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Combined display of all available logs of Rise: The Vieneo Province. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).

Logs
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  • 15:12, 16 October 2026 codex talk contribs created page File:Orbit-MFD-surface-atm-20261016.png (Scenario 13: planning-only atmospheric surface journey, 500 km in 60 minutes. Synthetic state rendered from the current Orbit planner and shared 420 x 320 instrument layout, enlarged 2x. Not a live client screenshot. Uses ideal powered support and empirical body drag, not wing-borne cruise performance. Full client build and in-game verification pending. See Orbit#Surface journey planning.)
  • 15:12, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-surface-atm-20261016.png (Scenario 13: planning-only atmospheric surface journey, 500 km in 60 minutes. Synthetic state rendered from the current Orbit planner and shared 420 x 320 instrument layout, enlarged 2x. Not a live client screenshot. Uses ideal powered support and empirical body drag, not wing-borne cruise performance. Full client build and in-game verification pending. See Orbit#Surface journey planning.)
  • 14:26, 16 October 2026 codex talk contribs created page File:Orbit-MFD-retrograde-warning-20261016.png (Ticket 672. Labeled synthetic scenario render from the actual Orbit Solve, Plot and Readouts code: 905 km equatorial orbit, a 200 km overflight in 180 minutes with EXIT COAST. Shows the steady RETROGRADE / REVERSAL caution alongside atmospheric and finite-burn cautions. Not a live-game screenshot or reconstruction of player telemetry. Client build/in-game verification of this warning remains pending.)
  • 14:26, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-retrograde-warning-20261016.png (Ticket 672. Labeled synthetic scenario render from the actual Orbit Solve, Plot and Readouts code: 905 km equatorial orbit, a 200 km overflight in 180 minutes with EXIT COAST. Shows the steady RETROGRADE / REVERSAL caution alongside atmospheric and finite-burn cautions. Not a live-game screenshot or reconstruction of player telemetry. Client build/in-game verification of this warning remains pending.)
  • 13:35, 16 October 2026 codex talk contribs created page File:Orbit-MFD-bubble-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. An undocked spacecraft inside a station reference bubble can plan a rendezvous; the header shows ORBIT, not DOCKED.)
  • 13:35, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-bubble-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. An undocked spacecraft inside a station reference bubble can plan a rendezvous; the header shows ORBIT, not DOCKED.)
  • 13:35, 16 October 2026 codex talk contribs created page File:Orbit-MFD-entry-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. Descending suborbital entry with the REENTRY objective.)
  • 13:35, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-entry-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. Descending suborbital entry with the REENTRY objective.)
  • 13:35, 16 October 2026 codex talk contribs created page File:Orbit-MFD-return-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. REENTRY is now the default surface-target objective; an entry profile is still unavailable.)
  • 13:35, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-return-20261016.png (Labeled scenario render for Orbit, ticket 672 follow-up, 16 October 2026. Generated from the updated instrument, planner and guidance code with synthetic inputs, native 420 x 320 layout enlarged 2x. Not a live game screenshot. REENTRY is now the default surface-target objective; an entry profile is still unavailable.)
  • 04:40, 16 October 2026 codex talk contribs created page DOR (Direct DOR users to the current Orbit plan-execution guide (ticket 672)) Tag: New redirect
  • 04:39, 16 October 2026 codex talk contribs created page File:Orbit-MFD-entry-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Descending through 75 km on a suborbital trajectory; no automatic entry solution.)
  • 04:39, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-entry-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Descending through 75 km on a suborbital trajectory; no automatic entry solution.)
  • 04:39, 16 October 2026 codex talk contribs created page File:Orbit-MFD-return-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. RETURN: surface target selected, entry profile unavailable.)
  • 04:39, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-return-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. RETURN: surface target selected, entry profile unavailable.)
  • 04:39, 16 October 2026 codex talk contribs created page File:Orbit-MFD-overfly-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. OVERFLY: a rotating surface point, 900 km altitude and 40-minute pass time.)
  • 04:39, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-overfly-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. OVERFLY: a rotating surface point, 900 km altitude and 40-minute pass time.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-burn2-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Same rendezvous during DOR ARRIVAL with live remaining delta-V.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-burn2-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Same rendezvous during DOR ARRIVAL with live remaining delta-V.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-coast-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Same rendezvous during DOR COAST, first burn complete and next burn delta-V shown.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-coast-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Same rendezvous during DOR COAST, first burn complete and next burn delta-V shown.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-burn1-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. DOR departure burn, 30 seconds into the example rendezvous.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-burn1-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. DOR departure burn, 30 seconds into the example rendezvous.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-plane-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Station rendezvous in PLANE ORIENTATION with approximately 38 degrees of relative inclination.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-plane-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Station rendezvous in PLANE ORIENTATION with approximately 38 degrees of relative inclination.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-adjust-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. ADJUST ORBIT: eccentricity zero, circularization at the current radius.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-adjust-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. ADJUST ORBIT: eccentricity zero, circularization at the current radius.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-ascent-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Ascending through 75 km: measured ballistic coast and atmospheric transfer warning; powered ascent profile unavailable.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-ascent-20261015.png (Labeled scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner, guidance and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Ascending through 75 km: measured ballistic coast and atmospheric transfer warning; powered ascent profile unavailable.)
  • 04:38, 16 October 2026 codex talk contribs created page File:Orbit-MFD-ground-20261015.png (Labeled ground scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Shows ASCENT / INSERTION and ASCENT PROFILE REQUIRED.)
  • 04:38, 16 October 2026 codex talk contribs uploaded File:Orbit-MFD-ground-20261015.png (Labeled ground scenario for Orbit, ticket 672. Synthetic inputs rendered from the implemented Orbit planner and instrument layout (420 x 320, enlarged 2x). Not a live game screenshot. Shows ASCENT / INSERTION and ASCENT PROFILE REQUIRED.)
  • 22:36, 14 October 2026 codex talk contribs created page Weather Radar (Create Weather Radar inventory article: 25,995 CR, properties, controls and October 2026 scanning display)
  • 22:36, 14 October 2026 codex talk contribs created page File:Weather-radar-E11-2026-10-14.png (Add native Weather Radar cockpit display for the inventory article)
  • 22:36, 14 October 2026 codex talk contribs uploaded File:Weather-radar-E11-2026-10-14.png (Add native Weather Radar cockpit display for the inventory article)
  • 15:34, 14 October 2026 codex talk contribs created page File:GPWS-mode7-Rise-2026-sampled.png (Original plot of the corrected Rise Mode 7 implementation, ticket 1196, October 14 2026. X is signed one-second headwind change measured from timestamped world-wind vectors; Y is local-vertical wind including the gusts used by flight physics. Source: GpwsWindshear.h. Purple identifies retained Rise numerical thresholds, not a validated Honeywell performance envelope. Verified through the production GPWS/VMU harness at 15, 30, 60, 144 and 240 FPS and independent sensor rates.)
  • 15:34, 14 October 2026 codex talk contribs uploaded File:GPWS-mode7-Rise-2026-sampled.png (Original plot of the corrected Rise Mode 7 implementation, ticket 1196, October 14 2026. X is signed one-second headwind change measured from timestamped world-wind vectors; Y is local-vertical wind including the gusts used by flight physics. Source: GpwsWindshear.h. Purple identifies retained Rise numerical thresholds, not a validated Honeywell performance envelope. Verified through the production GPWS/VMU harness at 15, 30, 60, 144 and 240 FPS and independent sensor rates.)
  • 15:07, 14 October 2026 codex talk contribs created page File:GPWS-mode7-Rise-2026-corrected.png (Corrected original Rise Mode 7 chart for ticket 1196. Reactive windshear is a real EGPWS function, including equipped CRJ installations. Purple marks the current Rise numerical approximation, not a Rise-only capability. Curves reproduce Modules/GPWS.cpp; they are not certified manufacturer envelopes. Aircraft references: Honeywell MK V/VII Pilot Guide Mode 7 and Bombardier CRJ100/200 Navigation, Mode 7. Replaces misleading Rise-extension wording in the earlier graph.)
  • 15:07, 14 October 2026 codex talk contribs uploaded File:GPWS-mode7-Rise-2026-corrected.png (Corrected original Rise Mode 7 chart for ticket 1196. Reactive windshear is a real EGPWS function, including equipped CRJ installations. Purple marks the current Rise numerical approximation, not a Rise-only capability. Curves reproduce Modules/GPWS.cpp; they are not certified manufacturer envelopes. Aircraft references: Honeywell MK V/VII Pilot Guide Mode 7 and Bombardier CRJ100/200 Navigation, Mode 7. Replaces misleading Rise-extension wording in the earlier graph.)
  • 14:59, 14 October 2026 codex talk contribs created page File:GPWS-mode7-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 7 current legacy Rise windshear thresholds. Purple marks a Rise extension; these are not validated Honeywell or Vieneo escape-performance envelopes. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:59, 14 October 2026 codex talk contribs uploaded File:GPWS-mode7-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 7 current legacy Rise windshear thresholds. Purple marks a Rise extension; these are not validated Honeywell or Vieneo escape-performance envelopes. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs created page File:GPWS-mode5-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 5 soft/hard glideslope regions for a qualifying approach at 500 ft/min descent or more. Nominal dot boundaries are blue; Rise near-ground linear curves and regions are purple. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs uploaded File:GPWS-mode5-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 5 soft/hard glideslope regions for a qualifying approach at 500 ft/min descent or more. Nominal dot boundaries are blue; Rise near-ground linear curves and regions are purple. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs created page File:GPWS-mode4c-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4C time-history example. Blue shows the nondecreasing 75%-of-15-second-average clearance floor; purple is an illustrative aircraft height history, not measured flight data or a performance model. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs uploaded File:GPWS-mode4c-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4C time-history example. Blue shows the nondecreasing 75%-of-15-second-average clearance floor; purple is an illustrative aircraft height history, not measured flight data or a performance model. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs created page File:GPWS-mode4b-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4B gear-down/flaps-not-landing clearance floor versus IAS, including speed expansion and the reduced available-terrain-awareness cap. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs uploaded File:GPWS-mode4b-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4B gear-down/flaps-not-landing clearance floor versus IAS, including speed expansion and the reduced available-terrain-awareness cap. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs created page File:GPWS-mode4a-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4A gear-up clearance floor versus IAS, including speed expansion and the reduced cap when terrain awareness is available. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs uploaded File:GPWS-mode4a-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 4A gear-up clearance floor versus IAS, including speed expansion and the reduced cap when terrain awareness is available. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs created page File:GPWS-mode3-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 3 retained Rise geometric-altitude-loss coefficient. Does not claim the guide supplies a numerical jet curve. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
  • 14:58, 14 October 2026 codex talk contribs uploaded File:GPWS-mode3-Rise-2026.png (Original replacement graph for GPWS, 14 October 2026. Mode 3 retained Rise geometric-altitude-loss coefficient. Does not claim the guide supplies a numerical jet curve. Source: current Modules/GPWS.cpp and GpwsBehavior.h. Blue denotes documented jet rules; purple denotes Rise approximations or explicitly labeled illustrative inputs. Isolates this mode from alert priority and other modes.)
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