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PWR-HYBRID-3/fret-pipeline/.archive/specs/fretRequirementsVariables.json
Dane Sabo cebf8c167a Initial umbrella repo: thesis + FRET pipeline + plant model with first controllers 
Folds three previously-separate pieces into one preliminary-example repo
for the HAHACS thesis:

- thesis/ (submodule) → gitea Thesis.git — the PhD proposal
- fret-pipeline/ — FRET requirements to AIGER controller (was
  ~/Documents/fret_processing/; prior single-commit history abandoned
  per user decision)
- plant-model/ — 10-state PKE + lumped T/H PWR model (was
  ~/Documents/PKE_Playground/; never version-controlled before)
- presentations/2026DICE/ (submodule) → gitea 2026DICE.git
- reachability/, hardware/ — empty placeholders for Thrust 3 and HIL
- docs/architecture.md — how the discrete and continuous layers compose
- claude_memory/ — session notes and scratch knowledge pattern

Plant model refactored to thesis naming (x, plant, u, ref); pke_th_rhs
now takes u as an explicit arg instead of reading rho_ext from the
params struct. First two controllers built to the contract
u = ctrl_<mode>(t, x, plant, ref): ctrl_null (baseline) and
ctrl_operation (stabilizing, proportional on T_avg). Validated under a
100% -> 80% Q_sg step: ctrl_operation reduces steady-state T_avg drift
~47% vs. the unforced plant.

Root CLAUDE.md emphasizes that CLAUDE.md files are living documents and
that any knowledge not captured before a session ends is lost forever;
claude_memory/ holds the session-level notes that haven't stabilized
enough to graduate into a CLAUDE.md.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-04-16 16:24:11 -04:00

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{
"requirements": [
{
"reqid": "PWR-0100",
"parent_reqid": "PWR-0000",
"project": "PWR_Hybrid",
"rationale": "",
"comments": "",
"fulltext": "If SCRAM DRC shall immediately satisfy !OP_MODE",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "null"
},
"condition": "regular",
"probability": "null",
"timing": "immediately",
"response": "satisfaction",
"variables": [
"SCRAM",
"OP_MODE"
],
"qualifier_word": "if",
"pre_condition": "(SCRAM)",
"regular_condition": "(SCRAM)",
"conditionTextRange": [
0,
7
],
"component_name": "DRC",
"componentTextRange": [
9,
11
],
"timingTextRange": [
19,
29
],
"post_condition": "(! OP_MODE)",
"responseTextRange": [
31,
46
],
"diagramVariables": "TC = <b><i>(SCRAM)</i></b>, Response = <b><i>(! OP_MODE)</i></b>.",
"description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(SCRAM)</i></b> is true and any point in the interval where <b><i>(SCRAM)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, if trigger holds then <b><i>(! OP_MODE)</i></b> also holds at the same time point.",
"probabilistic_description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(SCRAM)</i></b> is true and any point in the interval where <b><i>(SCRAM)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, if trigger holds then <b><i>(! OP_MODE)</i></b> also holds at the same time point.",
"diagram": "_media/user-interface/examples/svgDiagrams/null_regular_immediately_satisfaction.svg",
"scope_mode_pt": "BAD_PT",
"scope_mode_ft": "BAD_FT",
"regular_condition_unexp_pt": "SCRAM",
"regular_condition_unexp_ft": "SCRAM",
"regular_condition_unexp_pctl": "SCRAM",
"regular_condition_SMV_pt": "SCRAM",
"regular_condition_SMV_ft": "SCRAM",
"regular_condition_MLTL_ft": "SCRAM",
"regular_condition_PRISM_pctl": "SCRAM",
"post_condition_unexp_pt": "(! OP_MODE)",
"post_condition_unexp_ft": "(! OP_MODE)",
"post_condition_unexp_pctl": "(! OP_MODE)",
"post_condition_SMV_pt": "(! OP_MODE)",
"post_condition_SMV_ft": "(! OP_MODE)",
"post_condition_MLTL_ft": "(! OP_MODE)",
"post_condition_PRISM_pctl": "(! OP_MODE)",
"ft": "((LAST V (((! SCRAM) & ((! LAST) & (X SCRAM))) -> (X (! OP_MODE)))) & (SCRAM -> (! OP_MODE)))",
"pt": "(H ((SCRAM & (Z (! SCRAM))) -> (! OP_MODE)))",
"pctl": "P>=1[((G (((! SCRAM) & (X SCRAM)) => (X (P>=1[(! OP_MODE)])))) & (SCRAM => (P>=1[(! OP_MODE)])))]",
"ptExpanded": "(H ((SCRAM & (Z (! SCRAM))) -> (! OP_MODE)))",
"CoCoSpecCode": "H(((SCRAM and ZtoPre(not (SCRAM))) => not (OP_MODE)))",
"ftExpanded": "((LAST V (((! SCRAM) & ((! LAST) & (X SCRAM))) -> (X (! OP_MODE)))) & (SCRAM -> (! OP_MODE)))",
"pctlExpanded": "P>=1[((G (((! SCRAM) & (X SCRAM)) => (X (P>=1[(! OP_MODE)])))) & (SCRAM => (P>=1[(! OP_MODE)])))]",
"ftInfAUExpanded": "((G (((! SCRAM) & (X SCRAM)) -> (X (! OP_MODE)))) & (SCRAM -> (! OP_MODE)))",
"mltlExpanded": "((G[0,M] (((! p0) & (F[1,1] p0)) -> (F[1,1] p1))) & (p0 -> p1))",
"WESTMapping": "p0: SCRAM<br/>p1: (! OP_MODE)",
"R2U2Code": "((((! SCRAM) && (F[1,1] SCRAM)) -> (F[1,1] (! OP_MODE))) && (((TAU == 0) && SCRAM) -> (! OP_MODE)))",
"component": "DRC"
},
"_id": "1af49c60-2f9f-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-0202",
"parent_reqid": "PWR-0201",
"project": "PWR_Hybrid",
"rationale": "this is the opposite of PWR-1001. If not in op mode, never be in heatup, load following.",
"comments": "",
"fulltext": "While !OP_MODE DRC shall always satisfy (Heatup | Load_Follow)",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "in"
},
"condition": "null",
"probability": "null",
"timing": "always",
"response": "satisfaction",
"variables": [
"OP_MODE",
"Heatup",
"Load_Follow"
],
"scope_mode": "(! OP_MODE)",
"scopeTextRange": [
0,
13
],
"component_name": "DRC",
"componentTextRange": [
15,
17
],
"timingTextRange": [
25,
30
],
"post_condition": "(( Heatup | Load_Follow ))",
"responseTextRange": [
32,
61
],
"diagramVariables": "M = <b><i>(! OP_MODE)</i></b>, Response = <b><i>(( Heatup | Load_Follow ))</i></b>.",
"description": "SCOPE: in every interval where <b><i>(! OP_MODE)</i></b> holds.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(( Heatup | Load_Follow ))</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"probabilistic_description": "SCOPE: in every interval where <b><i>(! OP_MODE)</i></b> holds.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(( Heatup | Load_Follow ))</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"diagram": "_media/user-interface/examples/svgDiagrams/in_null_always_satisfaction.svg",
"scope_mode_pt": "(! OP_MODE)",
"scope_mode_ft": "(! OP_MODE)",
"scope_mode_pctl": "(! OP_MODE)",
"post_condition_unexp_pt": "(Heatup | Load_Follow)",
"post_condition_unexp_ft": "(Heatup | Load_Follow)",
"post_condition_unexp_pctl": "(Heatup | Load_Follow)",
"post_condition_SMV_pt": "(Heatup | Load_Follow)",
"post_condition_SMV_ft": "(Heatup | Load_Follow)",
"post_condition_MLTL_ft": "(Heatup | Load_Follow)",
"post_condition_PRISM_pctl": "(Heatup | Load_Follow)",
"ft": "(LAST V ((! OP_MODE) -> (Heatup | Load_Follow)))",
"pt": "(H ((! OP_MODE) -> (Heatup | Load_Follow)))",
"pctl": "P>=1[((G ((! (Fin_(! OP_MODE) & (! LAST))) | (X (P>=1[(Lin_(! OP_MODE) R (Heatup | Load_Follow))])))) & ((! OP_MODE) => (Lin_(! OP_MODE) | (P>=1[(Lin_(! OP_MODE) R (Heatup | Load_Follow))]))))]",
"ptExpanded": "(H ((! OP_MODE) -> (Heatup | Load_Follow)))",
"CoCoSpecCode": "H((not (OP_MODE) => (Heatup or Load_Follow)))",
"ftExpanded": "(LAST V ((! OP_MODE) -> (Heatup | Load_Follow)))",
"pctlExpanded": "P>=1[((G ((! (((! (! OP_MODE)) & (X (! OP_MODE))) & (! false))) | (X (P>=1[(((! OP_MODE) & (X (! (! OP_MODE)))) R (Heatup | Load_Follow))])))) & ((! OP_MODE) => (((! OP_MODE) & (X (! (! OP_MODE)))) | (P>=1[(((! OP_MODE) & (X (! (! OP_MODE)))) R (Heatup | Load_Follow))]))))]",
"ftInfAUExpanded": "(G ((! OP_MODE) -> (Heatup | Load_Follow)))",
"mltlExpanded": "(G[0,M] (p0 -> p1))",
"WESTMapping": "p0: (! OP_MODE)<br/>p1: (Heatup | Load_Follow)",
"R2U2Code": "((! OP_MODE) -> (Heatup || Load_Follow))",
"component": "DRC"
},
"_id": "29bfe300-31e1-11f1-820b-8f6ab14cd565"
},
{
"reqid": "PWR-0201",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "When in operating mode, the DRC shall always be in heatup or load following mode, but not both at once. The DRC will also not be in cold shutdown or SCRAM.",
"comments": "",
"fulltext": "When OP_MODE DRC shall always satisfy (Heatup | Load_Follow) & !(!Heatup & !Load_Follow) & !(SCRAM | Cold_Shutdown)",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "null"
},
"condition": "regular",
"probability": "null",
"timing": "always",
"response": "satisfaction",
"variables": [
"OP_MODE",
"Heatup",
"Load_Follow",
"SCRAM",
"Cold_Shutdown"
],
"qualifier_word": "when",
"pre_condition": "(OP_MODE)",
"regular_condition": "(OP_MODE)",
"conditionTextRange": [
0,
11
],
"component_name": "DRC",
"componentTextRange": [
13,
15
],
"timingTextRange": [
23,
28
],
"post_condition": "(( Heatup | Load_Follow ) & ! ( ! Heatup & ! Load_Follow ) & ! ( SCRAM | Cold_Shutdown ))",
"responseTextRange": [
30,
114
],
"diagramVariables": "TC = <b><i>(OP_MODE)</i></b>, Response = <b><i>(( Heatup | Load_Follow ) & ! ( ! Heatup & ! Load_Follow ) & ! ( SCRAM | Cold_Shutdown ))</i></b>.",
"description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(OP_MODE)</i></b> is true and any point in the interval where <b><i>(OP_MODE)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(( Heatup | Load_Follow ) & ! ( ! Heatup & ! Load_Follow ) & ! ( SCRAM | Cold_Shutdown ))</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"probabilistic_description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(OP_MODE)</i></b> is true and any point in the interval where <b><i>(OP_MODE)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(( Heatup | Load_Follow ) & ! ( ! Heatup & ! Load_Follow ) & ! ( SCRAM | Cold_Shutdown ))</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"diagram": "_media/user-interface/examples/svgDiagrams/null_regular_always_satisfaction.svg",
"scope_mode_pt": "BAD_PT",
"scope_mode_ft": "BAD_FT",
"regular_condition_unexp_pt": "OP_MODE",
"regular_condition_unexp_ft": "OP_MODE",
"regular_condition_unexp_pctl": "OP_MODE",
"regular_condition_SMV_pt": "OP_MODE",
"regular_condition_SMV_ft": "OP_MODE",
"regular_condition_MLTL_ft": "OP_MODE",
"regular_condition_PRISM_pctl": "OP_MODE",
"post_condition_unexp_pt": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_unexp_ft": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_unexp_pctl": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_SMV_pt": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_SMV_ft": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_MLTL_ft": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"post_condition_PRISM_pctl": "(((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))",
"ft": "((LAST V (((! OP_MODE) & ((! LAST) & (X OP_MODE))) -> (X (LAST V (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))))) & (OP_MODE -> (LAST V (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))))",
"pt": "(H ((H (! OP_MODE)) | (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown)))))",
"pctl": "P>=1[((G (((! OP_MODE) & (X OP_MODE)) => (X (P>=1[(G (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))])))) & (OP_MODE => (P>=1[(G (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))])))]",
"ptExpanded": "(H ((H (! OP_MODE)) | ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown)))))",
"CoCoSpecCode": "H((H(not (OP_MODE)) or ((Heatup or Load_Follow) and not ((SCRAM or Cold_Shutdown)))))",
"ftExpanded": "((LAST V (((! OP_MODE) & ((! LAST) & (X OP_MODE))) -> (X (LAST V ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown))))))) & (OP_MODE -> (LAST V ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown))))))",
"pctlExpanded": "P>=1[((G (((! OP_MODE) & (X OP_MODE)) => (X (P>=1[(G (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))])))) & (OP_MODE => (P>=1[(G (((Heatup | Load_Follow) & (! ((! Heatup) & (! Load_Follow)))) & (! (SCRAM | Cold_Shutdown))))])))]",
"ftInfAUExpanded": "((G (((! OP_MODE) & (X OP_MODE)) -> (X (G ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown))))))) & (OP_MODE -> (G ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown))))))",
"mltlExpanded": "((G[0,M] (((! p0) & (F[1,1] p0)) -> (G[1,M] p1))) & (p0 -> (G[0,M] p1)))",
"WESTMapping": "p0: OP_MODE<br/>p1: ((Heatup | Load_Follow) & (! (SCRAM | Cold_Shutdown)))",
"R2U2Code": "((((! OP_MODE) && (F[1,1] OP_MODE)) -> (G[1,M] ((Heatup || Load_Follow) && (! (SCRAM || Cold_Shutdown))))) && (((TAU == 0) && OP_MODE) -> (G[0,M] ((Heatup || Load_Follow) && (! (SCRAM || Cold_Shutdown))))))",
"component": "DRC"
},
"_id": "3a0697b0-2f91-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-0200",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "",
"comments": "",
"fulltext": "While OP_MODE DRC shall always satisfy Heatup | Load_Follow",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "in"
},
"condition": "null",
"probability": "null",
"timing": "always",
"response": "satisfaction",
"variables": [
"OP_MODE",
"Heatup",
"Load_Follow"
],
"scope_mode": "(OP_MODE)",
"scopeTextRange": [
0,
12
],
"component_name": "DRC",
"componentTextRange": [
14,
16
],
"timingTextRange": [
24,
29
],
"post_condition": "(Heatup | Load_Follow)",
"responseTextRange": [
31,
58
],
"diagramVariables": "M = <b><i>(OP_MODE)</i></b>, Response = <b><i>(Heatup | Load_Follow)</i></b>.",
"description": "SCOPE: in every interval where <b><i>(OP_MODE)</i></b> holds.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(Heatup | Load_Follow)</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"probabilistic_description": "SCOPE: in every interval where <b><i>(OP_MODE)</i></b> holds.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(Heatup | Load_Follow)</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"diagram": "_media/user-interface/examples/svgDiagrams/in_null_always_satisfaction.svg",
"scope_mode_pt": "OP_MODE",
"scope_mode_ft": "OP_MODE",
"scope_mode_pctl": "OP_MODE",
"post_condition_unexp_pt": "(Heatup | Load_Follow)",
"post_condition_unexp_ft": "(Heatup | Load_Follow)",
"post_condition_unexp_pctl": "(Heatup | Load_Follow)",
"post_condition_SMV_pt": "(Heatup | Load_Follow)",
"post_condition_SMV_ft": "(Heatup | Load_Follow)",
"post_condition_MLTL_ft": "(Heatup | Load_Follow)",
"post_condition_PRISM_pctl": "(Heatup | Load_Follow)",
"ft": "(LAST V (OP_MODE -> (Heatup | Load_Follow)))",
"pt": "(H (OP_MODE -> (Heatup | Load_Follow)))",
"pctl": "P>=1[((G ((! (Fin_OP_MODE & (! LAST))) | (X (P>=1[(Lin_OP_MODE R (Heatup | Load_Follow))])))) & (OP_MODE => (Lin_OP_MODE | (P>=1[(Lin_OP_MODE R (Heatup | Load_Follow))]))))]",
"ptExpanded": "(H (OP_MODE -> (Heatup | Load_Follow)))",
"CoCoSpecCode": "H((OP_MODE => (Heatup or Load_Follow)))",
"ftExpanded": "(LAST V (OP_MODE -> (Heatup | Load_Follow)))",
"pctlExpanded": "P>=1[((G ((! (((! OP_MODE) & (X OP_MODE)) & (! false))) | (X (P>=1[((OP_MODE & (X (! OP_MODE))) R (Heatup | Load_Follow))])))) & (OP_MODE => ((OP_MODE & (X (! OP_MODE))) | (P>=1[((OP_MODE & (X (! OP_MODE))) R (Heatup | Load_Follow))]))))]",
"ftInfAUExpanded": "(G (OP_MODE -> (Heatup | Load_Follow)))",
"mltlExpanded": "(G[0,M] (p0 -> p1))",
"WESTMapping": "p0: OP_MODE<br/>p1: (Heatup | Load_Follow)",
"R2U2Code": "(OP_MODE -> (Heatup || Load_Follow))",
"component": "DRC"
},
"_id": "50de1300-2fa0-11f1-b1b5-5117d78e7f0f"
},
{
"reqid": "PWR-3002",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "The reactor will never be in heatup mode longer than a predetermined maximum heatup duration, or else it will trigger a scram.",
"comments": "",
"fulltext": "if t_max_exceeded DRC shall at the next timepoint satisfy SCRAM",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "null"
},
"condition": "regular",
"probability": "null",
"timing": "next",
"response": "satisfaction",
"variables": [
"t_max_exceeded",
"SCRAM"
],
"qualifier_word": "if",
"pre_condition": "(t_max_exceeded)",
"regular_condition": "(t_max_exceeded)",
"conditionTextRange": [
0,
16
],
"component_name": "DRC",
"componentTextRange": [
18,
20
],
"timingTextRange": [
28,
48
],
"post_condition": "(SCRAM)",
"responseTextRange": [
50,
62
],
"diagramVariables": "TC = <b><i>(t_max_exceeded)</i></b>, Response = <b><i>(SCRAM)</i></b>.",
"description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(t_max_exceeded)</i></b> is true and any point in the interval where <b><i>(t_max_exceeded)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(SCRAM)</i></b> must hold at the next time step.",
"probabilistic_description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(t_max_exceeded)</i></b> is true and any point in the interval where <b><i>(t_max_exceeded)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(SCRAM)</i></b> must hold at the next time step.",
"diagram": "_media/user-interface/examples/svgDiagrams/null_regular_next_satisfaction.svg",
"scope_mode_pt": "BAD_PT",
"scope_mode_ft": "BAD_FT",
"regular_condition_unexp_pt": "t_max_exceeded",
"regular_condition_unexp_ft": "t_max_exceeded",
"regular_condition_unexp_pctl": "t_max_exceeded",
"regular_condition_SMV_pt": "t_max_exceeded",
"regular_condition_SMV_ft": "t_max_exceeded",
"regular_condition_MLTL_ft": "t_max_exceeded",
"regular_condition_PRISM_pctl": "t_max_exceeded",
"post_condition_unexp_pt": "SCRAM",
"post_condition_unexp_ft": "SCRAM",
"post_condition_unexp_pctl": "SCRAM",
"post_condition_SMV_pt": "SCRAM",
"post_condition_SMV_ft": "SCRAM",
"post_condition_MLTL_ft": "SCRAM",
"post_condition_PRISM_pctl": "SCRAM",
"ft": "((LAST V (((! t_max_exceeded) & ((! LAST) & (X t_max_exceeded))) -> (X (LAST | (X SCRAM))))) & (t_max_exceeded -> (LAST | (X SCRAM))))",
"pt": "(H ((Y (t_max_exceeded & (Z (! t_max_exceeded)))) -> (SCRAM | (Z FALSE))))",
"pctl": "P>=1[((G (((! t_max_exceeded) & (X t_max_exceeded)) => (X (P>=1[(LAST | (X SCRAM))])))) & (t_max_exceeded => (P>=1[(LAST | (X SCRAM))])))]",
"ptExpanded": "(H ((Y (t_max_exceeded & (Z (! t_max_exceeded)))) -> (SCRAM | (Z FALSE))))",
"CoCoSpecCode": "H((YtoPre((t_max_exceeded and ZtoPre(not (t_max_exceeded)))) => (SCRAM or ZtoPre(false))))",
"ftExpanded": "((LAST V (((! t_max_exceeded) & ((! LAST) & (X t_max_exceeded))) -> (X (LAST | (X SCRAM))))) & (t_max_exceeded -> (LAST | (X SCRAM))))",
"pctlExpanded": "P>=1[((G (((! t_max_exceeded) & (X t_max_exceeded)) => (X (P>=1[(false | (X SCRAM))])))) & (t_max_exceeded => (P>=1[(false | (X SCRAM))])))]",
"ftInfAUExpanded": "((G (((! t_max_exceeded) & (X t_max_exceeded)) -> (X (X SCRAM)))) & (t_max_exceeded -> (X SCRAM)))",
"mltlExpanded": "((G[0,M] (((! p0) & (F[1,1] p0)) -> (F[2,2] p1))) & (p0 -> (F[1,1] p1)))",
"WESTMapping": "p0: t_max_exceeded<br/>p1: SCRAM",
"R2U2Code": "((((! t_max_exceeded) && (F[1,1] t_max_exceeded)) -> (F[2,2] SCRAM)) && (((TAU == 0) && t_max_exceeded) -> (F[1,1] SCRAM)))",
"component": "DRC"
},
"_id": "96d7c900-2f96-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-3001",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "While in heatup mode, the reactor will trip if the rate of average temperature change is above a certain threshold. ",
"comments": "",
"fulltext": "While Heatup if t_dot_exceeded DRC shall at the next timepoint satisfy SCRAM",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "in"
},
"condition": "regular",
"probability": "null",
"timing": "next",
"response": "satisfaction",
"variables": [
"Heatup",
"t_dot_exceeded",
"SCRAM"
],
"scope_mode": "(Heatup)",
"scopeTextRange": [
0,
11
],
"qualifier_word": "if",
"pre_condition": "(t_dot_exceeded)",
"regular_condition": "(t_dot_exceeded)",
"conditionTextRange": [
13,
29
],
"component_name": "DRC",
"componentTextRange": [
31,
33
],
"timingTextRange": [
41,
61
],
"post_condition": "(SCRAM)",
"responseTextRange": [
63,
75
],
"diagramVariables": "M = <b><i>(Heatup)</i></b>, TC = <b><i>(t_dot_exceeded)</i></b>, Response = <b><i>(SCRAM)</i></b>.",
"description": "SCOPE: in every interval where <b><i>(Heatup)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(t_dot_exceeded)</i></b> is true and any point in the interval where <b><i>(t_dot_exceeded)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(SCRAM)</i></b> must hold at the next time step.",
"probabilistic_description": "SCOPE: in every interval where <b><i>(Heatup)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(t_dot_exceeded)</i></b> is true and any point in the interval where <b><i>(t_dot_exceeded)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(SCRAM)</i></b> must hold at the next time step.",
"diagram": "_media/user-interface/examples/svgDiagrams/in_regular_next_satisfaction.svg",
"scope_mode_pt": "Heatup",
"scope_mode_ft": "Heatup",
"scope_mode_pctl": "Heatup",
"regular_condition_unexp_pt": "t_dot_exceeded",
"regular_condition_unexp_ft": "t_dot_exceeded",
"regular_condition_unexp_pctl": "t_dot_exceeded",
"regular_condition_SMV_pt": "t_dot_exceeded",
"regular_condition_SMV_ft": "t_dot_exceeded",
"regular_condition_MLTL_ft": "t_dot_exceeded",
"regular_condition_PRISM_pctl": "t_dot_exceeded",
"post_condition_unexp_pt": "SCRAM",
"post_condition_unexp_ft": "SCRAM",
"post_condition_unexp_pctl": "SCRAM",
"post_condition_SMV_pt": "SCRAM",
"post_condition_SMV_ft": "SCRAM",
"post_condition_MLTL_ft": "SCRAM",
"post_condition_PRISM_pctl": "SCRAM",
"ft": "((LAST V ((! (Fin_Heatup & (! LAST))) | (X (((Lin_Heatup | LAST) V (((! t_dot_exceeded) & ((! LAST) & ((X t_dot_exceeded) & (! (Lin_Heatup | LAST))))) -> ((X ((Lin_Heatup | LAST) | (X SCRAM))) & (! (Lin_Heatup | LAST))))) & (t_dot_exceeded -> ((Lin_Heatup | LAST) | (X SCRAM))))))) & (Heatup -> (((Lin_Heatup | LAST) V (((! t_dot_exceeded) & ((! LAST) & ((X t_dot_exceeded) & (! (Lin_Heatup | LAST))))) -> ((X ((Lin_Heatup | LAST) | (X SCRAM))) & (! (Lin_Heatup | LAST))))) & (t_dot_exceeded -> ((Lin_Heatup | LAST) | (X SCRAM))))))",
"pt": "((H (Lin_Heatup -> (Y (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | Fin_Heatup))) -> (SCRAM | Fin_Heatup)) S (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | Fin_Heatup))) -> (SCRAM | Fin_Heatup)) & Fin_Heatup))))) & (((! Lin_Heatup) S ((! Lin_Heatup) & Fin_Heatup)) -> (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | Fin_Heatup))) -> (SCRAM | Fin_Heatup)) S (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | Fin_Heatup))) -> (SCRAM | Fin_Heatup)) & Fin_Heatup))))",
"pctl": "P>=1[((G ((! (Fin_Heatup & (! LAST))) | (X ((Lin_Heatup R (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! Lin_Heatup))) => ((X (P>=1[(Lin_Heatup | ((X SCRAM) & (! Lin_Heatup)))])) & (! Lin_Heatup)))) & (t_dot_exceeded => (P>=1[(Lin_Heatup | ((X SCRAM) & (! Lin_Heatup)))])))))) & (Heatup => (Lin_Heatup | ((Lin_Heatup R (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! Lin_Heatup))) => ((X (P>=1[(Lin_Heatup | ((X SCRAM) & (! Lin_Heatup)))])) & (! Lin_Heatup)))) & (t_dot_exceeded => (P>=1[(Lin_Heatup | ((X SCRAM) & (! Lin_Heatup)))]))))))]",
"ptExpanded": "((H (((! Heatup) & (Y Heatup)) -> (Y (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | (Heatup & (Z (! Heatup)))))) -> (SCRAM | (Heatup & (Z (! Heatup))))) S (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | (Heatup & (Z (! Heatup)))))) -> (SCRAM | (Heatup & (Z (! Heatup))))) & (Heatup & (Z (! Heatup)))))))) & (((! ((! Heatup) & (Y Heatup))) S ((! ((! Heatup) & (Y Heatup))) & (Heatup & (Z (! Heatup))))) -> (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | (Heatup & (Z (! Heatup)))))) -> (SCRAM | (Heatup & (Z (! Heatup))))) S (((Y (t_dot_exceeded & ((Y (! t_dot_exceeded)) | (Heatup & (Z (! Heatup)))))) -> (SCRAM | (Heatup & (Z (! Heatup))))) & (Heatup & (Z (! Heatup)))))))",
"CoCoSpecCode": "(H(((not (Heatup) and YtoPre(Heatup)) => YtoPre(SI((Heatup and ZtoPre(not (Heatup))),(YtoPre((t_dot_exceeded and (YtoPre(not (t_dot_exceeded)) or (Heatup and ZtoPre(not (Heatup)))))) => (SCRAM or (Heatup and ZtoPre(not (Heatup))))))))) and (SI((Heatup and ZtoPre(not (Heatup))),not ((not (Heatup) and YtoPre(Heatup)))) => SI((Heatup and ZtoPre(not (Heatup))),(YtoPre((t_dot_exceeded and (YtoPre(not (t_dot_exceeded)) or (Heatup and ZtoPre(not (Heatup)))))) => (SCRAM or (Heatup and ZtoPre(not (Heatup))))))))",
"ftExpanded": "((LAST V ((! ((((! Heatup) & (! LAST)) & (X Heatup)) & (! LAST))) | (X (((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) V (((! t_dot_exceeded) & ((! LAST) & ((X t_dot_exceeded) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) -> ((X ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X SCRAM))) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) & (t_dot_exceeded -> ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X SCRAM))))))) & (Heatup -> (((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) V (((! t_dot_exceeded) & ((! LAST) & ((X t_dot_exceeded) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) -> ((X ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X SCRAM))) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) & (t_dot_exceeded -> ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X SCRAM))))))",
"pctlExpanded": "P>=1[((G ((! (((! Heatup) & (X Heatup)) & (! false))) | (X (((Heatup & (X (! Heatup))) R (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! (Heatup & (X (! Heatup)))))) => ((X (P>=1[((Heatup & (X (! Heatup))) | ((X SCRAM) & (! (Heatup & (X (! Heatup))))))])) & (! (Heatup & (X (! Heatup))))))) & (t_dot_exceeded => (P>=1[((Heatup & (X (! Heatup))) | ((X SCRAM) & (! (Heatup & (X (! Heatup))))))])))))) & (Heatup => ((Heatup & (X (! Heatup))) | (((Heatup & (X (! Heatup))) R (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! (Heatup & (X (! Heatup)))))) => ((X (P>=1[((Heatup & (X (! Heatup))) | ((X SCRAM) & (! (Heatup & (X (! Heatup))))))])) & (! (Heatup & (X (! Heatup))))))) & (t_dot_exceeded => (P>=1[((Heatup & (X (! Heatup))) | ((X SCRAM) & (! (Heatup & (X (! Heatup))))))]))))))]",
"ftInfAUExpanded": "((G ((! ((! Heatup) & (X Heatup))) | (X (((Heatup & (X (! Heatup))) V (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! (Heatup & (X (! Heatup)))))) -> ((X ((Heatup & (X (! Heatup))) | (X SCRAM))) & (! (Heatup & (X (! Heatup))))))) & (t_dot_exceeded -> ((Heatup & (X (! Heatup))) | (X SCRAM))))))) & (Heatup -> (((Heatup & (X (! Heatup))) V (((! t_dot_exceeded) & ((X t_dot_exceeded) & (! (Heatup & (X (! Heatup)))))) -> ((X ((Heatup & (X (! Heatup))) | (X SCRAM))) & (! (Heatup & (X (! Heatup))))))) & (t_dot_exceeded -> ((Heatup & (X (! Heatup))) | (X SCRAM))))))",
"mltlExpanded": "((G[0,M] (((p0 & ((! p1) & ((F[1,1] p1) & (F[1,1] p0)))) -> ((F[2,2] (! p0)) | (F[2,2] p2))) & (((! p0) & (F[1,1] p0)) -> (F[1,1] (p1 -> ((F[1,1] (! p0)) | (F[1,1] p2))))))) & ((p0 & p1) -> ((F[1,1] (! p0)) | (F[1,1] p2))))",
"WESTMapping": "p0: Heatup<br/>p1: t_dot_exceeded<br/>p2: SCRAM",
"R2U2Code": "((((Heatup && ((! t_dot_exceeded) && ((F[1,1] t_dot_exceeded) && (F[1,1] Heatup)))) -> ((F[2,2] (! Heatup)) || (F[2,2] SCRAM))) && (((! Heatup) && (F[1,1] Heatup)) -> (F[1,1] (t_dot_exceeded -> ((F[1,1] (! Heatup)) || (F[1,1] SCRAM)))))) && (((TAU == 0) && (Heatup && t_dot_exceeded)) -> ((F[1,1] (! Heatup)) || (F[1,1] SCRAM))))",
"component": "DRC"
},
"_id": "a6665110-2f92-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-2001",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "When the reactor is in cold shutdown, it will only enter op mode (and heatup), when the STARTUP command is initiated. ",
"comments": "",
"fulltext": "While !SCRAM If Cold_Shutdown & STARTUP DRC shall at the next timepoint satisfy OP_MODE & Heatup",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "in"
},
"condition": "regular",
"probability": "null",
"timing": "next",
"response": "satisfaction",
"variables": [
"SCRAM",
"Cold_Shutdown",
"STARTUP",
"OP_MODE",
"Heatup"
],
"scope_mode": "(! SCRAM)",
"scopeTextRange": [
0,
11
],
"qualifier_word": "if",
"pre_condition": "(Cold_Shutdown & STARTUP)",
"regular_condition": "(Cold_Shutdown & STARTUP)",
"conditionTextRange": [
13,
38
],
"component_name": "DRC",
"componentTextRange": [
40,
42
],
"timingTextRange": [
50,
70
],
"post_condition": "(OP_MODE & Heatup)",
"responseTextRange": [
72,
95
],
"diagramVariables": "M = <b><i>(! SCRAM)</i></b>, TC = <b><i>(Cold_Shutdown & STARTUP)</i></b>, Response = <b><i>(OP_MODE & Heatup)</i></b>.",
"description": "SCOPE: in every interval where <b><i>(! SCRAM)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(Cold_Shutdown & STARTUP)</i></b> is true and any point in the interval where <b><i>(Cold_Shutdown & STARTUP)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(OP_MODE & Heatup)</i></b> must hold at the next time step.",
"probabilistic_description": "SCOPE: in every interval where <b><i>(! SCRAM)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(Cold_Shutdown & STARTUP)</i></b> is true and any point in the interval where <b><i>(Cold_Shutdown & STARTUP)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(OP_MODE & Heatup)</i></b> must hold at the next time step.",
"diagram": "_media/user-interface/examples/svgDiagrams/in_regular_next_satisfaction.svg",
"scope_mode_pt": "(! SCRAM)",
"scope_mode_ft": "(! SCRAM)",
"scope_mode_pctl": "(! SCRAM)",
"regular_condition_unexp_pt": "(Cold_Shutdown & STARTUP)",
"regular_condition_unexp_ft": "(Cold_Shutdown & STARTUP)",
"regular_condition_unexp_pctl": "(Cold_Shutdown & STARTUP)",
"regular_condition_SMV_pt": "(Cold_Shutdown & STARTUP)",
"regular_condition_SMV_ft": "(Cold_Shutdown & STARTUP)",
"regular_condition_MLTL_ft": "(Cold_Shutdown & STARTUP)",
"regular_condition_PRISM_pctl": "(Cold_Shutdown & STARTUP)",
"post_condition_unexp_pt": "(OP_MODE & Heatup)",
"post_condition_unexp_ft": "(OP_MODE & Heatup)",
"post_condition_unexp_pctl": "(OP_MODE & Heatup)",
"post_condition_SMV_pt": "(OP_MODE & Heatup)",
"post_condition_SMV_ft": "(OP_MODE & Heatup)",
"post_condition_MLTL_ft": "(OP_MODE & Heatup)",
"post_condition_PRISM_pctl": "(OP_MODE & Heatup)",
"ft": "((LAST V ((! (Fin_(! SCRAM) & (! LAST))) | (X (((Lin_(! SCRAM) | LAST) V (((! (Cold_Shutdown & STARTUP)) & ((! LAST) & ((X (Cold_Shutdown & STARTUP)) & (! (Lin_(! SCRAM) | LAST))))) -> ((X ((Lin_(! SCRAM) | LAST) | (X (OP_MODE & Heatup)))) & (! (Lin_(! SCRAM) | LAST))))) & ((Cold_Shutdown & STARTUP) -> ((Lin_(! SCRAM) | LAST) | (X (OP_MODE & Heatup)))))))) & ((! SCRAM) -> (((Lin_(! SCRAM) | LAST) V (((! (Cold_Shutdown & STARTUP)) & ((! LAST) & ((X (Cold_Shutdown & STARTUP)) & (! (Lin_(! SCRAM) | LAST))))) -> ((X ((Lin_(! SCRAM) | LAST) | (X (OP_MODE & Heatup)))) & (! (Lin_(! SCRAM) | LAST))))) & ((Cold_Shutdown & STARTUP) -> ((Lin_(! SCRAM) | LAST) | (X (OP_MODE & Heatup)))))))",
"pt": "((H (Lin_(! SCRAM) -> (Y (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | Fin_(! SCRAM)))) -> ((OP_MODE & Heatup) | Fin_(! SCRAM))) S (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | Fin_(! SCRAM)))) -> ((OP_MODE & Heatup) | Fin_(! SCRAM))) & Fin_(! SCRAM)))))) & (((! Lin_(! SCRAM)) S ((! Lin_(! SCRAM)) & Fin_(! SCRAM))) -> (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | Fin_(! SCRAM)))) -> ((OP_MODE & Heatup) | Fin_(! SCRAM))) S (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | Fin_(! SCRAM)))) -> ((OP_MODE & Heatup) | Fin_(! SCRAM))) & Fin_(! SCRAM)))))",
"pctl": "P>=1[((G ((! (Fin_(! SCRAM) & (! LAST))) | (X ((Lin_(! SCRAM) R (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! Lin_(! SCRAM)))) => ((X (P>=1[(Lin_(! SCRAM) | ((X (OP_MODE & Heatup)) & (! Lin_(! SCRAM))))])) & (! Lin_(! SCRAM))))) & ((Cold_Shutdown & STARTUP) => (P>=1[(Lin_(! SCRAM) | ((X (OP_MODE & Heatup)) & (! Lin_(! SCRAM))))])))))) & ((! SCRAM) => (Lin_(! SCRAM) | ((Lin_(! SCRAM) R (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! Lin_(! SCRAM)))) => ((X (P>=1[(Lin_(! SCRAM) | ((X (OP_MODE & Heatup)) & (! Lin_(! SCRAM))))])) & (! Lin_(! SCRAM))))) & ((Cold_Shutdown & STARTUP) => (P>=1[(Lin_(! SCRAM) | ((X (OP_MODE & Heatup)) & (! Lin_(! SCRAM))))]))))))]",
"ptExpanded": "((H ((SCRAM & (Y (! SCRAM))) -> (Y (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | ((! SCRAM) & (Z SCRAM))))) -> ((OP_MODE & Heatup) | ((! SCRAM) & (Z SCRAM)))) S (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | ((! SCRAM) & (Z SCRAM))))) -> ((OP_MODE & Heatup) | ((! SCRAM) & (Z SCRAM)))) & ((! SCRAM) & (Z SCRAM))))))) & (((! (SCRAM & (Y (! SCRAM)))) S ((! (SCRAM & (Y (! SCRAM)))) & ((! SCRAM) & (Z SCRAM)))) -> (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | ((! SCRAM) & (Z SCRAM))))) -> ((OP_MODE & Heatup) | ((! SCRAM) & (Z SCRAM)))) S (((Y ((Cold_Shutdown & STARTUP) & ((Y (! (Cold_Shutdown & STARTUP))) | ((! SCRAM) & (Z SCRAM))))) -> ((OP_MODE & Heatup) | ((! SCRAM) & (Z SCRAM)))) & ((! SCRAM) & (Z SCRAM))))))",
"CoCoSpecCode": "(H(((SCRAM and YtoPre(not (SCRAM))) => YtoPre(SI((not (SCRAM) and ZtoPre(SCRAM)),(YtoPre(((Cold_Shutdown and STARTUP) and (YtoPre(not ((Cold_Shutdown and STARTUP))) or (not (SCRAM) and ZtoPre(SCRAM))))) => ((OP_MODE and Heatup) or (not (SCRAM) and ZtoPre(SCRAM)))))))) and (SI((not (SCRAM) and ZtoPre(SCRAM)),not ((SCRAM and YtoPre(not (SCRAM))))) => SI((not (SCRAM) and ZtoPre(SCRAM)),(YtoPre(((Cold_Shutdown and STARTUP) and (YtoPre(not ((Cold_Shutdown and STARTUP))) or (not (SCRAM) and ZtoPre(SCRAM))))) => ((OP_MODE and Heatup) or (not (SCRAM) and ZtoPre(SCRAM)))))))",
"ftExpanded": "((LAST V ((! (((SCRAM & (! LAST)) & (X (! SCRAM))) & (! LAST))) | (X ((((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) V (((! (Cold_Shutdown & STARTUP)) & ((! LAST) & ((X (Cold_Shutdown & STARTUP)) & (! ((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST))))) -> ((X (((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) | (X (OP_MODE & Heatup)))) & (! ((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST))))) & ((Cold_Shutdown & STARTUP) -> (((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) | (X (OP_MODE & Heatup)))))))) & ((! SCRAM) -> ((((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) V (((! (Cold_Shutdown & STARTUP)) & ((! LAST) & ((X (Cold_Shutdown & STARTUP)) & (! ((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST))))) -> ((X (((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) | (X (OP_MODE & Heatup)))) & (! ((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST))))) & ((Cold_Shutdown & STARTUP) -> (((((! SCRAM) & (! LAST)) & (X SCRAM)) | LAST) | (X (OP_MODE & Heatup)))))))",
"pctlExpanded": "P>=1[((G ((! (((! (! SCRAM)) & (X (! SCRAM))) & (! false))) | (X ((((! SCRAM) & (X (! (! SCRAM)))) R (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! ((! SCRAM) & (X (! (! SCRAM))))))) => ((X (P>=1[(((! SCRAM) & (X (! (! SCRAM)))) | ((X (OP_MODE & Heatup)) & (! ((! SCRAM) & (X (! (! SCRAM)))))))])) & (! ((! SCRAM) & (X (! (! SCRAM)))))))) & ((Cold_Shutdown & STARTUP) => (P>=1[(((! SCRAM) & (X (! (! SCRAM)))) | ((X (OP_MODE & Heatup)) & (! ((! SCRAM) & (X (! (! SCRAM)))))))])))))) & ((! SCRAM) => (((! SCRAM) & (X (! (! SCRAM)))) | ((((! SCRAM) & (X (! (! SCRAM)))) R (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! ((! SCRAM) & (X (! (! SCRAM))))))) => ((X (P>=1[(((! SCRAM) & (X (! (! SCRAM)))) | ((X (OP_MODE & Heatup)) & (! ((! SCRAM) & (X (! (! SCRAM)))))))])) & (! ((! SCRAM) & (X (! (! SCRAM)))))))) & ((Cold_Shutdown & STARTUP) => (P>=1[(((! SCRAM) & (X (! (! SCRAM)))) | ((X (OP_MODE & Heatup)) & (! ((! SCRAM) & (X (! (! SCRAM)))))))]))))))]",
"ftInfAUExpanded": "((G ((! (SCRAM & (X (! SCRAM)))) | (X ((((! SCRAM) & (X SCRAM)) V (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! ((! SCRAM) & (X SCRAM))))) -> ((X (((! SCRAM) & (X SCRAM)) | (X (OP_MODE & Heatup)))) & (! ((! SCRAM) & (X SCRAM)))))) & ((Cold_Shutdown & STARTUP) -> (((! SCRAM) & (X SCRAM)) | (X (OP_MODE & Heatup)))))))) & ((! SCRAM) -> ((((! SCRAM) & (X SCRAM)) V (((! (Cold_Shutdown & STARTUP)) & ((X (Cold_Shutdown & STARTUP)) & (! ((! SCRAM) & (X SCRAM))))) -> ((X (((! SCRAM) & (X SCRAM)) | (X (OP_MODE & Heatup)))) & (! ((! SCRAM) & (X SCRAM)))))) & ((Cold_Shutdown & STARTUP) -> (((! SCRAM) & (X SCRAM)) | (X (OP_MODE & Heatup)))))))",
"mltlExpanded": "((G[0,M] (((p0 & ((! p1) & ((F[1,1] p1) & (F[1,1] p0)))) -> ((F[2,2] (! p0)) | (F[2,2] p2))) & (((! p0) & (F[1,1] p0)) -> (F[1,1] (p1 -> ((F[1,1] (! p0)) | (F[1,1] p2))))))) & ((p0 & p1) -> ((F[1,1] (! p0)) | (F[1,1] p2))))",
"WESTMapping": "p0: (! SCRAM)<br/>p1: (Cold_Shutdown & STARTUP)<br/>p2: (OP_MODE & Heatup)",
"R2U2Code": "(((((! SCRAM) && ((! (Cold_Shutdown && STARTUP)) && ((F[1,1] (Cold_Shutdown && STARTUP)) && (F[1,1] (! SCRAM))))) -> ((F[2,2] SCRAM) || (F[2,2] (OP_MODE && Heatup)))) && ((SCRAM && (F[1,1] (! SCRAM))) -> (F[1,1] ((Cold_Shutdown && STARTUP) -> ((F[1,1] SCRAM) || (F[1,1] (OP_MODE && Heatup))))))) && (((TAU == 0) && ((! SCRAM) && (Cold_Shutdown && STARTUP))) -> ((F[1,1] SCRAM) || (F[1,1] (OP_MODE && Heatup)))))",
"component": "DRC"
},
"_id": "bfa3ea30-2f91-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-3003",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "While in heatup mode, when the reactor reaches the minimum operating temperature, it will transition into load following mode.",
"comments": "",
"fulltext": "While Heatup if t_power_min DRC shall at the next timepoint satisfy (Load_Follow & !Heatup)",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "in"
},
"condition": "regular",
"probability": "null",
"timing": "next",
"response": "satisfaction",
"variables": [
"Heatup",
"t_power_min",
"Load_Follow"
],
"scope_mode": "(Heatup)",
"scopeTextRange": [
0,
11
],
"qualifier_word": "if",
"pre_condition": "(t_power_min)",
"regular_condition": "(t_power_min)",
"conditionTextRange": [
13,
26
],
"component_name": "DRC",
"componentTextRange": [
28,
30
],
"timingTextRange": [
38,
58
],
"post_condition": "(( Load_Follow & ! Heatup ))",
"responseTextRange": [
60,
90
],
"diagramVariables": "M = <b><i>(Heatup)</i></b>, TC = <b><i>(t_power_min)</i></b>, Response = <b><i>(( Load_Follow & ! Heatup ))</i></b>.",
"description": "SCOPE: in every interval where <b><i>(Heatup)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(t_power_min)</i></b> is true and any point in the interval where <b><i>(t_power_min)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(( Load_Follow & ! Heatup ))</i></b> must hold at the next time step.",
"probabilistic_description": "SCOPE: in every interval where <b><i>(Heatup)</i></b> holds.<br>TRIGGER: first point in the interval if <b><i>(t_power_min)</i></b> is true and any point in the interval where <b><i>(t_power_min)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(( Load_Follow & ! Heatup ))</i></b> must hold at the next time step.",
"diagram": "_media/user-interface/examples/svgDiagrams/in_regular_next_satisfaction.svg",
"scope_mode_pt": "Heatup",
"scope_mode_ft": "Heatup",
"scope_mode_pctl": "Heatup",
"regular_condition_unexp_pt": "t_power_min",
"regular_condition_unexp_ft": "t_power_min",
"regular_condition_unexp_pctl": "t_power_min",
"regular_condition_SMV_pt": "t_power_min",
"regular_condition_SMV_ft": "t_power_min",
"regular_condition_MLTL_ft": "t_power_min",
"regular_condition_PRISM_pctl": "t_power_min",
"post_condition_unexp_pt": "(Load_Follow & (! Heatup))",
"post_condition_unexp_ft": "(Load_Follow & (! Heatup))",
"post_condition_unexp_pctl": "(Load_Follow & (! Heatup))",
"post_condition_SMV_pt": "(Load_Follow & (! Heatup))",
"post_condition_SMV_ft": "(Load_Follow & (! Heatup))",
"post_condition_MLTL_ft": "(Load_Follow & (! Heatup))",
"post_condition_PRISM_pctl": "(Load_Follow & (! Heatup))",
"ft": "((LAST V ((! (Fin_Heatup & (! LAST))) | (X (((Lin_Heatup | LAST) V (((! t_power_min) & ((! LAST) & ((X t_power_min) & (! (Lin_Heatup | LAST))))) -> ((X ((Lin_Heatup | LAST) | (X (Load_Follow & (! Heatup))))) & (! (Lin_Heatup | LAST))))) & (t_power_min -> ((Lin_Heatup | LAST) | (X (Load_Follow & (! Heatup))))))))) & (Heatup -> (((Lin_Heatup | LAST) V (((! t_power_min) & ((! LAST) & ((X t_power_min) & (! (Lin_Heatup | LAST))))) -> ((X ((Lin_Heatup | LAST) | (X (Load_Follow & (! Heatup))))) & (! (Lin_Heatup | LAST))))) & (t_power_min -> ((Lin_Heatup | LAST) | (X (Load_Follow & (! Heatup))))))))",
"pt": "((H (Lin_Heatup -> (Y (((Y (t_power_min & ((Y (! t_power_min)) | Fin_Heatup))) -> ((Load_Follow & (! Heatup)) | Fin_Heatup)) S (((Y (t_power_min & ((Y (! t_power_min)) | Fin_Heatup))) -> ((Load_Follow & (! Heatup)) | Fin_Heatup)) & Fin_Heatup))))) & (((! Lin_Heatup) S ((! Lin_Heatup) & Fin_Heatup)) -> (((Y (t_power_min & ((Y (! t_power_min)) | Fin_Heatup))) -> ((Load_Follow & (! Heatup)) | Fin_Heatup)) S (((Y (t_power_min & ((Y (! t_power_min)) | Fin_Heatup))) -> ((Load_Follow & (! Heatup)) | Fin_Heatup)) & Fin_Heatup))))",
"pctl": "P>=1[((G ((! (Fin_Heatup & (! LAST))) | (X ((Lin_Heatup R (((! t_power_min) & ((X t_power_min) & (! Lin_Heatup))) => ((X (P>=1[(Lin_Heatup | ((X (Load_Follow & (! Heatup))) & (! Lin_Heatup)))])) & (! Lin_Heatup)))) & (t_power_min => (P>=1[(Lin_Heatup | ((X (Load_Follow & (! Heatup))) & (! Lin_Heatup)))])))))) & (Heatup => (Lin_Heatup | ((Lin_Heatup R (((! t_power_min) & ((X t_power_min) & (! Lin_Heatup))) => ((X (P>=1[(Lin_Heatup | ((X (Load_Follow & (! Heatup))) & (! Lin_Heatup)))])) & (! Lin_Heatup)))) & (t_power_min => (P>=1[(Lin_Heatup | ((X (Load_Follow & (! Heatup))) & (! Lin_Heatup)))]))))))]",
"ptExpanded": "((H (((! Heatup) & (Y Heatup)) -> (Y (((Y (t_power_min & ((Y (! t_power_min)) | (Heatup & (Z (! Heatup)))))) -> ((Load_Follow & (! Heatup)) | (Heatup & (Z (! Heatup))))) S (((Y (t_power_min & ((Y (! t_power_min)) | (Heatup & (Z (! Heatup)))))) -> ((Load_Follow & (! Heatup)) | (Heatup & (Z (! Heatup))))) & (Heatup & (Z (! Heatup)))))))) & (((! ((! Heatup) & (Y Heatup))) S ((! ((! Heatup) & (Y Heatup))) & (Heatup & (Z (! Heatup))))) -> (((Y (t_power_min & ((Y (! t_power_min)) | (Heatup & (Z (! Heatup)))))) -> ((Load_Follow & (! Heatup)) | (Heatup & (Z (! Heatup))))) S (((Y (t_power_min & ((Y (! t_power_min)) | (Heatup & (Z (! Heatup)))))) -> ((Load_Follow & (! Heatup)) | (Heatup & (Z (! Heatup))))) & (Heatup & (Z (! Heatup)))))))",
"CoCoSpecCode": "(H(((not (Heatup) and YtoPre(Heatup)) => YtoPre(SI((Heatup and ZtoPre(not (Heatup))),(YtoPre((t_power_min and (YtoPre(not (t_power_min)) or (Heatup and ZtoPre(not (Heatup)))))) => ((Load_Follow and not (Heatup)) or (Heatup and ZtoPre(not (Heatup))))))))) and (SI((Heatup and ZtoPre(not (Heatup))),not ((not (Heatup) and YtoPre(Heatup)))) => SI((Heatup and ZtoPre(not (Heatup))),(YtoPre((t_power_min and (YtoPre(not (t_power_min)) or (Heatup and ZtoPre(not (Heatup)))))) => ((Load_Follow and not (Heatup)) or (Heatup and ZtoPre(not (Heatup))))))))",
"ftExpanded": "((LAST V ((! ((((! Heatup) & (! LAST)) & (X Heatup)) & (! LAST))) | (X (((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) V (((! t_power_min) & ((! LAST) & ((X t_power_min) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) -> ((X ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X (Load_Follow & (! Heatup))))) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) & (t_power_min -> ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X (Load_Follow & (! Heatup))))))))) & (Heatup -> (((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) V (((! t_power_min) & ((! LAST) & ((X t_power_min) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) -> ((X ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X (Load_Follow & (! Heatup))))) & (! (((Heatup & (! LAST)) & (X (! Heatup))) | LAST))))) & (t_power_min -> ((((Heatup & (! LAST)) & (X (! Heatup))) | LAST) | (X (Load_Follow & (! Heatup))))))))",
"pctlExpanded": "P>=1[((G ((! (((! Heatup) & (X Heatup)) & (! false))) | (X (((Heatup & (X (! Heatup))) R (((! t_power_min) & ((X t_power_min) & (! (Heatup & (X (! Heatup)))))) => ((X (P>=1[((Heatup & (X (! Heatup))) | ((X (Load_Follow & (! Heatup))) & (! (Heatup & (X (! Heatup))))))])) & (! (Heatup & (X (! Heatup))))))) & (t_power_min => (P>=1[((Heatup & (X (! Heatup))) | ((X (Load_Follow & (! Heatup))) & (! (Heatup & (X (! Heatup))))))])))))) & (Heatup => ((Heatup & (X (! Heatup))) | (((Heatup & (X (! Heatup))) R (((! t_power_min) & ((X t_power_min) & (! (Heatup & (X (! Heatup)))))) => ((X (P>=1[((Heatup & (X (! Heatup))) | ((X (Load_Follow & (! Heatup))) & (! (Heatup & (X (! Heatup))))))])) & (! (Heatup & (X (! Heatup))))))) & (t_power_min => (P>=1[((Heatup & (X (! Heatup))) | ((X (Load_Follow & (! Heatup))) & (! (Heatup & (X (! Heatup))))))]))))))]",
"ftInfAUExpanded": "((G ((! ((! Heatup) & (X Heatup))) | (X (((Heatup & (X (! Heatup))) V (((! t_power_min) & ((X t_power_min) & (! (Heatup & (X (! Heatup)))))) -> ((X ((Heatup & (X (! Heatup))) | (X (Load_Follow & (! Heatup))))) & (! (Heatup & (X (! Heatup))))))) & (t_power_min -> ((Heatup & (X (! Heatup))) | (X (Load_Follow & (! Heatup))))))))) & (Heatup -> (((Heatup & (X (! Heatup))) V (((! t_power_min) & ((X t_power_min) & (! (Heatup & (X (! Heatup)))))) -> ((X ((Heatup & (X (! Heatup))) | (X (Load_Follow & (! Heatup))))) & (! (Heatup & (X (! Heatup))))))) & (t_power_min -> ((Heatup & (X (! Heatup))) | (X (Load_Follow & (! Heatup))))))))",
"mltlExpanded": "((G[0,M] (((p0 & ((! p1) & ((F[1,1] p1) & (F[1,1] p0)))) -> ((F[2,2] (! p0)) | (F[2,2] p2))) & (((! p0) & (F[1,1] p0)) -> (F[1,1] (p1 -> ((F[1,1] (! p0)) | (F[1,1] p2))))))) & ((p0 & p1) -> ((F[1,1] (! p0)) | (F[1,1] p2))))",
"WESTMapping": "p0: Heatup<br/>p1: t_power_min<br/>p2: (Load_Follow & (! Heatup))",
"R2U2Code": "((((Heatup && ((! t_power_min) && ((F[1,1] t_power_min) && (F[1,1] Heatup)))) -> ((F[2,2] (! Heatup)) || (F[2,2] (Load_Follow && (! Heatup))))) && (((! Heatup) && (F[1,1] Heatup)) -> (F[1,1] (t_power_min -> ((F[1,1] (! Heatup)) || (F[1,1] (Load_Follow && (! Heatup)))))))) && (((TAU == 0) && (Heatup && t_power_min)) -> ((F[1,1] (! Heatup)) || (F[1,1] (Load_Follow && (! Heatup))))))",
"component": "DRC"
},
"_id": "c48fdfd0-2f92-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-0000",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "",
"comments": "",
"fulltext": "DRC shall initially satisfy (Cold_Shutdown & !SCRAM)",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "null"
},
"condition": "null",
"probability": "null",
"timing": "immediately",
"response": "satisfaction",
"variables": [
"Cold_Shutdown",
"SCRAM"
],
"component_name": "DRC",
"componentTextRange": [
0,
2
],
"timingTextRange": [
10,
18
],
"post_condition": "(( Cold_Shutdown & ! SCRAM ))",
"responseTextRange": [
20,
51
],
"diagramVariables": "Response = <b><i>(( Cold_Shutdown & ! SCRAM ))</i></b>.",
"description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, if trigger holds then <b><i>(( Cold_Shutdown & ! SCRAM ))</i></b> also holds at the same time point.",
"probabilistic_description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval.<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, if trigger holds then <b><i>(( Cold_Shutdown & ! SCRAM ))</i></b> also holds at the same time point.",
"diagram": "_media/user-interface/examples/svgDiagrams/null_null_immediately_satisfaction.svg",
"scope_mode_pt": "BAD_PT",
"scope_mode_ft": "BAD_FT",
"post_condition_unexp_pt": "(Cold_Shutdown & (! SCRAM))",
"post_condition_unexp_ft": "(Cold_Shutdown & (! SCRAM))",
"post_condition_unexp_pctl": "(Cold_Shutdown & (! SCRAM))",
"post_condition_SMV_pt": "(Cold_Shutdown & (! SCRAM))",
"post_condition_SMV_ft": "(Cold_Shutdown & (! SCRAM))",
"post_condition_MLTL_ft": "(Cold_Shutdown & (! SCRAM))",
"post_condition_PRISM_pctl": "(Cold_Shutdown & (! SCRAM))",
"ft": "(Cold_Shutdown & (! SCRAM))",
"pt": "(H ((Z FALSE) -> (Cold_Shutdown & (! SCRAM))))",
"pctl": "(P>=1[(Cold_Shutdown & (! SCRAM))])",
"ptExpanded": "(H ((Z FALSE) -> (Cold_Shutdown & (! SCRAM))))",
"CoCoSpecCode": "H((ZtoPre(false) => (Cold_Shutdown and not (SCRAM))))",
"ftExpanded": "(Cold_Shutdown & (! SCRAM))",
"pctlExpanded": "(P>=1[(Cold_Shutdown & (! SCRAM))])",
"ftInfAUExpanded": "(Cold_Shutdown & (! SCRAM))",
"mltlExpanded": "p0",
"WESTMapping": "p0: (Cold_Shutdown & (! SCRAM))",
"R2U2Code": "((TAU == 0) -> (Cold_Shutdown && (! SCRAM)))",
"component": "DRC"
},
"_id": "e4805020-2ec7-11f1-bda7-b107d916a2e5"
},
{
"reqid": "PWR-0102",
"parent_reqid": "",
"project": "PWR_Hybrid",
"rationale": "If scram is triggered, scram will always be triggered for the rest of time.",
"comments": "",
"fulltext": "If SCRAM DRC shall always satisfy SCRAM",
"status": "",
"semantics": {
"type": "nasa",
"scope": {
"type": "null"
},
"condition": "regular",
"probability": "null",
"timing": "always",
"response": "satisfaction",
"variables": [
"SCRAM"
],
"qualifier_word": "if",
"pre_condition": "(SCRAM)",
"regular_condition": "(SCRAM)",
"conditionTextRange": [
0,
7
],
"component_name": "DRC",
"componentTextRange": [
9,
11
],
"timingTextRange": [
19,
24
],
"post_condition": "(SCRAM)",
"responseTextRange": [
26,
38
],
"diagramVariables": "TC = <b><i>(SCRAM)</i></b>, Response = <b><i>(SCRAM)</i></b>.",
"description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(SCRAM)</i></b> is true and any point in the interval where <b><i>(SCRAM)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, <b><i>(SCRAM)</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"probabilistic_description": "SCOPE: in the interval defined by the entire execution.<br>TRIGGER: first point in the interval if <b><i>(SCRAM)</i></b> is true and any point in the interval where <b><i>(SCRAM)</i></b> becomes true (from false).<br>REQUIRED BEHAVIOR: for every trigger, with probability >=1, <b><i>(SCRAM)</i></b> must hold at all time points between (and including) the trigger and the end of the interval.",
"diagram": "_media/user-interface/examples/svgDiagrams/null_regular_always_satisfaction.svg",
"scope_mode_pt": "BAD_PT",
"scope_mode_ft": "BAD_FT",
"regular_condition_unexp_pt": "SCRAM",
"regular_condition_unexp_ft": "SCRAM",
"regular_condition_unexp_pctl": "SCRAM",
"regular_condition_SMV_pt": "SCRAM",
"regular_condition_SMV_ft": "SCRAM",
"regular_condition_MLTL_ft": "SCRAM",
"regular_condition_PRISM_pctl": "SCRAM",
"post_condition_unexp_pt": "SCRAM",
"post_condition_unexp_ft": "SCRAM",
"post_condition_unexp_pctl": "SCRAM",
"post_condition_SMV_pt": "SCRAM",
"post_condition_SMV_ft": "SCRAM",
"post_condition_MLTL_ft": "SCRAM",
"post_condition_PRISM_pctl": "SCRAM",
"ft": "((LAST V (((! SCRAM) & ((! LAST) & (X SCRAM))) -> (X (LAST V SCRAM)))) & (SCRAM -> (LAST V SCRAM)))",
"pt": "(H ((H (! SCRAM)) | SCRAM))",
"pctl": "P>=1[((G (((! SCRAM) & (X SCRAM)) => (X (P>=1[(G SCRAM)])))) & (SCRAM => (P>=1[(G SCRAM)])))]",
"ptExpanded": "(H ((H (! SCRAM)) | SCRAM))",
"CoCoSpecCode": "H((H(not (SCRAM)) or SCRAM))",
"ftExpanded": "((LAST V (((! SCRAM) & ((! LAST) & (X SCRAM))) -> (X (LAST V SCRAM)))) & (SCRAM -> (LAST V SCRAM)))",
"pctlExpanded": "P>=1[((G (((! SCRAM) & (X SCRAM)) => (X (P>=1[(G SCRAM)])))) & (SCRAM => (P>=1[(G SCRAM)])))]",
"ftInfAUExpanded": "((G (((! SCRAM) & (X SCRAM)) -> (X (G SCRAM)))) & (SCRAM -> (G SCRAM)))",
"mltlExpanded": "((G[0,M] (((! p0) & (F[1,1] p0)) -> (G[1,M] p0))) & (p0 -> (G[0,M] p0)))",
"WESTMapping": "p0: SCRAM",
"R2U2Code": "((((! SCRAM) && (F[1,1] SCRAM)) -> (G[1,M] SCRAM)) && (((TAU == 0) && SCRAM) -> (G[0,M] SCRAM)))",
"component": "DRC"
},
"_id": "e9c0c9f0-31df-11f1-820b-8f6ab14cd565"
}
],
"variables": [
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "Cold_Shutdown",
"reqs": [
"3a0697b0-2f91-11f1-bda7-b107d916a2e5",
"bfa3ea30-2f91-11f1-bda7-b107d916a2e5",
"e4805020-2ec7-11f1-bda7-b107d916a2e5"
],
"dataType": "boolean",
"idType": "Output",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCCold_Shutdown"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "Heatup",
"reqs": [
"3a0697b0-2f91-11f1-bda7-b107d916a2e5",
"50de1300-2fa0-11f1-b1b5-5117d78e7f0f",
"a6665110-2f92-11f1-bda7-b107d916a2e5",
"bfa3ea30-2f91-11f1-bda7-b107d916a2e5",
"c48fdfd0-2f92-11f1-bda7-b107d916a2e5",
"29bfe300-31e1-11f1-820b-8f6ab14cd565"
],
"dataType": "boolean",
"idType": "Output",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCHeatup"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "Load_Follow",
"reqs": [
"3a0697b0-2f91-11f1-bda7-b107d916a2e5",
"50de1300-2fa0-11f1-b1b5-5117d78e7f0f",
"c48fdfd0-2f92-11f1-bda7-b107d916a2e5",
"29bfe300-31e1-11f1-820b-8f6ab14cd565"
],
"dataType": "boolean",
"idType": "Output",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCLoad_Follow"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "OP_MODE",
"reqs": [
"1af49c60-2f9f-11f1-bda7-b107d916a2e5",
"3a0697b0-2f91-11f1-bda7-b107d916a2e5",
"50de1300-2fa0-11f1-b1b5-5117d78e7f0f",
"bfa3ea30-2f91-11f1-bda7-b107d916a2e5",
"29bfe300-31e1-11f1-820b-8f6ab14cd565"
],
"dataType": "boolean",
"idType": "Output",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCOP_MODE"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "SCRAM",
"reqs": [
"1af49c60-2f9f-11f1-bda7-b107d916a2e5",
"3a0697b0-2f91-11f1-bda7-b107d916a2e5",
"96d7c900-2f96-11f1-bda7-b107d916a2e5",
"a6665110-2f92-11f1-bda7-b107d916a2e5",
"bfa3ea30-2f91-11f1-bda7-b107d916a2e5",
"e4805020-2ec7-11f1-bda7-b107d916a2e5",
"e9c0c9f0-31df-11f1-820b-8f6ab14cd565"
],
"dataType": "boolean",
"idType": "Output",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCSCRAM"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "STARTUP",
"reqs": [
"bfa3ea30-2f91-11f1-bda7-b107d916a2e5"
],
"dataType": "boolean",
"idType": "Input",
"moduleName": "",
"description": "",
"assignment": "",
"assignmentVariables": [],
"copilotAssignment": "",
"r2u2Assignment": "",
"smvAssignment": "",
"smvAssignmentVariables": [],
"modeRequirement": "",
"modeldoc": false,
"modeldoc_id": "",
"modeldoc_vectorIndex": null,
"modelComponent": "",
"completed": true,
"r2u2Completed": true,
"smvCompleted": true,
"_id": "PWR_HybridDRCSTARTUP"
},
{
"project": "PWR_Hybrid",
"component_name": "DRC",
"variable_name": "t_dot_exceeded",
"reqs": [
"a6665110-2f92-11f1-bda7-b107d916a2e5"
],
"dataType": "boolean",
"idType": "Input",
"moduleName": "",
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]
}
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