Prompt: Augment this image of a futuristic special-operations workstation. The workstation consists of a large input-controller and a large curved display. The controller has several keys, knobs and keyboards in korean and latin graphemes as well as a layer for logical and mathematical symbols. The controller allows input to different softwares in parallel through adaptive key-layout mappings per software. The workspace is localized in a laboratory for world-health research. The data and dashboard displayed on the large curved screens allow visualization of complex poly-parametric ecosystem-states. The ecosystem-states are computed from real-world data and are visualized in gamified digital worlds. The digital worlds map to cultural real-time-events and show their planning- and scheduling-protocols and -processing. The software-suite run on the computer of the work-station is optimized for highly complex high-frequency scenarios. The workstation is used to manage several hundred thousand threads from a strategic database with sustainable-development and peace-goals and -missions. The mediatory capacity achieved with such software is superior as it is multiplexing its configured values as complex data to diverse environments. It can be used by up to two humans 24-7 in parallel without input-errors or -mismachtes. The software on the screen is calculating the next scenario (for active users/workers) which allows significant improvement of the world-parameters for 'world-peace'. Include diverse scenes on the display which stem from projections that show human interests and how they would like to realize them. Add according logos and names of fanbases, brands and service-teams. Add progress-states and probability-estimates, several flow-charts and bar-charts for the addressed goal-spaces. The goal-spaces show which open-source peace-projects will be enabled by the human-protection special-operations team building the workstations and according code in the background.
Prompt: Augment this image of a futuristic special-operations workstation. The workstation consists of a large input-controller and a large curved display. The controller has several keys, knobs and keyboards in korean and latin graphemes as well as a layer for logical and mathematical symbols. The controller allows input to different softwares in parallel through adaptive key-layout mappings per software. The workspace is localized in a laboratory for world-health research. The data and dashboard displayed on the large curved screens allow visualization of complex poly-parametric ecosystem-states. The ecosystem-states are computed from real-world data and are visualized in gamified digital worlds. The digital worlds map to cultural real-time-events and show their planning- and scheduling-protocols and -processing. The software-suite run on the computer of the work-station is optimized for highly complex high-frequency scenarios. The workstation is used to manage several hundred thousand threads from a strategic database with sustainable-development and peace-goals and -missions. The mediatory capacity achieved with such software is superior as it is multiplexing its configured values as complex data to diverse environments. It can be used by up to two humans 24-7 in parallel without input-errors or -mismachtes. The software on the screen is calculating the next scenario (for active users/workers) which allows significant improvement of the world-parameters for 'world-peace'. Include diverse scenes on the display which stem from projections that show human interests and how they would like to realize them. Add according logos and names of fanbases, brands and service-teams. Add progress-states and probability-estimates, several flow-charts and bar-charts for the addressed goal-spaces. The goal-spaces show which open-source peace-projects will be enabled by the human-protection special-operations team building the workstations and according code in the background.
Would you like to report this Dream as inappropriate?
Prompt:
Augment this image of a futuristic special-operations workstation. The workstation consists of a large input-controller and a large curved display. The controller has several keys, knobs and keyboards in korean and latin graphemes as well as a layer for logical and mathematical symbols. The controller allows input to different softwares in parallel through adaptive key-layout mappings per software. The workspace is localized in a laboratory for world-health research. The data and dashboard displayed on the large curved screens allow visualization of complex poly-parametric ecosystem-states. The ecosystem-states are computed from real-world data and are visualized in gamified digital worlds. The digital worlds map to cultural real-time-events and show their planning- and scheduling-protocols and -processing. The software-suite run on the computer of the work-station is optimized for highly complex high-frequency scenarios. The workstation is used to manage several hundred thousand threads from a strategic database with sustainable-development and peace-goals and -missions. The mediatory capacity achieved with such software is superior as it is multiplexing its configured values as complex data to diverse environments. It can be used by up to two humans 24-7 in parallel without input-errors or -mismachtes. The software on the screen is calculating the next scenario (for active users/workers) which allows significant improvement of the world-parameters for 'world-peace'. Include diverse scenes on the display which stem from projections that show human interests and how they would like to realize them. Add according logos and names of fanbases, brands and service-teams. Add progress-states and probability-estimates, several flow-charts and bar-charts for the addressed goal-spaces. The goal-spaces show which open-source peace-projects will be enabled by the human-protection special-operations team building the workstations and according code in the background.
Started from image:
More about Control and Command
Mockupbfor multi-domain activity. See prompt for intend/background.
Dream Level: is increased each time when you "Go Deeper" into the dream. Each new level is harder to achieve and
takes more iterations than the one before.
Rare Deep Dream: is any dream which went deeper than level 6.
Deep Dream
You cannot go deeper into someone else's dream. You must create your own.
Deep Dream
Currently going deeper is available only for Deep Dreams.