MODULE 1: SENSOR CALIBRATION

Commander, we need to photograph the Nebula. High Resolution provides detail but consumes bandwidth. Adjust the sensor grid to find the balance.

STATUS: PENDING
OBJ: UNDERSTAND RES
PREVIEW
BLOCKY (Low Res) CLEAR (High Res)
Grid Size: 10 x 10
Total Pixels: 100
THEORY LOG: Resolution is Width × Height. More pixels = Better Quality = Larger File Size.

MODULE 2: BANDWIDTH CALC

Calculate file sizes. Select your difficulty clearance.
Formula: Width × Height × Color Depth

STATUS: OFFLINE
OBJ: CALCULATE BITS

ICON ALPHA

  • W: 10 px
  • H: 10 px
  • Depth: 1 bit

ICON BETA

  • W: 20 px
  • H: 10 px
  • Depth: 1 bit

ICON GAMMA

  • W: 5 px
  • H: 5 px
  • Depth: 4 bits

SPRITE A

  • W: 100 px
  • H: 100 px
  • Depth: 8 bit

SPRITE B

  • W: 50 px
  • H: 200 px
  • Depth: 4 bit

SPRITE C

  • W: 25 px
  • H: 40 px
  • Depth: 16 bit

HD WALLPAPER

  • W: 1920 px
  • H: 1080 px
  • Depth: 24 bit

4K TEXTURE

  • W: 3840 px
  • H: 2160 px
  • Depth: 16 bit

THUMBNAIL

  • W: 64 px
  • H: 64 px
  • Depth: 32 bit

Complete at least 3 tasks to advance.

MODULE 3: STORAGE BAY

Convert units to optimize storage.
Remember: ÷ 8 (Bits to Bytes) | ÷ 1000 (Bytes to KB) | ÷ 1000 (KB to MB)

FILE A: "nebula.raw"
16,000 Bits
...then

FILE B: "star_map.raw"
80,000 Bits
...then

COMMANDER CHALLENGE: "GALAXY_WIDE.img"

Size: 40,000,000 Bits. Convert directly to MB.

Sorting Algorithm

Arrange these file sizes from SMALLEST (Left) to LARGEST (Right).

100 Bits
1 MB
1 KB
1 Byte

MODULE 4: METADATA DECODER

Identify the Metadata required to read the raw stream.

RAW_DATA_STREAM_INCOMING...

010101010111000101010101000...

SYSTEM ERROR: UNABLE TO RENDER.

MISSING INSTRUCTIONS.

Select the items that count as "Metadata":

MODULE 5: HYPERSPACE SPEED RUN

Rapid Fire Questions. 60 Seconds.

Prove your command capability.

60.0s
Score: 0

Question Text

SIMULATION COMPLETE

Final Run Score

0

MISSION ACCOMPLISHED

Satellite Calibrated. Data Link Established.

🌌

FINAL MISSION REPORT

TOTAL DATA EARNED: 0 MB