msgid "" msgstr "" "Project-Id-Version: PACKAGE VERSION\n" "POT-Creation-Date: 2024-09-06 11:49+0000\n" "PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n" "Last-Translator: FULL NAME \n" "Language-Team: LANGUAGE \n" "MIME-Version: 1.0\n" "Content-Type: text/plain; charset=UTF-8\n" "Content-Transfer-Encoding: 8bit\n" #. Put one translator per line, in the form NAME , YEAR1, YEAR2 msgctxt "_" msgid "translator-credits" msgstr "" #. (itstool) path: page/title #: C/curve_fitting.page:8 msgid "Curve Fitting" msgstr "" #. (itstool) path: section/title #: C/curve_fitting.page:10 msgid "Fitting data" msgstr "" #. (itstool) path: section/p #: C/curve_fitting.page:11 msgid "Curve fitting allows for a powerful analysis method for your imported data. To start curve fitting on a data set, press the three vertical dots on the item you want to fit to, and choose \"Curve Fitting\". This brings up the Curve Fitting dialog for the selected data set. An extensive list of predefined equations can be chosen from the dropdown. The corresponding mathematical formula is shown in the same card." msgstr "" #. (itstool) path: section/media #. This is a reference to an external file such as an image or video. When #. the file changes, the md5 hash will change to let you know you need to #. update your localized copy. The msgstr is not used at all. Set it to #. whatever you like once you have updated your copy of the file. #: C/curve_fitting.page:19 msgctxt "_" msgid "external ref='media/curve_fitting_light.png' md5='d33b620c42f2c1cf82c94998adf4a670'" msgstr "" #. (itstool) path: section/title #: C/curve_fitting.page:23 msgid "Bounds" msgstr "" #. (itstool) path: section/p #: C/curve_fitting.page:24 msgid "Each detected parameter in the formula will be shown in the sidebar. Here an initial guess can be set for the fit, as well as the minimum and maximum value for this parameter. Make sure that the initial guess is in between the bounds, and that the minimum bound is smaller than the maximum bound. If you don't want to use any bounds for the parameter, you can set the bounds to infinite using -inf and inf for the minimum and maximum bound respectively." msgstr "" #. (itstool) path: section/title #: C/curve_fitting.page:36 msgid "Results" msgstr "" #. (itstool) path: section/p #: C/curve_fitting.page:37 msgid "Below the fitting parameters, a box is shown with the resulting parameters of the fit. Apart of the final results, a margin is shown as well for each parameter as well as the sum of R² indicating the goodness of the fit. The margin can be set using the primary menu in the Curve Fitting dialog as a multiple of the standard deviation, corresponding to an uncertainty margin of 65, 95 or 99.7% for a standard deviation of 1σ, 2σ or 3σ respectively." msgstr "" #. (itstool) path: section/p #: C/curve_fitting.page:45 msgid "Please note that like all fits, that this standard deviation is mostly a measure of how well the data agrees with the corresponding model. Factors such as whether this model is actually physically correct, if there's any systemic errors in the measurements, and if the parameters are correlated to each other is not taken into account when fitting data. This is an inherent property of all curve fitting, and a common point of confusion, leading to misleading error bars on data points even in scientifically published data." msgstr "" #. (itstool) path: section/title #: C/curve_fitting.page:57 msgid "Fitting algorithms" msgstr "" #. (itstool) path: section/p #: C/curve_fitting.page:58 msgid "When performing a fit, there are three different fitting algorithms to choose from, these can be set from the primary menu." msgstr "" #. (itstool) path: item/title #: C/curve_fitting.page:64 msgid "Levenberg-Marquardt" msgstr "" #. (itstool) path: item/p #: C/curve_fitting.page:65 msgid "The Levenberg-Marquardt algorithm is a traditionally relatively popular algorithm that performs very efficiently. However, it does not handle bounds for the fitting parameters." msgstr "" #. (itstool) path: item/title #: C/curve_fitting.page:68 msgid "Trust Region" msgstr "" #. (itstool) path: item/p #: C/curve_fitting.page:69 msgid "The Trust Region Reflective algorithm is well-suited for solving large problems with bounds. This method generally performs well for most cases and should probably be used for most cases." msgstr "" #. (itstool) path: item/title #: C/curve_fitting.page:72 msgid "Dogbox" msgstr "" #. (itstool) path: item/p #: C/curve_fitting.page:73 msgid "The Dogbox algorithm uses rectangular trust regions and typically works well with small problems involving bounds." msgstr "" #. (itstool) path: page/title #: C/import.page:8 msgid "Importing Data" msgstr "" #. (itstool) path: page/p #: C/import.page:9 msgid "There are two primary ways to import new data in Graphs, importing data directly by file or generating new data using an equation." msgstr "" #. (itstool) path: page/media #. This is a reference to an external file such as an image or video. When #. the file changes, the md5 hash will change to let you know you need to #. update your localized copy. The msgstr is not used at all. Set it to #. whatever you like once you have updated your copy of the file. #: C/import.page:14 msgctxt "_" msgid "external ref='media/add_data_light.png' md5='5246da95eb47c74c7488f9b9016dde3d'" msgstr "" #. (itstool) path: page/p #: C/import.page:16 msgid "A wide array of filetypes are supported when importing data by file. Graphs currently supports Panalytical .xrdml files, Leybold .xry files as well as files that are saved in a column format such as most .csv files, .dat files, .xy files or plain text. Finally, data from other Graphs projects can be imported into the current project as well, simply by adding new data as usual, but by selecting a project file instead." msgstr "" #. (itstool) path: page/p #: C/import.page:25 msgid "When using a custom delimiter during the import, an extra field will be visible to enter the delimiter of choice. This field recognizes regular expressions. For example, to choose a delimiter that looks for whitespace, one could enter \\s+ as delimiter. In this example, \\s denotes that the delimiter is a whitespace character, and the + denotes that at least one or more whitespace is required. Thus this input looks for any amount of whitespaces including tabs. Note that this particular input is equivalent to the default Whitespace option." msgstr "" #. (itstool) path: page/media #. This is a reference to an external file such as an image or video. When #. the file changes, the md5 hash will change to let you know you need to #. update your localized copy. The msgstr is not used at all. Set it to #. whatever you like once you have updated your copy of the file. #: C/import.page:36 msgctxt "_" msgid "external ref='media/add_equation_light.png' md5='009108d0a1fc2d95d54d8aa88f6016d5'" msgstr "" #. (itstool) path: page/p #: C/import.page:38 msgid "The other way to import data is to generate data directly using an equation. This can be done using the \"Add Equation\" button found in the top-left corner, or by pressing Ctrl+Alt+N. Most commonly used syntax is accepted, with an x denoting the x-coordinate. A simple quadratic equation could for instance be created using x²+5 as input. Be aware that trigonometric functions are using radians by default. If you want to use degrees, simply add a d to the trigonometric function. For instance cosd(x) generates a cosine where the x coordinate is given in degrees while cos(x) generates a cosine with the x-coordinate in radians." msgstr "" #. (itstool) path: page/title #: C/index.page:10 msgid "<_:media-1/> Graphs" msgstr "" #. (itstool) path: section/title #: C/index.page:16 msgid "How to" msgstr "" #. (itstool) path: section/p #: C/index.page:17 msgid "There's multiple how-to guides available for Graphs. These can be found here." msgstr "" #. (itstool) path: page/title #: C/manipulate.page:8 msgid "Manipulating Data" msgstr "" #. (itstool) path: page/p #: C/manipulate.page:10 msgid "There are many different ways to manipulate data using Graphs. All data is treated the same using Graphs, independent what file it is imported from, or if it's a generated equation. When selecting a part of the canvas using the Highlight tool, only the highlight area will be manipulated." msgstr "" #. (itstool) path: section/title #: C/manipulate.page:18 msgid "Smoothening" msgstr "" #. (itstool) path: section/p #: C/manipulate.page:19 msgid "The smoothening action has two different modes, a rolling average or the Savitzky-Galov filter. The moving average simply works iterating through the data set, and replacing each point by the average of the last few data points that were encountered, this way sharp outliers are ignored but details may be lost. Sudden actual changes in the data may also be detected later when a smoothening has been applied. Another way to smoothen the data is the Savitzky-Galov. The difference with the moving average, is that not a simple average is used for the last data points, but instead a polynomial function is fitted between the data points. This makes it possible to filter the underlaying signal still quite nicely out of very noisy data." msgstr "" #. (itstool) path: section/title #: C/manipulate.page:34 msgid "Custom Transformations" msgstr "" #. (itstool) path: section/p #: C/manipulate.page:35 msgid "Another way to manipulate the data is by using custom transformations. This field transforms both X and Y coordinate piece by piece according to an equation of choice. For instance, to take the square of all Y-coordinates, simply set Y = Y² on the y-data field, and X = X on the x-data field. Note that the input coordinates are not case-sensitive." msgstr "" #. (itstool) path: section/media #. This is a reference to an external file such as an image or video. When #. the file changes, the md5 hash will change to let you know you need to #. update your localized copy. The msgstr is not used at all. Set it to #. whatever you like once you have updated your copy of the file. #: C/manipulate.page:42 msgctxt "_" msgid "external ref='media/custom_transform_light.png' md5='311f5286f3372e5fea1431dd6a63d666'" msgstr "" #. (itstool) path: p/link #: C/legal.xml:3 msgid "Creative Commons Attribution-ShareAlike 4.0 International License" msgstr "" #. (itstool) path: license/p #: C/legal.xml:3 msgid "This work is licensed under a <_:link-1/>." msgstr ""