Berry animation new tutorials (#24249)
* Remove tab from json * Berry animation new tutorials
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@ -1,20 +0,0 @@
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# @desc Rainbow colors cycling through the entire strip over time
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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]
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# define a color attribute that cycles over time, cycle is 5 seconds
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color eye_color = color_cycle(palette=rainbow_with_white, cycle_period=5s)
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animation back = solid(color=eye_color)
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run back
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# @desc Smooth color transitions using rich_palette with sine interpolation
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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0xFC0000 # Red - need to add the first color at last position to ensure roll-over
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]
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# define a color attribute that cycles over time, cycle is 10 seconds
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color rainbow_rich_color = rich_palette(palette=rainbow_with_white, cycle_period=10s, transition_type=SINE)
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animation back = solid(color=rainbow_rich_color)
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run back
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@ -0,0 +1,5 @@
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# @desc Solid dark clue - using a custom color
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color space_blue = 0x000066 # Note: opaque 0xFF alpha channel is implicitly added
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animation back = solid(color=space_blue)
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run back
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@ -1,21 +0,0 @@
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# @desc Rainbow gradient pattern across the LED strip
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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]
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# define a color attribute that cycles over time, cycle is 10 seconds
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color rainbow_rich_color = rich_palette(palette=rainbow_with_white, cycle_period=10s, transition_type=SINE)
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# define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color)
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run back_pattern
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# @desc Twinkle stars - using predefined animations
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animation stars = twinkle_animation()
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run stars
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# @desc Rainbow gradient with 2 repetitions across the strip
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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0xFC0000 # Red - need to add the first color at last position to ensure roll-over
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]
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# define a color attribute that cycles over time, cycle is 10 seconds
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color rainbow_rich_color = rich_palette(palette=rainbow_with_white, cycle_period=10s, transition_type=SINE)
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# since strip_length is dynamic, we need to map it to a variable
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set strip_len = strip_length()
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# define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color, spatial_period = strip_len / 2)
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run back_pattern
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# @desc Rainbow gradient with oscillating spatial period (breathing effect)
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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0xFC0000 # Red - need to add the first color at last position to ensure roll-over
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]
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# define a color attribute that cycles over time, cycle is 10 seconds
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color rainbow_rich_color = rich_palette(palette=rainbow_with_white, cycle_period=0, transition_type=SINE)
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# since strip_length is dynamic, we need to map it to a variable
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set strip_len = strip_length()
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# define the oscillator for spatial period between 1/2 strip_len and 3/2
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set period = sine_osc(min_value = strip_len / 2, max_value = (3 * strip_len) / 2, duration = 5s)
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# define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color, spatial_period = period)
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run back_pattern
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# @desc Rainbow gradient rotating along the strip over 5 seconds
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# define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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0xFC0000 # Red - need to add the first color at last position to ensure roll-over
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]
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# define a color attribute cycles color in space
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color rainbow_rich_color = rich_palette(palette=rainbow_with_white, cycle_period=0, transition_type=SINE)
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# define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color, shift_period = 5s)
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run back_pattern
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# @desc VU-meter style animation with green-yellow-red gradient at 85%
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# define a palette of rainbow colors including white with constant brightness
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palette vue_meter_palette = [
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( 0, 0x00FF00) # Green
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(143, 0x00FF00)
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(164, 0xFFFF00) # Yellow
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(207, 0xFFFF00)
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(228, 0xFF0000) # Red
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(255, 0xFF0000)
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]
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# define a color palette pattern for 'vue_meter_palette'
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color rainbow_rich_color = rich_palette(palette=vue_meter_palette, cycle_period=0, transition_type=LINEAR)
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# define a vue-meter based on all elements above
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animation back_pattern = palette_meter_animation(color_source = rainbow_rich_color, level = 85%)
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run back_pattern
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# @desc Twinkle stars with parameters - using animation parameters
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# Note: when parameters are in separate lines, you don't need a comma ','
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animation stars = twinkle_animation(
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color=0xFFFFAA # Light yellow sparkles
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density=8 # density (moderate sparkles)
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twinkle_speed=100ms # twinkle speed
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fade_speed=50 # when no unit, time unit is 'ms'
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)
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run stars
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# @desc Twinkle night - twinkle stars over a dark night
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# Dark blue background
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color space_blue = 0x000066 # Note: opaque 0xFF alpha channel is implicitly added
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animation background = solid(color=space_blue)
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run background
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# Note: when parameters are in separate lines, you don't need a comma ','
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animation stars = twinkle_animation(
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color=0xFFFFAA # Light yellow sparkles
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density=8 # density (moderate sparkles)
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twinkle_speed=100ms # twinkle speed
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fade_speed=50 # when no unit, time unit is 'ms'
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priority=8 # default priority is 10, so being lower than background puts it on top
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)
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run stars
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# @desc Rainbow colors cycling through the entire strip over time
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# Define a color attribute that cycles over time, cycle is 5 seconds
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# PALETTE_RAINBOW defines 7 rainbow colors at roughly the same brightness
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# PALETTE_RAINBOW_W adds 8th color white
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color rainbow_color = color_cycle(palette=PALETTE_RAINBOW_W, cycle_period=5s)
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animation back = solid(color=rainbow_color)
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run back
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# @desc Night sky with twinkling stars on dark blue background
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# Dark blue background
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color space_blue = 0x000066 # Note: opaque 0xFF alpha channel is implicitly added
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animation background = solid(color=space_blue)
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# Add sparkle trail behind comets but on top of blue background
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animation stars = twinkle_animation(
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color=0xFFFFAA # Light blue sparkles
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density=8 # density (moderate sparkles)
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twinkle_speed=400ms # twinkle speed (quick sparkle)
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priority = 8
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)
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# Start all animations
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run background
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run stars
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# @desc Rainbow colors cycling with custom palette
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# Define a palette of rainbow colors including white with constant brightness
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# By default spacing in time is evenly spread over all colors
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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]
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# Define a color attribute that cycles over time, cycle is 5 seconds
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color rainbow_color = color_cycle(palette=rainbow_with_white, cycle_period=5s)
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# Define a solid background with this dynamic color
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animation back = solid(color=rainbow_color)
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run back
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# @desc Smooth cycling through rainbow colors with custom palette
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animation back = rich_palette_animation()
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# Equivalent to
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# animation back = rich_palette_animation(palette=PALETTE_PALETTE_RAINBOW, cycle_period=5s,
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# transition_type=SINE, brightness=100%)
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run back
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# @desc Smooth cycling through rainbow colors with custom palette
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# This is the more explicit version
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# Define a palette of rainbow colors including white with constant brightness
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palette rainbow_with_white = [
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0xFC0000 # Red
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0xFF8000 # Orange
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0xFFFF00 # Yellow
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0x00FF00 # Green
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0x00FFFF # Cyan
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0x0080FF # Blue
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0x8000FF # Violet
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0xCCCCCC # White
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0xFC0000 # Red - need to add the first color at last position to ensure roll-over
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]
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# Define a color attribute that cycles over time, cycle is 10 seconds
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color rainbow_color_rollover = rich_palette(cycle_period=10s)
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# Use the dynamic color in a simple 'solid' animation
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animation back = solid(color=rainbow_color_rollover)
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run back
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# @desc Rainbow pattern
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# Define a smooth palette using PALETTE_RAINBOW_W (7 colors + white)
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# 'cycle_period = 0' means that the colors don't change in time, only spatial change
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color rainbow_rich_color = rich_palette(palette=PALETTE_RAINBOW_W, cycle_period=0)
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# Define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color)
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run back_pattern
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# @desc Rainbow gradient with 2 repetitions across the strip
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# Define a smooth palette using PALETTE_RAINBOW_W (7 colors + white)
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# 'cycle_period = 0' means that the colors don't change in time, only spatial change
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color rainbow_rich_color = rich_palette(palette=PALETTE_RAINBOW_W, cycle_period=0)
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# Because strip_length is dynamic, we need to map it to a variable and can't use the function directly in formulas
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set strip_len = strip_length()
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# define a gradient across the whole strip
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animation back_pattern = palette_gradient_animation(color_source = rainbow_rich_color,
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spatial_period = strip_len / 2)
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run back_pattern
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# @desc Rainbow gradient with oscillating spatial period between 100% and 50%
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# Define a smooth palette using PALETTE_RAINBOW_W (7 colors + white)
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# 'cycle_period = 0' means that the colors don't change in time, only spatial change
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color rainbow_rich_color = rich_palette(palette=PALETTE_RAINBOW_W, cycle_period=0)
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# Because strip_length is dynamic, we need to map it to a variable and can't use the function directly in formulas
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set strip_len = strip_length()
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# Define the sine oscillator for spatial period between 1/2 strip_len and 3/2
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set period = sine_osc(min_value = (strip_len - 1) / 2, max_value = (3 * strip_len) / 2, duration = 5s)
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# Define a gradient across the whole strip with variable spatial_period
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animation back = palette_gradient_animation(color_source = rainbow_rich_color, spatial_period = period)
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run back
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@ -0,0 +1,9 @@
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# @desc Rainbow gradient rotating along the strip over 5 seconds
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# Define a smooth palette using PALETTE_RAINBOW_W (7 colors + white)
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# 'cycle_period = 0' means that the colors don't change in time, only spatial change
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color rainbow_rich_color = rich_palette(palette=PALETTE_RAINBOW_W, cycle_period=0)
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# define a gradient across the whole strip
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animation back = palette_gradient_animation(color_source = rainbow_rich_color, shift_period = 5s)
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run back
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# @desc VU-meter style animation with green-yellow-red gradient with sawtooth level
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# Define a palette of rainbow colors including white with constant brightness
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palette vue_meter_palette = [
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( 0, 0x00FF00) # Green
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(143, 0x00FF00)
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(164, 0xFFFF00) # Yellow
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(207, 0xFFFF00)
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(228, 0xFF0000) # Red
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(255, 0xFF0000)
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]
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# Define a color palette pattern for 'vue_meter_palette'
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color rainbow_rich_color = rich_palette(palette=vue_meter_palette, cycle_period=0, transition_type=LINEAR)
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# Define a sawtooth value from 0% to 100%
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set level = sawtooth(min_value = 0%, max_value=100%, duration = 2s)
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# Define a vue-meter based on all elements above
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animation back = palette_meter_animation(color_source = rainbow_rich_color, level = level)
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run back
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# @desc VU-meter with random level using custom Berry function
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# Embed native Berry code to define a random generator function
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berry """
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# define a pseudo-random generator, returns value in range 0..255
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def rand_meter(engine)
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@ -7,9 +8,10 @@ def rand_meter(engine)
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end
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"""
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extern function rand_meter # declare the external function
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# Declare the external function so it can be used in the animation
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extern function rand_meter
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# define a palette of rainbow colors including white with constant brightness
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# Define a palette of rainbow colors including white with constant brightness
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palette vue_meter_palette = [
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( 0, 0x00FF00) # Green
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(143, 0x00FF00)
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@ -21,10 +23,9 @@ palette vue_meter_palette = [
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(255, 0xFF0000)
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]
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# define a color palette pattern for 'vue_meter_palette'
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# Define a color palette pattern for 'vue_meter_palette'
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color rainbow_rich_color = rich_palette(palette=vue_meter_palette, cycle_period=0, transition_type=LINEAR)
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# define a vue-meter based on all elements above
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animation back_pattern = palette_meter_animation(color_source = rainbow_rich_color, level = rand_meter())
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run back_pattern
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# Define a vue-meter based on all elements above
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animation back = palette_meter_animation(color_source = rainbow_rich_color, level = rand_meter())
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run back
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@ -9,14 +9,14 @@
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# Standard rainbow palette (7 colors with roughly constant brightness)
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var PALETTE_RAINBOW = bytes(
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"00FC0000" # Red (value 0)
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"24FF8000" # Orange (value 36)
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"49FFFF00" # Yellow (value 73)
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"6E00FF00" # Green (value 110)
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"9200FFFF" # Cyan (value 146)
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"B70080FF" # Blue (value 183)
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"DB8000FF" # Violet (value 219)
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"FFFF0000" # Red (value 255)
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"FFFC0000" # Red
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"FFFF8000" # Orange
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"FFFFFF00" # Yellow
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"FF00FF00" # Green
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"FF00FFFF" # Cyan
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"FF0080FF" # Blue
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"FF8000FF" # Violet
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"FFFC0000" # Red
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)
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# Simple RGB palette (3 colors)
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@ -16,9 +16,9 @@ class TwinkleAnimation : animation.animation
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# Parameter definitions with constraints
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static var PARAMS = animation.enc_params({
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"color": {"default": 0xFFFFFFFF},
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"density": {"min": 0, "max": 255, "default": 128},
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"twinkle_speed": {"min": 1, "max": 5000, "default": 6},
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"color": {"default": 0xFFFFFFBB}, # slightly yellow stars
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"density": {"min": 0, "max": 255, "default": 64},
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"twinkle_speed": {"min": 1, "max": 5000, "default": 100},
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"fade_speed": {"min": 0, "max": 255, "default": 180},
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"min_brightness": {"min": 0, "max": 255, "default": 32},
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"max_brightness": {"min": 0, "max": 255, "default": 255}
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@ -9505,11 +9505,11 @@ be_local_class(TwinkleAnimation,
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{ be_const_key_weak(PARAMS, -1), be_const_simple_instance(be_nested_simple_instance(&be_class_map, {
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be_const_map( * be_nested_map(6,
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( (struct bmapnode*) &(const bmapnode[]) {
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{ be_const_key_weak(twinkle_speed, 1), be_const_bytes_instance(0700010188130006) },
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{ be_const_key_weak(twinkle_speed, 1), be_const_bytes_instance(0700010188130064) },
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{ be_const_key_weak(min_brightness, -1), be_const_bytes_instance(07000001FF000020) },
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{ be_const_key_weak(density, -1), be_const_bytes_instance(07000001FF00018000) },
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{ be_const_key_weak(density, -1), be_const_bytes_instance(07000001FF000040) },
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{ be_const_key_weak(max_brightness, 2), be_const_bytes_instance(07000001FF0001FF00) },
|
||||
{ be_const_key_weak(color, -1), be_const_bytes_instance(0400FF) },
|
||||
{ be_const_key_weak(color, -1), be_const_bytes_instance(0400BB) },
|
||||
{ be_const_key_weak(fade_speed, 0), be_const_bytes_instance(07000001FF0001B400) },
|
||||
})) ) } )) },
|
||||
{ be_const_key_weak(update, -1), be_const_closure(class_TwinkleAnimation_update_closure) },
|
||||
|
||||
Loading…
Reference in New Issue
Block a user