Hyperspectral photoluminescence and reflectance microscopy of 2D materials

<h2>Description of Uploaded Raw Data and Programs for Recreating Figures</h2><h3>Raw Data</h3><p>The raw data in this dataset is primarily in &nbsp;".sif" binary format, which is used in the creation of Figures 2, 3, 4, and Supplementary Information (SI) Figure 2 in the paper. The ".sif" files contain spectrum data. The data for Figure 3 also includes focal data provided as .png and intensity line-cuts in .csv files.</p><p>A Python program, &nbsp;"load_sif.py", is included in the dataset to read and process these ".sif" files.</p><h3>Software and Programs</h3><p>The figures in the paper were generated using Python programs, which are included in the dataset. These programs are:</p><p>for Figure 2:<i> RClf_calibration.py &nbsp;</i></p><p>for Figure 3: <i>knife_edge_measurement.py </i>and &nbsp;<i>plot_intensity_profile_imageJ.py&nbsp;</i></p><p>for Figure 4 as well as SI Figure 1: <i>PL_linefocus_2color.py,&nbsp;PL_fit_image.py, PL_line_fit.py, RC_linefocus_2color.py </i>and<i> RC_line.py&nbsp;</i></p><p>for SI Figure 2: <i>BG_spectum_PL.py </i>and<i> Ref_spectum_RC.py&nbsp;</i></p><h3>Steps to Recreate Figures</h3><p>Download the zipped folder for each figure. The Python programs are using the ".sif", ".png", and ".csv" files from the downloaded folder.</p><p>Please ensure you have the appropriate software to run these Python programs and handle the provided file formats.</p>