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			pos="3457,45",
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		centrality_scores_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 2086 35.5 2086 54.5 2210 54.5 2210 35.5 ",
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		umap_density_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 2530 35.5 2530 54.5 2838 54.5 2838 35.5 ",
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		neighborhood_enrichment_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1678 35.5 1678 54.5 1846 54.5 1846 35.5 ",
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			pos="1762,45",
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		squidpy_spatial_plot	[_draw_="c 7 -#000000 C 7 -#94ddf4 P 4 1850.5 35.5 1850.5 54.5 1967.5 54.5 1967.5 35.5 ",
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			width=2.2639];
	}
	salmon_quantification	[_draw_="c 7 -#000000 C 7 -#f3cea1 P 4 2949.5 170.5 2949.5 189.5 3074.5 189.5 3074.5 170.5 ",
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	metadata_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2722.73 223.54 2761.58 216.21 2819.94 205.59 2871 198 2893.92 194.59 2919 191.4 2941.58 188.71 ",
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	keep_all_barcodes -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2922.67 223.74 2923.75 215.96 2926.58 204.54 2934 198 2936.57 195.73 2939.38 193.74 2942.34 192 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2943.04 194.39 2948.18 189.05 2940.82 190.02 ",
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	fastqc	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 3296 170.5 3296 189.5 3546 189.5 3546 170.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 3421 177.5 0 234 49 -Runs fastQC on each fastq file in fastq directory ",
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		label="Runs fastQC on each fastq file in fastq directory",
		pos="3421,180",
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		width=3.4722];
	threads -> fastqc	[_draw_="c 7 -#000000 B 7 3264.76 223.58 3280.68 215.91 3305.45 204.76 3328 198 3336.76 195.37 3346.1 193.09 3355.37 191.11 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3355.62 193.56 3361.99 189.76 3354.64 188.76 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3344 200.6 0 32 7 -threads ",
		label=threads,
		lp="3344,202.5",
		pos="e,3363.5,189.46 3264.8,223.58 3280.7,215.91 3305.4,204.76 3328,198 3336.8,195.37 3346.1,193.09 3355.4,191.11"];
	threads -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3227.51 223.56 3207.74 215.76 3176.8 204.42 3149 198 3127.66 193.07 3104.11 189.49 3082.63 186.93 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3082.93 184.5 3075.7 186.14 3082.38 189.37 ",
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		label=threads,
		lp="3195,202.5",
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	fastq_dir -> fastqc	[_draw_="c 7 -#000000 B 4 3421 223.58 3421 216.52 3421 206.24 3421 197.55 ",
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		lp="3439,202.5",
		pos="e,3421,189.26 3421,223.58 3421,216.52 3421,206.24 3421,197.55"];
	fastq_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3409.4 223.8 3397.06 215.59 3376.65 203.41 3357 198 3331.39 190.95 3176.02 185.51 3082.73 182.84 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3083.04 180.4 3075.98 182.65 3082.9 185.29 ",
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	assay -> squidpy_analysis	[_draw_="c 7 -#000000 B 7 2144.45 223.72 2145.48 201.31 2147.11 140.14 2135 125 2126.71 114.64 2115.29 107.38 2102.95 102.31 ",
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		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2156.5 155.6 0 25 5 -assay ",
		label=assay,
		lp="2156.5,157.5",
		pos="e,2095.2,99.42 2144.4,223.72 2145.5,201.31 2147.1,140.14 2135,125 2126.7,114.64 2115.3,107.38 2103,102.31"];
	compute_qc_results	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 2869 80.5 2869 99.5 2987 99.5 2987 80.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2928 87.5 0 102 18 -Compute QC metrics ",
		height=0.27778,
		label="Compute QC metrics",
		pos="2928,90",
		rects="2869,80.5,2987,99.5",
		width=1.6389];
	assay -> compute_qc_results	[_draw_="c 7 -#000000 B 10 2166.17 223.58 2194.35 212.23 2243.7 190.16 2280 162 2284.23 158.72 2283.23 155.43 2288 153 2386.78 102.78 2717.3 \
93.16 2860.69 91.38 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2860.54 93.83 2867.52 91.3 2860.49 88.93 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2300.5 155.6 0 25 5 -assay ",
		label=assay,
		lp="2300.5,157.5",
		pos="e,2869,91.28 2166.2,223.58 2194.4,212.23 2243.7,190.16 2280,162 2284.2,158.72 2283.2,155.43 2288,153 2386.8,102.78 2717.3,93.163 \
2860.7,91.378"];
	scanpy_analysis	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 1921 125.5 1921 144.5 2133 144.5 2133 125.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 2027 132.5 0 196 39 -Dimensionality reduction and clustering ",
		height=0.27778,
		label="Dimensionality reduction and clustering",
		pos="2027,135",
		rects="1921,125.5,2133,144.5",
		width=2.9444];
	assay -> scanpy_analysis	[_draw_="c 7 -#000000 B 4 2134.02 223.82 2113.92 207.32 2068.35 169.93 2043.66 149.67 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2045.42 147.94 2038.45 145.4 2042.31 151.73 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2103.5 178.1 0 25 5 -assay ",
		label=assay,
		lp="2103.5,180",
		pos="e,2037.3,144.44 2134,223.82 2113.9,207.32 2068.4,169.93 2043.7,149.67"];
	scvelo_analysis	[_draw_="c 7 -#000000 C 7 -#fafad2 P 4 1148 80.5 1148 99.5 1324 99.5 1324 80.5 ",
		_ldraw_="F 10 9 -Helvetica c 7 -#000000 T 1236 87.5 0 160 32 -RNA velocity analysis via scVelo ",
		height=0.27778,
		label="RNA velocity analysis via scVelo",
		pos="1236,90",
		rects="1148,80.5,1324,99.5",
		width=2.4444];
	assay -> scvelo_analysis	[_draw_="c 7 -#000000 B 4 2093.56 224.17 1938.65 200.11 1469.91 127.32 1299.12 100.8 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1299.52 98.38 1292.23 99.73 1298.77 103.23 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 1716 155.6 0 52 10 -assay_name ",
		label=assay_name,
		lp="1716,157.5",
		pos="e,1290.7,99.499 2093.6,224.17 1938.6,200.11 1469.9,127.32 1299.1,100.8"];
	assay -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2166.7 223.57 2176.49 220.3 2188.17 216.89 2199 215 2235.21 208.67 2750.04 190.16 2941.22 183.46 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2941.1 185.91 2948.01 183.22 2940.93 181.01 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2539.5 200.6 0 25 5 -assay ",
		label=assay,
		lp="2539.5,202.5",
		pos="e,2949.5,183.16 2166.7,223.57 2176.5,220.3 2188.2,216.89 2199,215 2235.2,208.67 2750,190.16 2941.2,183.46"];
	img_dir -> squidpy_analysis	[_draw_="c 7 -#000000 B 10 2340.61 223.69 2338.65 218.83 2336.15 212.58 2334 207 2324.8 183.12 2333.17 169.96 2314 153 2284.87 127.22 2188.47 \
110.15 2115.36 100.56 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2115.77 98.14 2108.52 99.67 2115.14 103 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2336 155.6 0 30 7 -img_dir ",
		label=img_dir,
		lp="2336,157.5",
		pos="e,2107,99.481 2340.6,223.69 2338.7,218.83 2336.2,212.58 2334,207 2324.8,183.12 2333.2,169.96 2314,153 2284.9,127.22 2188.5,110.15 \
2115.4,100.56"];
	img_dir -> salmon_quantification	[_draw_="c 7 -#000000 B 7 2412.17 223.52 2437.52 220.55 2466.55 217.37 2493 215 2653.08 200.63 2841.46 189.81 2941.39 184.54 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2941.24 187.01 2948.1 184.19 2940.98 182.11 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2721 200.6 0 30 7 -img_dir ",
		label=img_dir,
		lp="2721,202.5",
		pos="e,2949.6,184.11 2412.2,223.52 2437.5,220.55 2466.5,217.37 2493,215 2653.1,200.63 2841.5,189.81 2941.4,184.54"];
	organism -> salmon_quantification	[_draw_="c 7 -#000000 B 4 3011.17 223.58 3011.3 216.52 3011.51 206.24 3011.68 197.55 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3014.12 197.82 3011.81 190.78 3009.22 197.73 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3030.5 200.6 0 39 8 -organism ",
		label=organism,
		lp="3030.5,202.5",
		pos="e,3011.8,189.26 3011.2,223.58 3011.3,216.52 3011.5,206.24 3011.7,197.55"];
	expected_cell_count -> salmon_quantification	[_draw_="c 7 -#000000 B 7 3092.12 223.6 3081.59 216.35 3065.66 205.83 3051 198 3047.69 196.23 3044.15 194.49 3040.61 192.84 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3041.71 190.65 3034.32 190.02 3039.7 195.12 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3106.5 200.6 0 83 19 -expected_cell_count ",
		label=expected_cell_count,
		lp="3106.5,202.5",
		pos="e,3032.9,189.4 3092.1,223.6 3081.6,216.35 3065.7,205.83 3051,198 3047.7,196.23 3044.1,194.49 3040.6,192.84"];
	squidpy_analysis -> co_occurrence_plot	[_draw_="c 7 -#000000 B 4 2027 80.71 2027 75.59 2027 68.85 2027 62.67 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2029.45 62.78 2027 55.78 2024.55 62.78 ",
		pos="e,2027,54.265 2027,80.709 2027,75.593 2027,68.848 2027,62.666"];
	squidpy_analysis -> centrality_scores_plot	[_draw_="c 7 -#000000 B 4 2050.91 80.5 2069.63 73.85 2095.85 64.53 2116.33 57.26 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2116.94 59.64 2122.72 54.98 2115.3 55.02 ",
		pos="e,2124.1,54.478 2050.9,80.505 2069.6,73.85 2095.9,64.532 2116.3,57.256"];
	squidpy_analysis -> ripley_plot	[_draw_="c 7 -#000000 B 7 2122.57 80.54 2151.05 76.66 2182.1 71.05 2210 63 2214.72 61.64 2219.6 59.8 2224.24 57.84 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2224.97 60.2 2230.35 55.1 2222.96 55.73 ",
		pos="e,2231.7,54.482 2122.6,80.545 2151.1,76.659 2182.1,71.051 2210,63 2214.7,61.639 2219.6,59.805 2224.2,57.843"];
	squidpy_analysis -> squidpy_annotated_h5ad	[_draw_="c 7 -#000000 B 10 1984.47 80.53 1964.4 76.91 1940.06 73.05 1918 71 1752.01 55.6 1708.43 83.55 1543 63 1531.32 61.55 1518.78 59.04 \
1507.4 56.39 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1508.2 54.06 1500.82 54.8 1507.05 58.83 ",
		pos="e,1499.4,54.448 1984.5,80.535 1964.4,76.91 1940.1,73.046 1918,71 1752,55.603 1708.4,83.547 1543,63 1531.3,61.549 1518.8,59.041 1507.4,\
56.39"];
	squidpy_analysis -> interaction_matrix_plot	[_draw_="c 7 -#000000 B 10 1994.12 80.51 1978.71 76.91 1960.03 73.06 1943 71 1826.02 56.82 1794.77 78.77 1678 63 1667.24 61.55 1655.73 59.13 \
1645.22 56.56 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1645.89 54.2 1638.5 54.86 1644.68 58.95 ",
		pos="e,1637,54.485 1994.1,80.512 1978.7,76.906 1960,73.064 1943,71 1826,56.82 1794.8,78.767 1678,63 1667.2,61.548 1655.7,59.126 1645.2,\
56.559"];
	squidpy_analysis -> neighborhood_enrichment_plot	[_draw_="c 7 -#000000 B 10 2010.29 80.65 2002.24 77.02 1992.33 73.13 1983 71 1925.26 57.83 1908.75 70.41 1850 63 1836.32 61.27 1821.57 58.71 \
1808.12 56.09 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1808.77 53.72 1801.43 54.75 1807.81 58.52 ",
		pos="e,1799.9,54.456 2010.3,80.648 2002.2,77.024 1992.3,73.129 1983,71 1925.3,57.834 1908.8,70.41 1850,63 1836.3,61.275 1821.6,58.707 \
1808.1,56.087"];
	squidpy_analysis -> squidpy_spatial_plot	[_draw_="c 7 -#000000 B 7 2016.62 80.6 2012.05 77.23 2006.48 73.55 2001 71 2000.35 70.7 1973.18 63.33 1948.54 56.67 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1949.18 54.3 1941.78 54.84 1947.9 59.03 ",
		pos="e,1940.3,54.446 2016.6,80.6 2012,77.229 2006.5,73.547 2001,71 2000.3,70.696 1973.2,63.325 1948.5,56.666"];
	compute_qc_results -> scanpy_qc_results	[_draw_="c 7 -#000000 B 4 2930.12 80.71 2931.46 75.47 2933.24 68.53 2934.85 62.24 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2937.15 63.12 2936.51 55.73 2932.4 61.91 ",
		pos="e,2936.9,54.265 2930.1,80.709 2931.5,75.474 2933.2,68.534 2934.8,62.235"];
	compute_qc_results -> qc_report	[_draw_="c 7 -#000000 B 4 2969.49 80.5 3003.72 73.5 3052.37 63.53 3088.6 56.12 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3088.75 58.59 3095.11 54.78 3087.76 53.79 ",
		pos="e,3096.6,54.478 2969.5,80.505 3003.7,73.496 3052.4,63.535 3088.6,56.115"];
	fastqc -> fastqc_dir	[_draw_="c 7 -#000000 B 4 3505.2 170.5 3740.21 146.79 4401.99 80.01 4646.61 55.32 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4646.56 57.79 4653.27 54.65 4646.06 52.92 ",
		pos="e,4654.8,54.499 3505.2,170.5 3740.2,146.79 4402,80.008 4646.6,55.323"];
	scanpy_analysis -> marker_gene_plot_t_test	[_draw_="c 7 -#000000 B 16 1938.43 125.52 1930.32 123.28 1922.38 120.48 1915 117 1904.75 112.17 1903.49 108.5 1896 100 1885.65 88.25 1889.83 \
78.34 1876 71 1855.15 59.92 1049.47 65.55 1026 63 1012.88 61.58 998.74 58.98 986.01 56.25 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 986.71 53.89 979.35 54.77 985.65 58.68 ",
		pos="e,977.87,54.437 1938.4,125.52 1930.3,123.28 1922.4,120.48 1915,117 1904.7,112.17 1903.5,108.5 1896,100 1885.6,88.253 1889.8,78.344 \
1876,71 1855.1,59.924 1049.5,65.549 1026,63 1012.9,61.575 998.74,58.983 986.01,56.246"];
	scanpy_analysis -> umap_plot	[_draw_="c 7 -#000000 B 16 1958.74 125.54 1949.56 123.32 1940.42 120.53 1932 117 1919.94 111.95 1917.18 109.3 1908 100 1897 88.86 1901.82 \
78.36 1888 71 1871.67 62.3 1240.43 64.67 1222 63 1205.42 61.5 1187.45 58.79 1171.38 55.97 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1171.98 53.59 1164.66 54.76 1171.11 58.41 ",
		pos="e,1163.2,54.489 1958.7,125.54 1949.6,123.32 1940.4,120.53 1932,117 1919.9,111.95 1917.2,109.3 1908,100 1897,88.86 1901.8,78.362 \
1888,71 1871.7,62.3 1240.4,64.667 1222,63 1205.4,61.501 1187.5,58.791 1171.4,55.969"];
	scanpy_analysis -> dispersion_plot	[_draw_="c 7 -#000000 B 13 1978.48 125.52 1959.24 120.44 1937.76 112.44 1921 100 1908.43 90.67 1914.8 78.39 1901 71 1876.46 57.86 1427.7 \
65.79 1400 63 1385.16 61.51 1369.13 58.86 1354.71 56.1 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1355.25 53.71 1347.91 54.76 1354.31 58.52 ",
		pos="e,1346.4,54.464 1978.5,125.52 1959.2,120.44 1937.8,112.44 1921,100 1908.4,90.666 1914.8,78.389 1901,71 1876.5,57.862 1427.7,65.788 \
1400,63 1385.2,61.506 1369.1,58.862 1354.7,56.098"];
	scanpy_analysis -> spatial_plot	[_draw_="c 7 -#000000 B 7 2053.18 125.53 2094.59 112.38 2177.91 86.9 2250 71 2277.31 64.98 2307.61 59.78 2334.18 55.72 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2334.25 58.19 2340.81 54.72 2333.52 53.34 ",
		pos="e,2342.3,54.493 2053.2,125.53 2094.6,112.38 2177.9,86.903 2250,71 2277.3,64.976 2307.6,59.785 2334.2,55.719"];
	scanpy_analysis -> umap_density_plot	[_draw_="c 7 -#000000 B 4 2090.29 125.52 2213.18 109.06 2483.33 72.88 2612.48 55.58 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2612.67 58.03 2619.28 54.67 2612.02 53.17 ",
		pos="e,2620.8,54.467 2090.3,125.52 2213.2,109.06 2483.3,72.879 2612.5,55.579"];
	scanpy_analysis -> marker_gene_plot_logreg	[_draw_="c 7 -#000000 B 16 1946.52 125.52 1927.6 123.13 1907.54 120.27 1889 117 1871.48 113.91 1867.61 110.48 1850 108 1619.06 75.43 1559.03 \
89.39 1326 80 1048.34 68.81 977.62 89.47 701 63 684.18 61.39 665.94 58.7 649.56 55.93 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 649.99 53.51 642.67 54.73 649.15 58.34 ",
		pos="e,641.18,54.473 1946.5,125.52 1927.6,123.13 1907.5,120.27 1889,117 1871.5,113.91 1867.6,110.48 1850,108 1619.1,75.434 1559,89.394 \
1326,80 1048.3,68.808 977.62,89.465 701,63 684.18,61.39 665.94,58.698 649.56,55.925"];
	scanpy_analysis -> filtered_data_h5ad	[_draw_="c 7 -#000000 B 16 1935.07 125.55 1920.48 123.25 1907.92 120.43 1901 117 1891.42 112.26 1890.84 108.21 1884 100 1873.98 87.97 1877.83 \
78.33 1864 71 1839.58 58.05 896.5 65.8 869 63 854.96 61.57 839.8 58.94 826.18 56.18 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 826.76 53.79 819.41 54.75 825.75 58.59 ",
		pos="e,817.92,54.444 1935.1,125.55 1920.5,123.25 1907.9,120.43 1901,117 1891.4,112.26 1890.8,108.21 1884,100 1874,87.97 1877.8,78.335 \
1864,71 1839.6,58.052 896.5,65.803 869,63 854.96,61.568 839.8,58.943 826.18,56.176"];
	scanpy_analysis -> squidpy_analysis	[_draw_="c 7 -#000000 B 4 2027 125.71 2027 120.59 2027 113.85 2027 107.67 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2029.45 107.78 2027 100.78 2024.55 107.78 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2046 110.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2046,112.5",
		pos="e,2027,99.265 2027,125.71 2027,120.59 2027,113.85 2027,107.67"];
	scanpy_analysis -> compute_qc_results	[_draw_="c 7 -#000000 B 10 2132.96 131.92 2182.37 129.8 2235.22 125.54 2258 117 2264.24 114.66 2263.7 110.19 2270 108 2324.64 89 2704.56 \
89.42 2860.96 90.43 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2860.61 92.88 2867.63 90.47 2860.64 87.98 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2317.5 110.6 0 95 21 -secondary_matrix_path ",
		label=secondary_matrix_path,
		lp="2317.5,112.5",
		pos="e,2869.1,90.482 2133,131.92 2182.4,129.8 2235.2,125.54 2258,117 2264.2,114.66 2263.7,110.19 2270,108 2324.6,88.998 2704.6,89.421 \
2861,90.427"];
	scvelo_analysis -> scvelo_embedding_grid_plot	[_draw_="c 7 -#000000 B 7 1148.37 88.39 934.93 86.63 392.43 80.54 212 63 195.58 61.4 177.79 58.7 161.83 55.91 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 162.48 53.54 155.15 54.72 161.61 58.36 ",
		pos="e,153.66,54.453 1148.4,88.386 934.93,86.631 392.43,80.536 212,63 195.58,61.404 177.79,58.7 161.83,55.913"];
	scvelo_analysis -> scvelo_annotated_h5ad	[_draw_="c 7 -#000000 B 7 1148.23 88.19 1009.98 86.4 733.11 80.73 499 63 474.64 61.16 448.09 58.31 424.39 55.48 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 424.88 53.07 417.64 54.66 424.29 57.93 ",
		pos="e,416.13,54.477 1148.2,88.19 1010,86.4 733.11,80.73 499,63 474.64,61.155 448.09,58.314 424.39,55.478"];
	salmon_quantification -> genome_build_json	[_draw_="c 7 -#000000 B 7 3058 170.5 3159.85 151.77 3412.14 105.84 3624 71 3656.21 65.7 3692.05 60.2 3721.99 55.7 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3722.21 58.15 3728.77 54.69 3721.48 53.3 ",
		pos="e,3730.3,54.464 3058,170.5 3159.8,151.77 3412.1,105.84 3624,71 3656.2,65.703 3692,60.196 3722,55.703"];
	salmon_quantification -> salmon_output	[_draw_="c 7 -#000000 B 16 3074.27 171.02 3124.06 164.49 3195.6 154.77 3258 145 3372.56 127.06 3401.12 121.84 3515 100 3576.98 88.11 3591.34 \
78.51 3654 71 3761.73 58.09 3790.2 75.34 3898 63 3911.77 61.42 3926.63 58.82 3940.06 56.11 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3940.38 58.55 3946.74 54.73 3939.39 53.75 ",
		pos="e,3948.2,54.423 3074.3,171.02 3124.1,164.49 3195.6,154.77 3258,145 3372.6,127.06 3401.1,121.84 3515,100 3577,88.112 3591.3,78.506 \
3654,71 3761.7,58.094 3790.2,75.339 3898,63 3911.8,61.423 3926.6,58.816 3940.1,56.112"];
	salmon_quantification -> raw_count_matrix	[_draw_="c 7 -#000000 B 13 3074.42 173.51 3137.33 167.67 3237.14 157.53 3323 145 3416.56 131.34 3647.92 80.42 3742 71 3885.33 56.66 3922.11 \
69.65 4066 63 4109.25 61 4156.65 58 4198.49 55.08 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 4198.47 57.53 4205.28 54.6 4198.12 52.65 ",
		pos="e,4206.8,54.492 3074.4,173.51 3137.3,167.67 3237.1,157.53 3323,145 3416.6,131.34 3647.9,80.416 3742,71 3885.3,56.656 3922.1,69.646 \
4066,63 4109.3,61.002 4156.7,58.002 4198.5,55.076"];
	salmon_quantification -> count_matrix_h5ad	[_draw_="c 7 -#000000 B 4 3040.17 170.58 3117.72 147.4 3334.29 82.67 3420.71 56.85 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 3421.21 59.25 3427.21 54.9 3419.8 54.56 ",
		pos="e,3428.7,54.47 3040.2,170.58 3117.7,147.4 3334.3,82.674 3420.7,56.845"];
	salmon_quantification -> compute_qc_results	[_draw_="c 7 -#000000 B 7 3014.21 170.83 3016.77 159.46 3019.53 138.71 3010 125 3002.78 114.62 2991.77 107.4 2980.14 102.38 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2981.26 100.19 2973.85 99.94 2979.49 104.76 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 3038.5 133.1 0 45 10 -salmon_dir ",
		label=salmon_dir,
		lp="3038.5,135",
		pos="e,2972.4,99.391 3014.2,170.83 3016.8,159.46 3019.5,138.71 3010,125 3002.8,114.62 2991.8,107.4 2980.1,102.38"];
	salmon_quantification -> compute_qc_results	[_draw_="c 7 -#000000 B 7 2962.92 170.54 2948.63 165.55 2934.58 157.61 2926 145 2918.52 134 2919.94 118.61 2922.7 107.07 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2924.98 108 2924.53 100.59 2920.27 106.66 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2967.5 133.1 0 83 19 -primary_matrix_path ",
		label=primary_matrix_path,
		lp="2967.5,135",
		pos="e,2924.9,99.138 2962.9,170.54 2948.6,165.55 2934.6,157.61 2926,145 2918.5,134 2919.9,118.61 2922.7,107.07"];
	salmon_quantification -> scanpy_analysis	[_draw_="c 7 -#000000 B 7 2949.77 179.65 2819.05 180.58 2506.41 180.44 2245 162 2243.21 161.87 2167.71 152.85 2106.07 145.47 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 2106.6 143.07 2099.36 144.67 2106.02 147.94 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 2264 155.6 0 38 9 -h5ad_file ",
		label=h5ad_file,
		lp="2264,157.5",
		pos="e,2097.9,144.49 2949.8,179.65 2819.1,180.58 2506.4,180.44 2245,162 2243.2,161.87 2167.7,152.85 2106.1,145.47"];
	salmon_quantification -> scvelo_analysis	[_draw_="c 7 -#000000 B 10 2949.72 178.62 2806.41 177.58 2442.25 173.87 2138 162 2008.99 156.97 1976.77 154.34 1848 145 1841.24 144.51 1398.32 \
106.13 1330.58 100.2 ",
		_hdraw_="S 5 -solid c 7 -#000000 C 7 -#000000 P 3 1330.88 97.77 1323.69 99.59 1330.45 102.65 ",
		_ldraw_="F 8 9 -Helvetica c 7 -#000000 T 1883.5 133.1 0 71 17 -spliced_h5ad_file ",
		label=spliced_h5ad_file,
		lp="1883.5,135",
		pos="e,1322.2,99.461 2949.7,178.62 2806.4,177.58 2442.2,173.87 2138,162 2009,156.97 1976.8,154.34 1848,145 1841.2,144.51 1398.3,106.13 \
1330.6,100.2"];
}