TPFanControl.ini
64位系统安装目录分为两种 64位用：C:Program Files 32位用：C:Program Files (x86) 64位系统系统目录分为两种 64位用：C:WindowsSystem32 32位用：C:WindowsSysWOW64 64位系统注册表分为两种 64位用：[HKEY_LOCAL_MACHINESOFTWARE] 32位用：[HKEY_LOCAL_MACHINESOFTWAREWow6432Node] 所以在64位系统中运行32位的DLL，应将DLL放在C:WindowsSysWOW64目录下，写注册表应该是[HKEY_LOCAL_MACHINESOFTWAREWow6432Node]下，调用的程序应该在C:Program Files (x86)下。注册表中的键值应该指向的是C:WindowsSysWOW64下
> dumpbin /headers tvicport.dll Microsoft (R) COFF/PE Dumper Version 14.13.26131.1 Copyright (C) Microsoft Corporation. All rights reserved. Dump of file tvicport.dll PE signature found File Type: DLL FILE HEADER VALUES 14C machine (x86) 5 number of sections 424A6D4E time date stamp Wed Mar 30 17:11:42 2005 0 file pointer to symbol table 0 number of symbols E0 size of optional header 210E characteristics Executable Line numbers stripped Symbols stripped 32 bit word machine DLL ...... > dumpbin /headers tvicport.sys Microsoft (R) COFF/PE Dumper Version 14.13.26131.1 Copyright (C) Microsoft Corporation. All rights reserved. Dump of file tvicport.sys PE signature found File Type: EXECUTABLE IMAGE FILE HEADER VALUES 14C machine (x86) 8 number of sections 424A6D84 time date stamp Wed Mar 30 17:12:36 2005 0 file pointer to symbol table 0 number of symbols E0 size of optional header 30E characteristics Executable Line numbers stripped Symbols stripped 32 bit word machine Debug information stripped ......
!)Green.bat
@copy TVicPort.sys %WINDIR%SysWOW64drivers /y @copy TVicPort64.sys %WINDIR%System32drivers /y @copy TVicPort.dll %WINDIR%System /y
killtpfc.bat
TASKKILL /F /IM tpfcicon.exe TASKKILL /F /IM tpfcicon_noballons.exe TASKKILL /F /IM TPFanControl.exe net stop TPFanControl TPFanControl -u
TPFanControl.ini
//NEW: Set UseTWR=1 to see more sensors, will work only on newer T4xx // ATTENTION: if only one (cpu) sensor is displayed, TWR is not // working properly, displayed temp is faulty, go back to UseTWR=0 // 新：设置usetwr=1以查看更多传感器，仅适用于较新的t4xx // 注意：如果只显示一个（CPU）传感器，则twr不显示 // 工作正常，显示温度有问题，返回使用twr=0 // Notice: Only Support TPFC v0.63 Setting UseTWR=0 //-------------------------------------------------------------------- // // >>>> Celsius / Fahrenheit: temperatures in degree Celsius(active) / Fahrenheit <<<< // !!!! "Level" FAN 0 > 80 -> switch to Fahrenheit !!!! see below // 最低一级的温度值如果>80的话,则温度自动识别为华氏度. // ATTENTION: example temp values are for my T61, especially // BluetoothEDR=1, SensorName5=no5, IgnoreSensors=no5 too // temp levels 10 degrees centgrade higher than in T4x, R5x, // change for your purposes. // 注意,下面的温度设置是以我的T61为例,特别是蓝牙EDR设置为1,第五个传感器名称改为no5,并且忽略这个传感器的温度显示.在T4X,R5X机器上,温度设置要高个10°,总之以你自己实测的效果来调试. // advice for programmers: TPFanControl must acquire mutex named // "Access_Thinkpad_EC" to get access to embedded controller // 建议: TPFanControl必须获得"Access_Thinkpad_EC"才能得到温度值. // with Active=3 & ManFanSpeed=0 & ManModeExit=78 you can have a nice // quiet time until temps reaches 78 deg. centigrade :-)) // 当使用手动模式(Active=3),风速为0(ManFanSpeed=0),并且将"手动切换到智能的温度阀值"设定为78°(ManModeExit=78)的话,你的电脑将会异常安静,除非温度攀升到78°. // ----------------------------------------------------------------- // ----------------------------------------------------------------- // "Active=0" program just reads config. 程序仅读取配置 // "Active=1" allow program to modify fan. 允许程序修改风速 // "Active=2" program will come up in smart mode. 程序以智能模式启动 // "Active=3" program will come up in manual mode. 程序以手动模式启动 Active=1 // ----------------------------------------------------------------- // manual fan speed at program start // 程序启动时,手动风速的初始值.(*我发现我的T61上,64风速是最快的*) ManFanSpeed=7 // ----------------------------------------------------------------- // Program exits manual mode and switches to smart mode with last chosen // profile, if this temp (degrees Centigrade or Fahrenheit) is achieved. // default= 80 degrees Centigrade / 176 degrees Fahrenheit. // 当温度达到该值时,程序将自动退出手动模式,并切换到之前启用过的智能模式. //ManModeExit=55 //ManModeExit=131 // with Fahrenheit ManModeExit=55 // ----------------------------------------------------------------- // Window stays on Top if StayOnTop=1, normal behavior =0 // 窗口是否一直前置显示,1为前置,默认为0,不前置. StayOnTop=0 // ----------------------------------------------------------------- // Set to 1 for slim widget // 1为窗口细长型显示,0为窗口粗矮型显示,显示的信息量相应的多一些. SlimDialog=1 // ----------------------------------------------------------------- // set to 1 for bluetooth with enhanced data rate (i.e. T61, // X61 for T4x, R5x set BluetoothEDR=0 ) // 设置为1时增强蓝牙的传输速率,例如T61,X61.但是对于T4x,R5x,请设置为0 BluetoothEDR=1 // ----------------------------------------------------------------- // Windows Priority of Process (0-5, normal=2), increase if fancontrol has // big delays in response while other processes consume performance. // 程序的优先级,可以设定为0-5,正常是2,如果其他程序大量消耗系统资源导致TPFanControl有较大的延迟,请把这个数值加大. ProcessPriority=5 // ----------------------------------------------------------------- // Show no icon ballons: NoBallons=1, show icon ballons: NoBallons=0 // 禁止托盘处的程序图标显示提示信息时,设为1,反之设为0. NoBallons=1 // ----------------------------------------------------------------- // check temperatures every x seconds (default 5) // 每隔x秒检查温度,默认是5. Cycle=1 // ----------------------------------------------------------------- // For Thinkpads A2x,T2x,X2x set NoExtSensor=1 to exclude reading // of extended sensors to prevent program errors. Attention 570(E) // is NOT compatible. Fan speed is not available on all models. // 对于Thinkpad A2x,T2x,X2x,设为1可以避免因读取不存在的温度传感器而导致程序出错.注意,570(E)是不兼容的.所有的机型上都无法设定风速. NoExtSensor=0 // ----------------------------------------------------------------- // Minimize to systray immediately when starting // 设定为1时,当程序启动后,立即最小化到托盘. StartMinimized=1 // ----------------------------------------------------------------- // check icon of tpfcicon.exe (optional) every x seconds (default 1) // 每x秒检查tpfcicon.exe的图标(可选,默认是1秒). IconCycle=1 // ----------------------------------------------------------------- // Show new icon with max. temperature / sensor name // 显示最高的温度和芯片的名称 ShowTempIcon=1 // ----------------------------------------------------------------- // Save the icon by a start delay of the program/service of // "SecStartDelay" (sec.) within "SecWinUptime" (sec.) after (re)boot // Delete slashes '//' at next 3 parameters. // 在启动或重启后,设定程序的延时启动时间,将下面的'//'删掉就能启用(*这个没啥用,我不弄的*) // //SecWinUptime=120 //"SecWinUptime" (sec.) after (re)boot //SecStartDelay=60 //start delay of the program (sec.) //NoWaitMessage=0 //set to 1 to avoid sleep message // Notice: Only Support TPFC v0.63 Setting //ReIcCycle=600 //rebuild TempIcon every xxx secs. // ----------------------------------------------------------------- // Temperature thresholds for turning the taskbar icon // yellow orange red (Smart and Manual mode only and // only together with MinimizeToTray=1) // 对于不同的温度,系统托盘所显示的颜色,黄,橙,红.仅在智能和手动模式下生效,并且MinimizeToTray=1 //IconLevels=65 75 80 // Fahrenheit: IconLevels=122 140 158 IconLevels=50 60 65 // ----------------------------------------------------------------- // Beep frequency and duration (in ms) for successful // fan state changes. (Set either or both to zero to // disable) // 当成功转换风扇状态时,蜂鸣器的频率和时长(毫秒),任何一个值设定为0时,禁止蜂鸣. FanBeep=0 0 // -------------------------------------------------------- // If this max number of consecutive EC read errors occur // program will switch fan back to bios mode and exit // 当读取温度传感器的错误次数达到改设定值后,程序将自动切换到bios控制并退出. MaxReadErrors= 10 // -------------------------------------------------------- // Log2File=1 enables, Log2File=0 disables writing to TPFanControl.log // Start program with admin rights. // 允许或禁止写入日志文件,这个需要管理员权限 Log2File=0 // -------------------------------------------------------- // Log2csv=1 enables, Log2csv=0 disables // writing to TPFanControl_csv.txt renamed to // TPFanControl_last_csv.txt after restart of TPFanControl // rename to *.csv for use with excel // Start program with admin rights. // 设定为1时,允许日志写入TPFanControl_csv.txt,程序重启后,自动更名为TPFanControl_last_csv.txt.将扩展名改成.csv时,可以用excel打开.(*这个需要在文件夹选项中,将"隐藏已知类型的扩展名"后面的勾去掉才能显示并更改扩展名*) Log2csv=0 // -------------------------------------------------------- // List (separated by comma) of sensors to ignore when // determining the max. temperature. (Use lower case, // e.g "IgnoreSensors=pci,aps") // 判断最高温度时,哪些芯片是不受监控的(相当于黑名单,多个名称用逗号隔开,并用小写字母). IgnoreSensors=aps,crd,bat,bus,pci,pwr // (*我的T61有显卡门,所以只监控gpu的温度,除了gpu,其他所有的芯片都列上去了.大家可以把cpu从黑名单中删除*) // --------------------------------------------------------- // List of new 3 letter sensor names, delete leading // slashes to activate. Don't use capital letters for readability // of temp icon. // 写3个新的字母来重新命名芯片的名称,把'//'删除就能启用.别用大写字母 //SensorName1=cpu //SensorName2=aps //SensorName3=pcm //SensorName4=gpu //SensorName5=no5 //SensorName6=x7d //SensorName7=bat //SensorName8=x7f //SensorName9=bus //SensorName10=pci //SensorName11=pwr //SensorName12=xc3 // --------------------------------------------------------- // calculating Highest Temp with: // temperature of sensor no. = real temp minus SensorOffsetno. // Default SensorOffset1-12=0 , Capital O in SensorOffset, // to activate delete slashes '//', // Negative SensorOffsetno. values increase temperature values. // 重新计算最高温度,传感器温度=实测温度-偏移量,默认的偏移量都为0,删除'//'可以启用计算.当偏移量为负数时,则增大温度值 //SensorOffset1=20 //SensorOffset2=20 //SensorOffset3=0 //SensorOffset4=2 //SensorOffset5=1 //SensorOffset6=5 //SensorOffset7=5 //SensorOffset8=4 //SensorOffset9=3 //SensorOffset10=2 //SensorOffset11=1 //SensorOffset12=5 // ----------------------------------------------------------------- // set to 1 to show calculated temps for sensors // 设定为1时,显示计算后的温度值 ShowBiasedTemps=1 // ----------------------------------------------------------------- // Show all/active sensors at start up. all=1 only active=0 // 在启动时,显示所有/激活的传感器温度值,1为所有,0为激活的 ShowAll=0 // -------------------------------------------------------- // temperature levels 'Level=' with associated fan levels // (for the fan to come back, temperature must fall // down to previous level). There may be more or // less levels in this list. The first one should // have a fan speed of zero and is the "turn off" // temperature. // Fan speed of 64 is extreme and may be an *unsupported* // and *damaging* mode. A fan speed of 128 setting is // not really a fan speed in itself but will instead switch // fan control to BIOS mode (0x80). The idea of this // is to let the program get out of the way and let the // BIOS handle extremes.(and then switch back to smart if // the temperature is okay again) // Temp of lowest Level (commonly set to fan speed zero) of profile // "Smart Mode 1" will switch from Celsius to Fahrenheit if set higher // than 79 degrees. Temps of higher levels have no influence on F/C. // // profile "Smart Mode 1" // Celsius: // Fahrenheit: // change values and number of items for your needs // !!!! "Level" FAN 0 > 80 -> switch to Fahrenheit !!!! // Notice: Only Support TPFC v0.63 Setting MenuLabelSM1=Smart Mode 1/ Label for Icon Menu, must be terminated by '/' // (*智能模式1下的设定*) // //Level=60 0 // Level=140 0 //Level=65 1 // Level=150 1 //Level=75 3 // Level=165 3 //Level=80 7 // Level=175 7 //Level=90 64 // Level=195 64 Level=30 0 Level=40 1 Level=45 4 Level=49 7 Level=52 64 // (*这些是我的温度设定,分别设定了30°,40°,45°,49°,52°,可以自己改*) // optional 2nd profile "Smart Mode 2", switched by icon menue // change values and number of items for your needs // to deactivate, insert leading '//' into following lines // Notice: Only Support TPFC v0.63 Setting MenuLabelSM2=Smart Mode 2/ Label for Icon Menu, must be terminated by '/' // (*智能模式2下的设定*) // //Level2=22 0 // Level2=70 0 //Level2=33 1 // Level2=90 1 //Level2=38 2 // Level2=100 2 //Level2=44 3 // Level2=110 3 //Level2=55 7 // Level2=130 7 //Level2=66 64 // Level2=150 64 //Level2=77 128 // Level2=170 128 Level2=30 0 Level2=40 1 Level2=45 4 Level2=49 7 Level2=52 64 // (*这些是我的温度设定,分别设定了30°,40°,45°,49°,52°,可以自己改*) // ----------------------------------------------------------------- // IconColorFan=1 digital Icon will turn green while fan is running. // 设定为1时,当风扇转的时候,图标为绿色 IconColorFan=1 // ----------------------------------------------------------------- // Lev64Norm=1 : Fan level 64 acts as normal level with hysteresis, // fan will run till next lower temp step is reached (no pulsing fan). // If set to zero fan level 64 acts as emergency level without hysteresis, // fan will run till level64 temp is reached again (pulsing fan can happen). // 设定为1时,最高风速有延迟效应,也就是说,当温度下降到最高档温度值以下时,风速仍旧为最高,直到继续下降到下一档温度时,才调低到下一档风速.如果设置为0,则一旦下降到最高档温度以下时,就立马降低到下一档风速,直到温度再次超过最高档温度值时再调高到最高风速. Lev64Norm=1
感觉效果还是蛮明显的，在风扇速度增加的情况下，CPU温度(黄色标线)曲线逐渐下降。
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