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			fillcolor="#94DDF4",
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			label=squidpy_spatial_plot,
			pos="5085,45",
			rects="5026.5,35.5,5143.5,54.5",
			width=1.625];
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			pos="2926,45",
			rects="2830,35.5,3022,54.5",
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		deepscence_continuous_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 3026 35.5 3026 54.5 3250 54.5 3250 35.5 ",
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			pos="3138,45",
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			width=3.1111];
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			pos="3331,45",
			rects="3254.5,35.5,3407.5,54.5",
			width=2.125];
	}
	compute_qc_results	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 2490 80.5 2490 99.5 2608 99.5 2608 80.5 ",
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		label="Compute QC metrics",
		pos="2549,90",
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	assay -> compute_qc_results	[_draw_="c 7 -#000000 B 13 2889.47 268.5 2880.3 265.53 2869.74 262.35 2860 260 2816.39 249.46 2661 270.86 2661 226 2661 226 2661 226 2661 \
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		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2601.8 99.14 2594.41 99.86 2600.63 103.9 ",
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		height=0.27778,
		label="Dimensionality reduction and clustering",
		pos="2819,135",
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	assay -> scanpy_analysis	[_draw_="c 7 -#000000 B 7 2916.17 268.77 2920.75 249.4 2929.27 200.3 2907 170 2899.36 159.61 2888.1 152.39 2876.16 147.38 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2877.08 145.11 2869.66 144.93 2875.35 149.69 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2932.5 200.6 0 25 5 -assay ",
		label=assay,
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		pos="e,2868.2,144.39 2916.2,268.77 2920.8,249.4 2929.3,200.3 2907,170 2899.4,159.61 2888.1,152.39 2876.2,147.38"];
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		height=0.27778,
		label="Dimensionality reduction and clustering",
		pos="4557,90",
		rects="4451,80.5,4663,99.5",
		width=2.9444];
	assay -> squidpy_analysis	[_draw_="c 7 -#000000 B 13 2939.3 268.53 2948.58 265.6 2959.2 262.44 2969 260 3019.89 247.33 3082 278.45 3082 226 3082 226 3082 226 3082 \
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		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4442.71 93.81 4449.7 91.33 4442.69 88.91 ",
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3082,100 4096.8,92.82 4442.9,91.359"];
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		label="RNA velocity analysis via scVelo",
		pos="3318,90",
		rects="3230,80.5,3406,99.5",
		width=2.4444];
	assay -> scvelo_analysis	[_draw_="c 7 -#000000 B 19 2939.9 268.56 2949.05 265.69 2959.44 262.57 2969 260 2984.41 255.86 2992.5 263.07 3004 252 3012.62 243.7 3011 \
237.97 3011 226 3011 226 3011 226 3011 134 3011 102.06 3046.83 114.98 3078 108 3124.62 97.55 3177.49 93.05 3221.72 91.26 ",
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		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3037 178.1 0 52 10 -assay_name ",
		label=assay_name,
		lp="3037,180",
		pos="e,3230.2,90.947 2939.9,268.56 2949.1,265.69 2959.4,262.57 2969,260 2984.4,255.86 2992.5,263.07 3004,252 3012.6,243.7 3011,237.97 \
3011,226 3011,226 3011,226 3011,134 3011,102.06 3046.8,114.98 3078,108 3124.6,97.553 3177.5,93.048 3221.7,91.26"];
	salmon_quantification	[_draw_="c 7 -#000000 C 7 -#f3cea1 P 4 2378.5 215.5 2378.5 234.5 2503.5 234.5 2503.5 215.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2441 222.5 0 109 21 -salmon_quantification ",
		fillcolor="#F3CEA1",
		height=0.27778,
		label="Salmon quantification, FASTQ -> H5AD count matrix",
		pos="2441,225",
		rects="2378.5,215.5,2503.5,234.5",
		width=1.7361];
	assay -> salmon_quantification	[_draw_="c 7 -#000000 B 13 2891.74 268.5 2882.12 265.23 2870.66 261.83 2860 260 2810.03 251.42 2680.12 267.96 2632 252 2625.33 249.79 2625.6 \
245.41 2619 243 2599.63 235.92 2552.43 231.61 2511.5 229.1 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2511.78 226.67 2504.65 228.7 2511.5 231.56 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2644.5 245.6 0 25 5 -assay ",
		label=assay,
		lp="2644.5,247.5",
		pos="e,2503.1,228.61 2891.7,268.5 2882.1,265.23 2870.7,261.83 2860,260 2810,251.42 2680.1,267.96 2632,252 2625.3,249.79 2625.6,245.41 \
2619,243 2599.6,235.92 2552.4,231.61 2511.5,229.1"];
	fastqc	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 3099 215.5 3099 234.5 3349 234.5 3349 215.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 3224 222.5 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="3224,225",
		rects="3099,215.5,3349,234.5",
		width=3.4722];
	fastq_dir -> fastqc	[_draw_="c 7 -#000000 B 4 3224 268.58 3224 261.52 3224 251.24 3224 242.55 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3226.45 242.78 3224 235.78 3221.55 242.78 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3242 245.6 0 36 9 -fastq_dir ",
		label=fastq_dir,
		lp="3242,247.5",
		pos="e,3224,234.26 3224,268.58 3224,261.52 3224,251.24 3224,242.55"];
	fastq_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3184.27 268.57 3168.66 265.5 3150.55 262.24 3134 260 2908.2 229.49 2637.74 225.5 2511.89 225.5 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2511.96 223.05 2504.96 225.51 2511.96 227.95 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3077 245.6 0 36 9 -fastq_dir ",
		label=fastq_dir,
		lp="3077,247.5",
		pos="e,2503.4,225.51 3184.3,268.57 3168.7,265.5 3150.5,262.24 3134,260 2908.2,229.49 2637.7,225.5 2511.9,225.5"];
	expected_cell_count -> salmon_quantification	[_draw_="c 7 -#000000 B 4 2441 268.58 2441 261.52 2441 251.24 2441 242.55 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2443.45 242.78 2441 235.78 2438.55 242.78 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2482.5 245.6 0 83 19 -expected_cell_count ",
		label=expected_cell_count,
		lp="2482.5,247.5",
		pos="e,2441,234.26 2441,268.58 2441,261.52 2441,251.24 2441,242.55"];
	threads -> fastqc	[_draw_="c 7 -#000000 B 4 3079.57 268.58 3109.12 259.87 3155.36 246.23 3187.53 236.75 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3187.92 239.19 3193.94 234.86 3186.53 234.49 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3179 245.6 0 32 7 -threads ",
		label=threads,
		lp="3179,247.5",
		pos="e,3195.4,234.43 3079.6,268.58 3109.1,259.87 3155.4,246.23 3187.5,236.75"];
	threads -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3013.92 268.57 2998.82 265.43 2981.15 262.11 2965 260 2803.66 238.91 2612.58 230.7 2511.66 227.66 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2511.95 225.22 2504.88 227.46 2511.8 230.12 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2910 245.6 0 32 7 -threads ",
		label=threads,
		lp="2910,247.5",
		pos="e,2503.4,227.42 3013.9,268.57 2998.8,265.43 2981.1,262.11 2965,260 2803.7,238.91 2612.6,230.7 2511.7,227.66"];
	img_dir -> squidpy_analysis	[_draw_="c 7 -#000000 B 10 2729.79 268.61 2779.44 242.6 2937.49 162.88 3078 125 3133.84 109.95 3149.32 112.15 3207 108 3328.24 99.28 4139.36 \
93.53 4442.76 91.66 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4442.65 94.11 4449.63 91.62 4442.62 89.21 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2957 178.1 0 30 7 -img_dir ",
		label=img_dir,
		lp="2957,180",
		pos="e,4451.1,91.61 2729.8,268.61 2779.4,242.6 2937.5,162.88 3078,125 3133.8,109.95 3149.3,112.15 3207,108 3328.2,99.279 4139.4,93.529 \
4442.8,91.662"];
	img_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 10 2661.82 268.52 2640.01 264.41 2614.55 258.86 2592 252 2581.89 248.93 2580.21 245.71 2570 243 2551.36 238.05 2530.81 \
234.51 2511.69 231.99 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2512.06 229.57 2504.81 231.13 2511.45 234.43 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2607 245.6 0 30 7 -img_dir ",
		label=img_dir,
		lp="2607,247.5",
		pos="e,2503.3,230.94 2661.8,268.52 2640,264.41 2614.5,258.86 2592,252 2581.9,248.93 2580.2,245.71 2570,243 2551.4,238.05 2530.8,234.51 \
2511.7,231.99"];
	organism -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2534.14 268.78 2533.8 261.02 2532.02 249.62 2525 243 2522.24 240.4 2517.24 238.15 2511 236.23 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2512.04 233.98 2504.64 234.52 2510.76 238.71 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2549.5 245.6 0 39 8 -organism ",
		label=organism,
		lp="2549.5,247.5",
		pos="e,2503.2,234.13 2534.1,268.78 2533.8,261.02 2532,249.62 2525,243 2522.2,240.4 2517.2,238.15 2511,236.23"];
	metadata_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2130.75 268.56 2173.66 261.28 2237.87 250.74 2294 243 2318.81 239.58 2346.05 236.3 2370.27 233.54 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2370.51 235.98 2377.19 232.76 2369.96 231.11 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2321.5 245.6 0 55 12 -metadata_dir ",
		label=metadata_dir,
		lp="2321.5,247.5",
		pos="e,2378.7,232.59 2130.7,268.56 2173.7,261.28 2237.9,250.74 2294,243 2318.8,239.58 2346.1,236.3 2370.3,233.54"];
	keep_all_barcodes -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2332.2 268.68 2339.44 260.84 2351.33 249.39 2364 243 2368.57 240.69 2373.45 238.7 2378.45 236.97 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2379 239.37 2384.94 234.93 2377.53 234.7 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2402 245.6 0 76 17 -keep_all_barcodes ",
		label=keep_all_barcodes,
		lp="2402,247.5",
		pos="e,2386.4,234.48 2332.2,268.68 2339.4,260.84 2351.3,249.39 2364,243 2368.6,240.69 2373.5,238.7 2378.5,236.97"];
	compute_qc_results -> scanpy_qc_results	[_draw_="c 7 -#000000 B 10 2525.49 80.54 2514.04 76.84 2499.97 72.92 2487 71 2405.11 58.9 1824.46 70.34 1742 63 1725.26 61.51 1707.11 58.8 \
1690.88 55.98 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1691.39 53.58 1684.07 54.77 1690.53 58.41 ",
		pos="e,1682.6,54.5 2525.5,80.537 2514,76.841 2500,72.916 2487,71 2405.1,58.904 1824.5,70.337 1742,63 1725.3,61.51 1707.1,58.803 1690.9,\
55.981"];
	compute_qc_results -> qc_report	[_draw_="c 7 -#000000 B 10 2534.31 80.65 2526.96 76.92 2517.77 72.95 2509 71 2447.49 57.34 2004.75 68.64 1942 63 1925.1 61.48 1906.77 58.77 \
1890.38 55.95 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1890.81 53.53 1883.49 54.73 1889.96 58.36 ",
		pos="e,1882,54.467 2534.3,80.645 2527,76.924 2517.8,72.948 2509,71 2447.5,57.344 2004.8,68.64 1942,63 1925.1,61.481 1906.8,58.766 1890.4,\
55.946"];
	scanpy_analysis -> umap_density_plot	[_draw_="c 7 -#000000 B 13 2833.03 125.64 2837.52 122.92 2842.49 119.87 2847 117 2848.94 115.76 2913.8 71.69 2916 71 2942.1 62.87 3380.72 \
64.69 3408 63 3435.21 61.32 3464.95 58.4 3491.22 55.46 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3491.43 57.9 3498.11 54.67 3490.88 53.03 ",
		pos="e,3499.6,54.499 2833,125.64 2837.5,122.92 2842.5,119.87 2847,117 2848.9,115.76 2913.8,71.685 2916,71 2942.1,62.866 3380.7,64.686 \
3408,63 3435.2,61.319 3464.9,58.403 3491.2,55.456"];
	scanpy_analysis -> filtered_data_h5ad	[_draw_="c 7 -#000000 B 13 2850.44 125.59 2872.99 119.85 2904.18 112.5 2932 108 3062.45 86.92 3096.13 88.5 3228 80 3446.79 65.89 3503.23 \
88.36 3721 63 3734.62 61.41 3749.31 58.8 3762.58 56.1 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3762.81 58.56 3769.16 54.72 3761.8 53.76 ",
		pos="e,3770.6,54.413 2850.4,125.59 2873,119.85 2904.2,112.5 2932,108 3062.5,86.917 3096.1,88.503 3228,80 3446.8,65.892 3503.2,88.36 3721,\
63 3734.6,61.414 3749.3,58.805 3762.6,56.1"];
	scanpy_analysis -> spatial_plot	[_draw_="c 7 -#000000 B 13 2807.63 125.7 2799.08 119.86 2786.83 112.33 2775 108 2705.15 82.43 2683.75 89.7 2610 80 2423.01 55.4 2373.99 78.13 \
2186 63 2165.25 61.33 2142.67 58.53 2122.52 55.68 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2123.13 53.29 2115.85 54.72 2122.43 58.14 ",
		pos="e,2114.4,54.499 2807.6,125.7 2799.1,119.86 2786.8,112.33 2775,108 2705.2,82.432 2683.7,89.7 2610,80 2423,55.405 2374,78.131 2186,\
63 2165.3,61.33 2142.7,58.529 2122.5,55.678"];
	scanpy_analysis -> deepscence_binary_plot	[_draw_="c 7 -#000000 B 10 2814.76 125.63 2806.14 108.68 2787.29 71.8 2786 71 2770.14 61.14 2468.62 64.4 2450 63 2427.4 61.3 2402.76 58.46 \
2380.85 55.59 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2381.36 53.18 2374.1 54.68 2380.71 58.04 ",
		pos="e,2372.6,54.484 2814.8,125.63 2806.1,108.68 2787.3,71.802 2786,71 2770.1,61.144 2468.6,64.399 2450,63 2427.4,61.302 2402.8,58.463 \
2380.9,55.586"];
	scanpy_analysis -> marker_gene_plot_logreg	[_draw_="c 7 -#000000 B 10 2817.33 125.89 2813.98 110.45 2805.98 77.76 2797 71 2784.11 61.3 2668.04 64.76 2652 63 2635.66 61.21 2617.97 58.55 \
2601.94 55.87 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2602.53 53.48 2595.22 54.72 2601.7 58.31 ",
		pos="e,2593.7,54.466 2817.3,125.89 2814,110.45 2806,77.756 2797,71 2784.1,61.3 2668,64.761 2652,63 2635.7,61.206 2618,58.55 2601.9,55.867"];
	scanpy_analysis -> dispersion_plot	[_draw_="c 7 -#000000 B 7 2819.99 125.57 2821.07 112.35 2821.13 86.65 2808 71 2803.41 65.53 2797.52 61.25 2791.12 57.91 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2792.19 55.71 2784.8 55.04 2790.16 60.17 ",
		pos="e,2783.4,54.409 2820,125.57 2821.1,112.35 2821.1,86.651 2808,71 2803.4,65.528 2797.5,61.253 2791.1,57.914"];
	scanpy_analysis -> umap_plot	[_draw_="c 7 -#000000 B 7 2821.85 125.83 2826.9 112.51 2838.64 86.08 2857 71 2863.93 65.3 2872.28 60.85 2880.73 57.38 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2881.37 59.76 2887.06 55 2879.65 55.17 ",
		pos="e,2888.5,54.472 2821.9,125.83 2826.9,112.51 2838.6,86.083 2857,71 2863.9,65.302 2872.3,60.848 2880.7,57.383"];
	scanpy_analysis -> deepscence_continuous_plot	[_draw_="c 7 -#000000 B 10 2825.53 125.5 2838.28 109.03 2865.76 74.11 2872 71 2886.94 63.56 3005.39 64.66 3022 63 3040.62 61.14 3060.82 58.43 \
3079.07 55.71 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3079.25 58.16 3085.81 54.69 3078.52 53.32 ",
		pos="e,3087.3,54.465 2825.5,125.5 2838.3,109.03 2865.8,74.108 2872,71 2886.9,63.555 3005.4,64.656 3022,63 3040.6,61.143 3060.8,58.428 \
3079.1,55.71"];
	scanpy_analysis -> marker_gene_plot_t_test	[_draw_="c 7 -#000000 B 13 2828.81 125.76 2832.07 122.99 2835.71 119.88 2839 117 2841.87 114.49 2886.45 72.41 2890 71 2927.29 56.19 3211.15 \
67.63 3251 63 3263.84 61.51 3277.67 58.92 3290.16 56.22 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3290.37 58.68 3296.67 54.76 3289.3 53.9 ",
		pos="e,3298.1,54.431 2828.8,125.76 2832.1,122.99 2835.7,119.88 2839,117 2841.9,114.49 2886.5,72.408 2890,71 2927.3,56.192 3211.1,67.634 \
3251,63 3263.8,61.507 3277.7,58.925 3290.2,56.218"];
	scanpy_analysis -> compute_qc_results	[_draw_="c 7 -#000000 B 10 2719.39 125.52 2707 123.31 2694.61 120.52 2683 117 2674.44 114.41 2673.53 110.68 2665 108 2649.54 103.14 2632.48 \
99.66 2616.3 97.17 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2616.71 94.75 2609.43 96.17 2616.01 99.6 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2730.5 110.6 0 95 21 -secondary_matrix_path ",
		label=secondary_matrix_path,
		lp="2730.5,112.5",
		pos="e,2607.9,95.954 2719.4,125.52 2707,123.31 2694.6,120.52 2683,117 2674.4,114.41 2673.5,110.68 2665,108 2649.5,103.14 2632.5,99.658 \
2616.3,97.168"];
	scanpy_analysis -> squidpy_analysis	[_draw_="c 7 -#000000 B 7 2871.41 125.51 2918.14 117.95 2979.3 108.06 2980 108 3052.51 101.79 4092.67 94.17 4442.88 91.76 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4442.78 94.21 4449.76 91.72 4442.75 89.31 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2999 110.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2999,112.5",
		pos="e,4451.3,91.706 2871.4,125.51 2918.1,117.95 2979.3,108.06 2980,108 3052.5,101.79 4092.7,94.167 4442.9,91.763"];
	fastqc -> fastqc_dir	[_draw_="c 7 -#000000 B 13 3348.76 223.67 3709.62 222.31 4729 215.42 4729 181 4729 181 4729 181 4729 89 4729 59.52 5229.6 65.16 5259 63 5287.52 \
60.91 5318.61 58.05 5346.51 55.28 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 5346.45 57.75 5353.17 54.62 5345.97 52.88 ",
		pos="e,5354.7,54.465 3348.8,223.67 3709.6,222.31 4729,215.42 4729,181 4729,181 4729,181 4729,89 4729,59.52 5229.6,65.156 5259,63 5287.5,\
60.909 5318.6,58.055 5346.5,55.282"];
	deepscence	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 2434.5 170.5 2434.5 189.5 2621.5 189.5 2621.5 170.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2528 177.5 0 171 35 -Identify and score scenescent cells ",
		height=0.27778,
		label="Identify and score scenescent cells",
		pos="2528,180",
		rects="2434.5,170.5,2621.5,189.5",
		width=2.5972];
	deepscence -> count_matrix_h5ad	[_draw_="c 7 -#000000 B 13 2510.13 170.6 2497.69 165.01 2480.6 157.83 2465 153 2297.04 101.02 2252.74 90.42 2078 71 2007.76 63.19 1512.62 \
65.67 1442 63 1393.85 61.18 1340.93 58.09 1294.8 55.04 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1295.22 52.61 1288.07 54.59 1294.9 57.5 ",
		pos="e,1286.6,54.491 2510.1,170.6 2497.7,165.01 2480.6,157.83 2465,153 2297,101.02 2252.7,90.421 2078,71 2007.8,63.193 1512.6,65.666 \
1442,63 1393.8,61.182 1340.9,58.092 1294.8,55.04"];
	deepscence -> deepscence_plot	[_draw_="c 7 -#000000 B 10 2523.93 170.53 2511.69 145.08 2476.07 71.05 2476 71 2454.14 57.13 1569.56 67.11 1544 63 1536.15 61.74 1527.88 \
59.53 1520.26 57.12 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1521.15 54.83 1513.74 54.93 1519.6 59.48 ",
		pos="e,1512.3,54.454 2523.9,170.53 2511.7,145.08 2476.1,71.046 2476,71 2454.1,57.131 1569.6,67.112 1544,63 1536.2,61.738 1527.9,59.532 \
1520.3,57.119"];
	deepscence -> compute_qc_results	[_draw_="c 7 -#000000 B 4 2530.01 170.56 2533.47 156.07 2540.6 126.21 2545.07 107.47 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2547.43 108.13 2546.67 100.76 2542.66 107 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2581.5 133.1 0 83 19 -primary_matrix_path ",
		label=primary_matrix_path,
		lp="2581.5,135",
		pos="e,2547,99.284 2530,170.56 2533.5,156.07 2540.6,126.21 2545.1,107.47"];
	deepscence -> scanpy_analysis	[_draw_="c 7 -#000000 B 4 2585.49 170.5 2633.82 163.36 2702.89 153.16 2753.38 145.7 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2753.56 148.15 2760.13 144.7 2752.85 143.3 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2718 155.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2718,157.5",
		pos="e,2761.6,144.48 2585.5,170.5 2633.8,163.36 2702.9,153.16 2753.4,145.7"];
	deepscence -> scvelo_analysis	[_draw_="c 7 -#000000 B 13 2621.32 171.64 2657.73 168.72 2699.83 165.28 2738 162 2779.57 158.43 2891.48 169.86 2925 145 2939.25 134.43 2925.51 \
118.24 2940 108 2951.37 99.96 3113.55 95.11 3221.75 92.76 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3221.63 95.21 3228.57 92.61 3221.52 90.31 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2967.5 133.1 0 71 17 -spliced_h5ad_file ",
		label=spliced_h5ad_file,
		lp="2967.5,135",
		pos="e,3230.1,92.577 2621.3,171.64 2657.7,168.72 2699.8,165.28 2738,162 2779.6,158.43 2891.5,169.86 2925,145 2939.3,134.43 2925.5,118.24 \
2940,108 2951.4,99.962 3113.5,95.114 3221.7,92.756"];
	squidpy_analysis -> ripley_plot	[_draw_="c 7 -#000000 B 7 4512.16 80.53 4491.73 76.16 4467.38 70.21 4446 63 4441.63 61.53 4437.09 59.73 4432.72 57.87 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4433.9 55.72 4426.51 55.11 4431.91 60.19 ",
		pos="e,4425.1,54.496 4512.2,80.533 4491.7,76.157 4467.4,70.213 4446,63 4441.6,61.527 4437.1,59.734 4432.7,57.871"];
	squidpy_analysis -> interaction_matrix_plot	[_draw_="c 7 -#000000 B 4 4548.32 80.71 4542.22 74.88 4533.91 66.93 4526.77 60.12 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4528.5 58.38 4521.74 55.31 4525.11 61.92 ",
		pos="e,4520.6,54.265 4548.3,80.709 4542.2,74.879 4533.9,66.934 4526.8,60.117"];
	squidpy_analysis -> centrality_scores_plot	[_draw_="c 7 -#000000 B 4 4574.19 80.5 4587.06 74.14 4604.85 65.35 4619.25 58.23 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4620.3 60.45 4625.49 55.15 4618.13 56.05 ",
		pos="e,4626.8,54.478 4574.2,80.505 4587.1,74.144 4604.8,65.351 4619.2,58.233"];
	squidpy_analysis -> squidpy_annotated_h5ad	[_draw_="c 7 -#000000 B 7 4610.25 80.53 4638.98 75.77 4675.01 69.49 4707 63 4716.86 61 4727.43 58.65 4737.38 56.36 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4737.82 58.77 4744.08 54.79 4736.71 54 ",
		pos="e,4745.6,54.448 4610.2,80.532 4639,75.771 4675,69.492 4707,63 4716.9,60.998 4727.4,58.654 4737.4,56.358"];
	squidpy_analysis -> neighborhood_enrichment_plot	[_draw_="c 7 -#000000 B 10 4615.97 80.54 4641.45 77.14 4671.65 73.45 4699 71 4765.94 64.99 4783.29 71.17 4850 63 4863.81 61.31 4878.72 58.72 \
4892.26 56.08 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4892.63 58.5 4899.01 54.72 4891.67 53.7 ",
		pos="e,4900.5,54.427 4616,80.545 4641.5,77.144 4671.7,73.455 4699,71 4765.9,64.993 4783.3,71.171 4850,63 4863.8,61.308 4878.7,58.723 \
4892.3,56.076"];
	squidpy_analysis -> squidpy_spatial_plot	[_draw_="c 7 -#000000 B 10 4619.13 80.55 4647.67 76.99 4682 73.18 4713 71 4781.74 66.16 4954.83 73.07 5023 63 5032.38 61.61 5042.37 59.27 \
5051.52 56.77 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 5052.14 59.14 5058.2 54.86 5050.8 54.43 ",
		pos="e,5059.7,54.44 4619.1,80.546 4647.7,76.993 4682,73.184 4713,71 4781.7,66.157 4954.8,73.074 5023,63 5032.4,61.613 5042.4,59.274 5051.5,\
56.767"];
	squidpy_analysis -> co_occurrence_plot	[_draw_="c 7 -#000000 B 10 4623.52 80.52 4654.34 76.94 4691.48 73.11 4725 71 4817.94 65.14 5051.92 76.9 5144 63 5152.87 61.66 5162.28 59.37 \
5170.91 56.89 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 5171.47 59.28 5177.47 54.92 5170.06 54.59 ",
		pos="e,5178.9,54.484 4623.5,80.517 4654.3,76.935 4691.5,73.112 4725,71 4817.9,65.145 5051.9,76.9 5144,63 5152.9,61.662 5162.3,59.367 \
5170.9,56.89"];
	scvelo_analysis -> scvelo_embedding_grid_plot	[_draw_="c 7 -#000000 B 7 3405.66 88.38 3517.79 86.82 3717.87 81.42 3888 63 3903.95 61.27 3921.21 58.59 3936.79 55.87 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3936.82 58.35 3943.28 54.71 3935.96 53.53 ",
		pos="e,3944.8,54.444 3405.7,88.382 3517.8,86.817 3717.9,81.415 3888,63 3903.9,61.274 3921.2,58.594 3936.8,55.868"];
	scvelo_analysis -> scvelo_annotated_h5ad	[_draw_="c 7 -#000000 B 7 3405.9 88.37 3548.3 86.83 3838.18 81.48 4083 63 4107.19 61.17 4133.56 58.34 4157.1 55.5 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4157.15 57.96 4163.8 54.68 4156.55 53.1 ",
		pos="e,4165.3,54.498 3405.9,88.373 3548.3,86.828 3838.2,81.48 4083,63 4107.2,61.174 4133.6,58.337 4157.1,55.5"];
	salmon_quantification -> raw_count_matrix	[_draw_="c 7 -#000000 B 13 2378.58 223.68 2111.82 222.11 1081 213.91 1081 181 1081 181 1081 181 1081 89 1081 66.79 704.16 64.47 682 63 643.55 \
60.45 601.79 57.63 563.57 55.04 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 564.13 52.63 556.98 54.6 563.8 57.51 ",
		pos="e,555.47,54.494 2378.6,223.68 2111.8,222.11 1081,213.91 1081,181 1081,181 1081,181 1081,89 1081,66.786 704.16,64.473 682,63 643.55,\
60.445 601.79,57.632 563.57,55.043"];
	salmon_quantification -> genome_build_json	[_draw_="c 7 -#000000 B 13 2378.74 222.93 2274.04 220.3 2074 211.31 2074 181 2074 181 2074 181 2074 89 2074 56.55 938.33 65.76 906 63 887.07 \
61.38 866.5 58.63 848.1 55.8 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 848.61 53.4 841.32 54.73 847.85 58.24 ",
		pos="e,839.82,54.499 2378.7,222.93 2274,220.3 2074,211.31 2074,181 2074,181 2074,181 2074,89 2074,56.548 938.33,65.76 906,63 887.07,61.384 \
866.5,58.628 848.1,55.8"];
	salmon_quantification -> salmon_output	[_draw_="c 7 -#000000 B 13 2378.64 223.52 2036.65 220.77 404 206.33 404 181 404 181 404 181 404 89 404 64.39 208.31 66.83 184 63 171.42 61.02 \
157.88 58.51 145.34 56.04 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 146.1 53.7 138.76 54.73 145.14 58.5 ",
		pos="e,137.27,54.429 2378.6,223.52 2036.6,220.77 404,206.33 404,181 404,181 404,181 404,89 404,64.385 208.31,66.834 184,63 171.42,61.016 \
157.88,58.514 145.34,56.043"];
	salmon_quantification -> compute_qc_results	[_draw_="c 7 -#000000 B 7 2436.86 215.8 2431.91 204.74 2425.2 184.75 2433 170 2450.7 136.53 2489.65 114.59 2517.53 102.51 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2518.16 104.9 2523.68 99.94 2516.28 100.38 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2466.5 155.6 0 45 10 -salmon_dir ",
		label=salmon_dir,
		lp="2466.5,157.5",
		pos="e,2525.1,99.359 2436.9,215.8 2431.9,204.74 2425.2,184.75 2433,170 2450.7,136.53 2489.7,114.59 2517.5,102.51"];
	salmon_quantification -> deepscence	[_draw_="c 7 -#000000 B 4 2458.19 215.5 2471.06 209.14 2488.85 200.35 2503.25 193.23 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2504.3 195.45 2509.49 190.15 2502.13 191.05 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2511 200.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2511,202.5",
		pos="e,2510.8,189.48 2458.2,215.5 2471.1,209.14 2488.8,200.35 2503.2,193.23"];
}