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tasks: (date)
[x] implement rm unit (issued on 18:02:21, done on 18:02:21)
[x] implement armor calculation (issued on 18:02:21, done on 18:02:21)
[x] implement augment calculations (issued on 18:02:21, done on 18:02:21)
[x] implement augment hud view (issued on 18:02:21, done on 18:02:21)
[ ] implement sound (issued on 18:02:21)
[ ] implement end of battle condition (issued on 19:02:21)
[ ] implement stats hud view (issued on 18:02:21)
[x] implement battery calculation (issued on 18:02:21, done on 19:02:21)
[ ] implement brain behaviour (issued on 18:02:21)
[ ] implement component levels (issued on 18:02:21)
[ ] implement persistent settings (issued on 18:02:21)
[ ] implement net hud and minilobby (issued on 18:02:21)
[ ] implement army hud view (issued on 18:02:21)
[ ] implement cost function (issued on 18:02:21)
[ ] implement lobby cost constraints (issued on 18:02:21)
[ ] implement edit unit directly (issued on 18:02:21)
[ ] implement naming template and army (issued on 18:02:21)
[ ] implement move animation (issued on 18:02:21)
[ ] implement fire animation (issued on 18:02:21)
[ ] implement explosions (issued on 18:02:21)
[ ] design 3d units (issued on 18:02:21)
[ ] design 3d map tiles (issued on 18:02:21)
[ ] implement 3d units (issued on 18:02:21)
[ ] design component sprites (issued on 18:02:21)
bugs:
[ ] symmetric integration (found on 18:02:21)
(on army movement and fire, equal armies should fair equally)
testing:
[ ] write test suit (issued on 19:02:21)
[ ] armor calculations (issued on 18:02:21)
balance:
[ ] balance components (issued on 18:02:21)
view from 18:02:21 to the end:
game is make templates, assemble for army, fight other army
multiplayer up to 2 ppl
armies, templates and settings are persistent
details:
implement components level:
could do it globally, every level is +5%atk and +10% cost
could set each weapon stat as a vector, v[level] is the stat
what is max level? 5?
work
global: just implement the function
local: that's #components * #attributes * #levels, n^3 operations
both: local weights, worst of both worlds
global is a quick solution, but i'm not here to do things quickly, i want to do them good.
so local is better, but requires to
. revolutionize every json parser
. write a lot of numbers
. design with a lot more variables in play
before writing 10000 numbers i should design, or autogenerate them
settled on 3 lvls, autogenerated with python
implement rm unit: -> done, paper note solution
implement armor calculation:
consider bonuses for damage reduction
aggregate them and spit out a percentage
editor remove units funct to make it possible to have a test case
army has to rebuild grid ref on load
-> done, barely tested
implement augment calculation:
there are a lot of bonuses to keep track. do one at a time.
ok add_armor as a malus %
ok add_damage (only if same damage type weapon) as a bonus %
ok add_range as a fixed sum
ok add_cooldown
ok add_hp
ok add_speed
-> done, not tested
implement stats hud view:
? stats have to include individual weapon cooldowns and damage, what to do
either put all as lines in stats (clean, but ugly)
or modify the components directly (messy)
! put them in stats later
implement sound:
partially done, need sound design
implement battery calculations:
every component but the battery has an upkeep
upkeep gets paid at the end of the turn
if no charge: no shooting or moving
weapons that drain energy do so (wow, also what?)
yellow small text! yay!
-> done, tested briefely, testing is delayed until i write test suite
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