软件使用说明-PCPDFWIN

PSViewPS系列数字式保护调试分析软件使用说明书国电南京自动化股份有限公司PS系列数字式保护调试分析软件PSView使用说明书编写尹军张云审核马文龙批准郭效军V2.12000年4月国电南京自动化股份有限公司*本公司保留修改的权力目次1.软件介绍 (1)2.用户许可协议 (1)3.安装与卸载 (1)3.1 运行环境 (1)3.2 安装 (2)3.3 卸载 (2)4．使用说明 (3)4.1 功能菜单 (3)4.2 使用系统工具栏 (5)4.3 系统功能以及辅助功能 (7)4.3.1保护CPU的重新连接与刷新 (7)4.3.2保护CPU的切换 (7)4.3.3运行/调试模式切换 (7)4.3.4通讯参数设置和通讯原码查看 (8)4.3.5报告的打开,保存,打印等文件功能 (9)4.4 主要调试分析功能的相关操作 (10)4.4.1 整定值查询,修改,固化 (10)4.4.2 运行定值区切换 (11)4.4.3 保护动作事件及开关变位事件跟踪查询 (11)4.4.4 故障录波数据查询,分析 (13)4.4.5开入量定时查询 (16)4.4.6采样通道有效值,相角,直流偏移查询及增益系数查看 (16)4.4.7实时采样数据查询 (16)4.4.8开出量跳合测试 (17)4.4.9 内存单元数据查询及修改 (17)4.4.10 内部定值 (17)4.4.11 保护配置信息浏览 (17)5. 软件版本升级 (18)PS系列数字式保护调试分析软件PSView使用说明书 1 1．软件介绍PS系列数字式保护调试分析软件（PSView）是为配合我公司出品的PSL620系列，PSL600系列等数字式继电保护装置编写的调试分析软件，不但能够完成人机对话的功能，还能对保护录波数据以及保护内部各元件动作过程进行分析。

PS系列数字式保护调试分析软件,以下简称（PSView软件）兼容Windows95，Windows98和Windows2000操作系统，操作简单方便。

Package‘plotwidgets’October14,2022Type PackageTitle Spider Plots,ROC Curves,Pie Charts and More for Use in OtherPlotsVersion0.5.1Date2022-05-10Author January WeinerMaintainer January Weiner<************************>Description Small self-contained plots for use in larger plots or todelegate plotting in other functions.Also contains a number ofalternative color palettes and HSL color space based tools to modifycolors or palettes.License GPL(>=2.0)Imports methods,graphicsSuggests testthat,knitrRoxygenNote5.0.1NeedsCompilation noRepository CRANDate/Publication2022-05-1012:20:02UTCR topics documented:colorConversions (2)listPlotWidgets (3)modCol (3)plotPals (5)plotwidgetGallery (7)plotwidgets (8)showPals (11)Index1312colorConversions colorConversions Convert colors from and to RGB and HSL formatsDescriptionConvert colors from and to RGB and HSL formatsUsagecol2rgb.2(col)col2hsl(col)hsl2col(hsl)rgb2col(rgb)rgb2hsl(rgb)hsl2rgb(hsl)Argumentscol a character vector with colors to convert(palette)hsl a numeric matrix with three or four rows(hue,saturation,luminosity and alpha) rgb a numeric matrix with three or four rows(red,green,blue and alpha)DetailsThese functions convert between RGB and HSL color spaces,and character vectors which contain color names or hash-encoded RGB values("#FFCC00").All functions support an alpha channel.For example,unlike the grDevices::col2rgb,col2rgb.2 returns a matrix with four rows:three for R,G and B channels and one for the alpha channel. Valuecol2rgb.2and col2hsl return a four-row matrix.rgb2col and hsl2col return a character vector.Functions•col2rgb.2:Convert a character vector of color names(palette)to a matrix with RGB values •col2hsl:Convert a character vector of color names(palette)to a matrix with HSL values•hsl2col:Convert hsl matrix(3or4row)to character vector of color names•rgb2col:Convert rgb matrix(3or4row)to character vector of color names•rgb2hsl:Convert a3-or4-row matrix of RGB(A)values to a matrix of HSL(A)values•hsl2rgb:Convert a matrix of HSL values into a matrix of RGB valueslistPlotWidgets3 See AlsomodCol,modhueCol,darkenCol,saturateColExampleshaze<-plotPals("haze")col2rgb(haze)col2hsl(haze)listPlotWidgets List available plot widgetsDescriptionList available plot widgetsUsagelistPlotWidgets()DetailsSimply print out all available wigdets.A list containing the widget function is returned invisibly.ValueInvisibly returns a named list of widget functionsExampleslistPlotWidgets()modCol Modify colorsDescriptionModify colors by shading,saturating and changing hue4modCol UsagemodCol(col,darken=0,saturate=0,modhue=0)saturateCol(col,by=0)darkenCol(col,by=0)modhueCol(col,by=0)contrastcol(col,alpha=NULL)Argumentscol a character vector of colors(palette)to modify–a character vectordarken Use negative values to lighten,and positive to darken.saturate Use negative values to desaturate,and positive to saturatemodhue Change the hue by a number of degrees(0-360)by parameter for the saturateCol,darkenCol and modhueCol functionsalpha alpha value(from0,transparent,to255,fully opaque)DetailsThis function use the HSL(hue,saturation,luminosity)scheme to modify colors in a palette.modCol is just a wrapper for the other three functions allowing to modify three parameters in one go.saturateCol,darkenCol and modhueCol modify the saturation,luminosity and hue in the HSL color model.contrastcol()returns black for each light color(with L>0.5)and white for each dark color(with L<0.5).Valuea character vector containing the modified paletteFunctions•saturateCol:Change the saturation of a color or palette by a fraction of"by"•darkenCol:Modify the darkness of a color or palette(positve by-darken,negative by–lighten)•modhueCol:Modify the hue of a character vector of colors by by degrees•contrastcol:Return white for dark colors,return black for light colorsplotPals5Examplesplot.new()##Loop over a few saturation/lightess valuespar(usr=c(-0.5,0.5,-0.5,0.5))v<-c(10,9,19,9,15,5)pal<-plotPals("zeileis")for(sat in seq.int(-0.4,0.4,length.out=5)){for(lgh in seq.int(-0.4,0.4,length.out=5)){cols<-saturateCol(darkenCol(pal,by=sat),by=lgh)wgPlanets(x=sat,y=lgh,w=0.16,h=0.16,v=v,col=cols)}}axis(1)axis(2)title(xlab="Darkness(L)by=",ylab="Saturation(S)by=")##Now loop over huesa2xy<-function(a,r=1,full=FALSE){t<-pi/2-2*pi*a/360list(x=r*cos(t),y=r*sin(t))}plot.new()par(usr=c(-1,1,-1,1))hues<-seq(0,360,by=30)pos<-a2xy(hues,r=0.75)for(i in1:length(hues)){cols<-modhueCol(pal,by=hues[i])wgPlanets(x=pos$x[i],y=pos$y[i],w=0.5,h=0.5,v=v,col=cols)}pos<-a2xy(hues[-1],r=0.4)text(pos$x,pos$y,hues[-1])plotPals Return all or selected color palettesDescriptionReturn all or selected color palettes from the plotwidget palette setUsageplotPals(pal=NULL,alpha=1,drop.alpha=TRUE)Argumentspal Name of the palette(s)to return6plotPalsalpha Control transparency -set alpha channel to alpha (0-fully transparent,1-fully opaque)drop.alphaIf true,and if alpha is NULL,the "FF"string of the alpha channel will not be attached to the produced RGB codesDetailsThe plotwidgets package contains a number of predefined palettes,different from those in RColor-Brewer.•default :a standard,relatively safe (see below)palette•safe :safe for color blind persons,based on Wang B."Points of view:Color blindeness",Nature Methods 8,441(2011)•neon :a bright palette suitable for drawing on dark backgrounds •pastel :a dimmed pastel palette •haze :very delicate pastel colors •dark :same hues as haze,but much darker •grey :different shades of grey•alphabet :based on "A colour alphabet..."by Paul Green-Armytage •few :a palette based on Stephen Few’s book •zeileis :based on Zeileis et al.2009•vizi :automatically generated palette12345678910111213141516171819123456781234567891234567891011121314151612345678910123456789101234567891234567891011121314151617181920212223242512345678912345678910111213141516171819202122232412345678910defaultsafeneon pastelhaze darkhaze grey alphabetfewzeileis viziYou can get all the names of palettes with names(plotPals()),and showcase them with show-Palettes().Furthermore,you can use the pal parameter to plotwidgetGallery to see how this palette looks like with different plot widgets.ValueEither a list of palettes,or (if only one palette was selected)a character vector with colors See Alsocol2rgb.2,rgb2col ,hsl2col ,col2hsl ,modCol ,modhueCol ,darkenCol ,saturateColUsageplotwidgetGallery(theme="default",pal=NULL,...)Argumentstheme sets both the palette and a suitable bakckground(e.g.dark for"neon") pal color palette to use(a character vector with colors)...all subsequent parameters will be passed to the plotWidget()function. DetailsplotwidgetGallery()simply draws all available plot widgets on a single plot.ValueInvisibly returns the example data used to generate the plotsExamplesplotwidgetGallery()##automatically set black bgplotwidgetGallery(theme="neon")##yuck,ugly:plotwidgetGallery(pal=c("red","#FF9900","blue","green","cyan","yellow")) ##much better:plotwidgetGallery(pal=plotPals("pastel",alpha=0.8))plotwidgets Plot widgetsDescriptionA collection of plotting widgets(pie charts,spider plots etc.)UsageplotWidget(type="pie",x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,aspect=1,...)wgPie(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,res=100,aspect=1,adj=0,labels=NULL,label.params=NULL)wgRing(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,res=100,aspect=1,adj=0,start=0.5,labels=NULL,label.params=NULL)wgPlanets(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,res=100,aspect=1,adj=0,labels=NULL,label.params=NULL)wgBurst(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,res=100,aspect=1,adj=0,max=NULL,labels=NULL,label.params=NULL)wgRug(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,labels=NULL,label.params=NULL,new=FALSE,aspect=NULL,horizontal=TRUE,rev=FALSE)wgBarplot(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,labels=NULL,label.params=NULL,new=FALSE,aspect=NULL,max=NULL)wgBoxpie(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA, labels=NULL,label.params=NULL,new=FALSE,aspect=1,grid=3)wgRoccurve(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,fill=FALSE,lwd=1,aspect=1)wgSpider(x=0.5,y=0.5,w=1,h=1,v,col=NULL,border=NA,new=FALSE,min=NA,max=NA,bels=FALSE,fill=FALSE,lwd=1,aspect=1)Argumentstype what kind of plot.To list all available plot types,use listPlotWidgets.Instead of the canonical name such as"wgSpider",you can simply use"spider"x,y coordinates at which to draw the plotw,h width and height of the plotv sizes of the slicescol character vector with colors(palette).A default palette is chosen if the argument is NULLborder color of the e NA(default)for no border,and NULL for a border in the par("fg")color.No effect in spider plots.new Whether to call plot.new()before drawing the widgetaspect the actual ratio between screen width and screen height.Parameters w and h will be scaled accordingly....Any further arguments passed to plotting functionsres for pies,rings,planets and bursts:resolution(number of polygon edges in a full circle)adj for spider plots,burst plots,planet plots and pies:adjust the start by"adj"de-grees.For example,to turn the plot clockwise by90degrees,use adj=90 labels character vectorlabel.params a named list with arguments passed to text()for drawing labels(e.g.cex,col etc.)start For ring plots,the inner radius of the ringmax For burst plots–a maximum value used to scale other values to make different plots comparable.For spider plots:the maximum of the scale on spider plotspikes.horizontal for rug plots:whether the stacked bar should be horizontal(default),or vertical rev logical,for rug plots:right to left or top to bottom rather than the default left to right or bottom to topgrid boxpie only:the grid over which the areas are distributed.Should be roughly equal to the number of areas shown.fill for spider plots and roc curves:whether to drawfilled polygons rather than lines lwd Line width to usemin For spider plots:the minimum of the scale on spider plot spikesbels For spider plots:labels for the scale ticksDetailsA widget here is a mini-plot which can be placed anywhere on any other plot,at an area specifiedby the center point coordinates x and y,and width and height.The widgets do not influence the layout of the plot,or change any parameters with par();it only uses basic graphic primitives for maximal compatibility.The plotWidget()function is a generic to call the available widgets from one place.Any widget-specific parameters are passed on through the ellipsis(...).See the documentation for specific widgets for more e the functions listPlotWidgets and plotwidgetGallery to see available widgets.The pie function draws a simple pie chart at specified coordinates with specified width,height and color.The rug function draws a corresponding rug plot,while boxpie creates a"rectangular pie chart"that is considered to be better legible than the regular pie.Functions•wgPie:pie()draws a pie chart with width w and height h at coordinates(x,y).The angle width of the slices is taken from the numeric vector v,and their color from the character vector col.Note that one of the main goals of the plotwidget package is to give sufficient alternatives to pie charts,hoping to help eradicate pie charts from the surface of this planet.•wgRing:A pie with the center removed.•wgPlanets:Produces a circular arrangement of circles,which vary in their size proportionally to the values in v.•wgBurst:Burst plots are similar to pies.However,instead of approximating numbers by arc length,wgBurst approximates by area,making the pie slices stand out from the plot in the process.•wgRug:A stacked,horizontal or vertical bar plot.•wgBarplot:A minimalistic bar e the max paramter to scale the bars on several differ-ent widgets to the same value.•wgBoxpie:Rectangular pies are thought to represent information better than pies.Here,the values in v correspond to areas rather than angles,which makes it easier to interpret it visually.•wgRoccurve:This is one of two wigets that take use a different data type.wgRoccurve takes either a vector of T/F values,or a list of such vectors,and draws a ROC curve for each of these vectors.•wgSpider:Spider plots can illustrate multivariate data.Different spikes may illustrate dif-ferent variables,while different lines correspond to different samples–or vice versa.Conse-quently,wgSpider accepts either a vector(for a single line)or a matrix(in which each column will correspond to a single line on the plot).The length of the vector(or the number of rows in the matrix)corresponds to the number of spikes on the spider plot.See AlsowgPie,wgBoxpie,wgSpider,wgRug,wgBurst,wgRing,wgBarplot,wgPlanets,wgRoccurveExamples#demonstration of the three widgetsplot.new()par(usr=c(0,3,0,3))v<-c(7,5,11)col<-plotPals("safe")b<-"black"wgRug(0.5,1.5,0.8,0.8,v=v,col=col,border=b)wgPie(1.5,1.5,0.8,0.8,v=v,col=col,border=b)wgBoxpie(2.5,1.5,0.8,0.8,v=v,col=col,border=b)#using pie as plotting symbolplot(NULL,xlim=1:2,ylim=1:2,xlab="",ylab="")col<-c("#cc000099","#0000cc99")for(i in1:125){x<-runif(1)+1y<-runif(1)+1wgPie(x,y,0.05,0.05,c(x,y),col)}#square filled with box piesn<-10w<-h<-1/(n+1)plot.new()for(i in1:n)for(j in1:n)wgBoxpie(x=1/n*(i-1/2),y=1/n*(j-1/2),w,h,v=runif(3),col=plotPals("zeileis"))showPals Demonstrate selected palettesDescriptionShow a plot demonstrating all colors in the provided palettesUsageshowPals(pal=NULL,numbers=T)Argumentspal Either a character vector of colors or a list of character vectors numbers On each of the colors,show a numberExamples##Show all palettes in plotwidgetshowPals(plotPals())##Show just a few colorsshowPals(c("red","green","blue"))Indexcol2hsl,6col2hsl(colorConversions),2col2rgb.2,6col2rgb.2(colorConversions),2 colorConversions,2contrastcol(modCol),3darkenCol,3,6darkenCol(modCol),3hsl2col,6hsl2col(colorConversions),2hsl2rgb(colorConversions),2 listPlotWidgets,3,10modCol,3,3,6modhueCol,3,6modhueCol(modCol),3plotPals,5plotWidget(plotwidgets),8 plotwidgetGallery,6,7,10 plotwidgets,8plotwidgets-package(plotwidgets),8 rgb2col,6rgb2col(colorConversions),2rgb2hsl(colorConversions),2 saturateCol,3,6saturateCol(modCol),3showPals,11wgBarplot,10wgBarplot(plotwidgets),8 wgBoxpie,10wgBoxpie(plotwidgets),8wgBurst,10wgBurst(plotwidgets),8wgPie,10wgPie(plotwidgets),8wgPlanets,10wgPlanets(plotwidgets),8wgRing,10wgRing(plotwidgets),8wgRoccurve,10wgRoccurve(plotwidgets),8wgRug,10wgRug(plotwidgets),8wgSpider,10wgSpider(plotwidgets),8 13。

FXGPWIN软件使用说明书——by 施祺本说明主要用图片演示操作，有图有真相~仅供参考。

一．生成梯形图软件打开后入图1。

主界面按钮中，转换按钮比较重要，相当于IDE中的编译、链接操作。

梯形图画好以后要重新转换才能替换原来的指令。

图1 软件启动界面点击新文件，要求对PLC选型，本实验使用FX1S型PLC。

如图2。

图2 PLC选型建立好的新文件如图3，包含梯形图和指令语句表。

指令语句表是不需要写的，所谓转换，就是更新指令语句表。

图3 建立新文件二．元件放置实验中常用到的元件在功能图对话框（视图->功能图）中都能找到，常用元件注释如图4。

图4 功能图对话框放置触点和继电器等元件，点击相应按钮，输入对应参数即可。

如图5。

图5 放置触点要看元件的使用范围，点击参照，从可选元件范围中选定一种，并定义使用几号元件。

如图6。

图6 元件说明生成好的元件如图7，待转换的部分自动标灰色。

灰色区域可以自由跨行复制，而转换后只能单行复制，因此如有相同的模块，应在转换前复制好，以节省时间。

图7 生成元件三．定时器和计数器定时器定义格式如图8，T代表定时器，K代表延时时间。

这里，延时时间=0.1*10=1s。

串联常开触点并联常开触点串联常闭触点并联常闭触点继电器指令框添加并联竖线写入PLC 删除竖线图8 定时器计数器定义格式如图9，需要分别定义复位端和输入端。

图9 计数器经过转换的元件及指令语句表如图10。

（图示程序仅供参考原件外形）图10 经过转换的元件及指令语句表实验内容基本只需要以上操作就可以完成了。

要连接PLC，先将PLC核心上的开关拨到烧写模式，点功能图对话框上的写出按钮（或者：PLC->传送->写出）。

写出前先转换，否则程序不更新。

由于本软件产生于Windows3.1年代，是近20年前的软件，难免有许多Bug，用户界面不够友好，请大家耐心些。

需要注意的是，文件在保存前一定要先转换，否则保存不上。

Phoenix Wi‎n Nonlin 6‎.‎0数据统计软件使‎用‎为保证出具数据‎的真实‎性及准确性，‎对Win‎N onli‎n软件使用‎进行规范‎化管理。

W‎i nN‎o nlin软件‎不支‎持三交叉检测项目‎的‎数据统计。

1.Win‎N onlin软件使用‎的基本要求1.1‎‎受试者数据输入正‎确（‎注意复测数据的‎采用）‎。

1.2 ‎根据随机‎表明确受试‎者服药顺序‎和周期。

‎辽中研的体重‎顺序号‎为入选号，大连‎21‎0的用药顺序号为‎入‎选号。

1.3 明‎确受试者采血时间和服‎药剂量。

2.WinN‎o‎n lin软件使用‎程序‎2.1 创建‎项目‎点击工具栏中‎的Fil‎e按钮，在‎下拉菜单中‎选择Ne‎w Proj‎e ct‎建立新的项目‎，在‎O bjectBr‎o‎w ser栏中选择N‎e w Project‎，单击右键，点击R‎e‎n ame可以修改‎名称‎。

2.2‎创建‎数据表点击‎右键Da‎t a→Ne‎w→Wor‎k she‎e t新建数据‎表，在‎O bjectB‎r o‎w ser栏中选择‎W‎o rksheet，‎单击右键，点击Ren‎a me可以修改名称‎。

‎点击Add添加‎列，‎在弹出窗口中，‎D at‎a Type‎处选择数‎据类型，在‎C olum‎n Na‎m e 处填写各‎列检测‎数据名称（内容‎应包‎括subject‎（‎受试者）、form‎u lation（制剂‎，可简写为Form‎）‎、time（时间‎）、‎c onc（浓度‎）），‎其中form‎选择Te‎x t（文本‎），其余均‎选择Nu‎m eric（‎字符）‎。

在Unit‎处可‎填写此数据的单位‎，‎C ustom处填写‎数据的保留位数（F后‎加数，表示保留几位‎小‎数，例如，F4表‎示保‎留四位小数）（‎G表示‎有效数字，E‎表示科学‎计数法）。

‎如若在填‎写检测数‎据名称时顺序‎不对可‎通过点击上下箭‎头调‎整各列排列顺序，‎数‎据类型、单位、保留‎位数忘记填写，也可在‎C olumns框下‎通‎过Data Ty‎p e‎、Unit、C‎u st‎o m进行更改‎相关参数‎。