## TT Flux2 Workflow Settings *TT_Flux2WorkflowSettings* ⚠️ Deprecated: This node will be removed in a future major release. Please migrate to the new context nodes. *This description was generated with AI assistance. If you spot any errors, please create an issue on GitHub.* Central workflow configuration node for FLUX2 pipelines. Consolidates all sampling parameters into a single TT_WORKFLOW_CONFIG object while also exposing each value as an individual output. ### Inputs | Parameter | Type | Required | Description | |----------------|--------|----------|---------------------------------------------------------------------------| | `seed` | INT | Yes | Generation seed (0 – 18446744073709551615, default: 0) | | `steps` | INT | Yes | Number of sampling steps (1–10000, default: 25) | | `cfg` | FLOAT | Yes | CFG scale (0.0–100.0, default: 1.5) | | `sampler_name` | STRING | Yes | Sampler algorithm (KSampler sampler list) | | `width` | INT | Yes | Output image width in pixels (16–MAX_RESOLUTION, step: 8, default: 1024) | | `height` | INT | Yes | Output image height in pixels (16–MAX_RESOLUTION, step: 8, default: 1024) | | `guidance` | FLOAT | Yes | Guidance scale for text encoder (1.0–10.0, default: 3.5) | ### Outputs | Parameter | Type | Description | |-------------------|--------------------|------------------------------------------------------| | `WORKFLOW_CONFIG` | TT_WORKFLOW_CONFIG | Full configuration object with all settings bundled | | `SEED` | INT | Generation seed | | `STEPS` | INT | Number of sampling steps | | `CFG` | FLOAT | CFG scale | | `SAMPLER` | SAMPLER | Instantiated sampler object | | `SAMPLER_NAME` | STRING | Name of the selected sampler | | `SCHEDULER` | SIGMAS | Computed sigma schedule based on seed and resolution | | `WIDTH` | INT | Output image width | | `HEIGHT` | INT | Output image height | | `GUIDANCE` | FLOAT | Guidance scale | ### Usage Use this node as the single source of truth for FLUX2 workflow parameters. The `WORKFLOW_CONFIG` output is designed for context-aware nodes that consume a TT_WORKFLOW_CONFIG directly. Individual outputs are available for connecting to standard ComfyUI nodes. The sigma schedule (`SCHEDULER`) is computed automatically from the seed and resolution via `get_schedule`. --- [View on GitHub](https://github.com/tenser-tensor/ComfyUI-TenserTensor)