how to build the super mario 64 pc port
the binary will be in build/sm64.us.f3dex2e
baserom.us.z64 and put it
in the sm64pc root folderVERSION=jp
| void BattleResultRequest$$beginRequest | |
| (undefined4 requestBase,undefined4 __unused,uint battleEntityPrimaryKey1, | |
| int battleEntityPrimaryKey2,uint battleResult,undefined4 winResult,undefined4 scores, | |
| undefined4 action,Array *voicePlayedList,Array *aliveEnemys, | |
| Array_RaidResult_ *raidResult,Array_SuperBossResult_ *superBossResult, | |
| undefined4 elapsedTurn,undefined4 usedTurnList,undefined4 recordType, | |
| undefined4 recordValueJson,int tdPlayed,undefined4 usedEquipSkillList) | |
| { | |
| int iVar1; |
| int file_xRead(sqlite3_file *file,byte *dst,int iAmt,int64_t iOfst) | |
| { | |
| uint highbits; | |
| uint bit33to32_or_shiftright1; | |
| ulonglong tmpoff; | |
| int xReadResult; | |
| int random1; | |
| int random3; | |
| int random_multiplier; |
| #!/bin/env python | |
| # this is free and unencumbered software released into the public domain | |
| # for more information, please refer to <http://unlicense.org/> | |
| import hmac | |
| import hashlib | |
| import os | |
| import json | |
| import uuid |
| # -*- coding: utf-8 -*- | |
| import ghidra.program.model.symbol.SourceType | |
| import re | |
| functionManager = currentProgram.getFunctionManager() | |
| #minAddress = currentProgram.getMinAddress() | |
| baseAddress = currentProgram.getImageBase() | |
| USER_DEFINED = ghidra.program.model.symbol.SourceType.USER_DEFINED |
so I spent some time figuring out how to install and run SIFAS on android x86 running on a pc without an emulator
| const(W=25 H=11 E=0.001 F=100.0 C=['-','.',' ']) | |
| fn q(n f64)f64{mut x:=n mut y:=1.0 for x-y>E{x=(x+y)/2 y=n/x}return x} | |
| struct V{mut: x f64 y f64 z f64} | |
| fn (v V)a(o V)V{return V{x:v.x+o.x,y:v.y+o.y,z:v.z+o.z}} | |
| fn (v V)m(s f64)V{return V{x:v.x*s,y:v.y*s,z:v.z*s}} | |
| fn (v V)g()f64{return q(v.x*v.x+v.y*v.y+v.z*v.z)} | |
| fn (v V)n()V{m:=v.g() if m<E{return v} return V{x:v.x/m,y:v.y/m,z:v.z/m}} | |
| fn s(p V)f64{d:=p.g()-0.1 if d<-p.y+0.2{return d}return -p.y+0.2} | |
| fn h(e,r V)f64{mut t:=0.0 for i:= 0;i<99;i++{d:=s(e.a(r.m(t))) if d<E{return t} t+=d if t>=F{break}}return -1} | |
| fn f(u,v f64)string{e:=V{x:0,y:0,z:-1} r:=V{x:u,y:v,z:1} d:=h(e,r.n()) |
vte/libvte is extremely choppy because it's hard-capped to 40fps. all terminals based on it suffer from this, so I decided to make these quick n dirty patches for various vte versions that bump the cap up to 120fps
here's a 120fps video demostration https://streamable.com/j8i0n
also a 60fps clip on twitter if your browser can't handle 120 https://twitter.com/roriicon/status/1113186464332951559
| vec4 godrays(float density, float weight, float decay, float exposure, | |
| int numSamples, sampler2D occlusionTexture, vec2 sunPositionScreenSpace, | |
| vec2 uv) | |
| { | |
| vec4 color = vec4(0.0); | |
| vec2 delta = (sunPositionScreenSpace - uv) / float(numSamples) * density; | |
| float intensity = 1.0; | |
| for (int i = 0; i < 1337; ++i) { | |
| if (i >= numSamples) break; | |
| uv += delta; |
| [uwpspy.cpp:57] log_init: initialized console | |
| [uwpspy.cpp:246] spy_exports: :: api-ms-win-core-winrt-l1-1-0.dll | |
| [uwpspy.cpp:263] spy_exports: 00007FFF95413630 -> RoActivateInstance @450 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF95408620 -> RoGetActivationFactory @456 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF9546A0F0 -> RoGetApartmentIdentifier @458 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF954A1EC0 -> RoInitialize @463 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF9549F070 -> RoRegisterActivationFactories @470 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF954A3C70 -> RoRegisterForApartmentShutdown @471 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF95494DE0 -> RoRevokeActivationFactories @476 | |
| [uwpspy.cpp:263] spy_exports: 00007FFF954A4E10 -> RoUninitialize @480 |