weekly tasks & progress

[dunland]

• slider position outside of grid
• slider controls → cspy→q100_viz→infoscreen
• 4-pin-LED-power + runde 2fach-Pinheader

[dunland]

KW 52 / später

lasert @cqx931 noch einen Slider + ein Grid

[dunland]

2022-KW1

@cqx931 :

• Slider-Bereich einfärben je nach ausgewähltem Slider-Parameter
• Infoscreen: Statusanzeige von Strom/Gas-Anbieter, Wärmenetzanschluss, Ausbau Technologie?

@dunland:

• Besorgung LED-Stromquelle mit 4-Pin-Anschluss

[cqx931]

• CO2-Emission

• Stromverbrauch (erstmal generisch [0...1000]) → schlussendlich wohl anonym/randomisiert

• Strom/Gas (herkömmlich/grau-grün/grün)

• Wärmenetzanschluss (nein/ja)

• Investition (Stufe 1 / Stufe 2 / Stufe 3 inkl. Wärmenetzanschluss / Stufe 4 inkl. Wärmenetzanschluss)

[dunland]

sieht gut aus! 🔝

[dunland]

KW 03

@dunland:

• NAT nachlesen + ABM verstehen → selber nochmal überlegen, was auf den Infoscreen gehört, also Visualisierungskonzepte → Mockup infoscreen
  (generell: buildings → households in q100_viz)

  float CEEK; // Climate-Energy-Environment Knowledge
  float CEEA; // Climate-Energy-Environment Awareness
  float EDA; // Energy-Related-Decision Awareness
  float KA; // ---Decision-Threshold---: Knowledge & Awareness
  float PN; // Personal Norms
  float SN; // Subjective Norms
  float PSN; // ---Decicision-Threshold---: Personal & Subjective Norms
  float PBC_I; // Perceived-Behavioral-Control Invest
  float PBC_C; // Perceived-Behavioral-Control Change
  float PBC_S; // Perceived-Behavioral-Control Switch	
  float PBC_I_7; // Perceived-Behavioral-Control Invest divided by 7
  float PBC_C_7; // Perceived-Behavioral-Control Change divided by 7
  float PBC_S_7; // Perceived-Behavioral-Control Switch divided by 7	
  float N_PBC_I; // ---Decicision-Threshold---: Normative Perceived Behavioral Control Invest
  float N_PBC_C; // ---Decicision-Threshold---: Normative Perceived Behavioral Control Change
  float N_PBC_S; // ---Decicision-Threshold---: Normative Perceived Behavioral Control Switch
  float EEH; // Energy Efficient Habits
  
  int income; // households income/month -> ATTENTION -> besonderer Validierungshinweis, da zufaellige Menge
  string id_group; // identification which quartile within the income group the agent belongs to
  	
  int age; // random mean-age of households
  int lenght_of_residence <- 0; //years since the household moved in
  string ownership; // type of ownership status of households
  string employment; // employment status of households !!!
  
  // defines network behavior of each agent in parent species by employment status
  int network_contacts_temporal_daily <- -99; // amount of agents a household has daily contact with - 30x / month
  int network_contacts_temporal_weekly; // amount of agents a household has weekly contact with - 4x / month
  int network_contacts_temporal_occasional; // amount of agents a household has occasional contact with - 1x / month
  int network_contacts_spatial_direct; // available amount of contacts within an households network - direct neighbors
  int network_contacts_spatial_street; // available amount of contacts within an households network - contacts in the same street
  int network_contacts_spatial_neighborhood; // available amount of contacts within an households network - contacts in the same neighborhood
  int network_contacts_spatial_beyond; // available amount of contacts within an households network - contacts beyond the system's environment TODO
  
  bool family; // represents young families - higher possibility of being part of a socialgroup
  bool network_socialgroup; // households are part of a social group - accelerates the networking behavior
  
  list social_contacts_direct;
  list social_contacts_street;
  list social_contacts_neighborhood;
  list social_contacts;

• (Kommunikationsstrukturen: Felder in buildings? )

  • (contacts: list of neighbors)
  • (draw lines / "send packages" between neighbors)

• (Kommunikationsstrukturen: Mockup für Kommunikationsstrukturen)

• step-based simulation

  • "simulating the simulation"
  • (receive simulation-step from GAMA)

• how to switch between the modes via TUI?

@cqx931:

• q100_info an 4K-Monitor testen
• infoscreen: metadaten ergänzen, falls noch welche fehlen
• akkumuliertes CO2 (Cluster) anzeigen
• (plot: overall awareness change)
• (plot: overall energy grid efficiency)

[dunland]

Infoscreen and frontend should be programmed according to this scheme:

[cqx931]

quarree100/qScope_infoscreen@636e30c

Um in den neuen Simulationsmodus zu sehen, drück die Leertaste. Für Quatier Simulation, habe ich erst mal ein paar "fake data" benutzt.

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