Terrarum/assets/mods/dwarventech/blocks/blocks.csv

1	id	drop	spawn	name	shdr	shdg	shdb	shduv	str	dsty	mate	solid	wall	grav	dlfn	fv	fr	lumr	lumg	lumb	lumuv	refl	tags
2	## Notes ##
3	#
4	# Every block must have a shade value that is at least as dark as the air block's
5	#
6	# Lava/Water props are left for future references, do not delete them until FluidCodex is built #
7	#
8	# id: Block ID. ID equal to or greater than 4096 is for fluids, mainly for lighting calculation.
9	# drop: Which item the DroppedItem actually adds to your inventory
10	# spawn: Which item the DroppedItem should impersonate when spawned
11	#
12	# Drop and World can point to the item from other modules (usually 'basegame')
13	# To achieve that, specify the full ID, e.g. basegame:32
14	# When no module ID is specified, the current module will be assumed.
15	#
16	# shdr/g/b, lumr/g/b: Shade RGB/ Lum RGB.
17	# valid range: float of 0..4	1.0 for 255
18	#
19	# solid: whether the tile has full collision (affects physics	flowers are not solid, glass is solid)
20	# clear: [PENDING FOR REMOVAL] whether the tile has trnasparency (affects render	flowers AND glass is clear)
21	#
22	# vscs: viscosity, (velocity) / (1 + (n/16)), 16 halves movement speed, can be used to non-fluid tiles (sticky hazard, tarmac road in Terraria)
23	#
24	# str: Strength of the block against the mining action. Larger value will make the block take longer time to be mined
25	#
26	# dsty: density. As we are putting water an 1000, it is identical to specific gravity. [g/l]
27	#
28	# dlfn: dynamic luminosity function.
29	# 0-static, 1-torch flicker, 2-current global light (sun, star, moon), 3-daylight at noon,
30	# 4-slow breath, 5-pulsate
31	#
32	# mate: material, four-letter code
33	#
34	# fv: vertical friction (boolean)
35	# fr: horizontal friction. 0: frictionless, <16: slippery, 16: regular, >16: sticky
36	#
37	# grav: Whether the block should fall through the empty space. N/A to not make it fall
38	# 0 to fall immediately (e.g. Sand), nonzero to indicate that number of floating blocks can be supported (e.g. Scaffolding)
39	#
40	#
41	## Illuminators ##
42	#
43	# Illuminator white: Mercury Lamp	CIELAB of (94, -5.131, 10.613), which is made out of CIEXYZ of (0.947638, 1.146481, 0.482263), measured with ColorMunki Spectrometer (If you don't want green tinge, collect a daylight!)
44	# Illuminator orange: Sodium Lamp	CIE xy of (0.5375, 0.4153), CIEXYZ of (352.531139, 272.379377, 30.980339), measured with ColorMunki Spectrometer
45	# Defalut torch : Y 64 x 0.55183 y 0.40966 (Planckian ~1 770 K)	real candlelight colour taken from Spyder5 colorimeter (for I couldn't afford i1DisplayPro/Colormunki -- at least back then!)
46	# Sunstone: Artificial sunlight, change colour over time in sync with sunlight. The light is set by game's code.
47	# Sunlight capacitor: daylight at noon. Set by game's code.
48	#
49	# BLOCK_ILLUMINATOR_CYAN is actually a SUPER_LUMINATOR, cyan colour is used as:
50	# 1. It has quite a brightness on RGB colour space
51	# 2. Helmholz-Kohlraush effect
52	#
53	#
54	## Tiles ##
55	#
56	# 16 colour palette : games's 16-colour palette
57	# Magical ice: theoretical __metallic__ ice that might form under super-high pressure (> 5 TPa). Its density is a wild guess.
58	#
59	#
60	## Actorblocks ##
61	#
62	# Actorblocks are virtual/placeholder blocks that accompanies actors (usually fixtures).
63	#
64	## Tags ##
65	#
66	# Tag(s) to the item which is used by the crafting system and the game's internals. Multiple tags are separated using commas.
67	# Each tag must be all uppercase and only [0-9A-Z] chars are supported.
68	#
69	### Internal Tags ##
70	##
71	## Some tags are reserved for internal use, which are:
72	## - INTERNAL: denotes that the tile is internal-use.
73	## - DORENDER: this internal tile must go through the standard-issue tile drawing routine.
74	## - INCONSEQUENTIAL: denotes that this tile can be overwritten without dropping it. Usually used with flower tiles.
75	#
76	#
77	## References ##
78	#
79	# * Density of various woods : http://www.engineeringtoolbox.com/wood-density-d_40.html
80	# * Density of various phases of ice : http://www1.lsbu.ac.uk/water/ice_phases.html
81	#