Structure Input
JSME Structure Workspace
Prediction can still run without structure input, but confidence is reduced and more assumptions are applied.
Thermal Screening Workspace
ChemrytDSC - Predictive DSC Model
Structure-assisted thermal behavior estimation using richer rule-based scenario modeling
Phase 1.5 extends the predictive DSC workspace with material-class presets, sample-state controls, transition-shape modifiers, and multi-scenario comparison while keeping the output clearly illustrative and model-based.
Scenario Controls
Presets and Parameter Inputs
Scenario presets update related phase-1.5 parameters and report which values changed.
Graph and Comparison
Illustrative Predictive DSC Curves
X-axis = Temperature | Y-axis = Relative heat flow / model signal
Auto-updating graph: structure and parameter changes rerender the predictive thermogram.
Save the current prediction as Run A, Run B, or Run C to overlay scenarios such as purity, pan, or crystallinity changes.
Run a prediction to render the model-based DSC thermogram.
Current predictive run
Predicted event marker
Model Outputs
Prediction Summary, Interpretation, and Assumptions below graph
Prediction Summary
Prediction metrics will appear here after model execution.
Interpretation
A short interpretation paragraph will explain the estimated thermal behavior.
Structure Used
Prediction context will appear here after extraction or prediction.
Descriptor Sources
Descriptor values and provenance will appear here.
Condition Sources
DSC condition values and scenario settings will appear here.
Confidence Reason
Confidence reasoning will appear here after model execution.
Assumptions Used
Model assumptions and fallback defaults will be listed here.
Disclaimer
Predicted DSC output is model-based and intended for screening or estimation only. It should not be interpreted as actual laboratory DSC output or a substitute for experimental measurement.