StarLogo TNG

có gì mới trong phiên bản 1.0p2 · StarLogo TNG

StarLogo Changes:

• About box and splash screen say "Preview 2"
• Startup time is faster
• Memory footprint is lower
• Less console output
• New Windows executable more reliable
• First Mac release as universal binary

SpaceLand Changes:

• Faster. Everything is faster.
• More values on the speed slider (including Max Speed).
• MD3 models are faster.
• Average frame rates on most test machines have quintupled.
• Agent selection now possible from minimap, 2D view, and all 3D perspectives.
• Minimap can be made transparent or invisible.
• Agents no longer rendered at the wrong height in some cases.
• Speeds up when in focus and slows down when not in focus.
• Loading of projects with saved terrains is much faster.
• Camera control (via first-person and user-controlled) is smoother
• Say blocks work better in different camera perspectives
• No longer need to click on 3D window to enable keyboard input for models

StarLogoBlocks Changes:

• Added patch variables to the Procs & Vars category.
• Added Up and Down blocks to the Movement category.
• Added Ask-Agent block to the Logic and Other Agents categories.
• Added BlockDoc tooltips.
• Block dragging no longer inhibited by SpaceLand rendering.
• Using the drop down box to change between equals and not-equals blocks no longer corrupts save file.
• Reordered blocks in Interface category.
• New shapes (buildings, trees, cars, etc.)
• Improved confirm save changes behavior
• Clock and score can be manipulated from setup code
• Global variables can be manipulated from setup code
• Fixed saving and loading of procedures with parameters
• Fixed saving and loading of monitors

Virtual Machine Changes:

• Loading projects now clears agents.
• Agents are no longer off by (0.5, 0.5) upon creation.
• get-agent-var-of blocks no longer return incorrect values.
• Collisions are now handled properly in projects with multiple breeds.
• Collisions work more reliably when agents die or hatch during collisions.
• Hatched agents now correctly receive copies of their parents agent-own variables.
• Collisions are now handled properly when agents or terrain have non-zero height.