Stayhye
Senior Member
try adding ps3 config to it and let me know if it worked.
PS4 [Research]PS2 emulator configuration on PS4
- Thread starter kozarovv
- Start date
Vika23
Senior Member
yes i going do that
Stayhye
Senior Member
Also, this
"--fpu-accurate-range=0x28C154,0x28C5B0 #fixes the crash on Chapter 5 in the ambush by Vitt0xLar"
was meant for the Jak emus...maybe that is why it didn't work here?
Vika23
Senior Member
not sure, on ps3 i was test PAL version, i try with us config now!
Vika23
Senior Member
with ps3 config same - Freeze
Stayhye
Senior Member
Vika23
Senior Member
from ps2 fpkg tool
Vika23
Senior Member
"--fpu-accurate-range=0x28C154,0x28C5B0" this value only for PAL, thats why it not work
Stayhye
Senior Member
"--fpu-accurate-range=0x28C154,0x28C5B0" this value only for PAL, thats why it not work
Vika23
Senior Member
SCUS-97408 is 0x28d4bc for ntsc @mrjaredbeta says,
you think it can be --fpu-accurate-range=0x28d4bc ???
mrjaredbeta
Developer
LisDikirson
Forum Noob
In game "Def Jam fight for NY" used this configuration for play Four players:
1player - Pad 1A
2player - Pad 2A
3player - Pad 2B
4player - Pad 2C
it won't work any other way.
nifengyuexia
Member
If the error is the same as on the PS3, one of the following two versions of the floating point range configuration should help
Code:
NTSC
--fpu-accurate-range=0x28D4BC,0x28D4BC
--fpu-accurate-muldiv=0x28D4BC,0x28D4BC
--fpu-accurate-addsub=0x28D4BC,0x0x28D4BC
Code:
PAL
--fpu-accurate-range=0x28C29C,0x28C29C
--fpu-accurate-muldiv=0x28C29C,0x28C29C
--fpu-accurate-addsub=0x28C29C,0x28C29CVika23
Senior Member
both value make game crash in chapter 5
Stayhye
Senior Member
have you tried "--matap1=byhost" and "--mtap2=byhost"? that is the only other option you got that is known.
Stayhye
Senior Member
WIP fix for Call of Duty 2 - The Big Red One NTSC
CLI
LUA
Somewhat playable. Needs to get settings right. Almost there
CLI
Code:
--gs-uprender=2x2
--gs-upscale=none
--gs-kernel-cl="h2lpool"
--gs-kernel-cl-up="h2lpool2x2"
--gs-h2l-list-opt=1
--gs-h2l-accurate-hash=1
--host-display-mode=16:9
--vu0-mpg-cycles=225
--idec-cycles-per-qwc=650
--ee-cycle-scalar=1.8
--iop-cycle-scalar=1.0
--cdvd-sector-read-cycles=1650
#emu used=jakx v2
Code:
-- Call of Duty™ 2 - Big Red One
-- ported to PS4
-- emu used=jakx v2
apiRequest(2.0)
local eeObj = getEEObject()
local emuObj = getEmuObject()
local FPS = function()
eeObj.WriteMem32(0x20407F20,0x00000001) --60 fps
end
local patcher = function()
eeObj.Vu1MpgCycles(math.floor(6300))
-- eeObj.SetVifDataCycleScalar(1, 1.5)
emuObj.ThrottleMax()
end
emuObj.AddVsyncHook(patcher)
emuObj.SetGsTitleFix( "forceSimpleFetch", "reserved", { texMode=1 } )
--[[
local frameskip = {}
frameskip.DeterministicMode = 0 -- set 0 for native (non-deterministic) behavior, see function frameskip.GetFramesInQueue()
-- constants:
local CLOCK_EE = 294912000.0
local CLOCK_EE_60hz = 294912000.0 / 60
local AdvanceCycleChunkSize = 4400
local ChunksPerFrame = (CLOCK_EE_60hz / AdvanceCycleChunkSize)
local TaperHoldBaseline = ChunksPerFrame / 20 -- frames to hold even the smallest taper values
local TaperRatePerFrame = ChunksPerFrame / 140 -- frames to taper away 1.0 worth of dog-ratio
local TaperHoldPerChunk = 15.0 / ChunksPerFrame -- hold for 15 frames per one frame of delay
local EnableTapering = true
local MaxChunkCounter = math.floor(ChunksPerFrame * 3.25) --
-- globals:
local isFrameDone = false
local m_counter = 0
local m_prev_framecount = 0
local m_taper_peak = 0
local m_taper_hold = 0
-- Vars For diagnostic:
local d_truelog = false
local d_numframes = 0
frameskip.GetFramesInQueue = function()
if frameskip.DeterministicMode == 0 then
return gsObj.GetFramesInQueue()
elseif frameskip.DeterministicMode == 1 then
-- five regular frames, four slow frames
local modulo = (eeObj.GetClock() // CLOCK_EE_60hz) % 9
if modulo < 5 then
return 0
else
return 3
end
elseif frameskip.DeterministicMode == 2 then
-- nice slow cyclic test!
local modulo = (eeObj.GetClock() // CLOCK_EE_60hz) % 240
if modulo < 200 then
return 0
else
return 3
end
elseif frameskip.DeterministicMode == 3 then
-- slow cycle from 0 to 3 and back to 0, across about 10 seconds...
local modulo = (eeObj.GetClock() // CLOCK_EE_60hz) % 600
if modulo < 100 then
return 0
elseif modulo < 200 then
return 1
elseif modulo < 300 then
return 2
elseif modulo < 300 then
return 3
elseif modulo < 400 then
return 2
elseif modulo < 500 then
return 1
else
return 0
end
end
return gsObj.GetFramesInQueue()
end
frameskip.onFrameFinishedHook = function()
emuObj.CountFrameOnPS2() -- updates FRAPS/Actual FPS reading in olympus
-- local cyl_data, cyl_mpg = eeObj.GetVif1Cycles()
-- print (string.format("data=%6d mpg=%6d", cyl_data, cyl_mpg))
local frameCount = frameskip.GetFramesInQueue()
m_counter = 0
if frameCount ~= 0 or m_prev_framecount ~= 0 then
-- Keep in mind here that the incurred cycle delay will be appended after the standard
-- VIF/VU cycle delays. Standard delays can be read using eeObj.GetVif1Cycles() as shown
-- in a print snippet above.
local fcnew = frameCount
local fcold = m_prev_framecount
-- first frame being a bit slow is often a red herring, because of how the deferred
-- EE/GS pipeline works. So weight it very lightly here (if either fcold or fcnew is
-- 0 then it'll go negative and help offset remaining 1.0)
if fcnew < 1.2 then fcnew = fcnew - 0.6 end
-- Delta from prev to new frame is used to indicate vectoring toward poor perf.
-- eg. if prev was 1 and new is 3 then ramp up frameskip in a hurry (+2)
local fcdelta = fcnew - fcold
fcdelta = (fcdelta >= 0) and (fcdelta / 2.0) or 0
m_counter = m_counter + (ChunksPerFrame / 7.5) * (fcnew + fcold + fcdelta) -- baseline
-- fcold and fcnew are squared and so to scale back the curve a bit we subtract some
-- amount from them here:
fcnew = fcnew - 0.25
fcold = fcold - 0.40
m_counter = m_counter + (ChunksPerFrame / 15.0) * (fcold * fcold) -- weighted prev slowness
m_counter = m_counter + (ChunksPerFrame / 9.0) * (fcnew * (fcnew+fcdelta)) -- weighted current slowness
-- Boundscheck the counter. Keep in mind that a counter delay of 2 frames will run at ~20fps.
m_counter = math.floor(m_counter)
if m_counter > MaxChunkCounter then m_counter = MaxChunkCounter end
if EnableTapering and m_taper_peak < m_counter then
m_taper_hold = TaperHoldBaseline + (m_counter * TaperHoldPerChunk)
m_taper_peak = m_counter
end
end
-- Tapering kind of helps reduce the game's built-in jutter problem... but not really to the
-- extent that I would like. -- jstine
local m_origc = m_counter
if m_counter < m_taper_peak then
m_counter = math.floor(m_taper_peak)
end
--print (string.format("onFrameFinished! numFrames=%d,%d counter=%3d taper_hold=%5.1f taper_peak=%5.1f delayInFrames=%5.3f",
-- m_prev_framecount, frameCount, m_origc, m_taper_hold, m_taper_peak, m_counter / ChunksPerFrame
--));
if m_taper_peak > 0 then
if m_taper_hold > 0 then
m_taper_hold = m_taper_hold - 1
elseif m_origc <= 25 then
-- TODO make these constants?
m_taper_peak = m_taper_peak - (m_taper_peak > 112 and TaperRatePerFrame or 0.75)
end
-- when taper is a large value, slide it back quickly regardless of hold state
if m_taper_peak > 450 and m_taper_peak > m_origc then
m_taper_peak = m_taper_peak * 0.90
end
end
m_prev_framecount = frameCount
isFrameDone = true -- enables SpinWaitDelayHook
end
frameskip.SpinWaitDelayHook = function(hookpc, gprv, writeon)
if not isFrameDone then
return
end
local numFrames = frameskip.GetFramesInQueue()
local isSkipping = false
--local numFrames = frameskip.GetFramesInQueue()
--print (string.format("HOOKED @ 0x%02x - counter=%d numFrames=%d", hookpc, m_counter, numFrames))
if m_counter > 0 then
--if not d_truelog then
-- print ( string.format("HOOKED! - numFrames=%d", numFrames))
-- d_numframes = numFrames
--end
--d_truelog = true
-- SetFrameSkipping call removed because it causes severe frame loss, due to internal scanout
-- not aligning to when this hook is invoked. The call was only implemented in order to solve
-- interlace jitter problems on Jak TPL anyway, and isn't needed here... --jstine
--gsObj.SetFrameSkipping(true)
isSkipping = true
end
if isSkipping then
--local v0 = eeObj.GetGpr(gprv)
eeObj.SetGpr(gprv, writeon)
eeObj.AdvanceClock(AdvanceCycleChunkSize)
m_counter = m_counter - 1
-- print ( string.format("SKIPP! - numFrames=%d", numFrames))
else
isFrameDone = false
--gsObj.SetFrameSkipping(false)
m_counter = 0
--if d_truelog then
-- print "BUSY ENDED, RESUMIMG..."
--end
--d_truelog = false
end
--if d_numframes ~= numFrames then
-- print ( string.format("Frame Queue Changed - numFrames=%d", numFrames))
-- d_numframes = numFrames
--end
end
return frameskip
--]]Somewhat playable. Needs to get settings right. Almost there
Vika23
Senior Member
Stayhye
Senior Member
Improvements for Silent Hill 4 The Room NTSC (all ported from PCSX2 forums)
CLI
LUA
CLI
Code:
--gs-uprender=2x2
--gs-upscale=EdgeSmooth
--host-display-mode=16:9
#emu used=star ocean v2
Code:
-- Silent Hill 4: The Room [SLUS-20873] (U)
-- Codes By Maori-Jigglypuff + felixthecat1970
-- NTSC Widescreen code by sergx12
-- ported to ps4
-- emu used=star ocean v2
local gpr = require("ee-gpr-alias")
apiRequest(1.3)
local eeObj = getEEObject()
local emuObj = getEmuObject()
local patcher = function()
-- Enhance Game Sharpness
eeObj.WriteMem32(0x0013b330,0x240D0000)
-- Constant correct Value 0x00000080 Adjustment to disable overall Fog Effect
eeObj.WriteMem32(0x002e5398,0x64040080)
-- Disable Blur-Effect when Ghost hangs on the Wall in Henrys Room
eeObj.WriteMem32(0x002a50e8,0x0c04088d)
-- Disable local Blur-Effects
eeObj.WriteMem32(0x0024bef4,0x24020000)
-- Disable global Blur-Effects
eeObj.WriteMem32(0x002c4430,0x24020000)
-- No black Borders
eeObj.WriteMem32(0x001a970c,0x24030000)
eeObj.WriteMem32(0x001a972c,0x24030000)
-- Disable Noise Filter, Film Tear Effects
-- and Blur Cones
eeObj.WriteMem32(0x002485e0,0x03E00008)
eeObj.WriteMem32(0x002485e4,0x00000000)
eeObj.WriteMem32(0x00273210,0x03E00008)
eeObj.WriteMem32(0x00273214,0x00000000)
-- Disable World-, Cutscene-, Rooms- and
-- Outside World of Window Renderer
eeObj.WriteMem32(0x001cd1b8,0xac201f00)
-- Create clean Window for Outlook
eeObj.WriteMem32(0x002196bc,0x24100000)
-- 16:9
eeObj.WriteMem32(0x00148564,0x3c013f40) -- 00000000 hor fov
eeObj.WriteMem32(0x00148570,0x4481f000) -- 00000000
eeObj.WriteMem32(0x001485a0,0x461ed683) -- 4600d647
eeObj.WriteMem32(0x001485b4,0x4600d647) -- 00000000
-- FMV fix
eeObj.WriteMem32(0x202f7954,0x3c020380) -- 3c020008 FMV top
eeObj.WriteMem32(0x202f7998,0x34021880) -- 26220008 FMV bottom
-- Black borders fix
eeObj.WriteMem32(0x201A9540,0x24030000) -- 24030001
-- Inventory fix
eeObj.WriteMem32(0x20625D54,0x3F400000) --1
eeObj.WriteMem32(0x20625E24,0x3F400000) --2
eeObj.WriteMem32(0x20625EF4,0x3F400000) --3
eeObj.WriteMem32(0x20625FC4,0x3F400000) --4
eeObj.WriteMem32(0x20626094,0x3F400000) --5
eeObj.WriteMem32(0x20626164,0x3F400000) --6
eeObj.WriteMem32(0x20626234,0x3F400000) --7
eeObj.WriteMem32(0x20626304,0x3F400000) --8
eeObj.WriteMem32(0x206263D4,0x3F400000) --9
eeObj.WriteMem32(0x206264A4,0x3F400000) --10
-- Item box fix
eeObj.WriteMem32(0x20624B54,0x3F400000) --1
eeObj.WriteMem32(0x20624C24,0x3F400000) --2
eeObj.WriteMem32(0x20624CF4,0x3F400000) --3
eeObj.WriteMem32(0x20624DC4,0x3F400000) --4
eeObj.WriteMem32(0x20624E94,0x3F400000) --5
eeObj.WriteMem32(0x20624F64,0x3F400000) --6
eeObj.WriteMem32(0x20625034,0x3F400000) --7
-- Hide licensing
eeObj.WriteMem32(0x2048F0E4,0x00000000)
-- Progressive mode + sharp framebuffer + video nopi (felixthecat1970)
eeObj.WriteMem32(0x2010025C,0x3C050000)
eeObj.WriteMem32(0x20100264,0x3C060050)
eeObj.WriteMem32(0x2010026C,0x3C070001)
eeObj.WriteMem32(0x20100914,0x34021000)
eeObj.WriteMem32(0x001020cc,0x00)
-- not used and why
-- 60 FPS code not complete
-- world renderer disable code crashes PS4 emu at ps2 logo
-- emuObj.ThrottleMax() -- Makes gameplay fast on this game at times
end
emuObj.AddVsyncHook(patcher)
--math.random() + math.random(1, 99)
Last edited:
Vika23
Senior Member
Similar threads
-
-
-
PS4 How to play multiplayer (3-4 players) using PSX-FPKG?
- Started by PSXP_Kira
- Replies: 2
-
PS3 [PS2] Gundam Warriors 2 FPU rounding fix- Started by Low_Plankton_3329
- Replies: 0