Tools for Managing Imaging FlowCytobot (IFCB) Data


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Documentation for package ‘iRfcb’ version 0.5.1

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create_package_manifest Function to Create MANIFEST.txt
ifcb_adjust_classes Adjust Classifications in Manual Annotations
ifcb_annotate_batch Annotate IFCB Images with Specified Class
ifcb_convert_filenames Convert IFCB Filenames to Timestamps
ifcb_correct_annotation Correct Annotations in MATLAB Classlist Files
ifcb_count_mat_annotations Count IFCB Annotations from .mat Files
ifcb_create_class2use Create a class2use '.mat' File
ifcb_create_empty_manual_file Create an Empty Manual Classification MAT File
ifcb_create_manifest Create a MANIFEST.txt File
ifcb_download_dashboard_data Download IFCB data files from an IFCB Dashboard
ifcb_download_test_data Download Test IFCB Data
ifcb_download_whoi_plankton Download and Extract WHOI-Plankton Data
ifcb_extract_annotated_images Extract Annotated Images from IFCB Data
ifcb_extract_biovolumes Extract Biovolumes from IFCB Data and Compute Carbon Content
ifcb_extract_classified_images Extract Taxa Images from MATLAB Classified Sample
ifcb_extract_pngs Extract Images from IFCB ROI File
ifcb_get_ecotaxa_example Get EcoTaxa Column Names
ifcb_get_ferrybox_data Retrieve Ferrybox Data for Specified Timestamps
ifcb_get_mat_names Get Variable Names from a MAT File
ifcb_get_mat_variable Get Classes from a MAT File
ifcb_get_runtime Read IFCB Header File and Extract Runtime Information
ifcb_get_shark_colnames Get Shark Column Names
ifcb_get_shark_example Get Shark Column Example
ifcb_get_trophic_type Get Trophic Type for a List of Plankton Taxa
ifcb_is_diatom Identify Diatoms in Taxa List
ifcb_is_in_basin Check if Points are in a Specific Sea Basin
ifcb_is_near_land Determine if Positions are Near Land
ifcb_match_taxa_names Retrieve WoRMS Records with Retry Mechanism
ifcb_merge_manual Merge IFCB Manual Classification Data
ifcb_prepare_whoi_plankton Download and Prepare WHOI-Plankton Data
ifcb_psd Plot and Save IFCB PSD Data
ifcb_psd_plot Generate PSD Plot for a Given Sample
ifcb_py_install Install iRfcb Python Environment
ifcb_read_features Read Feature Files from a Specified Folder or File Paths
ifcb_read_hdr_data Reads HDR Data from IFCB HDR Files
ifcb_read_mat Read a MATLAB .mat File in R
ifcb_read_summary Read and Summarize Classified IFCB Data
ifcb_replace_mat_values Replace Values in MATLAB Classlist
ifcb_run_image_gallery Run IFCB Image Gallery
ifcb_summarize_biovolumes Summarize Biovolumes and Carbon Content from IFCB Data
ifcb_summarize_class_counts Count Cells from TreeBagger Classifier Output
ifcb_summarize_png_counts Summarize Image Counts by Class and Sample
ifcb_summarize_png_metadata Summarize PNG Image Metadata
ifcb_volume_analyzed Estimate Volume Analyzed from IFCB Header File
ifcb_volume_analyzed_from_adc Estimate Volume Analyzed from IFCB ADC File
ifcb_which_basin Determine if Points are in a Specified Sea Basin
ifcb_zip_matlab Create a Zip Archive of Manual MATLAB Files
ifcb_zip_pngs Zip PNG Folders
process_ifcb_string Process IFCB String
read_hdr_file Function to Read Individual Files and Extract Relevant Lines
split_large_zip Split Large Zip File into Smaller Parts
summarize_TBclass Summarize TreeBagger Classifier Results
vol2C_lgdiatom Convert Biovolume to Carbon for Large Diatoms
vol2C_nondiatom Convert Biovolume to Carbon for Non-Diatom Protists