Graphs/dependency_simple.dot at master · johkri87/Graphs · GitHub

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digraph G {
	compound=true;
	nodesep=auto
	splines=true
	# Output
	residual [fontsize=40 fillcolor="#FFAAAA" style=filled];
	ratio="1.35,1"
	# External input
	itrans [fontsize=40 fillcolor="#AAAAFF" style=filled];
	vol [fontsize=40 fillcolor="#AAAAFF" style=filled];
	cv [fontsize=40 fillcolor="#AAAAFF" style=filled];
	"dir_cells" [fontsize=40 fillcolor="#AAAAFF" style=filled];
	#"AllFaces()" [fontsize=40 fillcolor="#AAAAFF" style=filled];
	"dir_val" [fontsize=40 fillcolor="#AAAAFF" style=filled];
	"dir_sign" [fontsize=40 fillcolor="#AAAAFF" style=filled];
	"dir_trans" [fontsize=40 fillcolor="#AAAAFF" style=filled];
	#"BoundaryFaces()" [fontsize=40 fillcolor="#AAAAFF" style=filled];

	u [fontsize=40 fillcolor="#AAAAAA" style=filled];
	dt [fontsize=40 fillcolor="#AAAAAA" style=filled];
	u0 [fontsize=40 fillcolor="#AAAAAA" style=filled];

	# Variables
	ifluxes [fontsize=40 fillcolor="#DFDFDF" style=filled]
	bfluxes [fontsize=40 fillcolor="#DFDFDF" style=filled]
	fluxes [fontsize=40 fillcolor="#DFDFDF" style=filled]
	u_dirbdycells [fontsize=40 fillcolor="#DFDFDF" style=filled]
	dir_fluxes [fontsize=40 fillcolor="#DFDFDF" style=filled]


	node [fontsize=40 fillcolor=white style=filled width=0.5 height=1.1]
	edge [fontsize=40]
	graph [fontsize=45]


subgraph cluster_outer {
	color=white
	subgraph cluster_1 {
		u;
	}
	subgraph cluster_2 {
		rank="max"
		u0;
		dir_trans;
		dt;
		cv;
		vol;
		dir_cells;
		dir_val;
		dir_sign;
		itrans;
	}
}

	subgraph cluster_computeResidual {
		color=white;
		style=filled;
		fillcolor="#F1F1F1";
		#ifluxes -> "computeInteriorFlux(u)" -> u;
		ifluxes;
		#bfluxes -> "computeBoundaryFlux(u)" -> u;
		bfluxes;
		fluxes -> "(ifluxes Extend AllFaces()) + (bfluxes Extend AllFaces())";
		#"(ifluxes Extend AllFaces()) + (bfluxes Extend AllFaces())" -> "(ifluxes Extend AllFaces())";
		"(ifluxes Extend AllFaces()) + (bfluxes Extend AllFaces())" -> {bfluxes, ifluxes};
		#"(bfluxes Extend AllFaces())" -> {bfluxes, "AllFaces()"};
		#"(ifluxes Extend AllFaces())" -> {ifluxes, "AllFaces()"};
		residual -> "u - u0 + (dt / (cv * vol)) * Divergence(fluxes)";
		"u - u0 + (dt / (cv * vol)) * Divergence(fluxes)" -> {u, u0, dt, cv, vol, fluxes};
		#"u - u0 + (dt / (cv * vol)) * Divergence(fluxes)" -> {"u - u0", "(dt / (cv * vol)) * Divergence(fluxes)"};
		#"u - u0" -> u
		#"u - u0" -> u0
		#"(dt / (cv * vol)) * Divergence(fluxes)" -> "(dt / (cv * vol))";
		#"(dt / (cv * vol))" -> dt
		#"(dt / (cv * vol))" -> "(cv * vol)";
		#"(cv * vol)" -> cv;
		#"(cv * vol)" -> vol;
		#"(dt / (cv * vol)) * Divergence(fluxes)" -> "Divergence(fluxes)";
		#"Divergence(fluxes)" -> "fluxes"
		label = "computeResidual"
	}

	#subgraph cluster_start {
	#	u;
		#u0;
		#dir_trans;
		#dt;
		#cv;
		#vol;
		#dir_cells;
		#dir_val;
		#dir_sign;
		#itrans;
		#"BoundaryFaces()";
		#"AllFaces()";
#		label = "Setup"
	#}

	subgraph cluster_computeInteriorFlux {
		color=white;
		style=filled;
		fillcolor="#F1F1F1";
		#"-itrans * Gradient(u)" -> {"-itrans", "Gradient(u)"};
		"-itrans * Gradient(u)" -> {itrans, u};
		ifluxes -> "-itrans * Gradient(u)"
		#"-itrans" -> itrans;
		#"Gradient(u)" -> u;
		label = "computeInteriorFlux"
	}

	subgraph cluster_computeBoundaryFlux {
		color=white;
		style=filled;
		fillcolor="#F1F1F1";
		bfluxes -> "dir_fluxes Extend BoundaryFaces()" [maxlen = 2]
	    "u_dirbdycells" -> "u On dir_cells";
	    "u On dir_cells" -> {u, "dir_cells"}
	    "dir_fluxes" -> "dir_trans * dir_sign * (u_dirbdycells - dir_val)" -> {"u_dirbdycells", "dir_val", "dir_sign", "dir_trans"}

	    #"dir_trans * dir_sign * (u_dirbdycells - dir_val)" -> {"dir_trans", "dir_sign * (u_dirbdycells - dir_val)"};
	    #"dir_sign * (u_dirbdycells - dir_val)" -> {"dir_sign", "(u_dirbdycells - dir_val)"};

	    #"(u_dirbdycells - dir_val)" -> {"u_dirbdycells", "dir_val"};

	    "dir_fluxes Extend BoundaryFaces()" -> {"dir_fluxes"};
	    label = "computeBoundaryFlux"
	}

}