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magic-set-editor-fork/data/space-blends.mse-include/new-blends
CajunAvenger eda330eee8 Initial commit
2021-07-09 02:07:58 -05:00

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# Scripts for blending images
# Included by a style file in its init script
########################################################################
# Filenames and other defaults
########################################################################
mask_hybrid_with_resource := { false }
template := { input + "{type}.jpg" }
resource_template := { (if input == "d" then "c" else input) + "l{type}.jpg" }
# For what value should thumbnails of hybrids be made?
hybrid_previews := "hybrid"
# Are there templates for colored resources, resource_template(...)?
colored_resources := true
########################################################################
# Combining multiple colors (hybrids)
########################################################################
card_hybrid_2 := {
linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0.4, y1: 0
x2: 0.6, y2: 0
)
}
overlay_hybrid := [
1: { template(colors[0]) }
2: { combine_blend(
image1: template(colors[0]),
image2: template(colors[1]),
combine: "symmetric overlay"
)}
]
# vertical version of a horizontal hybrid
vertical_card_hybrid := {
do_linear_blend := linear_blend
linear_blend := { do_linear_blend(x1: 0, x2: 0, y1: x1, y2: x2) }
card_hybrid.horizontal[color_count]()
}
horizontal_card_hybrid := [
1: { template(colors[0]) }
2: card_hybrid_2
3: {linear_blend(
image1: template(colors[0])
x1: 0.22, y1: 0
x2: 0.4, y2: 0
image2: linear_blend(
image1: template(colors[1])
x1: 0.6, y1: 0
x2: 0.78, y2: 0
image2: template(colors[2])
))}
4: {linear_blend(
# blend = 0.16
image1: template(colors[0])
x1: 0.15, y1: 0
x2: 0.31, y2: 0
image2: linear_blend(
image1: template(colors[1])
x1: 0.42, y1: 0
x2: 0.58, y2: 0
image2: linear_blend(
image1: template(colors[2])
x1: 0.69, y1: 0
x2: 0.85, y2: 0
image2: template(colors[3])
)))}
5: {linear_blend(
image1: template(colors[0])
x1: 2.0 / 15, y1: 0
x2: 4.0 / 15, y2: 0
image2: linear_blend(
image1: template(colors[1])
x1: 5.0 / 15, y1: 0
x2: 7.0 / 15, y2: 0
image2: linear_blend(
image1: template(colors[2])
x1: 8.0 / 15, y1: 0
x2: 10.0 / 15, y2: 0
image2: linear_blend(
image1: template(colors[3])
x1: 11.0 / 15, y1: 0
x2: 13.0 / 15, y2: 0
image2: template(colors[4])
))))}
6: {linear_blend(
image1: template(colors[0])
x1: 1.5 / 15, y1: 0
x2: 3.1 / 15, y2: 0
image2: linear_blend(
image1: template(colors[1])
x1: 4.1 / 15, y1: 0
x2: 5.7 / 15, y2: 0
image2: linear_blend(
image1: template(colors[2])
x1: 6.7 / 15, y1: 0
x2: 8.3 / 15, y2: 0
image2: linear_blend(
image1: template(colors[3])
x1: 9.3 / 15, y1: 0
x2: 10.9 / 15, y2: 0
image2: linear_blend(
image1: template(colors[4])
x1: 11.9 / 15, y1: 0
x2: 13.5 / 15, y2: 0
image2: template(colors[5])
)))))}
7: {linear_blend(
image1: template(colors[0])
x1: 1.3 / 15, y1: 0
x2: 2.7 / 15, y2: 0
image2: linear_blend(
image1: template(colors[1])
x1: 3.5 / 15, y1: 0
x2: 4.9 / 15, y2: 0
image2: linear_blend(
image1: template(colors[2])
x1: 5.7 / 15, y1: 0
x2: 7.1 / 15, y2: 0
image2: linear_blend(
image1: template(colors[3])
x1: 7.9 / 15, y1: 0
x2: 9.3 / 15, y2: 0
image2: linear_blend(
image1: template(colors[4])
x1: 10.1 / 15, y1: 0
x2: 11.5 / 15, y2: 0
image2: linear_blend(
image1: template(colors[5])
x1: 12.3 / 15, y1: 0
x2: 13.7 / 15, y2: 0
image2: template(colors[6])
))))))}
]
card_hybrid := [
radial: [
0: { template("c") }
1: { template(colors[0]) }
2: card_hybrid_2
3: {linear_blend(
image1: card_hybrid_2(colors: colors[0] + colors[1]),
image2: template(colors[2]),
x1: 0, y1: 0.55
x2: 0, y2: 0.77
)}
4: {linear_blend(
image1: card_hybrid_2(colors: colors[0] + colors[1])
image2: card_hybrid_2(colors: colors[3] + colors[2])
x1: 0, y1: 0.4
x2: 0, y2: 0.62
)}
5: {linear_blend(
image1: linear_blend(
image1: card_hybrid_2(colors: colors[0] + colors[1]),
image2: card_hybrid_2(colors: colors[4] + colors[2]),
x1: 0, y1: 0.19
x2: 0, y2: 0.35
),
image2: template(colors[3]),
x1: 0, y1: 0.777
x2: 0, y2: 0.937
)}
6: {linear_blend(
image1: linear_blend(
image1: card_hybrid_2(colors: colors[0] + colors[1]),
image2: card_hybrid_2(colors: colors[5] + colors[2]),
x1: 0, y1: 0.19
x2: 0, y2: 0.35
),
image2: card_hybrid_2(colors: colors[4] + colors[3]),
x1: 0, y1: 0.777
x2: 0, y2: 0.937
)}
7: {linear_blend(
image1: linear_blend(
image1: linear_blend(
image1: card_hybrid_2(colors: colors[0] + colors[1]),
image2: card_hybrid_2(colors: colors[6] + colors[3]),
x1: 0, y1: 0.34
x2: 0, y2: 0.50
),
image2: card_hybrid_2(colors: colors[5] + colors[3]),
x1: 0, y1: 0.877
x2: 0, y2: 0.937
),
image2: template(colors[4]),
x1: 0, y1: 1.140
x2: 0, y2: 1.300
)}
]
horizontal: horizontal_card_hybrid
vertical: [
1: { template(colors[0]) }
2: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0, y1: 0.4
x2: 0, y2: 0.6
)}
3: vertical_card_hybrid
4: vertical_card_hybrid
5: vertical_card_hybrid
6: vertical_card_hybrid
7: vertical_card_hybrid
]
overlay: overlay_hybrid
]
########################################################################
# P/T box
########################################################################
# These are easier
horizontal_pt_hybrid := [
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { linear_blend(
image1: template(colors[1])
image2: template(colors[2])
x1: -0.51, y1: 0
x2: 0.26, y2: 0
)}
4: { linear_blend(
image1: template(colors[2])
image2: template(colors[3])
x1: -0.1, y1: 0
x2: 0.6, y2: 0
)}
5: { linear_blend(
image1: template(colors[3])
image2: template(colors[4])
x1: 0.08, y1: 0
x2: 0.65, y2: 0
)}
6: { template(colors[5]) } #TODO
7: { template(colors[6]) } #TODO
]
pt_hybrid := [
radial: [
0: { template("c") }
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { template(colors[2]) }
4: { template(colors[2]) }
5: { linear_blend(
image1: template(colors[2])
image2: template(colors[3])
x1: 0, y1: -1.5
x2: 0, y2: 0.7
)}
6: { linear_blend(
image1: template(colors[2])
image2: template(colors[3])
x1: 0, y1: -1.5
x2: 0, y2: 0.7
)}
7: { template(colors[4]) }
]
horizontal: horizontal_pt_hybrid
vertical: [
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { template(colors[2]) }
4: { template(colors[3]) }
5: { template(colors[4]) }
6: { template(colors[5]) } # Probably not right
7: { template(colors[6]) }
]
overlay: overlay_hybrid
]
########################################################################
# P/T boxes of flip cards
########################################################################
flip_pt_hybrid := [
radial: [
0: { template("c") }
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { template(colors[1]) }
4: { template(colors[1]) }
5: { linear_blend(
image1: template(colors[1])
image2: template(colors[2])
x1: 0, y1: -1
x2: 0, y2: 1.8
)}
6: { linear_blend(
image1: template(colors[1])
image2: template(colors[2])
x1: 0, y1: -1
x2: 0, y2: 1.8
)}
7: { template(colors[4]) }
]
horizontal: horizontal_pt_hybrid
vertical: [
1: { template(colors[0]) }
2: { template(colors[0]) }
3: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0, y1: 0
x2: 0, y2: 2
)}
4: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0, y1: -1.5
x2: 0, y2: 1
)}
5: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0, y1: -1.1
x2: 0, y2: 0.2
)}
6: { template(colors[1]) } # Probably not right
7: { template(colors[2]) }
]
overlay: overlay_hybrid
]
flip_pt_hybrid2 := [
radial: [
0: { template("c") }
1: { template(colors[0]) }
2: { template(colors[0]) }
3: { linear_blend(
image1: template(colors[0])
image2: template(colors[2])
x1: 0, y1: -1
x2: 0, y2: 1.1
)}
4: { template(colors[3]) }
5: { template(colors[4]) }
6: { template(colors[5]) }
7: { template(colors[5]) }
]
horizontal: [
1: { template(colors[0]) }
2: { template(colors[0]) }
3: { template(colors[0]) }
4: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0.4, y1: 0
x2: 1.5, y2: 0
)}
5: { linear_blend(
image1: template(colors[0])
image2: template(colors[1])
x1: 0.08, y1: 0
x2: 0.65, y2: 0
)}
6: { template(colors[5]) } #TODO
7: { template(colors[6]) } #TODO
]
vertical: [
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { linear_blend(
image1: template(colors[1])
image2: template(colors[2])
x1: 0, y1: -1
x2: 0, y2: 1.5
)}
4: { linear_blend(
image1: template(colors[2])
image2: template(colors[3])
x1: 0, y1: 0.5
x2: 0, y2: 3
)}
5: { template(colors[3]) }
6: { template(colors[5]) } # Probably not right
7: { template(colors[6]) }
]
overlay: overlay_hybrid
]
########################################################################
# Textbox and typeline for FPM templates and Futureshifts
########################################################################
textbox_hybrid := [
radial: [
0: { template("c") }
1: { template(colors[0]) }
2: card_hybrid_2
3: { template(colors[2]) }
4: { card_hybrid_2(colors: colors[3] + colors[2]) }
5: { template(colors[3]) }
6: { card_hybrid_2(colors: colors[4] + colors[3]) }
7: { template(colors[4]) }
]
horizontal: horizontal_card_hybrid
vertical: [
0: { template("c") }
1: { template(colors[0]) }
2: { template(colors[1]) }
3: { template(colors[2]) } # TODO
4: { template(colors[3]) }
5: { template(colors[4]) }
6: { template(colors[5]) }
7: { template(colors[6]) }
]
overlay: overlay_hybrid
]
typeline_hybrid := textbox_hybrid
########################################################################
# Putting it all together.
########################################################################
# Determine the card background based on the card_color multiple choice options
color_background := {
# for thumbnails
if input == "hybrid" then
input := "crystal,cryo,pyre,{hybrid_previews},horizontal"
else if input == "overlay" then
input := "cryo,pyre,{hybrid_previews},overlay"
else if input == "radial" or input == "horizontal" or input == "vertical" then
input := "crystal,cryo,pyre,{hybrid_previews}," + input
else if input == "reversed" then
input := "crystal,cryo,pyre,{hybrid_previews},horizontal,reversed"
# What type of 'hybrid'?
resource := chosen(choice:"resource")
multi := chosen(choice:"multicolor")
hybrid := chosen(choice:"hybrid")
device := chosen(choice:"device")
if resource and colored_resources then template := resource_template # use resource template instead?
# The selected colors
colors := sort_text( order: "(wubrg)"
, (if chosen(choice:"crystal") then "w")
+ (if chosen(choice:"cryo") then "u")
+ (if chosen(choice:"shadow") then "b")
+ (if chosen(choice:"pyre") then "r")
+ (if chosen(choice:"xeno") then "g"))
if multi and (hybrid or colors == "") then (
colors := colors + "m"
multi := false
)
if device and (multi or hybrid or colors == "") then (
colors := colors + "a"
device := false
)
if chosen(choice:"reversed") then colors := reverse(colors)
color_count := number_of_items(in: colors)
if colors == "" then colors == "c"
# 'shape' / type of hybrid
shape := if chosen(choice:"horizontal") then "horizontal"
else if chosen(choice:"vertical") then "vertical"
else if chosen(choice:"overlay") then "overlay"
else "radial"
# Determine background (allows styles to hook something else here)
color_combination()
}
color_combination := {
# The base hybrid, without the outer frame blended over it
base := base_hybrid[shape][color_count]()
# Put a frame around it?
if resource and not colored_resources then
masked_blend(
mask: "multicolor_blend_{type}.png",
dark: resource_template("c"),
light: base,
)
else if multi then
masked_blend(
mask: "multicolor_blend_{type}.png",
dark: template("m"),
light: base,
)
else if device then
masked_blend(
mask: "multicolor_blend_{type}.png",
dark: template("d"),
light: base,
)
else if color_count > 1 and mask_hybrid_with_resource() then
masked_blend(
mask: "hybrid_blend_{type}.png",
dark: resource_template("c"),
light: base,
)
else base
}
########################################################################
# Specific types
########################################################################
card_background := { color_background(type:"card", base_hybrid:card_hybrid) }
card_ptbox := { color_background(type:"pt", base_hybrid:pt_hybrid) }
flip_ptbox := { color_background(type:"pt", base_hybrid:flip_pt_hybrid) }
flip_ptbox2 := { color_background(type:"pt2", base_hybrid:flip_pt_hybrid2) }
card_textbox := { color_background(type:"textbox", base_hybrid:textbox_hybrid) }
card_typeline := { color_background(type:"typeline", base_hybrid:typeline_hybrid) }
########################################################################
# Font colors
########################################################################
# For which colors is the font white?
font_colors_white := { input == "b" or input == "l" }
font_color_positions := [
radial: [0,0,0,2,3,3,4,4]
horizontal: [0,0,0,0,0,0,0,0]
vertical: [0,0,1,2,3,4,5,6]
overlay: [0,0,0,0,0,0,0,0]
]
# Determine whether light or dark fonts should be used
font_white := {
hybrid := chosen(choice:"hybrid")
device := chosen(choice:"device")
colors := sort_text( order: "(wubrg)"
, (if chosen(choice:"crystal") then "w")
+ (if chosen(choice:"cryo") then "u")
+ (if chosen(choice:"shadow") then "b")
+ (if chosen(choice:"pyre") then "r")
+ (if chosen(choice:"xeno") then "g"))
+ (if device then "d")
font_colors_white(
if chosen(choice:"resource") then "l"
else if input == "device, multicolor" then "d"
else if chosen(choice:"multicolor") then "m"
else if device and not hybrid then "d"
else if colors == "" then "c"
else colors[
font_color_positions[
if chosen(choice:"horizontal") then "horizontal"
else if chosen(choice:"vertical") then "vertical"
else if chosen(choice:"overlay") then "overlay"
else "radial"
][number_of_items(in: colors)]
]
)
}
font_color := { if font_white() then rgb(255,255,255) else rgb(0,0,0) }
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