![]() Semilogx(.,' PropertyName',PropertyValue.) Here we also discuss the introduction and syntax of Matlab loglog() along with different examples and its code implementation.Semilogx, semilogy (MATLAB Functions) MATLAB Function Reference Y as a matrix: Range of x is 1 to Rows(Y) (Number of rows).Y as a vector: Range of x is 1 to length(Y).the function call is using the only Y as an input argument, the range of x-coordinates is decided based on When an implicit set of x-coordinates are in picture i.e.If one set of coordinates are connected by line segments, then vectors X and Y must be having the same length and if multiple set of coordinates are sharing a common set of axes, at least one input out of X and Y needs to be specified as a matrix.In this case, the scale of the displayed plot will be set as linear or semilog automatically. ![]() On-call of loglog() function the properties XScale and YScale does not change if hold state for the axes is set to status ON.Loglog(xdata,ydata,'s','MarkerFaceColor',) The value specified preceded with the keyword ‘MarkerFaceColor, in the form of name-value pair, decides the color to be filled in the inner area of the marker. The value specified preceded with the keyword ‘MarkerEdgeColor’, in the form of name-value pair, sets the color for the outline of the marker. The positive value specified preceded with the keyword ‘MarkerSize’, in the form of name-value pair, sets the size of the marker. The value specified preceded with the keyword ‘LineWidth, in the form of name-value pair, sets the width of the line. The value specified preceded with the keyword ‘color’, in the form of name-value pair, sets the color of the line. The display of the plot can be altered by altering the values of the attributes following the format of the name-value pair argument. The function supports customization of the plot generated through it, by means of some of the predefined attributes. New axes object which can be set as target axes for the plot. The input data is used to set the data points on Y-axis to create the plot.Ī vector of characters or string of symbols that can be used to decide on line style, marker, or color for the plot. The input data is used to set the data points on X-axis. ![]() Different parameters that can be used as input parameters are described in the below table: x coordinates-X The syntaxes are developed based on the input arguments supported by the function definition. This feature can be used by using the line object to store the plot generated from the loglog() function. ![]() The function extends its feature to provide flexibility on the customization of the plot even after it is generated. The syntax also supports the customization of plots using the input argument as LineSpec value. Here the logarithmic plot for the inputs ydata1 and ydata2 are created with the common x-coordinates from xdata. This is possible with the implementation of the syntaxloglog(X1,Y1,……,Xn,Yn,_). The loglog() enables the user to create multiple plots sharing a common x-y plane, calling a single line command. This object can be used to edit the plot properties after the plot is created.įollowing are the examples of Matlab loglog(). This is used to create the plot applying the logarithmic scale on the x-axis and y-axis and stores in the line type object lineobj. This is used to create the plot applying the logarithmic scale on the x-axis and y-axis on the newly set target axes. This is used to create the plot applying logarithmic scale on x-axis and y-axis along with customizing attributes of the display of the plot given in the format of Name-Value pair argument This is used to create the plot ‘Y’ with respect to the set of x-axis which is implicit to it with customized values for line style, marker, and color. This is used to create the plot ‘Y’ with respect to the set of x-axis which is implicit to it. This is used to create multiple plots with respect to each pair of x, y coordinates (X1, Y1), (X2, Y2),…, (Xn,Yn) applying logarithmic scale on the same set of X-Y axes with specified Line specification in terms of line style, marker or color for each set. This syntax is an alternative to the declaration of multiset coordinates as matrices. This is used to create multiple plots with respect to each pair of x, y coordinates (X1, Y1), (X2, Y2),…, (Xn, Yn) applying logarithmic scale on the same set of X-Y axes. This is used to create the plot applying the logarithmic scale on the x-axis and y-axis with specified Line specifications in terms of line style, marker, or color. This is used to create the plot applying the logarithmic scale on the x-axis and y-axis. Various syntaxes are supported by the MATLAB function loglog() depending on the of plot to be generated.
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