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I would guess that you have an input that specifies the maximum flow through each edge.

The algorithm is then:

1. Because edges with a common source must have same actual, final flow the first step must be a little pre-processing to reduce the max flow at each edge to the minimum flow from the common source.

2. apply the standard maximum flow algorithm.

3. do a depth first search from the flow origin ( I assume there is just one ) until you find a node with unequal outflows. Reduce the max flows on all edges from this node to the minimum flow assigned by the algorithm. Re-apply the algorithm.

Repeat step 3 until no uneven flows remain.

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Second algorithm:

1. Adjust capacity of every out edge to be equal to the minimum capacity of all out edges from the common vertex

2. Perform breadth first search through graph. When an edge is added, set the flow through the edge the minimum of

• the flow into the source node divided by the number of exiting edges
• the edge capacity

1. When search is complete sum flows into destination node.

For reference, here is the C++ code I use for depth first searching using recursion

You set variable t to another value but don't mutate it so the value in neighbors remains the same.

Try something around those lines:

Long story short: shader visibility in DX12 is not a bit field, like in Vulkan, so setting the visibility to D3D12_SHADER_VISIBILITY_VERTEX | D3D12_SHADER_VISIBILITY_PIXEL results in the parameter only being visible to the pixel shader. Setting it to D3D12_SHADER_VISIBILITY_ALL solved my problem.

This is as close as I have managed to get it:

The order of the indices is wrong:

I think you are looking for breadth first search, starting at your root:

The interface variabel Position is not used in the fragment shader. So the uniform variable u_ModelViewMatrix is not required. This uniform is "optimized out" by the linker and does not become an active program resource. Therefor you'll not get a uniform location for "u_ModelViewMatrix".

There are 3 main ways to send a Gremlin query to a server. One is as plain text. In this case you can use semicolons between queries and they are treated as a single transaction. The second is to use a Gremlin client driver that supports sending queries as bytecode. In this case each query sent is a transaction. The third is to use Gremlin Sessions. In this case you create a session and then send one or more queries. The whole session is treated as a single transaction and only committed when you close the session. In this third case you can have code and queries intermixed as needed.

All of that said, you really don't need to use a for loop, you can just send everything in one go. Here is a simple example:

Adding this as an answer in case others find your question.

The Role that gives Neptune access to S3 needs to be added to Neptune either using the web console or via the CLI. Then when the curl command is issued Neptune will find the Role.