSC-U, PAL, NTSC-J* (with some caveats) I know it's been almost 22 years since the game launched, but I think this save editor may be useful for people regardless. This video shows some of the things this save editor can do. More info & downloads: https://github.com/MarkusMaal/FlipnicSaveEditor (downloads are in the "Releases" section) In addtion, if you want to mess with the save binary yourself and want to know what each one of the bytes are for, you can download a hexpat file here: https://raw.githubusercontent.com/MarkusMaal/FlipnicSaveEditor/refs/heads/master/flipnicsave.hexpat Flipnic™ Save Editor is an enjoyable easy to use save file editor for you. (re-upload to fix low render quality)	Hello world! After 1.5 years of trying to figure out how the save files in this game work, I've finally done it! I just finished making a save editor for a PlayStation 2 video game called Flipnic (a.k.a. Flipnic - Ultimate Pinball/フリップニック). Compatible game saves: NTSC-U, PAL, NTSC-J* (with some caveats) I know it's been almost 22 years since the game launched, but I think this save editor may be useful for people regardless. This video shows some of the things this save editor can do. More info & downloads: https://github.com/MarkusMaal/FlipnicSaveEditor (downloads are in the "Releases" section) In addtion, if you want to mess with the save binary yourself and want to know what each one of the bytes are for, you can download a hexpat file here: https://raw.githubusercontent.com/MarkusMaal/FlipnicSaveEditor/refs/heads/master/flipnicsave.hexpat Flipnic™ Save Editor is an enjoyable easy to use save file editor for you. (re-upload to fix low render quality)	Timeline 1.mp4	Videomängude analüüs	Video game analysis	save file editor,video game,PlayStation 2,Sony PlayStation,Flipnic,Flipnic: Ultimate Pinball,Flipnic™,フリップニック,is an enjoyable simple-action amazing pinball game for you,Ultimate Pinball,Ubisoft,Capcom,Sony Computer Entertainment Inc.,emulator,PCSX2	N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/615.jpg	N/A	N/A	N/A	N/A
550	Press any key to continue...	Flipnic - all in-game videos [PS2 FMV Rip/Full quality 60 FPS]	2023-10-01	This video contains every single video clip from the Flipnic video game across various regions (including NTSC-U, NTSC-J and PAL regions). Compared to my previous video, this time I've used a different ripping process, through which I've converted the PSS files directly to a standard video format and not just recorded the emulator screen. There are now even more FMVs, which weren't originally included in my previous video. The low-res FMVs have been composited with a checkerboard pattern, so that you can see that they do in fact have a transparent background. Technical information: Video container: Interleaved audio/video streams, PSS file extension Low-res video format: IPU, 256x512 (full frame) or 256x256 (visible display) High-res video format: IPU, 512x448 (NTSC) or 512x512 (PAL) Audio format: Compressed Sony ADPCM, 44100kHz, interleave 0x400 Extraction commands: STR.BIN extraction: FlipnicBinExtractor /e STR.BIN STR TUTO.BIN extraction: FlipnicBinExtractor /e TUTO.BIN TUTO Video container: FlipnicBinExtractor /est [filename].PSS IPU conversion (high-res format, PAL): ffmpeg -r 25 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (high-res format, NTSC): ffmpeg -r 29.97-i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, PAL): ffmpeg -r 50 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, NTSC): ffmpeg -r 59.94 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov Audio conversion: MFAudio /IF44100 /IC2 /II400 /IH0 /OTWAVU "[input filename].PSS.INT[stream ID, usually 1]" "[output filename].WAV" Extraction tools: FlipnicBinExtractor: https://github.com/MarkusMaal/FlipnicBinExtractor FFmpeg: https://ffmpeg.org/ MFAudio: https://www.zophar.net/utilities/ps2util/mfaudio-1-1.html Chapters: 0:00 SHUKYAKUDEMO.PSS (Audio 1) 1:23 SHUKYAKUDEMO.PSS (Audio 2) 2:48 SHUKYAKUDEMO.PSS (Audio 3) 4:13 SHUKYAKUDEMO.PSS (Audio 4) 5:38 SHUKYAKUDEMO.PSS (Audio 5) 7:03 TITLE_.PSS (NTSC-U) 7:19 TITLE_.PSS (PAL) 7:35 TITLE_.PSS (NTSC-J) 7:51 SILVER_DROP.PSS 8:07 CIRCLE_OF_LIFE.PSS 8:29 FREEZE_OVER.PSS 8:45 TAKIWARI.PSS 8:58 SILVER_DROP2.PSS 9:14 CIRCLE_OF_LIFE2.PSS 9:35 FREEZE_OVER2.PSS 9:51 TAKIWARI2.PSS 10:04 UFO_QUIZ_SHOW.PSS 10:14 LUCKEY_FLAMINGOS.PSS 10:20 POINT_OF_NO_RETURN.PSS 10:29 COLOR_PUZZLE2.PSS 10:36 HUNGLY_MONKEY.PSS 10:45 MULTIBALL.PSS 10:53 MULTIBALL03.PSS 10:59 MULTIBALL04.PSS 11:04 MULTIBALL05.PSS 11:14 SHOWTIME.PSS 11:18 MOVE_ON01.PSS 11:24 WATCH_OUT.PSS 11:29 MISSING.PSS 11:38 TILT2.PSS 11:44 EXTRABALL.PSS 11:49 EXTRABALL2.PSS 11:57 EXTRA_CREDIT.PSS 12:05 EXTRA_CREDIT02.PSS 12:13 NEXT_STAGE.PSS 12:33 CONGRATULATIONS01.PSS 12:40 CONGRATULATIONS02.PSS 12:46 CONGRATULATIONS03.PSS 12:55 CONGRATULATIONS04.PSS 13:04 CONGRATULATIONS05.PSS 13:13 CONGRATULATIONS06.PSS 13:22 CONGRATULATIONS07.PSS 13:31 CONGRATULATIONS08.PSS 13:39 CONGRATULATIONS09.PSS 13:46 CONGRATULATIONS10.PSS 13:58 GAME_OVER2.PSS 14:13 GAME_OVER3.PSS 14:21 GAME_OVER4.PSS 14:32 GAME_OVER5.PSS 14:46 GAME_OVER6.PSS (NTSC-J only) 14:58 STAFF_ROLL1.PSS (NTSC-U) 17:02 STAFF_ROLL1.PSS (NTSC-J) 19:06 STAFF_ROLL1.PSS (PAL) 21:10 STAFF_ROLL2.PSS (NTSC-U) 23:14 STAFF_ROLL2.PSS (NTSC-J) 25:18 STAFF_ROLL2.PSS (PAL) 27:22 UBI.PSS (PAL only) 27:30 BAD_LUCK.PSS (NTSC-U/PAL) 28:03 SMALL_LUCK.PSS (NTSC-U/PAL) 28:46 GOOD_LUCK.PSS (NTSC-U/PAL) 29:24 GREAT_LUCK.PSS (NTSC-U/PAL) 30:02 MIRACULOUS.PSS (NTSC-U/PAL) 30:40 CHAP01.PSS (NTSC-U/PAL) 33:59 CHAP02.PSS (NTSC-U/PAL) 37:52 CHAP03.PSS (NTSC-U/PAL) 41:57 CHAP04.PSS (NTSC-U/PAL) 44:39 CHAP05.PSS (NTSC-U/PAL) 49:50 CHAP06.PSS (NTSC-U/PAL) 53:21 CHAP07.PSS (NTSC-U/PAL) 55:28 CHAP01.PSS (NTSC-J) 58:49 CHAP02.PSS (NTSC-J) 1:02:42 CHAP03.PSS (NTSC-J) 1:06:48 CHAP04.PSS (NTSC-J) 1:09:31 CHAP05.PSS (NTSC-J) 1:14:44 CHAP06.PSS (NTSC-J) 1:18:16 CHAP07.PSS (NTSC-J) 1:20:24 BAD_LUCK.PSS (NTSC-J) 1:21:04 SMALL_LUCK.PSS (NTSC-J) 1:21:44 GOOD_LUCK.PSS (NTSC-J) 1:22:24 GREAT_LUCK.PSS (NTSC-J) 1:23:04 MIRACULOUS	1	1	1	https://www.youtube.com/watch?v=ZaA8-H71-3U	Flipnic - all in-game videos [PS2 FMV Rip/Full quality 60 FPS]	Flipnic - all in-game videos [PS2 FMV Rip/Full quality 60 FPS]	This video contains every single video clip from the Flipnic video game across various regions (including NTSC-U, NTSC-J and PAL regions). Compared to my previous video, this time I've used a different ripping process, through which I've converted the PSS files directly to a standard video format and not just recorded the emulator screen. There are now even more FMVs, which weren't originally included in my previous video. The low-res FMVs have been composited with a checkerboard pattern, so that you can see that they do in fact have a transparent background. Technical information: Video container: Interleaved audio/video streams, PSS file extension Low-res video format: IPU, 256x512 (full frame) or 256x256 (visible display) High-res video format: IPU, 512x448 (NTSC) or 512x512 (PAL) Audio format: Compressed Sony ADPCM, 44100kHz, interleave 0x400 Extraction commands: STR.BIN extraction: FlipnicBinExtractor /e STR.BIN STR TUTO.BIN extraction: FlipnicBinExtractor /e TUTO.BIN TUTO Video container: FlipnicBinExtractor /est [filename].PSS IPU conversion (high-res format, PAL): ffmpeg -r 25 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (high-res format, NTSC): ffmpeg -r 29.97-i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, PAL): ffmpeg -r 50 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, NTSC): ffmpeg -r 59.94 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov Audio conversion: MFAudio /IF44100 /IC2 /II400 /IH0 /OTWAVU "[input filename].PSS.INT[stream ID, usually 1]" "[output filename].WAV" Extraction tools: FlipnicBinExtractor: https://github.com/MarkusMaal/FlipnicBinExtractor FFmpeg: https://ffmpeg.org/ MFAudio: https://www.zophar.net/utilities/ps2util/mfaudio-1-1.html Chapters: 0:00 SHUKYAKUDEMO.PSS (Audio 1) 1:23 SHUKYAKUDEMO.PSS (Audio 2) 2:48 SHUKYAKUDEMO.PSS (Audio 3) 4:13 SHUKYAKUDEMO.PSS (Audio 4) 5:38 SHUKYAKUDEMO.PSS (Audio 5) 7:03 TITLE_.PSS (NTSC-U) 7:19 TITLE_.PSS (PAL) 7:35 TITLE_.PSS (NTSC-J) 7:51 SILVER_DROP.PSS 8:07 CIRCLE_OF_LIFE.PSS 8:29 FREEZE_OVER.PSS 8:45 TAKIWARI.PSS 8:58 SILVER_DROP2.PSS 9:14 CIRCLE_OF_LIFE2.PSS 9:35 FREEZE_OVER2.PSS 9:51 TAKIWARI2.PSS 10:04 UFO_QUIZ_SHOW.PSS 10:14 LUCKEY_FLAMINGOS.PSS 10:20 POINT_OF_NO_RETURN.PSS 10:29 COLOR_PUZZLE2.PSS 10:36 HUNGLY_MONKEY.PSS 10:45 MULTIBALL.PSS 10:53 MULTIBALL03.PSS 10:59 MULTIBALL04.PSS 11:04 MULTIBALL05.PSS 11:14 SHOWTIME.PSS 11:18 MOVE_ON01.PSS 11:24 WATCH_OUT.PSS 11:29 MISSING.PSS 11:38 TILT2.PSS 11:44 EXTRABALL.PSS 11:49 EXTRABALL2.PSS 11:57 EXTRA_CREDIT.PSS 12:05 EXTRA_CREDIT02.PSS 12:13 NEXT_STAGE.PSS 12:33 CONGRATULATIONS01.PSS 12:40 CONGRATULATIONS02.PSS 12:46 CONGRATULATIONS03.PSS 12:55 CONGRATULATIONS04.PSS 13:04 CONGRATULATIONS05.PSS 13:13 CONGRATULATIONS06.PSS 13:22 CONGRATULATIONS07.PSS 13:31 CONGRATULATIONS08.PSS 13:39 CONGRATULATIONS09.PSS 13:46 CONGRATULATIONS10.PSS 13:58 GAME_OVER2.PSS 14:13 GAME_OVER3.PSS 14:21 GAME_OVER4.PSS 14:32 GAME_OVER5.PSS 14:46 GAME_OVER6.PSS (NTSC-J only) 14:58 STAFF_ROLL1.PSS (NTSC-U) 17:02 STAFF_ROLL1.PSS (NTSC-J) 19:06 STAFF_ROLL1.PSS (PAL) 21:10 STAFF_ROLL2.PSS (NTSC-U) 23:14 STAFF_ROLL2.PSS (NTSC-J) 25:18 STAFF_ROLL2.PSS (PAL) 27:22 UBI.PSS (PAL only) 27:30 BAD_LUCK.PSS (NTSC-U/PAL) 28:03 SMALL_LUCK.PSS (NTSC-U/PAL) 28:46 GOOD_LUCK.PSS (NTSC-U/PAL) 29:24 GREAT_LUCK.PSS (NTSC-U/PAL) 30:02 MIRACULOUS.PSS (NTSC-U/PAL) 30:40 CHAP01.PSS (NTSC-U/PAL) 33:59 CHAP02.PSS (NTSC-U/PAL) 37:52 CHAP03.PSS (NTSC-U/PAL) 41:57 CHAP04.PSS (NTSC-U/PAL) 44:39 CHAP05.PSS (NTSC-U/PAL) 49:50 CHAP06.PSS (NTSC-U/PAL) 53:21 CHAP07.PSS (NTSC-U/PAL) 55:28 CHAP01.PSS (NTSC-J) 58:49 CHAP02.PSS (NTSC-J) 1:02:42 CHAP03.PSS (NTSC-J) 1:06:48 CHAP04.PSS (NTSC-J) 1:09:31 CHAP05.PSS (NTSC-J) 1:14:44 CHAP06.PSS (NTSC-J) 1:18:16 CHAP07.PSS (NTSC-J) 1:20:24 BAD_LUCK.PSS (NTSC-J) 1:21:04 SMALL_LUCK.PSS (NTSC-J) 1:21:44 GOOD_LUCK.PSS (NTSC-J) 1:22:24 GREAT_LUCK.PSS (NTSC-J) 1:23:04 MIRACULOUS.PSS (NTSC-J)	This video contains every single video clip from the Flipnic video game across various regions (including NTSC-U, NTSC-J and PAL regions). Compared to my previous video, this time I've used a different ripping process, through which I've converted the PSS files directly to a standard video format and not just recorded the emulator screen. There are now even more FMVs, which weren't originally included in my previous video. The low-res FMVs have been composited with a checkerboard pattern, so that you can see that they do in fact have a transparent background. Technical information: Video container: Interleaved audio/video streams, PSS file extension Low-res video format: IPU, 256x512 (full frame) or 256x256 (visible display) High-res video format: IPU, 512x448 (NTSC) or 512x512 (PAL) Audio format: Compressed Sony ADPCM, 44100kHz, interleave 0x400 Extraction commands: STR.BIN extraction: FlipnicBinExtractor /e STR.BIN STR TUTO.BIN extraction: FlipnicBinExtractor /e TUTO.BIN TUTO Video container: FlipnicBinExtractor /est [filename].PSS IPU conversion (high-res format, PAL): ffmpeg -r 25 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (high-res format, NTSC): ffmpeg -r 29.97-i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, PAL): ffmpeg -r 50 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov IPU conversion (low-res format, NTSC): ffmpeg -r 59.94 -i [filename].PSS.IPU0 -c:v qtrle -pix_fmt rgb24 [filename].mov Audio conversion: MFAudio /IF44100 /IC2 /II400 /IH0 /OTWAVU "[input filename].PSS.INT[stream ID, usually 1]" "[output filename].WAV" Extraction tools: FlipnicBinExtractor: https://github.com/MarkusMaal/FlipnicBinExtractor FFmpeg: https://ffmpeg.org/ MFAudio: https://www.zophar.net/utilities/ps2util/mfaudio-1-1.html Chapters: 0:00 SHUKYAKUDEMO.PSS (Audio 1) 1:23 SHUKYAKUDEMO.PSS (Audio 2) 2:48 SHUKYAKUDEMO.PSS (Audio 3) 4:13 SHUKYAKUDEMO.PSS (Audio 4) 5:38 SHUKYAKUDEMO.PSS (Audio 5) 7:03 TITLE_.PSS (NTSC-U) 7:19 TITLE_.PSS (PAL) 7:35 TITLE_.PSS (NTSC-J) 7:51 SILVER_DROP.PSS 8:07 CIRCLE_OF_LIFE.PSS 8:29 FREEZE_OVER.PSS 8:45 TAKIWARI.PSS 8:58 SILVER_DROP2.PSS 9:14 CIRCLE_OF_LIFE2.PSS 9:35 FREEZE_OVER2.PSS 9:51 TAKIWARI2.PSS 10:04 UFO_QUIZ_SHOW.PSS 10:14 LUCKEY_FLAMINGOS.PSS 10:20 POINT_OF_NO_RETURN.PSS 10:29 COLOR_PUZZLE2.PSS 10:36 HUNGLY_MONKEY.PSS 10:45 MULTIBALL.PSS 10:53 MULTIBALL03.PSS 10:59 MULTIBALL04.PSS 11:04 MULTIBALL05.PSS 11:14 SHOWTIME.PSS 11:18 MOVE_ON01.PSS 11:24 WATCH_OUT.PSS 11:29 MISSING.PSS 11:38 TILT2.PSS 11:44 EXTRABALL.PSS 11:49 EXTRABALL2.PSS 11:57 EXTRA_CREDIT.PSS 12:05 EXTRA_CREDIT02.PSS 12:13 NEXT_STAGE.PSS 12:33 CONGRATULATIONS01.PSS 12:40 CONGRATULATIONS02.PSS 12:46 CONGRATULATIONS03.PSS 12:55 CONGRATULATIONS04.PSS 13:04 CONGRATULATIONS05.PSS 13:13 CONGRATULATIONS06.PSS 13:22 CONGRATULATIONS07.PSS 13:31 CONGRATULATIONS08.PSS 13:39 CONGRATULATIONS09.PSS 13:46 CONGRATULATIONS10.PSS 13:58 GAME_OVER2.PSS 14:13 GAME_OVER3.PSS 14:21 GAME_OVER4.PSS 14:32 GAME_OVER5.PSS 14:46 GAME_OVER6.PSS (NTSC-J only) 14:58 STAFF_ROLL1.PSS (NTSC-U) 17:02 STAFF_ROLL1.PSS (NTSC-J) 19:06 STAFF_ROLL1.PSS (PAL) 21:10 STAFF_ROLL2.PSS (NTSC-U) 23:14 STAFF_ROLL2.PSS (NTSC-J) 25:18 STAFF_ROLL2.PSS (PAL) 27:22 UBI.PSS (PAL only) 27:30 BAD_LUCK.PSS (NTSC-U/PAL) 28:03 SMALL_LUCK.PSS (NTSC-U/PAL) 28:46 GOOD_LUCK.PSS (NTSC-U/PAL) 29:24 GREAT_LUCK.PSS (NTSC-U/PAL) 30:02 MIRACULOUS.PSS (NTSC-U/PAL) 30:40 CHAP01.PSS (NTSC-U/PAL) 33:59 CHAP02.PSS (NTSC-U/PAL) 37:52 CHAP03.PSS (NTSC-U/PAL) 41:57 CHAP04.PSS (NTSC-U/PAL) 44:39 CHAP05.PSS (NTSC-U/PAL) 49:50 CHAP06.PSS (NTSC-U/PAL) 53:21 CHAP07.PSS (NTSC-U/PAL) 55:28 CHAP01.PSS (NTSC-J) 58:49 CHAP02.PSS (NTSC-J) 1:02:42 CHAP03.PSS (NTSC-J) 1:06:48 CHAP04.PSS (NTSC-J) 1:09:31 CHAP05.PSS (NTSC-J) 1:14:44 CHAP06.PSS (NTSC-J) 1:18:16 CHAP07.PSS (NTSC-J) 1:20:24 BAD_LUCK.PSS (NTSC-J) 1:21:04 SMALL_LUCK.PSS (NTSC-J) 1:21:44 GOOD_LUCK.PSS (NTSC-J) 1:22:24 GREAT_LUCK.PSS (NTSC-J) 1:23:04 MIRACULOUS.PSS (NTSC-J)	FlipnicFMVfullquality.mp4	FMV klipid	FMV clips	Flipnic,pinball,PlayStation,PlayStation 2,game over,cutscene,FMV,full motion video,PSS,playstation stream,PAL,congratulations,Lisle Wilkerson,Randy Goins,Lemmy Constantine,no camera,electromechanical game simulator,poisonous,pinball is not dead,new game machine,van gogh,UFO,aliens,flying saucer,flamingo,monkey,freeze over,steel ball,weird,surreal,biology,optics,metallurgy,geometry,theology,evolution,puzzle,multiball,see you again,skeleton,skull,invasion,omg,tilt	N/A	Press any key to continue...	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543	Press any key to continue...	Obtaining the Buzz lure in Fishing Fantasy: Buzzrod [Save file modification tutorial]	2023-07-01	In this video, I'm going to walk you through the process of fixing a bug in this game, which normally makes it impossible to finish the game. And the best part - you can do it with your own save! Prerequesties: Python 3: https://www.python.org/downloads/ (in Windows, make sure that "Add to PATH" is checked during installation) BuzzrodSaveEditor: https://github.com/MarkusMaal/BuzzrodSaveEditor/archive/refs/heads/main.zip (extract to a folder) A USB flash drive (if the PS2 freezes/errors out while opening/copying to the mass:/ folder, try a different flash drive, USB 2.0 drives are preferred if possible) w/uLaunchElf entrypoints: - If you have a completely unmodified PS2 slim console, you can use FreeDVDboot. Full instructions and ISO files here: https://github.com/CTurt/FreeDVDBoot - If you have a FreeMcBoot memory card or FreeHDboot hard drive, you can navigate to uLaunchElf in the main menu - If you have a Fortuna exploited memory card, just navigate to browser, go to exploited memory card, back out twice and you should be in uLaunchElf - If you have a modchipped PS2 or have MechaPwn with force unlock (disable it after modifying the save to be able to load this game), you can burn this copy of wLaunchElf to a CD or DVD: https://gbatemp.net/download/wlaunchelf-v4-43x_isr-iso-elf.37723/version/39334/download?file=337077 Commands: To list all saves: python save_editor.py -f [filename] -saves To list items in a save: python save_editor.py -f [filename] -save[num] -li To patch a game save: python save_editor.py -f [filename] -p [byte address] -iv 3 -o [patched save filename] Chapters: 0:00 Describing the bug 0:58 Getting the save out of a memory card 2:38 Patching the save file 4:31 Copying the patched save file back to a memory card 5:30 Testing the modified save	0	1	1	https://www.youtube.com/watch?v=fSE4aCLbXPQ	Obtaining the Buzz lure in Fishing Fantasy: Buzzrod [Save file modification tutorial]	.	In this video, I'm going to walk you through the process of fixing a bug in this game, which normally makes it impossible to finish the game. And the best part - you can do it with your own save! Prerequesties: Python 3: https://www.python.org/downloads/ (in Windows, make sure that "Add to PATH" is checked during installation) BuzzrodSaveEditor: https://github.com/MarkusMaal/BuzzrodSaveEditor/archive/refs/heads/main.zip (extract to a folder) A USB flash drive (if the PS2 freezes/errors out while opening/copying to the mass:/ folder, try a different flash drive, USB 2.0 drives are preferred if possible) w/uLaunchElf entrypoints: - If you have a completely unmodified PS2 slim console, you can use FreeDVDboot. Full instructions and ISO files here: https://github.com/CTurt/FreeDVDBoot - If you have a FreeMcBoot memory card or FreeHDboot hard drive, you can navigate to uLaunchElf in the main menu - If you have a Fortuna exploited memory card, just navigate to browser, go to exploited memory card, back out twice and you should be in uLaunchElf - If you have a modchipped PS2 or have MechaPwn with force unlock (disable it after modifying the save to be able to load this game), you can burn this copy of wLaunchElf to a CD or DVD: https://gbatemp.net/download/wlaunchelf-v4-43x_isr-iso-elf.37723/version/39334/download?file=337077 Commands: To list all saves: python save_editor.py -f [filename] -saves To list items in a save: python save_editor.py -f [filename] -save[num] -li To patch a game save: python save_editor.py -f [filename] -p [byte address] -iv 3 -o [patched save filename] Chapters: 0:00 Describing the bug 0:58 Getting the save out of a memory card 2:38 Patching the save file 4:31 Copying the patched save file back to a memory card 5:30 Testing the modified save	.	BuzzrodFixFinal.mp4	Videomängude analüüs	Video game analysis		N/A	Press any key to continue...	Press any key to continue...	/channel_db_lite/web/thumbs/543.jpg	N/A	/channel_db_lite/web/json/543.json	N/A	N/A