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Merge pull request 'Fixing maps and clocks in itemframes' (#334) from 3raven/MineClone5:master into master 

Reviewed-on: MineClone5/MineClone5#334
Works on my computer (except pb mentioned above with older maps).
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3raven 2022-06-07 19:17:56 +00:00
parent 9c19395dd7 7808c576a5
commit 6dbbe99d68
22 changed files with 1925 additions and 699 deletions
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into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

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# tga_encoder
A TGA Encoder written in Lua without the use of external Libraries.
Created by fleckenstein for MineClone2, then improved by erlehmann.
May be used as a Minetest mod.
See `examples.lua` for example code and usage hints.
## Use Cases for `tga_encoder`
### Encoding Textures for Editing
TGA images of types 1/2/3 consist of header data followed by a pixel array.
This makes it trivial to parse TGA files – and even edit pixels in-place.
No checksums need to be updated on any kind of in-place texture editing.
**Tip**: When storing an editable image in item meta, use zlib compression.
### Legacy Minetest Texture Encoding
Minetest 5.4 did not include `minetest.encode_png()` (or any equvivalent).
Since `tga_encoder` is written in pure Lua, it does not need engine support.
**Tip:** Look at `examples.lua` and the Minetest mod `mcl_maps` for guidance.
### Advanced Texture Format Control
The function `minetest.encode_png()` always encodes images as 32bpp RGBA.
`tga_encoder` allows saving images as grayscale, 16bpp RGBA and 24bpp RGB.
For generating maps from terrain, color-mapped formats can be more useful.
### Encoding Very Small Textures
Images of size 8×8 or below are often smaller than an equivalent PNG file.
Note that on many filesystems files use at least 4096 bytes (i.e. 64×64).
Therefore, saving bytes on files up to a few 100 bytes is often useless.
### Encoding Reference Textures
TGA is a simple format, which makes it easy to create reference textures.
Using a hex editor, one can trivially see how all the pixels are stored.
## Supported Image Types
For all types, images are encoded in a fast single pass (i.e. append-only).
### Color-Mapped Images (Type 1)
These images contain a palette, followed by pixel data.
* `A1R5G5B5` (8bpp RGB)
* `B8G8R8` (8bpp RGB)
* `B8G8R8A8` (8bpp RGBA)
### True-Color Images (Type 2)
These images contain uncompressed RGB(A) pixel data.
* `A1R5G5B5` (16bpp RGBA)
* `B8G8R8` (24bpp RGB)
* `B8G8R8A8` (32bpp RGBA)
### Grayscale Images (Type 3)
* `Y8` (8bpp grayscale)
### Run-Length Encoded (RLE), True-Color Images (Type 10)
These images contain compressed RGB(A) pixel data.
* `A1R5G5B5` (16bpp RGBA)
* `B8G8R8` (24bpp RGB)
* `B8G8R8A8` (32bpp RGBA)
## TODO
* Actually support `R8G8B8A8` input for `A1R5G5B5` output
* Add both zoomable and explorable maps to `mcl_maps`.

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dofile("init.lua")
-- encode a bitmap
local _ = { 0, 0, 0 }
local R = { 255, 127, 127 }
local pixels = {
{ _, _, _, _, _, _, _ },
{ _, _, _, R, _, _, _ },
{ _, _, R, R, R, _, _ },
{ _, R, R, R, R, R, _ },
{ _, R, R, R, R, R, _ },
{ _, _, R, _, R, _, _ },
{ _, _, _, _, _, _, _ },
}
tga_encoder.image(pixels):save("bitmap_small.tga")
-- change a single pixel, then rescale the bitmap
local pixels_orig = pixels
pixels_orig[4][4] = { 255, 255, 255 }
local pixels = {}
for x = 1,56,1 do
local x_orig = math.ceil(x/8)
for z = 1,56,1 do
local z_orig = math.ceil(z/8)
local color = pixels_orig[z_orig][x_orig]
pixels[z] = pixels[z] or {}
pixels[z][x] = color
end
end
tga_encoder.image(pixels):save("bitmap_large.tga")
-- note that the uncompressed grayscale TGA file written in this
-- example is 80 bytes – but an optimized PNG file is 81 bytes …
local pixels = {}
for x = 1,6,1 do -- left to right
for z = 1,6,1 do -- bottom to top
local color = { math.min(x * z * 4 - 1, 255) }
pixels[z] = pixels[z] or {}
pixels[z][x] = color
end
end
tga_encoder.image(pixels):save("gradient_8bpp_raw.tga", {color_format="Y8", compression="RAW"})
local pixels = {}
for x = 1,16,1 do -- left to right
for z = 1,16,1 do -- bottom to top
local r = math.min(x * 32 - 1, 255)
local g = math.min(z * 32 - 1, 255)
local b = 0
-- blue rectangle in top right corner
if x > 8 and z > 8 then
r = 0
g = 0
b = math.min(z * 16 - 1, 255)
end
local color = { r, g, b }
pixels[z] = pixels[z] or {}
pixels[z][x] = color
end
end
local gradients = tga_encoder.image(pixels)
gradients:save("gradients_8bpp_raw.tga", {color_format="Y8", compression="RAW"})
gradients:save("gradients_16bpp_raw.tga", {color_format="A1R5G5B5", compression="RAW"})
gradients:save("gradients_16bpp_rle.tga", {color_format="A1R5G5B5", compression="RLE"})
gradients:save("gradients_24bpp_raw.tga", {color_format="B8G8R8", compression="RAW"})
gradients:save("gradients_24bpp_rle.tga", {color_format="B8G8R8", compression="RLE"})
for x = 1,16,1 do -- left to right
for z = 1,16,1 do -- bottom to top
local color = pixels[z][x]
color[#color+1] = ((x * x) + (z * z)) % 256
pixels[z][x] = color
end
end
gradients:save("gradients_32bpp_raw.tga", {color_format="B8G8R8A8", compression="RAW"})
-- the RLE-compressed file is larger than just dumping pixels because
-- the gradients in this picture can not be compressed well using RLE
gradients:save("gradients_32bpp_rle.tga", {color_format="B8G8R8A8", compression="RLE"})
local pixels = {}
for x = 1,512,1 do -- left to right
for z = 1,512,1 do -- bottom to top
local oz = (z - 256) / 256 + 0.75
local ox = (x - 256) / 256
local px, pz, i = 0, 0, 0
while (px * px) + (pz * pz) <= 4 and i < 128 do
px = (px * px) - (pz * pz) + oz
pz = (2 * px * pz) + ox
i = i + 1
end
local color = {
math.max(0, math.min(255, math.floor(px * 64))),
math.max(0, math.min(255, math.floor(pz * 64))),
math.max(0, math.min(255, math.floor(i))),
}
pixels[z] = pixels[z] or {}
pixels[z][x] = color
end
end
tga_encoder.image(pixels):save("fractal_8bpp.tga", {color_format="Y8"})
tga_encoder.image(pixels):save("fractal_16bpp.tga", {color_format="A1R5G5B5"})
tga_encoder.image(pixels):save("fractal_24bpp.tga", {color_format="B8G8R8"})
-- encode a colormapped bitmap
local K = { 0 }
local B = { 1 }
local R = { 2 }
local G = { 3 }
local W = { 4 }
local colormap = {
{ 1, 2, 3 }, -- K
{ 0, 0, 255 }, -- B
{ 255, 0, 0 }, -- R
{ 0, 255, 0 }, -- G
{ 253, 254, 255 }, -- W
}
local pixels = {
{ W, K, W, K, W, K, W },
{ R, G, B, R, G, B, K },
{ K, W, K, W, K, W, K },
{ G, B, R, G, B, R, W },
{ W, W, W, K, K, K, W },
{ B, R, G, B, R, G, K },
{ B, R, G, B, R, G, W },
}
-- note that the uncompressed colormapped TGA file written in this
-- example is 108 bytes – but an optimized PNG file is 121 bytes …
tga_encoder.image(pixels):save("colormapped_B8G8R8.tga", {colormap=colormap})
-- encoding as A1R5G5B5 saves 1 byte per palette entry → 103 bytes
tga_encoder.image(pixels):save("colormapped_A1R5G5B5.tga", {colormap=colormap, color_format="A1R5G5B5"})
-- encode a colormapped bitmap with transparency
local _ = { 0 }
local K = { 1 }
local W = { 2 }
local colormap = {
{ 0, 0, 0, 0 },
{ 0, 0, 0, 255 },
{ 255, 255, 255, 255 },
}
local pixels = {
{ _, K, K, K, K, K, _ },
{ _, K, W, W, W, K, _ },
{ K, K, W, W, W, K, K },
{ K, W, W, W, W, W, K },
{ _, K, W, W, W, K, _ },
{ _, _, K, W, K, _, _ },
{ _, _, _, K, _, _, _ },
}
tga_encoder.image(pixels):save("colormapped_B8G8R8A8.tga", {colormap=colormap})

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tga_encoder = {}
local image = setmetatable({}, {
__call = function(self, ...)
local t = setmetatable({}, {__index = self})
t:constructor(...)
return t
end,
})
function image:constructor(pixels)
self.pixels = pixels
self.width = #pixels[1]
self.height = #pixels
end
local pixel_depth_by_color_format = {
["Y8"] = 8,
["A1R5G5B5"] = 16,
["B8G8R8"] = 24,
["B8G8R8A8"] = 32,
}
function image:encode_colormap_spec(properties)
local colormap = properties.colormap
local colormap_pixel_depth = 0
if 0 ~= #colormap then
colormap_pixel_depth = pixel_depth_by_color_format[
properties.color_format
]
end
local colormap_spec =
string.char(0, 0) .. -- first entry index
string.char(#colormap % 256, math.floor(#colormap / 256)) .. -- number of entries
string.char(colormap_pixel_depth) -- bits per pixel
self.data = self.data .. colormap_spec
end
function image:encode_image_spec(properties)
local color_format = properties.color_format
assert(
"Y8" == color_format or -- (8 bit grayscale = 1 byte = 8 bits)
"A1R5G5B5" == color_format or -- (A1R5G5B5 = 2 bytes = 16 bits)
"B8G8R8" == color_format or -- (B8G8R8 = 3 bytes = 24 bits)
"B8G8R8A8" == color_format -- (B8G8R8A8 = 4 bytes = 32 bits)
)
local pixel_depth
if 0 ~= #properties.colormap then
pixel_depth = self.pixel_depth
else
pixel_depth = pixel_depth_by_color_format[color_format]
end
assert( nil ~= pixel_depth)
self.data = self.data
.. string.char(0, 0) -- X-origin
.. string.char(0, 0) -- Y-origin
.. string.char(self.width % 256, math.floor(self.width / 256)) -- width
.. string.char(self.height % 256, math.floor(self.height / 256)) -- height
.. string.char(pixel_depth)
.. string.char(0) -- image descriptor
end
function image:encode_colormap(properties)
local colormap = properties.colormap
if 0 == #colormap then
return
end
local color_format = properties.color_format
assert (
"A1R5G5B5" == color_format or
"B8G8R8" == color_format or
"B8G8R8A8" == color_format
)
local colors = {}
if "A1R5G5B5" == color_format then
-- Sample depth rescaling is done according to the algorithm presented in:
-- <https://www.w3.org/TR/2003/REC-PNG-20031110/#13Sample-depth-rescaling>
local max_sample_in = math.pow(2, 8) - 1
local max_sample_out = math.pow(2, 5) - 1
for i = 1,#colormap,1 do
local color = colormap[i]
local colorword = 32768 +
((math.floor((color[1] * max_sample_out / max_sample_in) + 0.5)) * 1024) +
((math.floor((color[2] * max_sample_out / max_sample_in) + 0.5)) * 32) +
((math.floor((color[3] * max_sample_out / max_sample_in) + 0.5)) * 1)
local color_bytes = string.char(
colorword % 256,
math.floor(colorword / 256)
)
colors[#colors + 1] = color_bytes
end
elseif "B8G8R8" == color_format then
for i = 1,#colormap,1 do
local color = colormap[i]
local color_bytes = string.char(
color[3], -- B
color[2], -- G
color[1] -- R
)
colors[#colors + 1] = color_bytes
end
elseif "B8G8R8A8" == color_format then
for i = 1,#colormap,1 do
local color = colormap[i]
local color_bytes = string.char(
color[3], -- B
color[2], -- G
color[1], -- R
color[4] -- A
)
colors[#colors + 1] = color_bytes
end
end
assert( 0 ~= #colors )
self.data = self.data .. table.concat(colors)
end
function image:encode_header(properties)
local color_format = properties.color_format
local colormap = properties.colormap
local compression = properties.compression
local colormap_type
local image_type
if "Y8" == color_format and "RAW" == compression then
colormap_type = 0
image_type = 3 -- grayscale
elseif (
"A1R5G5B5" == color_format or
"B8G8R8" == color_format or
"B8G8R8A8" == color_format
) then
if "RAW" == compression then
if 0 ~= #colormap then
colormap_type = 1
image_type = 1 -- colormapped RGB(A)
else
colormap_type = 0
image_type = 2 -- RAW RGB(A)
end
elseif "RLE" == compression then
colormap_type = 0
image_type = 10 -- RLE RGB
end
end
assert( nil ~= colormap_type )
assert( nil ~= image_type )
self.data = self.data
.. string.char(0) -- image id
.. string.char(colormap_type)
.. string.char(image_type)
self:encode_colormap_spec(properties) -- color map specification
self:encode_image_spec(properties) -- image specification
self:encode_colormap(properties)
end
function image:encode_data(properties)
local color_format = properties.color_format
local colormap = properties.colormap
local compression = properties.compression
local data_length_before = #self.data
if "Y8" == color_format and "RAW" == compression then
if 8 == self.pixel_depth then
self:encode_data_Y8_as_Y8_raw()
elseif 24 == self.pixel_depth then
self:encode_data_R8G8B8_as_Y8_raw()
end
elseif "A1R5G5B5" == color_format then
if 0 ~= #colormap then
if "RAW" == compression then
if 8 == self.pixel_depth then
self:encode_data_Y8_as_Y8_raw()
end
end
else
if "RAW" == compression then
self:encode_data_R8G8B8_as_A1R5G5B5_raw()
elseif "RLE" == compression then
self:encode_data_R8G8B8_as_A1R5G5B5_rle()
end
end
elseif "B8G8R8" == color_format then
if 0 ~= #colormap then
if "RAW" == compression then
if 8 == self.pixel_depth then
self:encode_data_Y8_as_Y8_raw()
end
end
else
if "RAW" == compression then
self:encode_data_R8G8B8_as_B8G8R8_raw()
elseif "RLE" == compression then
self:encode_data_R8G8B8_as_B8G8R8_rle()
end
end
elseif "B8G8R8A8" == color_format then
if 0 ~= #colormap then
if "RAW" == compression then
if 8 == self.pixel_depth then
self:encode_data_Y8_as_Y8_raw()
end
end
else
if "RAW" == compression then
self:encode_data_R8G8B8A8_as_B8G8R8A8_raw()
elseif "RLE" == compression then
self:encode_data_R8G8B8A8_as_B8G8R8A8_rle()
end
end
end
local data_length_after = #self.data
assert(
data_length_after ~= data_length_before,
"No data encoded for color format: " .. color_format
)
end
function image:encode_data_Y8_as_Y8_raw()
assert(8 == self.pixel_depth)
local raw_pixels = {}
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
local raw_pixel = string.char(pixel[1])
raw_pixels[#raw_pixels + 1] = raw_pixel
end
end
self.data = self.data .. table.concat(raw_pixels)
end
function image:encode_data_R8G8B8_as_Y8_raw()
assert(24 == self.pixel_depth)
local raw_pixels = {}
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
-- the HSP RGB to brightness formula is
-- sqrt( 0.299 r² + .587 g² + .114 b² )
-- see <https://alienryderflex.com/hsp.html>
local gray = math.floor(
math.sqrt(
0.299 * pixel[1]^2 +
0.587 * pixel[2]^2 +
0.114 * pixel[3]^2
) + 0.5
)
local raw_pixel = string.char(gray)
raw_pixels[#raw_pixels + 1] = raw_pixel
end
end
self.data = self.data .. table.concat(raw_pixels)
end
function image:encode_data_R8G8B8_as_A1R5G5B5_raw()
assert(24 == self.pixel_depth)
local raw_pixels = {}
-- Sample depth rescaling is done according to the algorithm presented in:
-- <https://www.w3.org/TR/2003/REC-PNG-20031110/#13Sample-depth-rescaling>
local max_sample_in = math.pow(2, 8) - 1
local max_sample_out = math.pow(2, 5) - 1
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
local colorword = 32768 +
((math.floor((pixel[1] * max_sample_out / max_sample_in) + 0.5)) * 1024) +
((math.floor((pixel[2] * max_sample_out / max_sample_in) + 0.5)) * 32) +
((math.floor((pixel[3] * max_sample_out / max_sample_in) + 0.5)) * 1)
local raw_pixel = string.char(colorword % 256, math.floor(colorword / 256))
raw_pixels[#raw_pixels + 1] = raw_pixel
end
end
self.data = self.data .. table.concat(raw_pixels)
end
function image:encode_data_R8G8B8_as_A1R5G5B5_rle()
assert(24 == self.pixel_depth)
local colorword = nil
local previous_r = nil
local previous_g = nil
local previous_b = nil
local raw_pixel = ''
local raw_pixels = {}
local count = 1
local packets = {}
local raw_packet = ''
local rle_packet = ''
-- Sample depth rescaling is done according to the algorithm presented in:
-- <https://www.w3.org/TR/2003/REC-PNG-20031110/#13Sample-depth-rescaling>
local max_sample_in = math.pow(2, 8) - 1
local max_sample_out = math.pow(2, 5) - 1
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
if pixel[1] ~= previous_r or pixel[2] ~= previous_g or pixel[3] ~= previous_b or count == 128 then
if nil ~= previous_r then
colorword = 32768 +
((math.floor((previous_r * max_sample_out / max_sample_in) + 0.5)) * 1024) +
((math.floor((previous_g * max_sample_out / max_sample_in) + 0.5)) * 32) +
((math.floor((previous_b * max_sample_out / max_sample_in) + 0.5)) * 1)
if 1 == count then
-- remember pixel verbatim for raw encoding
raw_pixel = string.char(colorword % 256, math.floor(colorword / 256))
raw_pixels[#raw_pixels + 1] = raw_pixel
if 128 == #raw_pixels then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, colorword % 256, math.floor(colorword / 256))
packets[#packets +1] = rle_packet
end
end
count = 1
previous_r = pixel[1]
previous_g = pixel[2]
previous_b = pixel[3]
else
count = count + 1
end
end
end
colorword = 32768 +
((math.floor((previous_r * max_sample_out / max_sample_in) + 0.5)) * 1024) +
((math.floor((previous_g * max_sample_out / max_sample_in) + 0.5)) * 32) +
((math.floor((previous_b * max_sample_out / max_sample_in) + 0.5)) * 1)
if 1 == count then
raw_pixel = string.char(colorword % 256, math.floor(colorword / 256))
raw_pixels[#raw_pixels + 1] = raw_pixel
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, colorword % 256, math.floor(colorword / 256))
packets[#packets +1] = rle_packet
end
self.data = self.data .. table.concat(packets)
end
function image:encode_data_R8G8B8_as_B8G8R8_raw()
assert(24 == self.pixel_depth)
local raw_pixels = {}
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
local raw_pixel = string.char(pixel[3], pixel[2], pixel[1])
raw_pixels[#raw_pixels + 1] = raw_pixel
end
end
self.data = self.data .. table.concat(raw_pixels)
end
function image:encode_data_R8G8B8_as_B8G8R8_rle()
assert(24 == self.pixel_depth)
local previous_r = nil
local previous_g = nil
local previous_b = nil
local raw_pixel = ''
local raw_pixels = {}
local count = 1
local packets = {}
local raw_packet = ''
local rle_packet = ''
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
if pixel[1] ~= previous_r or pixel[2] ~= previous_g or pixel[3] ~= previous_b or count == 128 then
if nil ~= previous_r then
if 1 == count then
-- remember pixel verbatim for raw encoding
raw_pixel = string.char(previous_b, previous_g, previous_r)
raw_pixels[#raw_pixels + 1] = raw_pixel
if 128 == #raw_pixels then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, previous_b, previous_g, previous_r)
packets[#packets +1] = rle_packet
end
end
count = 1
previous_r = pixel[1]
previous_g = pixel[2]
previous_b = pixel[3]
else
count = count + 1
end
end
end
if 1 == count then
raw_pixel = string.char(previous_b, previous_g, previous_r)
raw_pixels[#raw_pixels + 1] = raw_pixel
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, previous_b, previous_g, previous_r)
packets[#packets +1] = rle_packet
end
self.data = self.data .. table.concat(packets)
end
function image:encode_data_R8G8B8A8_as_B8G8R8A8_raw()
assert(32 == self.pixel_depth)
local raw_pixels = {}
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
local raw_pixel = string.char(pixel[3], pixel[2], pixel[1], pixel[4])
raw_pixels[#raw_pixels + 1] = raw_pixel
end
end
self.data = self.data .. table.concat(raw_pixels)
end
function image:encode_data_R8G8B8A8_as_B8G8R8A8_rle()
assert(32 == self.pixel_depth)
local previous_r = nil
local previous_g = nil
local previous_b = nil
local previous_a = nil
local raw_pixel = ''
local raw_pixels = {}
local count = 1
local packets = {}
local raw_packet = ''
local rle_packet = ''
for _, row in ipairs(self.pixels) do
for _, pixel in ipairs(row) do
if pixel[1] ~= previous_r or pixel[2] ~= previous_g or pixel[3] ~= previous_b or pixel[4] ~= previous_a or count == 128 then
if nil ~= previous_r then
if 1 == count then
-- remember pixel verbatim for raw encoding
raw_pixel = string.char(previous_b, previous_g, previous_r, previous_a)
raw_pixels[#raw_pixels + 1] = raw_pixel
if 128 == #raw_pixels then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, previous_b, previous_g, previous_r, previous_a)
packets[#packets +1] = rle_packet
end
end
count = 1
previous_r = pixel[1]
previous_g = pixel[2]
previous_b = pixel[3]
previous_a = pixel[4]
else
count = count + 1
end
end
end
if 1 == count then
raw_pixel = string.char(previous_b, previous_g, previous_r, previous_a)
raw_pixels[#raw_pixels + 1] = raw_pixel
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
else
-- encode raw pixels, if any
if #raw_pixels > 0 then
raw_packet = string.char(#raw_pixels - 1)
packets[#packets + 1] = raw_packet
for i=1, #raw_pixels do
packets[#packets +1] = raw_pixels[i]
end
raw_pixels = {}
end
-- RLE encoding
rle_packet = string.char(128 + count - 1, previous_b, previous_g, previous_r, previous_a)
packets[#packets +1] = rle_packet
end
self.data = self.data .. table.concat(packets)
end
function image:encode_footer()
self.data = self.data
.. string.char(0, 0, 0, 0) -- extension area offset
.. string.char(0, 0, 0, 0) -- developer area offset
.. "TRUEVISION-XFILE"
.. "."
.. string.char(0)
end
function image:encode(properties)
self.data = ""
self:encode_header(properties) -- header
-- no color map and image id data
self:encode_data(properties) -- encode data
-- no extension or developer area
self:encode_footer() -- footer
end
function image:save(filename, properties)
local properties = properties or {}
properties.colormap = properties.colormap or {}
properties.compression = properties.compression or "RAW"
self.pixel_depth = #self.pixels[1][1] * 8
local color_format_defaults_by_pixel_depth = {
[8] = "Y8",
[24] = "B8G8R8",
[32] = "B8G8R8A8",
}
if nil == properties.color_format then
if 0 ~= #properties.colormap then
properties.color_format =
color_format_defaults_by_pixel_depth[
#properties.colormap[1] * 8
]
else
properties.color_format =
color_format_defaults_by_pixel_depth[
self.pixel_depth
]
end
end
assert( nil ~= properties.color_format )
self:encode(properties)
local f = assert(io.open(filename, "wb"))
f:write(self.data)
f:close()
end
tga_encoder.image = image

2
mods/CORE/tga_encoder/mod.conf Normal file
View File

@ -0,0 +1,2 @@
name = tga_encoder
description = A TGA Encoder written in Lua without the use of external Libraries.

10
mods/ENTITIES/extra_mobs/glow_squid.lua
View File

@ -231,3 +231,13 @@ water)
-- spawn egg -- spawn egg
mobs:register_egg("extra_mobs:glow_squid", S("Glow Squid"), "extra_mobs_spawn_icon_glow_squid.png", 0) mobs:register_egg("extra_mobs:glow_squid", S("Glow Squid"), "extra_mobs_spawn_icon_glow_squid.png", 0)
-- dropped item (used to craft glowing itemframe)
minetest.register_craftitem("extra_mobs:glow_ink_sac", {
description = S("Glow Ink Sac"),
_doc_items_longdesc = S("Use it to craft the Glow Item Frame."),
_doc_items_usagehelp = S("Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame."),
inventory_image = "extra_mobs_glow_ink_sac.png",
groups = { craftitem = 1 },
})

330
mods/ENTITIES/extra_mobs/glow_squid_items.lua
View File

@ -1,330 +0,0 @@
local S = minetest.get_translator("extra_mobs")
minetest.register_craftitem("extra_mobs:glow_ink_sac", {
description = S("Glow Ink Sac"),
_doc_items_longdesc = S("Use it to craft the Glow Item Frame."),
_doc_items_usagehelp = S("Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame."),
inventory_image = "extra_mobs_glow_ink_sac.png",
groups = { craftitem = 1 },
})
--------------------
--[[This mod is originally by Zeg9, but heavily modified for MineClone 2.
Model created by 22i, licensed under the
GNU GPLv3 <https://www.gnu.org/licenses/gpl-3.0.html>.
Source: <https://github.com/22i/amc>
]]
local VISUAL_SIZE = 0.3
minetest.register_entity("extra_mobs:glow_item_frame_item",{
hp_max = 1,
visual = "wielditem",
visual_size = {x=VISUAL_SIZE, y=VISUAL_SIZE},
physical = false,
pointable = false,
textures = { "blank.png" },
_texture = "blank.png",
_scale = 1,
glow = minetest.LIGHT_MAX,
on_activate = function(self, staticdata)
if staticdata ~= nil and staticdata ~= "" then
local data = staticdata:split(';')
if data and data[1] and data[2] then
self._nodename = data[1]
self._texture = data[2]
if data[3] then
self._scale = data[3]
else
self._scale = 1
end
end
end
if self._texture ~= nil then
self.object:set_properties({
textures={self._texture},
visual_size={x=VISUAL_SIZE/self._scale, y=VISUAL_SIZE/self._scale},
})
end
end,
get_staticdata = function(self)
if not self then return end
if self._nodename ~= nil and self._texture ~= nil then
local ret = self._nodename .. ';' .. self._texture
if self._scale ~= nil then
ret = ret .. ';' .. tostring(self._scale)
end
return ret
end
return ""
end,
_update_texture = function(self)
if self._texture ~= nil then
self.object:set_properties({
textures={self._texture},
visual_size={x=VISUAL_SIZE/self._scale, y=VISUAL_SIZE/self._scale},
})
end
end,
})
local facedir = {}
facedir[0] = {x=0,y=0,z=1}
facedir[1] = {x=1,y=0,z=0}
facedir[2] = {x=0,y=0,z=-1}
facedir[3] = {x=-1,y=0,z=0}
local remove_item_entity = function(pos, node)
local objs = nil
if node.name == "extra_mobs:glow_item_frame" then
objs = minetest.get_objects_inside_radius(pos, .5)
end
if objs then
for _, obj in ipairs(objs) do
if obj and obj:get_luaentity() and obj:get_luaentity().name == "extra_mobs:glow_item_frame_item" then
obj:remove()
end
end
end
end
local update_item_entity = function(pos, node, param2)
remove_item_entity(pos, node)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
local item = inv:get_stack("main", 1)
if not item:is_empty() then
if not param2 then
param2 = node.param2
end
if node.name == "extra_mobs:glow_item_frame" then
local posad = facedir[param2]
pos.x = pos.x + posad.x*6.5/16
pos.y = pos.y + posad.y*6.5/16
pos.z = pos.z + posad.z*6.5/16
end
local e = minetest.add_entity(pos, "extra_mobs:glow_item_frame_item")
local lua = e:get_luaentity()
lua._nodename = node.name
local itemname = item:get_name()
if itemname == "" or itemname == nil then
lua._texture = "blank.png"
lua._scale = 1
else
lua._texture = itemname
local def = minetest.registered_items[itemname]
if def and def.wield_scale then
lua._scale = def.wield_scale.x
else
lua._scale = 1
end
end
lua:_update_texture()
if node.name == "extra_mobs:glow_item_frame" then
local yaw = math.pi*2 - param2 * math.pi/2
e:set_yaw(yaw)
end
end
end
local drop_item = function(pos, node, meta, clicker)
local cname = ""
if clicker and clicker:is_player() then
cname = clicker:get_player_name()
end
if node.name == "extra_mobs:glow_item_frame" and not minetest.is_creative_enabled(cname) then
local inv = meta:get_inventory()
local item = inv:get_stack("main", 1)
if not item:is_empty() then
minetest.add_item(pos, item)
end
end
meta:set_string("infotext", "")
remove_item_entity(pos, node)
end
minetest.register_node("extra_mobs:glow_item_frame",{
description = S("Glow Item Frame"),
_tt_help = S("Can hold an item and glows"),
_doc_items_longdesc = S("Glow Item frames are decorative blocks in which items can be placed."),
_doc_items_usagehelp = S("Just place any item on the item frame. Use the item frame again to retrieve the item."),
drawtype = "mesh",
is_ground_content = false,
mesh = "extra_mobs_glow_item_frame.obj",
selection_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} },
collision_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} },
tiles = {"extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png"},
inventory_image = "extra_mobs_glow_item_frame_item.png",
wield_image = "extra_mobs_glow_item_frame.png",
paramtype = "light",
paramtype2 = "facedir",
--FIXME: should only be glowing, no light source. How is that possible with a node?
light_source = 1,
sunlight_propagates = true,
groups = { dig_immediate=3,deco_block=1,dig_by_piston=1,container=7,attached_node_facedir=1 },
sounds = mcl_sounds.node_sound_defaults(),
node_placement_prediction = "",
on_place = function(itemstack, placer, pointed_thing)
if pointed_thing.type ~= "node" then
return itemstack
end
-- Use pointed node's on_rightclick function first, if present
local node = minetest.get_node(pointed_thing.under)
if placer and not placer:get_player_control().sneak then
if minetest.registered_nodes[node.name] and minetest.registered_nodes[node.name].on_rightclick then
return minetest.registered_nodes[node.name].on_rightclick(pointed_thing.under, node, placer, itemstack) or itemstack
end
end
return minetest.item_place(itemstack, placer, pointed_thing, minetest.dir_to_facedir(vector.direction(pointed_thing.above, pointed_thing.under)))
end,
on_construct = function(pos)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
inv:set_size("main", 1)
end,
on_rightclick = function(pos, node, clicker, itemstack)
if not itemstack then
return
end
local pname = clicker:get_player_name()
if minetest.is_protected(pos, pname) then
minetest.record_protection_violation(pos, pname)
return
end
local meta = minetest.get_meta(pos)
drop_item(pos, node, meta, clicker)
local inv = meta:get_inventory()
if itemstack:is_empty() then
remove_item_entity(pos, node)
meta:set_string("infotext", "")
inv:set_stack("main", 1, "")
return itemstack
end
local put_itemstack = ItemStack(itemstack)
put_itemstack:set_count(1)
inv:set_stack("main", 1, put_itemstack)
update_item_entity(pos, node)
-- Add node infotext when item has been named
local imeta = itemstack:get_meta()
local iname = imeta:get_string("name")
if iname then
meta:set_string("infotext", iname)
end
if not minetest.is_creative_enabled(clicker:get_player_name()) then
itemstack:take_item()
end
return itemstack
end,
allow_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
local name = player:get_player_name()
if minetest.is_protected(pos, name) then
minetest.record_protection_violation(pos, name)
return 0
else
return count
end
end,
allow_metadata_inventory_take = function(pos, listname, index, stack, player)
local name = player:get_player_name()
if minetest.is_protected(pos, name) then
minetest.record_protection_violation(pos, name)
return 0
else
return stack:get_count()
end
end,
allow_metadata_inventory_put = function(pos, listname, index, stack, player)
local name = player:get_player_name()
if minetest.is_protected(pos, name) then
minetest.record_protection_violation(pos, name)
return 0
else
return stack:get_count()
end
end,
on_destruct = function(pos)
local meta = minetest.get_meta(pos)
local node = minetest.get_node(pos)
drop_item(pos, node, meta)
end,
on_rotate = function(pos, node, user, mode, param2)
if mode == screwdriver.ROTATE_FACE then
-- Rotate face
local meta = minetest.get_meta(pos)
local node = minetest.get_node(pos)
local objs = nil
if node.name == "extra_mobs:glow_item_frame" then
objs = minetest.get_objects_inside_radius(pos, .5)
end
if objs then
for _, obj in ipairs(objs) do
if obj and obj:get_luaentity() and obj:get_luaentity().name == "extra_mobs:glow_item_frame_item" then
update_item_entity(pos, node, (node.param2+1) % 4)
break
end
end
end
return
elseif mode == screwdriver.ROTATE_AXIS then
return false
end
end,
})
minetest.register_craft({
type = "shapeless",
output = 'extra_mobs:glow_item_frame',
recipe = {'mcl_itemframes:item_frame', 'extra_mobs:glow_ink_sac'},
})
minetest.register_lbm({
label = "Update legacy item frames",
name = "extra_mobs:update_legacy_glow_item_frames",
nodenames = {"extra_mobs:glow_frame"},
action = function(pos, node)
-- Swap legacy node, then respawn entity
node.name = "extra_mobs:glow_item_frame"
local meta = minetest.get_meta(pos)
local item = meta:get_string("item")
minetest.swap_node(pos, node)
if item ~= "" then
local itemstack = ItemStack(minetest.deserialize(meta:get_string("itemdata")))
local inv = meta:get_inventory()
inv:set_size("main", 1)
if not itemstack:is_empty() then
inv:set_stack("main", 1, itemstack)
end
end
update_item_entity(pos, node)
end,
})
-- FIXME: Item entities can get destroyed by /clearobjects
minetest.register_lbm({
label = "Respawn item frame item entities",
name = "extra_mobs:respawn_entities",
nodenames = {"extra_mobs:glow_item_frame"},
run_at_every_load = true,
action = function(pos, node)
update_item_entity(pos, node)
end,
})
minetest.register_alias("extra_mobs:glow_frame", "extra_mobs:glow_item_frame")
--------------------

5
mods/ENTITIES/extra_mobs/init.lua
View File

@ -21,8 +21,3 @@ dofile(path .. "/cod.lua")
dofile(path .. "/salmon.lua") dofile(path .. "/salmon.lua")
dofile(path .. "/dolphin.lua") dofile(path .. "/dolphin.lua")
dofile(path .. "/glow_squid.lua") dofile(path .. "/glow_squid.lua")
--Items
dofile(path .. "/glow_squid_items.lua")

6
mods/ENTITIES/extra_mobs/locale/extra_mobs.fr.tr
View File

@ -9,9 +9,3 @@ Salmon=Saumon
dolphin=Dauphin dolphin=Dauphin
Glow Squid=Pieuvre Lumineuse Glow Squid=Pieuvre Lumineuse
Glow Ink Sac=Sac d'Encre Lumineuse Glow Ink Sac=Sac d'Encre Lumineuse
Use it to craft the Glow Item Frame.=Utilisez le pour fabriquer le Cadre à Objet Lumineux
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=Utiliser le Sac d'Encre Lumineuse et le Cadre à Objet normal pour fabriquer le Cadre à Objet Lumineux.
Glow Item Frame=Cadre à Objet Lumineux
Can hold an item and glows=Peut exposer un objet et éclairer
Glow Item frames are decorative blocks in which items can be placed.=les Cadres à Objet Lumineux sont des blocs décoratifs pouvant contenir des objets.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Placer n'importe quel objet sur le cadre. Récupérer l'objet en faisant un clic droit sur le cadre.

6
mods/ENTITIES/extra_mobs/locale/extra_mobs.ru.tr
View File

@ -9,9 +9,3 @@ Salmon=Лосось
dolphin=Дельфин dolphin=Дельфин
Glow Squid=Светящийся спрут Glow Squid=Светящийся спрут
Glow Ink Sac=Светящийся чернильный мешок Glow Ink Sac=Светящийся чернильный мешок
Use it to craft the Glow Item Frame.=Используется для крафта светящейся рамки.
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=Используйте светящийся чернильный мешок и обычную рамку для крафта светящейся рамки.
Glow Item Frame=Светящаяся рамка
Can hold an item and glows=Светится и может хранить предмет
Glow Item frames are decorative blocks in which items can be placed.=Светящаяся рамка это декоративный блок в который можно положить предметы.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Просто используйте любой предмет на рамке. Используйте рамку снова, чтобы забрать предмет.

6
mods/ENTITIES/extra_mobs/locale/template.txt
View File

@ -9,9 +9,3 @@ Salmon=
dolphin= dolphin=
Glow Squid= Glow Squid=
Glow Ink Sac= Glow Ink Sac=
Use it to craft the Glow Item Frame.=
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=
Glow Item Frame=
Can hold an item and glows=
Glow Item frames are decorative blocks in which items can be placed.=
Just place any item on the item frame. Use the item frame again to retrieve the item.=

124
mods/ITEMS/mcl_itemframes/init.lua
View File

@ -2,7 +2,13 @@ local S = minetest.get_translator(minetest.get_current_modname())
local VISUAL_SIZE = 0.3 local VISUAL_SIZE = 0.3
minetest.register_entity("mcl_itemframes:item",{ local vari = {{ "mcl_itemframes:item", "mcl_itemframes:map", "mcl_itemframes:item_frame", S("Item Frame"), S("Can hold an item"), S("Item frames are decorative blocks in which items can be placed."), "mcl_itemframes_itemframe1facedir.obj", "mcl_itemframes_itemframe_background.png", "default_wood.png", "mcl_itemframes_item_frame.png", "mcl_itemframes_item_frame.png", {"itemframes:frame"}},
{ "mcl_itemframes:glow_item", "mcl_itemframes:glow_map", "mcl_itemframes:glow_item_frame", S("Glow Item Frame"), S("Can hold an item and glows"), S("Glow Item frames are decorative blocks in which items can be placed."), "extra_mobs_glow_item_frame.obj", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_border.png", "extra_mobs_glow_item_frame_item.png", "extra_mobs_glow_item_frame.png", {"extra_mobs:glow_frame", "extra_mobs:glow_item_frame"}},
}
for v=1, #vari do
local var = vari[v]
minetest.register_entity(var[1],{
hp_max = 1, hp_max = 1,
visual = "wielditem", visual = "wielditem",
visual_size = {x=VISUAL_SIZE, y=VISUAL_SIZE}, visual_size = {x=VISUAL_SIZE, y=VISUAL_SIZE},
@ -11,6 +17,7 @@ minetest.register_entity("mcl_itemframes:item",{
textures = { "blank.png" }, textures = { "blank.png" },
_texture = "blank.png", _texture = "blank.png",
_scale = 1, _scale = 1,
glow = (v-1)*minetest.LIGHT_MAX,
on_activate = function(self, staticdata) on_activate = function(self, staticdata)
if staticdata and staticdata ~= "" then if staticdata and staticdata ~= "" then
@ -52,9 +59,9 @@ minetest.register_entity("mcl_itemframes:item",{
}) })
end end
end, end,
}) })
minetest.register_entity("mcl_itemframes:map", { minetest.register_entity(var[2], {
initial_properties = { initial_properties = {
visual = "upright_sprite", visual = "upright_sprite",
visual_size = {x = 1, y = 1}, visual_size = {x = 1, y = 1},
@ -65,32 +72,35 @@ minetest.register_entity("mcl_itemframes:map", {
}, },
on_activate = function(self, staticdata) on_activate = function(self, staticdata)
self.id = staticdata self.id = staticdata
self.object:set_properties({textures = {mcl_maps.load_map(self.id)}}) mcl_maps.load_map(self.id, function(texture)
-- will not crash even if self.object is invalid by now
self.object:set_properties({textures = {texture}})
end)
end, end,
get_staticdata = function(self) get_staticdata = function(self)
return self.id return self.id
end, end,
}) })
local facedir = {} local facedir = {}
facedir[0] = {x=0,y=0,z=1} facedir[0] = {x=0,y=0,z=1}
facedir[1] = {x=1,y=0,z=0} facedir[1] = {x=1,y=0,z=0}
facedir[2] = {x=0,y=0,z=-1} facedir[2] = {x=0,y=0,z=-1}
facedir[3] = {x=-1,y=0,z=0} facedir[3] = {x=-1,y=0,z=0}
local remove_item_entity = function(pos, node) local remove_item_entity = function(pos, node)
if node.name == "mcl_itemframes:item_frame" then if node.name == var[3] then
for _, obj in pairs(minetest.get_objects_inside_radius(pos, 0.5)) do for _, obj in pairs(minetest.get_objects_inside_radius(pos, 0.5)) do
local entity = obj:get_luaentity() local entity = obj:get_luaentity()
if entity and (entity.name == "mcl_itemframes:item" or entity.name == "mcl_itemframes:map") then if entity and (entity.name == var[1] or entity.name == var[2]) then
obj:remove() obj:remove()
end end
end end
end end
end end
local update_item_entity = function(pos, node, param2) local update_item_entity = function(pos, node, param2)
remove_item_entity(pos, node) remove_item_entity(pos, node)
local meta = minetest.get_meta(pos) local meta = minetest.get_meta(pos)
local inv = meta:get_inventory() local inv = meta:get_inventory()
@ -99,7 +109,7 @@ local update_item_entity = function(pos, node, param2)
if not param2 then if not param2 then
param2 = node.param2 param2 = node.param2
end end
if node.name == "mcl_itemframes:item_frame" then if node.name == var[3] then
local posad = facedir[param2] local posad = facedir[param2]
pos.x = pos.x + posad.x*6.5/16 pos.x = pos.x + posad.x*6.5/16
pos.y = pos.y + posad.y*6.5/16 pos.y = pos.y + posad.y*6.5/16
@ -108,7 +118,7 @@ local update_item_entity = function(pos, node, param2)
local yaw = math.pi*2 - param2 * math.pi/2 local yaw = math.pi*2 - param2 * math.pi/2
local map_id = item:get_meta():get_string("mcl_maps:id") local map_id = item:get_meta():get_string("mcl_maps:id")
if map_id == "" then if map_id == "" then
local e = minetest.add_entity(pos, "mcl_itemframes:item") local e = minetest.add_entity(pos, var[1])
local lua = e:get_luaentity() local lua = e:get_luaentity()
lua._nodename = node.name lua._nodename = node.name
local itemname = item:get_name() local itemname = item:get_name()
@ -121,22 +131,22 @@ local update_item_entity = function(pos, node, param2)
lua._scale = def and def.wield_scale and def.wield_scale.x or 1 lua._scale = def and def.wield_scale and def.wield_scale.x or 1
end end
lua:_update_texture() lua:_update_texture()
if node.name == "mcl_itemframes:item_frame" then if node.name == var[3] then
e:set_yaw(yaw) e:set_yaw(yaw)
end end
else else
local e = minetest.add_entity(pos, "mcl_itemframes:map", map_id) local e = minetest.add_entity(pos, var[2], map_id)
e:set_yaw(yaw) e:set_yaw(yaw)
end end
end end
end end
local drop_item = function(pos, node, meta, clicker) local drop_item = function(pos, node, meta, clicker)
local cname = "" local cname = ""
if clicker and clicker:is_player() then if clicker and clicker:is_player() then
cname = clicker:get_player_name() cname = clicker:get_player_name()
end end
if node.name == "mcl_itemframes:item_frame" and not minetest.is_creative_enabled(cname) then if node.name == var[3] and not minetest.is_creative_enabled(cname) then
local inv = meta:get_inventory() local inv = meta:get_inventory()
local item = inv:get_stack("main", 1) local item = inv:get_stack("main", 1)
if not item:is_empty() then if not item:is_empty() then
@ -145,23 +155,27 @@ local drop_item = function(pos, node, meta, clicker)
end end
meta:set_string("infotext", "") meta:set_string("infotext", "")
remove_item_entity(pos, node) remove_item_entity(pos, node)
end end
minetest.register_node("mcl_itemframes:item_frame",{ minetest.register_node(var[3],{
description = S("Item Frame"), description = var[4],
_tt_help = S("Can hold an item"), _tt_help = var[5],
_doc_items_longdesc = S("Item frames are decorative blocks in which items can be placed."), _doc_items_longdesc = var[6],
_doc_items_usagehelp = S("Just place any item on the item frame. Use the item frame again to retrieve the item."), _doc_items_usagehelp = S("Just place any item on the item frame. Use the item frame again to retrieve the item."),
drawtype = "mesh", drawtype = "mesh",
is_ground_content = false, is_ground_content = false,
mesh = "mcl_itemframes_itemframe1facedir.obj", mesh = var[7],
selection_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} }, selection_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} },
collision_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} }, collision_box = { type = "fixed", fixed = {-6/16, -6/16, 7/16, 6/16, 6/16, 0.5} },
tiles = {"mcl_itemframes_itemframe_background.png", "mcl_itemframes_itemframe_background.png", "mcl_itemframes_itemframe_background.png", "mcl_itemframes_itemframe_background.png", "default_wood.png", "mcl_itemframes_itemframe_background.png"}, tiles = {var[8], var[8], var[8], var[8], var[9], var[8]},
inventory_image = "mcl_itemframes_item_frame.png", inventory_image = var[10],
wield_image = "mcl_itemframes_item_frame.png", wield_image = var[11],
paramtype = "light", paramtype = "light",
paramtype2 = "facedir", paramtype2 = "facedir",
--FIXME: should only be glowing, no light source. How is that possible with a node?
light_source = v-1,
sunlight_propagates = true, sunlight_propagates = true,
groups = { dig_immediate=3,deco_block=1,dig_by_piston=1,container=7,attached_node_facedir=1 }, groups = { dig_immediate=3,deco_block=1,dig_by_piston=1,container=7,attached_node_facedir=1 },
sounds = mcl_sounds.node_sound_defaults(), sounds = mcl_sounds.node_sound_defaults(),
@ -281,12 +295,12 @@ minetest.register_node("mcl_itemframes:item_frame",{
local node = minetest.get_node(pos) local node = minetest.get_node(pos)
local objs = nil local objs = nil
if node.name == "mcl_itemframes:item_frame" then if node.name == var[3] then
objs = minetest.get_objects_inside_radius(pos, 0.5) objs = minetest.get_objects_inside_radius(pos, 0.5)
end end
if objs then if objs then
for _, obj in ipairs(objs) do for _, obj in ipairs(objs) do
if obj and obj:get_luaentity() and obj:get_luaentity().name == "mcl_itemframes:item" then if obj and obj:get_luaentity() and obj:get_luaentity().name == var[1] then
update_item_entity(pos, node, (node.param2+1) % 4) update_item_entity(pos, node, (node.param2+1) % 4)
break break
end end
@ -297,24 +311,15 @@ minetest.register_node("mcl_itemframes:item_frame",{
return false return false
end end
end, end,
}) })
minetest.register_craft({ minetest.register_lbm({
output = "mcl_itemframes:item_frame",
recipe = {
{"mcl_core:stick", "mcl_core:stick", "mcl_core:stick"},
{"mcl_core:stick", "mcl_mobitems:leather", "mcl_core:stick"},
{"mcl_core:stick", "mcl_core:stick", "mcl_core:stick"},
}
})
minetest.register_lbm({
label = "Update legacy item frames", label = "Update legacy item frames",
name = "mcl_itemframes:update_legacy_item_frames", name = "mcl_itemframes:update_legacy_item_frames",
nodenames = {"itemframes:frame"}, nodenames = var[12],
action = function(pos, node) action = function(pos, node)
-- Swap legacy node, then respawn entity -- Swap legacy node, then respawn entity
node.name = "mcl_itemframes:item_frame" node.name = var[3]
local meta = minetest.get_meta(pos) local meta = minetest.get_meta(pos)
local item = meta:get_string("item") local item = meta:get_string("item")
minetest.swap_node(pos, node) minetest.swap_node(pos, node)
@ -328,17 +333,36 @@ minetest.register_lbm({
end end
update_item_entity(pos, node) update_item_entity(pos, node)
end, end,
}) })
-- FIXME: Item entities can get destroyed by /clearobjects -- FIXME: Item entities can get destroyed by /clearobjects
minetest.register_lbm({ minetest.register_lbm({
label = "Respawn item frame item entities", label = "Respawn item frame item entities",
name = "mcl_itemframes:respawn_entities", name = "mcl_itemframes:respawn_entities",
nodenames = {"mcl_itemframes:item_frame"}, nodenames = {var[3]},
run_at_every_load = true, run_at_every_load = true,
action = function(pos, node) action = function(pos, node)
update_item_entity(pos, node) update_item_entity(pos, node)
end, end,
})
end
minetest.register_craft({
output = "mcl_itemframes:item_frame",
recipe = {
{"mcl_core:stick", "mcl_core:stick", "mcl_core:stick"},
{"mcl_core:stick", "mcl_mobitems:leather", "mcl_core:stick"},
{"mcl_core:stick", "mcl_core:stick", "mcl_core:stick"},
}
})
minetest.register_craft({
type = "shapeless",
output = 'mcl_itemframes:glow_item_frame',
recipe = {'mcl_itemframes:item_frame', 'extra_mobs:glow_ink_sac'},
}) })
minetest.register_alias("itemframes:frame", "mcl_itemframes:item_frame") minetest.register_alias("itemframes:frame", "mcl_itemframes:item_frame")
minetest.register_alias("extra_mobs:glow_item_frame","mcl_itemframes:glow_item_frame")
minetest.register_alias("extra_mobs:glow_frame","mcl_itemframes:glow_item_frame")
minetest.register_alias("extra_mobs:glow_item_frame_item","mcl_itemframes:glow_item")

6
mods/ITEMS/mcl_itemframes/locale/mcl_itemframes.fr.tr
View File

@ -3,3 +3,9 @@ Item Frame=Cadre
Item frames are decorative blocks in which items can be placed.=Les cadres sont des blocs décoratifs dans lesquels les objets peuvent être placés. Item frames are decorative blocks in which items can be placed.=Les cadres sont des blocs décoratifs dans lesquels les objets peuvent être placés.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Placez simplement n'importe quel objet sur le cadre. Utilisez à nouveau le cadre décoré pour récupérer l'élément. Just place any item on the item frame. Use the item frame again to retrieve the item.=Placez simplement n'importe quel objet sur le cadre. Utilisez à nouveau le cadre décoré pour récupérer l'élément.
Can hold an item=Peut contenir un objet Can hold an item=Peut contenir un objet
Use it to craft the Glow Item Frame.=Utilisez le pour fabriquer le Cadre à Objet Lumineux
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=Utiliser le Sac d'Encre Lumineuse et le Cadre à Objet normal pour fabriquer le Cadre à Objet Lumineux.
Glow Item Frame=Cadre à Objet Lumineux
Can hold an item and glows=Peut exposer un objet et éclairer
Glow Item frames are decorative blocks in which items can be placed.=les Cadres à Objet Lumineux sont des blocs décoratifs pouvant contenir des objets.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Placer n'importe quel objet sur le cadre. Récupérer l'objet en faisant un clic droit sur le cadre.

6
mods/ITEMS/mcl_itemframes/locale/mcl_itemframes.ru.tr
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@ -3,3 +3,9 @@ Item Frame=Рамка
Item frames are decorative blocks in which items can be placed.=Рамки это декоративные блоки, в которые можно помещать предметы. Item frames are decorative blocks in which items can be placed.=Рамки это декоративные блоки, в которые можно помещать предметы.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Просто поместите в рамку любой предмет. Используйте рамку вновь, чтобы забрать из неё предмет обратно. Just place any item on the item frame. Use the item frame again to retrieve the item.=Просто поместите в рамку любой предмет. Используйте рамку вновь, чтобы забрать из неё предмет обратно.
Can hold an item=Может хранить предмет Can hold an item=Может хранить предмет
Use it to craft the Glow Item Frame.=Используется для крафта светящейся рамки.
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=Используйте светящийся чернильный мешок и обычную рамку для крафта светящейся рамки.
Glow Item Frame=Светящаяся рамка
Can hold an item and glows=Светится и может хранить предмет
Glow Item frames are decorative blocks in which items can be placed.=Светящаяся рамка это декоративный блок в который можно положить предметы.
Just place any item on the item frame. Use the item frame again to retrieve the item.=Просто используйте любой предмет на рамке. Используйте рамку снова, чтобы забрать предмет.

6
mods/ITEMS/mcl_itemframes/locale/template.txt
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@ -3,3 +3,9 @@ Item Frame=
Item frames are decorative blocks in which items can be placed.= Item frames are decorative blocks in which items can be placed.=
Just place any item on the item frame. Use the item frame again to retrieve the item.= Just place any item on the item frame. Use the item frame again to retrieve the item.=
Can hold an item= Can hold an item=
Use it to craft the Glow Item Frame.=
Use the Glow Ink Sac and the normal Item Frame to craft the Glow Item Frame.=
Glow Item Frame=
Can hold an item and glows=
Glow Item frames are decorative blocks in which items can be placed.=
Just place any item on the item frame. Use the item frame again to retrieve the item.=

2
mods/ITEMS/mcl_itemframes/mod.conf
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@ -1,3 +1,3 @@
name = mcl_itemframes name = mcl_itemframes
depends = mcl_core, mcl_sounds, mcl_compass, mcl_maps depends = mcl_core, mcl_sounds, mcl_compass, mcl_maps, extra_mobs
optional_depends = screwdriver optional_depends = screwdriver

0
mods/ENTITIES/extra_mobs/models/extra_mobs_glow_item_frame.obj → mods/ITEMS/mcl_itemframes/models/extra_mobs_glow_item_frame.obj
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0
mods/ENTITIES/extra_mobs/textures/extra_mobs_glow_item_frame.png → mods/ITEMS/mcl_itemframes/textures/extra_mobs_glow_item_frame.png
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54
mods/ITEMS/mcl_maps/init.lua
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@ -8,6 +8,8 @@ local map_textures_path = worldpath .. "/mcl_maps/"
local math_min = math.min local math_min = math.min
local math_max = math.max local math_max = math.max
local dynamic_add_media = minetest.dynamic_add_media
minetest.mkdir(map_textures_path) minetest.mkdir(map_textures_path)
local function load_json_file(name) local function load_json_file(name)
@ -55,7 +57,8 @@ function mcl_maps.create_map(pos)
local map_y_start = 64 * dx local map_y_start = 64 * dx
local map_y_limit = 127 * dx local map_y_limit = 127 * dx
local pixels = "" --local pixels = ""
local pixels = {}
local last_heightmap local last_heightmap
for x = 1, 128 do for x = 1, 128 do
local map_x = x + offset local map_x = x + offset
@ -125,42 +128,59 @@ function mcl_maps.create_map(pos)
height = map_y - map_z height = map_y - map_z
heightmap[z] = height or minp.y heightmap[z] = height or minp.y
pixels[z] = pixels[z] or {}
if not color then color = {0, 0, 0} end pixels[z][x] = color or {0, 0, 0}
pixels = pixels .. minetest.colorspec_to_bytes({r = color[1], g = color[2], b = color[3]}) --if not color then color = {0, 0, 0} end
--pixels = pixels .. minetest.colorspec_to_bytes({r = color[1], g = color[2], b = color[3]})
end end
last_heightmap = heightmap last_heightmap = heightmap
end end
local png = minetest.encode_png(128, 128, pixels) --local png = minetest.encode_png(128, 128, pixels)
local f = io.open(map_textures_path .. "mcl_maps_map_texture_" .. id .. ".png", "wb") --local f = io.open(map_textures_path .. "mcl_maps_map_texture_" .. id .. ".png", "wb")
if not f then return end --if not f then return end
f:write(png) --f:write(png)
f:close() --f:close()
tga_encoder.image(pixels):save(map_textures_path .. "mcl_maps_map_texture_" .. id .. ".tga")
creating_maps[id] = nil creating_maps[id] = nil
end) end)
return itemstack return itemstack
end end
local loading_maps = {} --local loading_maps = {}
function mcl_maps.load_map(id) function mcl_maps.load_map(id, callback)
if id == "" or creating_maps[id] or loading_maps[id] then if id == "" or creating_maps[id] then--or loading_maps[id] then
return return
end end
local texture = "mcl_maps_map_texture_" .. id .. ".png" --local texture = "mcl_maps_map_texture_" .. id .. ".png"
local texture = "mcl_maps_map_texture_" .. id .. ".tga"
if not loaded_maps[id] then if not loaded_maps[id] then
loading_maps[id] = true --loading_maps[id] = true
minetest.dynamic_add_media({filepath = map_textures_path .. texture, ephemeral = true}, function(player_name) if not minetest.features.dynamic_add_media_table then
-- minetest.dynamic_add_media() blocks in
-- Minetest 5.3 and 5.4 until media loads
dynamic_add_media(map_textures_path .. texture, function(player_name) end)
loaded_maps[id] = true loaded_maps[id] = true
loading_maps[id] = nil if callback then callback(texture) end
--loading_maps[id] = nil
else
-- minetest.dynamic_add_media() never blocks
-- in Minetest 5.5, callback runs after load
dynamic_add_media(map_textures_path .. texture, function(player_name)
loaded_maps[id] = true
if callback then callback(texture) end
--loading_maps[id] = nil
end) end)
return end
end end
if loaded_maps[id] then
if callback then callback(texture) end
return texture return texture
end
end end
function mcl_maps.load_map_item(itemstack) function mcl_maps.load_map_item(itemstack)

2
mods/ITEMS/mcl_maps/mod.conf
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@ -1,2 +1,2 @@
name = mcl_maps name = mcl_maps
depends = mcl_core, mcl_flowers, tt, mcl_colors, mcl_skins, mcl_util, mcl_time depends = mcl_core, mcl_flowers, tt, mcl_colors, mcl_skins, mcl_util, mcl_time, tga_encoder