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			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 4464 42.5 0 180 37 -Quality control report in JSON format ",
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		spatial_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1214.5 35.5 1214.5 54.5 1453.5 54.5 1453.5 35.5 ",
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			pos="1334,45",
			rects="1214.5,35.5,1453.5,54.5",
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		squidpy_spatial_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 16.5 35.5 16.5 54.5 133.5 54.5 133.5 35.5 ",
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			pos="1534,45",
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			width=2.125];
		interaction_matrix_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 137.5 35.5 137.5 54.5 268.5 54.5 268.5 35.5 ",
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			pos="2453,45",
			rects="2357.5,35.5,2548.5,54.5",
			width=2.6528];
		count_matrix_h5ad	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 3730 35.5 3730 54.5 4164 54.5 4164 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 3947 42.5 0 418 84 -Unfiltered count matrix from Alevin, converted to H5AD, spliced and unspliced \
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			pos="3947,45",
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			width=6.0278];
		scvelo_annotated_h5ad	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 2552.5 35.5 2552.5 54.5 2835.5 54.5 2835.5 35.5 ",
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			pos="2694,45",
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		dispersion_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1614.5 35.5 1614.5 54.5 1787.5 54.5 1787.5 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 1701 42.5 0 157 31 -Gene expression dispersion plot ",
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		squidpy_annotated_h5ad	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 272.5 35.5 272.5 54.5 411.5 54.5 411.5 35.5 ",
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		salmon_output	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 2840 35.5 2840 54.5 3004 54.5 3004 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2922 42.5 0 148 30 -Full output of `salmon alevin` ",
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			pos="2922,45",
			rects="2840,35.5,3004,54.5",
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		neighborhood_enrichment_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 416 35.5 416 54.5 584 54.5 584 35.5 ",
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			pos="500,45",
			rects="416,35.5,584,54.5",
			width=2.3333];
		centrality_scores_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 588 35.5 588 54.5 712 54.5 712 35.5 ",
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			pos="650,45",
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		filtered_data_h5ad	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1791.5 35.5 1791.5 54.5 1954.5 54.5 1954.5 35.5 ",
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			rects="1791.5,35.5,1954.5,54.5",
			width=2.2639];
		marker_gene_plot_logreg	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1959 35.5 1959 54.5 2157 54.5 2157 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2058 42.5 0 182 35 -Cluster marker genes, logreg method ",
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			pos="2058,45",
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		umap_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 2161 35.5 2161 54.5 2353 54.5 2353 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2257 42.5 0 176 34 -UMAP dimensionality reduction plot ",
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			pos="2257,45",
			rects="2161,35.5,2353,54.5",
			width=2.6667];
		scanpy_qc_results	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 4168.5 35.5 4168.5 54.5 4361.5 54.5 4361.5 35.5 ",
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			pos="4265,45",
			rects="4168.5,35.5,4361.5,54.5",
			width=2.6806];
		raw_count_matrix	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 3008 35.5 3008 54.5 3502 54.5 3502 35.5 ",
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			pos="3255,45",
			rects="3008,35.5,3502,54.5",
			width=6.8611];
		ripley_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 716 35.5 716 54.5 784 54.5 784 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 750 42.5 0 52 11 -ripley_plot ",
			fillcolor="#94DDF4",
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			pos="750,45",
			rects="716,35.5,784,54.5",
			width=0.94444];
		fastqc_dir	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 4566.5 35.5 4566.5 54.5 4907.5 54.5 4907.5 35.5 ",
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			pos="4737,45",
			rects="4566.5,35.5,4907.5,54.5",
			width=4.7361];
		umap_density_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 902 35.5 902 54.5 1210 54.5 1210 35.5 ",
			_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 1056 42.5 0 292 59 -UMAP dimensionality reduction plot, colored by cell density ",
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			label="UMAP dimensionality reduction plot, colored by cell density",
			pos="1056,45",
			rects="902,35.5,1210,54.5",
			width=4.2778];
	}
	squidpy_analysis	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 595 80.5 595 99.5 807 99.5 807 80.5 ",
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		label="Dimensionality reduction and clustering",
		pos="701,90",
		rects="595,80.5,807,99.5",
		width=2.9444];
	img_dir -> squidpy_analysis	[_draw_="c 7 -#000000 B 4 2162.52 223.52 1888.26 198.65 1087.23 126.02 802.72 100.22 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 803.15 97.8 795.96 99.61 802.71 102.68 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 1493 155.6 0 30 7 -img_dir ",
		label=img_dir,
		lp="1493,157.5",
		pos="e,794.45,99.474 2162.5,223.52 1888.3,198.65 1087.2,126.02 802.72,100.22"];
	salmon_quantification	[_draw_="c 7 -#000000 C 7 -#f3cea1 P 4 2669.5 170.5 2669.5 189.5 2794.5 189.5 2794.5 170.5 ",
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		label="Salmon quantification, FASTQ -> H5AD count matrix",
		pos="2732,180",
		rects="2669.5,170.5,2794.5,189.5",
		width=1.7361];
	img_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2311.22 223.56 2362 216.03 2439.43 205.12 2507 198 2558.6 192.56 2617.05 188.2 2661.43 185.26 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2661.5 187.71 2668.32 184.8 2661.18 182.82 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2522 200.6 0 30 7 -img_dir ",
		label=img_dir,
		lp="2522,202.5",
		pos="e,2669.8,184.7 2311.2,223.56 2362,216.03 2439.4,205.12 2507,198 2558.6,192.56 2617,188.2 2661.4,185.26"];
	expected_cell_count -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2653.46 223.54 2663.47 218.85 2676.02 212.8 2687 207 2694.9 202.83 2703.42 197.99 2710.9 193.63 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2711.87 195.9 2716.66 190.24 2709.39 191.68 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2744.5 200.6 0 83 19 -expected_cell_count ",
		label=expected_cell_count,
		lp="2744.5,202.5",
		pos="e,2718,189.47 2653.5,223.54 2663.5,218.85 2676,212.8 2687,207 2694.9,202.83 2703.4,197.99 2710.9,193.63"];
	scvelo_analysis	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 2485 80.5 2485 99.5 2661 99.5 2661 80.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2573 87.5 0 160 32 -RNA velocity analysis via scVelo ",
		height=0.27778,
		label="RNA velocity analysis via scVelo",
		pos="2573,90",
		rects="2485,80.5,2661,99.5",
		width=2.4444];
	assay -> scvelo_analysis	[_draw_="c 7 -#000000 B 4 2462.97 223.6 2482.28 200.33 2536.65 134.8 2560.98 105.49 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2562.66 107.29 2565.25 100.34 2558.89 104.16 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2547 155.6 0 52 10 -assay_name ",
		label=assay_name,
		lp="2547,157.5",
		pos="e,2566.2,99.177 2463,223.6 2482.3,200.33 2536.7,134.8 2561,105.49"];
	assay -> squidpy_analysis	[_draw_="c 7 -#000000 B 10 2433.18 223.53 2423.66 220.34 2412.42 217 2402 215 2335.53 202.25 1254.51 129.86 1187 125 1059.74 115.83 913.7 \
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		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 815.38 96.41 808.23 98.37 815.04 101.3 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 1727.5 155.6 0 25 5 -assay ",
		label=assay,
		lp="1727.5,157.5",
		pos="e,806.72,98.271 2433.2,223.53 2423.7,220.34 2412.4,217 2402,215 2335.5,202.25 1254.5,129.86 1187,125 1059.7,115.83 913.7,105.67 \
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	assay -> salmon_quantification	[_draw_="c 7 -#000000 B 10 2482.51 223.57 2491.53 220.77 2501.68 217.68 2511 215 2539.29 206.88 2546.06 203.38 2575 198 2603.09 192.78 2634.33 \
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		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2661.55 188.79 2668.29 185.69 2661.09 183.91 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2587.5 200.6 0 25 5 -assay ",
		label=assay,
		lp="2587.5,202.5",
		pos="e,2669.8,185.55 2482.5,223.57 2491.5,220.77 2501.7,217.68 2511,215 2539.3,206.88 2546.1,203.38 2575,198 2603.1,192.78 2634.3,188.99 \
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	scanpy_analysis	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 1952 125.5 1952 144.5 2164 144.5 2164 125.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2058 132.5 0 196 39 -Dimensionality reduction and clustering ",
		height=0.27778,
		label="Dimensionality reduction and clustering",
		pos="2058,135",
		rects="1952,125.5,2164,144.5",
		width=2.9444];
	assay -> scanpy_analysis	[_draw_="c 7 -#000000 B 7 2430.58 223.54 2421.59 220.67 2411.39 217.55 2402 215 2298.37 186.84 2175.41 160.21 2108.15 146.21 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2108.67 143.82 2101.31 144.8 2107.67 148.62 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2314.5 178.1 0 25 5 -assay ",
		label=assay,
		lp="2314.5,180",
		pos="e,2099.8,144.49 2430.6,223.54 2421.6,220.67 2411.4,217.55 2402,215 2298.4,186.84 2175.4,160.21 2108.2,146.21"];
	compute_qc_results	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 2787 80.5 2787 99.5 2905 99.5 2905 80.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2846 87.5 0 102 18 -Compute QC metrics ",
		height=0.27778,
		label="Compute QC metrics",
		pos="2846,90",
		rects="2787,80.5,2905,99.5",
		width=1.6389];
	assay -> compute_qc_results	[_draw_="c 7 -#000000 B 13 2478.41 223.56 2488.26 220.25 2500.06 216.82 2511 215 2541.27 209.98 2758.06 217.18 2787 207 2830.1 191.84 2848.65 \
185.91 2869 145 2875.48 131.98 2867.58 116.69 2859.33 105.71 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2861.28 104.23 2854.96 100.36 2857.49 107.33 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2876.5 155.6 0 25 5 -assay ",
		label=assay,
		lp="2876.5,157.5",
		pos="e,2854,99.186 2478.4,223.56 2488.3,220.25 2500.1,216.82 2511,215 2541.3,209.98 2758.1,217.18 2787,207 2830.1,191.84 2848.6,185.91 \
2869,145 2875.5,131.98 2867.6,116.69 2859.3,105.71"];
	keep_all_barcodes -> salmon_quantification	[_draw_="c 7 -#000000 B 10 2792.54 223.56 2800.98 219.88 2808.84 214.59 2814 207 2816.25 203.69 2816.53 201.1 2814 198 2811.82 195.33 2807.64 \
193.06 2802.26 191.14 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2803.13 188.84 2795.72 189.17 2801.72 193.53 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2853 200.6 0 76 17 -keep_all_barcodes ",
		label=keep_all_barcodes,
		lp="2853,202.5",
		pos="e,2794.3,188.73 2792.5,223.56 2801,219.88 2808.8,214.59 2814,207 2816.2,203.69 2816.5,201.1 2814,198 2811.8,195.33 2807.6,193.06 \
2802.3,191.14"];
	threads -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3405.06 223.52 3390.14 220.44 3372.83 217.19 3357 215 3157.47 187.41 2919.22 181.95 2802.92 181.04 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2802.95 178.59 2795.94 180.99 2802.92 183.49 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3305 200.6 0 32 7 -threads ",
		label=threads,
		lp="3305,202.5",
		pos="e,2794.4,180.98 3405.1,223.52 3390.1,220.44 3372.8,217.19 3357,215 3157.5,187.41 2919.2,181.95 2802.9,181.04"];
	fastqc	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 3318 170.5 3318 189.5 3568 189.5 3568 170.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 3443 177.5 0 234 49 -Runs fastQC on each fastq file in fastq directory ",
		height=0.27778,
		label="Runs fastQC on each fastq file in fastq directory",
		pos="3443,180",
		rects="3318,170.5,3568,189.5",
		width=3.4722];
	threads -> fastqc	[_draw_="c 7 -#000000 B 4 3443 223.58 3443 216.52 3443 206.24 3443 197.55 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3445.45 197.78 3443 190.78 3440.55 197.78 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3459 200.6 0 32 7 -threads ",
		label=threads,
		lp="3459,202.5",
		pos="e,3443,189.26 3443,223.58 3443,216.52 3443,206.24 3443,197.55"];
	fastq_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3229.82 223.5 3214.31 220.46 3196.39 217.23 3180 215 3047.29 196.9 2891.05 187.79 2802.56 183.74 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2802.82 181.3 2795.72 183.44 2802.6 186.2 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3125 200.6 0 36 9 -fastq_dir ",
		label=fastq_dir,
		lp="3125,202.5",
		pos="e,2794.2,183.37 3229.8,223.5 3214.3,220.46 3196.4,217.23 3180,215 3047.3,196.9 2891.1,187.79 2802.6,183.74"];
	fastq_dir -> fastqc	[_draw_="c 7 -#000000 B 4 3298.57 223.58 3328.12 214.87 3374.36 201.23 3406.53 191.75 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3406.92 194.19 3412.94 189.86 3405.53 189.49 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3400 200.6 0 36 9 -fastq_dir ",
		label=fastq_dir,
		lp="3400,202.5",
		pos="e,3414.4,189.43 3298.6,223.58 3328.1,214.87 3374.4,201.23 3406.5,191.75"];
	organism -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2557.37 223.65 2563.37 220.63 2570.39 217.38 2577 215 2606.49 204.39 2640.39 196.5 2668.94 191 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2669.32 193.42 2675.75 189.72 2668.41 188.61 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2654.5 200.6 0 39 8 -organism ",
		label=organism,
		lp="2654.5,202.5",
		pos="e,2677.2,189.44 2557.4,223.65 2563.4,220.63 2570.4,217.38 2577,215 2606.5,204.39 2640.4,196.5 2668.9,191"];
	metadata_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2973.27 223.62 2952.92 215.74 2920.82 204.26 2892 198 2863.05 191.72 2830.64 187.72 2802.59 185.2 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2803.11 182.78 2795.93 184.62 2802.69 187.66 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2950.5 200.6 0 55 12 -metadata_dir ",
		label=metadata_dir,
		lp="2950.5,202.5",
		pos="e,2794.4,184.49 2973.3,223.62 2952.9,215.74 2920.8,204.26 2892,198 2863.1,191.72 2830.6,187.72 2802.6,185.2"];
	scvelo_analysis -> scvelo_embedding_grid_plot	[_draw_="c 7 -#000000 B 4 2549.29 80.5 2530.72 73.85 2504.72 64.53 2484.41 57.26 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2485.5 55.04 2478.08 54.99 2483.85 59.66 ",
		pos="e,2476.7,54.478 2549.3,80.505 2530.7,73.85 2504.7,64.532 2484.4,57.256"];
	scvelo_analysis -> scvelo_annotated_h5ad	[_draw_="c 7 -#000000 B 4 2596.91 80.5 2615.63 73.85 2641.85 64.53 2662.33 57.26 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2662.94 59.64 2668.72 54.98 2661.3 55.02 ",
		pos="e,2670.1,54.478 2596.9,80.505 2615.6,73.85 2641.9,64.532 2662.3,57.256"];
	squidpy_analysis -> co_occurrence_plot	[_draw_="c 7 -#000000 B 4 729.05 80.5 751.42 73.73 782.89 64.2 807.1 56.87 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 807.57 59.29 813.56 54.92 806.15 54.6 ",
		pos="e,815,54.478 729.05,80.505 751.42,73.732 782.89,64.201 807.1,56.872"];
	squidpy_analysis -> squidpy_spatial_plot	[_draw_="c 7 -#000000 B 7 595.05 86.85 456.94 83.58 223.01 76.27 138 63 128.66 61.54 118.71 59.23 109.55 56.77 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 110.25 54.42 102.85 54.9 108.94 59.14 ",
		pos="e,101.39,54.495 595.05,86.854 456.94,83.579 223.01,76.271 138,63 128.66,61.542 118.71,59.228 109.55,56.771"];
	squidpy_analysis -> interaction_matrix_plot	[_draw_="c 7 -#000000 B 7 595.36 87.79 508.4 85.55 382.13 79.43 273 63 262.46 61.41 251.18 59 240.82 56.48 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 241.6 54.15 234.21 54.83 240.41 58.91 ",
		pos="e,232.74,54.459 595.36,87.793 508.4,85.553 382.13,79.433 273,63 262.46,61.413 251.18,58.999 240.82,56.484"];
	squidpy_analysis -> squidpy_annotated_h5ad	[_draw_="c 7 -#000000 B 7 595.01 82.75 541.18 78.7 474.88 72.4 416 63 405.11 61.26 393.43 58.84 382.65 56.37 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 383.45 54.05 376.07 54.83 382.33 58.82 ",
		pos="e,374.6,54.488 595.01,82.745 541.18,78.705 474.88,72.404 416,63 405.11,61.26 393.43,58.842 382.65,56.374"];
	squidpy_analysis -> neighborhood_enrichment_plot	[_draw_="c 7 -#000000 B 4 661.29 80.5 628.67 73.53 582.36 63.62 547.72 56.21 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 548.47 53.86 541.11 54.79 547.44 58.65 ",
		pos="e,539.63,54.478 661.29,80.505 628.67,73.526 582.36,63.618 547.72,56.209"];
	squidpy_analysis -> centrality_scores_plot	[_draw_="c 7 -#000000 B 4 691.17 80.71 684.11 74.76 674.44 66.61 666.25 59.7 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 667.89 57.88 660.96 55.24 664.73 61.63 ",
		pos="e,659.8,54.265 691.17,80.709 684.11,74.76 674.44,66.609 666.25,59.701"];
	squidpy_analysis -> ripley_plot	[_draw_="c 7 -#000000 B 4 710.45 80.71 717.23 74.76 726.52 66.61 734.39 59.7 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 735.8 61.72 739.44 55.26 732.57 58.04 ",
		pos="e,740.58,54.265 710.45,80.709 717.23,74.76 726.52,66.609 734.39,59.701"];
	salmon_quantification -> count_matrix_h5ad	[_draw_="c 7 -#000000 B 10 2733.43 170.5 2737.36 150.23 2750.43 99.26 2785 80 2807.84 67.28 3699.89 64.24 3726 63 3764.68 61.16 3807.11 58.14 \
3844.35 55.16 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3844.42 57.61 3851.2 54.6 3844.02 52.72 ",
		pos="e,3852.7,54.479 2733.4,170.5 2737.4,150.23 2750.4,99.258 2785,80 2807.8,67.279 3699.9,64.239 3726,63 3764.7,61.164 3807.1,58.145 \
3844.4,55.156"];
	salmon_quantification -> genome_build_json	[_draw_="c 7 -#000000 B 10 2731.67 170.75 2730.94 147.82 2730.3 84.17 2745 71 2752.83 63.98 3491.52 63.83 3502 63 3521.2 61.47 3542.08 58.69 \
3560.66 55.81 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3561 58.24 3567.53 54.73 3560.23 53.4 ",
		pos="e,3569,54.49 2731.7,170.75 2730.9,147.82 2730.3,84.172 2745,71 2752.8,63.982 3491.5,63.833 3502,63 3521.2,61.474 3542.1,58.692 3560.7,\
55.815"];
	salmon_quantification -> salmon_output	[_draw_="c 7 -#000000 B 13 2726.56 170.68 2725.11 168.02 2723.74 164.98 2723 162 2713.25 122.75 2695.43 100.59 2723 71 2731.58 61.79 2823.52 \
64.67 2836 63 2849.12 61.25 2863.25 58.72 2876.18 56.15 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2876.64 58.56 2883.01 54.77 2875.66 53.76 ",
		pos="e,2884.5,54.468 2726.6,170.68 2725.1,168.02 2723.7,164.98 2723,162 2713.3,122.75 2695.4,100.59 2723,71 2731.6,61.791 2823.5,64.668 \
2836,63 2849.1,61.246 2863.2,58.722 2876.2,56.154"];
	salmon_quantification -> raw_count_matrix	[_draw_="c 7 -#000000 B 10 2728.78 170.51 2721.66 150.12 2707.23 98.07 2734 71 2744.55 60.33 2989.01 63.73 3004 63 3046.65 60.92 3093.33 \
57.96 3134.74 55.08 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3134.9 57.52 3141.71 54.59 3134.56 52.63 ",
		pos="e,3143.2,54.484 2728.8,170.51 2721.7,150.12 2707.2,98.068 2734,71 2744.6,60.33 2989,63.729 3004,63 3046.6,60.925 3093.3,57.955 3134.7,\
55.077"];
	salmon_quantification -> scvelo_analysis	[_draw_="c 7 -#000000 B 7 2702.27 170.51 2683.97 164.65 2660.38 155.95 2641 145 2621.11 133.76 2600.93 116.9 2587.78 105.01 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2589.51 103.27 2582.7 100.33 2586.19 106.88 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2676.5 133.1 0 71 17 -spliced_h5ad_file ",
		label=spliced_h5ad_file,
		lp="2676.5,135",
		pos="e,2581.6,99.308 2702.3,170.51 2684,164.65 2660.4,155.95 2641,145 2621.1,133.76 2600.9,116.9 2587.8,105.01"];
	salmon_quantification -> scanpy_analysis	[_draw_="c 7 -#000000 B 10 2669.68 177.65 2599.1 175.7 2488.63 171.26 2448 162 2437.7 159.65 2436.32 155.28 2426 153 2379.37 142.71 2261.91 \
138.64 2172.13 137.03 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2172.36 134.59 2165.32 136.92 2172.28 139.49 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2467 155.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2467,157.5",
		pos="e,2163.8,136.89 2669.7,177.65 2599.1,175.7 2488.6,171.26 2448,162 2437.7,159.65 2436.3,155.28 2426,153 2379.4,142.71 2261.9,138.64 \
2172.1,137.03"];
	salmon_quantification -> compute_qc_results	[_draw_="c 7 -#000000 B 10 2744.79 170.76 2747.85 168.27 2750.85 165.3 2753 162 2762.29 147.72 2751.73 137.77 2763 125 2772.13 114.65 2784.88 \
107.4 2797.66 102.33 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2798.42 104.66 2804.16 99.97 2796.74 100.05 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2785.5 133.1 0 45 10 -salmon_dir ",
		label=salmon_dir,
		lp="2785.5,135",
		pos="e,2805.6,99.449 2744.8,170.76 2747.9,168.27 2750.9,165.3 2753,162 2762.3,147.72 2751.7,137.77 2763,125 2772.1,114.65 2784.9,107.4 \
2797.7,102.33"];
	salmon_quantification -> compute_qc_results	[_draw_="c 7 -#000000 B 10 2760.47 170.52 2775.1 165.05 2792.44 156.75 2805 145 2812.41 138.07 2810.16 133.3 2816 125 2820.86 118.1 2826.91 \
111.01 2832.3 105.11 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2833.77 107.12 2836.77 100.33 2830.2 103.77 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2844 133.1 0 56 12 -h5ad_primary ",
		label=h5ad_primary,
		lp="2844,135",
		pos="e,2837.8,99.23 2760.5,170.52 2775.1,165.05 2792.4,156.75 2805,145 2812.4,138.07 2810.2,133.3 2816,125 2820.9,118.1 2826.9,111.01 \
2832.3,105.11"];
	scanpy_analysis -> spatial_plot	[_draw_="c 7 -#000000 B 16 2046.38 125.54 2043.18 122.96 2039.82 120.01 2037 117 2030.68 110.25 2030.11 107.71 2025 100 2016.62 87.35 2020.2 \
78.47 2007 71 1993.73 63.49 1473.21 64.15 1458 63 1436.96 61.41 1414.03 58.58 1393.69 55.68 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1394.21 53.28 1386.93 54.7 1393.51 58.13 ",
		pos="e,1385.4,54.479 2046.4,125.54 2043.2,122.96 2039.8,120.01 2037,117 2030.7,110.25 2030.1,107.71 2025,100 2016.6,87.353 2020.2,78.471 \
2007,71 1993.7,63.489 1473.2,64.149 1458,63 1437,61.41 1414,58.58 1393.7,55.679"];
	scanpy_analysis -> marker_gene_plot_t_test	[_draw_="c 7 -#000000 B 16 2051.59 125.75 2049.47 122.98 2047.11 119.87 2045 117 2039.52 109.55 2037.8 107.9 2033 100 2025.46 87.6 2030.32 \
78.67 2018 71 1998.99 59.17 1637.25 65.53 1615 63 1602 61.52 1588 58.94 1575.36 56.23 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1576.11 53.89 1568.75 54.77 1575.05 58.68 ",
		pos="e,1567.3,54.447 2051.6,125.75 2049.5,122.98 2047.1,119.87 2045,117 2039.5,109.55 2037.8,107.9 2033,100 2025.5,87.599 2030.3,78.667 \
2018,71 1999,59.169 1637.2,65.533 1615,63 1602,61.52 1588,58.942 1575.4,56.235"];
	scanpy_analysis -> dispersion_plot	[_draw_="c 7 -#000000 B 10 2054.37 125.51 2047.15 108.69 2031.46 72.63 2029 71 2018.03 63.71 1805.1 64.44 1792 63 1777.44 61.4 1761.72 58.79 \
1747.51 56.09 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1748.16 53.72 1740.82 54.78 1747.22 58.53 ",
		pos="e,1739.3,54.49 2054.4,125.51 2047.2,108.69 2031.5,72.633 2029,71 2018,63.708 1805.1,64.436 1792,63 1777.4,61.404 1761.7,58.79 1747.5,\
56.086"];
	scanpy_analysis -> filtered_data_h5ad	[_draw_="c 7 -#000000 B 10 2056.83 125.95 2054.44 110.6 2048.47 78.07 2040 71 2026.11 59.41 1976.89 65.65 1959 63 1946.16 61.1 1932.32 58.58 \
1919.58 56.06 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1920.22 53.69 1912.88 54.71 1919.26 58.49 ",
		pos="e,1911.4,54.414 2056.8,125.95 2054.4,110.6 2048.5,78.07 2040,71 2026.1,59.41 1976.9,65.646 1959,63 1946.2,61.101 1932.3,58.579 1919.6,\
56.061"];
	scanpy_analysis -> marker_gene_plot_logreg	[_draw_="c 7 -#000000 B 4 2058 125.56 2058 111.14 2058 81.48 2058 62.73 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2060.45 62.8 2058 55.8 2055.55 62.8 ",
		pos="e,2058,54.284 2058,125.56 2058,111.14 2058,81.476 2058,62.727"];
	scanpy_analysis -> umap_plot	[_draw_="c 7 -#000000 B 4 2077.08 125.56 2112.74 109.79 2189.56 75.82 2230.33 57.79 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2231.18 60.1 2236.59 55.02 2229.2 55.61 ",
		pos="e,2238,54.412 2077.1,125.56 2112.7,109.79 2189.6,75.822 2230.3,57.795"];
	scanpy_analysis -> umap_density_plot	[_draw_="c 7 -#000000 B 10 2042.19 125.6 2029.95 119.54 2012.38 111.79 1996 108 1656.82 29.56 1560.95 91.63 1214 63 1188.68 60.91 1161.13 \
58.12 1136.23 55.41 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1136.63 52.99 1129.4 54.66 1136.09 57.86 ",
		pos="e,1127.9,54.498 2042.2,125.6 2029.9,119.54 2012.4,111.79 1996,108 1656.8,29.556 1561,91.63 1214,63 1188.7,60.911 1161.1,58.125 1136.2,\
55.413"];
	scanpy_analysis -> squidpy_analysis	[_draw_="c 7 -#000000 B 10 1986.92 125.55 1978.01 123.33 1969.16 120.53 1961 117 1954.88 114.35 1955.31 110.15 1949 108 1895.95 89.91 1113.19 \
89.96 815.1 90.64 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 815.36 88.19 808.37 90.66 815.38 93.09 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 1980 110.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="1980,112.5",
		pos="e,806.86,90.66 1986.9,125.55 1978,123.33 1969.2,120.53 1961,117 1954.9,114.35 1955.3,110.15 1949,108 1895.9,89.913 1113.2,89.959 \
815.1,90.641"];
	scanpy_analysis -> compute_qc_results	[_draw_="c 7 -#000000 B 4 2163.86 128.22 2328.73 119.23 2642.09 102.13 2779.08 94.65 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2779.08 97.11 2785.94 94.28 2778.82 92.21 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2556 110.6 0 68 14 -h5ad_secondary ",
		label=h5ad_secondary,
		lp="2556,112.5",
		pos="e,2787.5,94.195 2163.9,128.22 2328.7,119.23 2642.1,102.13 2779.1,94.652"];
	fastqc -> fastqc_dir	[_draw_="c 7 -#000000 B 4 3525.42 170.53 3755.94 146.84 4406.09 80.01 4646.32 55.32 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4646.47 57.77 4653.18 54.62 4645.97 52.89 ",
		pos="e,4654.7,54.46 3525.4,170.53 3755.9,146.84 4406.1,80.012 4646.3,55.321"];
	compute_qc_results -> qc_report	[_draw_="c 7 -#000000 B 7 2904.77 88.11 3179.46 83.94 4325.1 66.37 4362 63 4378.9 61.46 4397.22 58.73 4413.62 55.91 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4414.04 58.33 4420.51 54.7 4413.19 53.5 ",
		pos="e,4422,54.438 2904.8,88.111 3179.5,83.939 4325.1,66.373 4362,63 4378.9,61.455 4397.2,58.734 4413.6,55.915"];
	compute_qc_results -> scanpy_qc_results	[_draw_="c 7 -#000000 B 7 2904.94 87.96 3157.04 83.48 4133.24 66 4165 63 4181.57 61.44 4199.54 58.71 4215.61 55.89 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4215.88 58.33 4222.34 54.68 4215.02 53.51 ",
		pos="e,4223.8,54.417 2904.9,87.957 3157,83.482 4133.2,65.996 4165,63 4181.6,61.437 4199.5,58.71 4215.6,55.893"];
}