All functions |
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Construct a flow object given an mctnetwork |
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Construct a meta cell time network |
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Construct and initialize a mct time network from a graph and leak table |
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Generate a new flow object in scdb |
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Generate a new network in scdb |
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Compute matrices for forward and backwrd propagation using the flows |
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This generate two large matrices showing expression of genes per metacell ad time point, as well as the expression of the gene in inferred ancestral states given the flow model |
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Given a list of genes and a matrix, this compute mean umi per metacell (rows) and time (column). |
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Compute mincost flow and update the mct objects with flows and inferred mc capacity per time |
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Compute matrix of flows between MCs in a given time point |
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Compute matrix of flows over cell types |
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Compute backward and forward flow propgation of metacell probability from time t |
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Clustring MCs based on the flow graph |
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Compute and update manifold costs for a mc time network |
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Compute and update network strcuture from mc, manifodld costs |
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metacell.flow |
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scdb_add_mctnetflow - add mctnetflow to the DB and cahce |
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scdb_add_mctnetwork - add mctnetwork to the DB and cahce |
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scdb_del_mctnetflow - del mctnetflow from the DB and cahce |
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scdb_del_mctnetwork - del mctnetwork from the DB and cahce |
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Initializing scdb_flow |
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scdb_mctnetflow - get a mctnetflow object |
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scdb_mctnetwork - get a mctnetwork object |
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Flow solution over a metacell temporal network |
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temporal netwrok over metacells |
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