update accounting labels to match service (#1011)

* update accounting labels to match service

* see openbraininstitute/accounting-service#26

* Apply prettier

---------

Co-authored-by: Pavlo Getta <pavlo.getta@openbraininstitute.org>

Author: mgeplf

src/types/accounting/index.ts

@@ -47,6 +47,15 @@ export enum ServiceSubtype {
   MlRag = 'ml-rag',
   Notebook = 'notebook',
   SmallCircuitSim = 'small-circuit-sim',
+  // { CircuitScale simulations
+  SingleCellSimulation = 'single-sim',
+  PairCellSimulation = 'pair-sim',
+  SmallMicrocircuitSimulation = 'small-sim',
+  MicrocircuitSimulation = 'microcircuit-sim',
+  RegionSimulation = 'region-sim',
+  SystemSimulation = 'system-sim',
+  WholeBrainSimulation = 'whole-brain-sim',
+  // } CircuitScale simulations
 }
 
 export type JobReport = {

src/ui/segments/project/credits/job-report-list.tsx

@@ -28,6 +28,14 @@ const activityLabel: Record<ServiceSubtype, string> = {
   [ServiceSubtype.MlRetrieval]: 'ML',
   [ServiceSubtype.MlLlm]: 'ML',
   [ServiceSubtype.MlRag]: 'ML',
+
+  [SingleCellSimulation]: 'Simulate',
+  [PairCellSimulation]: 'Simulate',
+  [SmallMicrocircuitSimulation]: 'Simulate',
+  [MicrocircuitSimulation]: 'Simulate',
+  [RegionSimulation]: 'Simulate',
+  [SystemSimulation]: 'Simulate',
+  [WholeBrainSimulation]: 'Simulate',
 };
 
 function activityRenderFn(subtype: ServiceSubtype) {
@@ -46,6 +54,19 @@ const scaleLabel: Record<ServiceSubtype, string> = {
   [ServiceSubtype.MlRetrieval]: 'ML',
   [ServiceSubtype.MlLlm]: 'AI Assistant',
   [ServiceSubtype.MlRag]: 'ML',
+
+  [SingleCellSimulation]: 'Single: Single neuron + extrinsic connectivity',
+  [PairCellSimulation]:
+    'Pair: Two connected neurons + intrinsic connectivity + extrinsic connectivity',
+  [SmallMicrocircuitSimulation]:
+    'Small: Microcircuit (3-20 neurons) + intrinsic connectivity + extrinsic connectivity',
+  [MicrocircuitSimulation]:
+    'Microcircuit: Any circuit larger than 20 neurons but not being a region, system, or whole-brain circuit',
+  [RegionSimulation]:
+    'Region: Atlas-based continuous volume of an entire brain region or a set of continuous sub-regions',
+  [SystemSimulation]:
+    'System: Non-continuous circuit consisting of at least two microcircuits/regions that are connected by inter-region connectivity',
+  [WholeBrainSimulation]: 'Circuit representing an entire brain',
 };
 
 function scaleRenderFn(subtype: ServiceSubtype) {