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bf_interpreter.spwn
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RIGHT = ?b // >
LEFT = ?b // <
INCR = ?b // +
DECR = ?b // -
DOT = ?b // .
INPUT = ?b // ,
OPEN = ?b // [
CLOSE = ?b // ]
END = ?b //end of the program
NOOP = ?b //NO OPERATION
spacing = 10
extract obj_props
gs = {
hidden_group: 976g,
button_a: () {
return collision(162b, 163b)
},
button_b: () {
return touch(dual_side = true)
},
}
abs = (num) {
if num < 0 {
return -num
} else {
return num
}
}
import "text_display.spwn"
gamemode = counter(20i) // 0 = tutorial, 1 = challenge, 2 = coins, 3 = sandbox
started = counter(0)
challenge = counter(556i)
random_seed = counter(500i)
random_bg_seed = counter(601i)
bg_options = 2
bg_part = counter()
challenges = 9
input_choice = counter()
input_choice2 = counter()
ended = counter(0)
bg_option1 = counter(800i)
bg_option2 = counter(801i)
message_board = 931g
game_bgs = [[906g, 907g, ?g], [910g, 911g, ?g], [912g, 913g, ?g], [940g, 941g, ?g], [970g, 971g, ?g], ]
random_max = 4
auto_inputs = [1,3,10,13] // 2.25
auto_inputs2 = [2,3,6,8] // 0.5, 0.5, 0.5, 0.25
// runs in a row, level complete,
messages = [804c, 808c, 809c, 900c, 850c]
bc = [77, 93, 97]
left_buttons = [193c, 195c, 191c, 196c, 803c]
right_buttons = [192c, 194c, 802c, 212c]
activate_button = (activate, deactivate) {
let colors = []
if activate != null {
if left_buttons.contains(activate) {
colors = left_buttons
} else {
colors = right_buttons
}
for col in colors {
if col == activate {
-> col.set(bc[0], bc[1], bc[2], 0)
} else {
-> col.set(0, 0, 0, 0, blending = true)
}
}
} else if deactivate != null {
if left_buttons.contains(deactivate) {
colors = left_buttons
} else {
colors = right_buttons
}
for col in colors {
-> col.set(0, 0, 0, 0, blending = true)
}
}
}
successful_runs = counter(555i)
reset_runs_in_a_row = !{
num = successful_runs.to_const(1..4)
successful_runs -= num
-> 962g.move(200 * num, 0, 0)
} // fully functional programming language inside geometry dash
type @bfreader
layers = counter(600i)
//layers.display(150, 300)
cell_pointer = 20g
input_layer = 21g
prog_pointer = 23g
prog_selector = 24g
force_stop_layer = 25g
input_layer.alpha(0)
//finished_layer.alpha(0)
force_stop_layer.alpha(0)
msg_board_anim = !{
-> 963g.move(0, -20, 1, easing = EXPONENTIAL_OUT)
wait(2)
-> 963g.move(0, 20, 1, easing = EXPONENTIAL_IN)
}
top_msg_board = (message, color) {
msg_board_anim!
for i in ..messages.length {
if i == message {
//-> messages[i].set(0,0,0, 0, blending = false)
-> messages[i].set(color[0], color[1], color[2], 1, blending = false)
} else {
-> messages[i].set(0,0,0, 0, blending = true)
}
}
}
bottom_msg_board_up = (){
-> message_board.move(0, 10, 1, easing = EXPONENTIAL_OUT)
-> 216c.set(255, 255, 255, 1)
-> 942g.move(0, 30, 0.5, easing = EXPONENTIAL_OUT)
}
bottom_msg_board_down = (){
-> message_board.move(0, -10, 1, easing = EXPONENTIAL_IN)
-> 216c.set(0, 0, 0, 1)
-> 942g.move(0, -30, 0.5, easing = EXPONENTIAL_IN)
}
input_char = 26g
tut_page = 965g
tut_page_num = counter(0)
tut_pages = 8
move_button = 10c
select_button = 11c
input_inc_button = 12c
input_done_button = 13c
input_mode = counter()
//input_mode.display(120, 30)
input_used = counter(0)
//input_used.display(90, 30)
prog_ptr_color = [94, 13, 13]
45c.set(prog_ptr_color[0], prog_ptr_color[1], prog_ptr_color[2], blending = true)
pulse_ptr = (){
-> 972g.move(0, 1, 0.05, easing = EASE_IN)
-> 973g.move(0, -1, 0.05, easing = EASE_IN)
-> 974g.move(1, 0, 0.05, easing = EASE_IN)
-> 975g.move(-1, 0, 0.05, easing = EASE_IN)
-> 972g.move(0, -1, 0.2, easing = EASE_IN_OUT)
-> 973g.move(0, 1, 0.2, easing = EASE_IN_OUT)
-> 974g.move(-1, 0, 0.2, easing = EASE_IN_OUT)
-> 975g.move(1, 0, 0.2, easing = EASE_IN_OUT)
}
// win_condition = "win"
// coin_condition = "coin tu"
mem_items = [62i, 54i, 63i, 64i, 58i, 55i, 65i, 60i, 59i, 66i]
force_stop = !{
-> 45c.set(prog_ptr_color[0], prog_ptr_color[1], prog_ptr_color[2], blending = true)
bottom_msg_board_up()
top_msg_board(3, [255, 255, 255])
//-> finished_color.set(255, 255, 255, 0)
ended += 1
-> if successful_runs > 0 {
reset_runs_in_a_row!
top_msg_board(0, [255, 0, 0])
}
}
impl @bfreader {
new: (script_offset: [@number], cell_count: @number) {
std_out = @textdisplay::new([script_offset[0] + 1278, script_offset[1] - 66], 10)
//$.print("hello")
//-> BG.pulse(255, 0, 0, fade_out = 0.5)
//-> std_out.write(counter(5))
block = ?b
group = ?g
$.add(obj {
OBJ_ID: 1816,
X: script_offset[0] - spacing * 3,
Y: script_offset[1],
GROUPS: [group, gs.hidden_group],
BLOCK_A: block,
SCALING: 0.5,
DYNAMIC_BLOCK: true,
})
// for b in [RIGHT,LEFT,INCR,DECR,DOT,OPEN,CLOSE] {
// $.add(obj {
// OBJ_ID: 1816,
// X: script_offset[0] - spacing * 3,
// Y: script_offset[1],
// SCALING: 0.5,
// BLOCK_A: b,
// })
// }
//start point
start_point = ?g
$.add(obj {
OBJ_ID: 1765,
X: script_offset[0] - spacing * 3,
Y: script_offset[1],
GROUPS: start_point
})
// CREATE CELLS
let cells = []
for i in ..cell_count {
c = counter(mem_items[i])
cells.push(c)
//c.display(script_offset[0] + i * 30 + 300, script_offset[1] + 690)
}
ptr = counter(0)
//ptr.display(script_offset[0], script_offset[1] + 60)
std_in = counter(85i)
//std_in.display(script_offset[0], script_offset[1] - 90)
num_out = counter(61i)
num_out.display(script_offset[0], script_offset[1] + 210)
out = @bfreader::{
group: group,
right: counter(block.create_tracker_item(RIGHT)),
left: counter(block.create_tracker_item(LEFT)),
incr: counter(block.create_tracker_item(INCR)),
dot: counter(block.create_tracker_item(DOT)),
input: counter(block.create_tracker_item(INPUT)),
decr: counter(block.create_tracker_item(DECR)),
open: counter(block.create_tracker_item(OPEN)),
close: counter(block.create_tracker_item(CLOSE)),
end: counter(block.create_tracker_item(END)),
noop: counter(block.create_tracker_item(NOOP)),
std_out: std_out,
num_out: num_out,
std_in: std_in,
ptr: ptr,
cells: cells,
start_point: start_point
}
return out
},
// currently_on: (self) {
// if self.right == 1 {
// return RIGHT
// }
// if self.left == 1 {
// return LEFT
// }
// if self.incr == 1 {
// return INCR
// }
// if self.decr == 1 {
// return DECR
// }
// if self.dot == 1 {
// return DOT
// }
// if self.input == 1 {
// return INPUT
// }
// if self.open == 1 {
// return OPEN
// } if self.close == 1 {
// return CLOSE
// } if self.noop == 1 {
// return NOOP
// }
// },
current_cell: (self) => self.cells[self.ptr.to_const(..self.cells.length)],
interpret: (self) {
ret = !{
supress_signal(0.05)
-> self.group.move(spacing, 0, 0)
-> return
}
fast_ret = !{
-> self.group.move(spacing, 0, 0)
-> return
}
slow_ret = !{
supress_signal(0.1)
wait(0.1)
-> self.group.move(spacing, 0, 0)
-> return
}
// slow_ret = !{
// supress_signal(0.06)
// ret!
// }
-> if @bool(self.right) {
if self.ptr == self.cells.length - 1 {
wait()
self.ptr -= self.cells.length - 1
-> cell_pointer.move(-10 * (self.cells.length - 1),0, 0.1)
ret!
} else {
wait()
self.ptr += 1
-> cell_pointer.move(10,0, 0.1)
ret!
}
}
-> if @bool(self.left) {
if self.ptr == 0 {
wait()
self.ptr += self.cells.length - 1
-> cell_pointer.move(10 * (self.cells.length - 1), 0, 0.1)
ret!
} else {
wait()
self.ptr -= 1
-> cell_pointer.move(-10,0, 0.1)
ret!
}
}
-> if @bool(self.incr) {
-> self.current_cell() += 1
pulse_ptr()
fast_ret!
}
-> if @bool(self.decr) {
-> (){
cell = self.current_cell()
//$.print(current)
if cell > 0 {
cell -= 1
}
}()
pulse_ptr()
fast_ret!
}
-> if @bool(self.dot) {
() {
self.num_out.reset(speed = 1)
cell = self.current_cell()
//wait()
cell.copy_to([self.num_out], speed = 1)
} ()
supress_signal(0.1) // DO NOT REMOVE VERY IMPORTANT APPARENTLY
// REQUIRED FOR TEXT TO WORK ON MOBILE FOR SOME REASON
self.std_out.write(self.num_out, speed = 1)
slow_ret!
}
-> if @bool(self.input) {
//supress_signal(0.1)
std_in = self.std_in
-> input_layer.alpha(1, 0.5)
auto_input_challenges = [3, 4, 5]
manual_input = !{
activate_button(802c, null)
activate_button(803c, null)
input_mode += 1
}
done = !{
-> if input_used < 2 {
input_used += 1
}
activate_button(null, 802c)
activate_button(null, 803c)
-> input_done_button.pulse(52, 247, 68, fade_out = 0.3)
-> input_layer.alpha(0, 0.5)
cell = self.current_cell()
cell.reset(speed = 1)
std_in.add_to([cell], speed = 1, for_each = (n){ input_char.move(100 * n, 0, 0) })
slow_ret!
}
auto_input = !{
-> 801c.pulse(255, 255, 255, hold = 2.1)
-> 214c.pulse(0,0,0, hold = 2.1)
wait(0.5)
choice = random_seed.to_const(0..random_max)
input_used.item.if_is(EQUAL_TO, 0, !{
input_choice += choice
std_in += auto_inputs[choice]
input_char.move(-100 * auto_inputs[choice], 0, 0)
})
input_used.item.if_is(EQUAL_TO, 1, !{
input_choice2 += choice
std_in += auto_inputs2[choice]
input_char.move(-100 * auto_inputs2[choice], 0, 0)
})
call_with_delay(0.5, done)
}
for ch in 0..challenges {
if auto_input_challenges.contains(ch) {
challenge.item.if_is(EQUAL_TO, ch, !{
input_used.item.if_is(SMALLER_THAN, 2, auto_input)
input_used.item.if_is(LARGER_THAN, 1, manual_input)
})
} else {
challenge.item.if_is(EQUAL_TO, ch, manual_input)
}
}
gs.button_a().on_triggered(!{
supress_signal(0.05)
if input_mode == 1 {
-> input_inc_button.pulse(59, 144, 247, fade_out = 0.3)
std_in += 1
input_char.move(-100, 0, 0)
}
})
gs.button_b().on_triggered(!{
-> if input_mode == 1 {
input_mode -= 1
done!
}
})
}
-> if @bool(self.open) {
move_to = !{
-> 45c.set(prog_ptr_color[0] * 0.3, prog_ptr_color[1] * 0.3, prog_ptr_color[2] * 0.3, blending = true)
//move to corresponding ]
//layers = counter(0)
condition = () => !(layers == 0 && self.close == 1)
//self.group.move(spacing, 0)
while_loop(condition, delay = 0.03, (){
wait(0.02)
-> if self.open == 1{
layers += 1
}
-> if self.close == 1 {
layers -= 1
}
-> if self.end == 1 {
force_stop!
} else {
wait(0.01)
self.group.move(spacing, 0)
return
}
})
-> 45c.set(prog_ptr_color[0], prog_ptr_color[1], prog_ptr_color[2], blending = true)
ret!
}
if self.current_cell() == 0 {
layers -= 1
call_with_delay(0.05, move_to)
} else {
ret!
}
}
-> if @bool(self.close) {
move_back = !{
-> 45c.set(prog_ptr_color[0] * 0.3, prog_ptr_color[1] * 0.3, prog_ptr_color[2] * 0.3, blending = true)
//move back to corresponding [
//layers = counter(0)
condition = ()=> !(layers == 0 && self.open == 1)
//self.group.move(-spacing, 0)
//wait()
while_loop(condition, delay = 0.03, (){
wait(0.02)
-> if self.close == 1 {
layers += 1
}
-> if self.open == 1 {
layers -= 1
}
-> if self.end == 1 {
force_stop!
} else {
wait(0.01)
self.group.move(-spacing, 0)
return
}
})
-> 45c.set(prog_ptr_color[0], prog_ptr_color[1], prog_ptr_color[2], blending = true)
ret!
}
if self.current_cell() != 0 {
layers -= 1
call_with_delay(0.05, move_back)
} else {
ret!
}
}
-> if @bool(self.noop) {
fast_ret!
}
}
}
move_group_menu = 31g
move_group_game = 30g
move_group_tut = 32g
move_group_game.toggle_off()
move_group_tut.toggle_off()
roll_groups = 70g..110g
insert_bf_cmd = (ch: @string, offset: [@number], group: @group) {
blockid = switch ch {
case ">": RIGHT,//increment the data pointer (to point to the next cell to the right).
case "<": LEFT, //decrement the data pointer (to point to the next cell to the left).
case "+": INCR, //increment (increase by one) the byte at the data pointer.
case "-": DECR, //decrement (decrease by one) the byte at the data pointer.
case ".": DOT, //output the byte at the data pointer.
case ",": INPUT,//accept one byte of input, storing its value in the byte at the data pointer.
case "[": OPEN,
case "]": CLOSE,
case "end": END,
case "no\nop": NOOP,
}
$.add(obj {
OBJ_ID: 1816,
X: offset[0],
Y: offset[1],
BLOCK_A: blockid,
GROUPS: [group, gs.hidden_group],
SCALING: 0.5,
})
// let scale
// let color
// if ch.length == 1 {
// scale = 0.8
// } else {
// scale = 0.3
// }
// if blockid == NOOP {
// color = 2c
// } else {
// color = 40c
// }
// $.add(obj {
// OBJ_ID: 914,
// X: offset[0] + 41 * 30 - 1200,
// Y: offset[1] - 8.6 * 30 - 600,
// TEXT: $.b64encrypt(ch),
// GROUPS: [group, 968g, move_group],
// SCALING: scale,
// COLOR: color,
// EDITOR_LAYER_1: 3,
// Z_LAYER: 1
// })
}
offset = [1500, 900]
sel_off = [600, 1500]
commands = 40
selector = {block: ?b, group: ?g, start: ?g}
$.add(obj {
OBJ_ID: 1765,
X: sel_off[0] - 60,
Y: sel_off[1] - 60,
GROUPS: [selector.start, gs.hidden_group],
})
$.add(obj {
OBJ_ID: 1816,
X: sel_off[0] - 60,
Y: sel_off[1] - 60,
BLOCK_A: selector.block,
GROUPS: [selector.group, gs.hidden_group],
DYNAMIC_BLOCK: true,
})
is_running = counter(0)
block_input = counter(0)
reset_selector = ?b
command_end = 665g
command_end_block = 666g
for i in ..3 {
$.add(obj {
OBJ_ID: 1816,
X: sel_off[0] + commands * 60,
Y: sel_off[1] - 30 * i,
BLOCK_A: reset_selector,
GROUPS: [gs.hidden_group, command_end_block],
SCALING: 0.5,
})
}
reset_selector_func = !{
block_input += 1
-> 952g.move_to(953g, 0.5, x_only = true, easing = EASE_IN_OUT)
-> selector.group.move(-10, 0, 0.09, EASE_IN_OUT)
wait(0.1)
prog_selector.follow(selector.group, duration = 0.15, x_mod = 0.5)
wait(0.01)
-> selector.group.move_to(selector.start, 0.1, easing = EASE_IN_OUT)
prog_selector.move(-5, 0, 0.1, easing = EASE_IN_OUT)
block_input -= 1
activate_button(195c, 196c)
}
y_spacing = 20
// end
$.add(obj {
OBJ_ID: 1816,
X: offset[0] + commands * spacing * 3,
Y: offset[1],
BLOCK_A: END,
SCALING: 0.2,
GROUPS: [gs.hidden_group, command_end]
})
$.add(obj {
OBJ_ID: 1816,
X: offset[0] - spacing * 3,
Y: offset[1],
BLOCK_A: END,
SCALING: 0.2,
GROUPS: [gs.hidden_group]
})
//run button
// block that runs the thing
run_block = ?b
for j in ..10 {
$.add(obj {
OBJ_ID: 1816,
X: sel_off[0] - 60,
Y: sel_off[1] + 30 * j,
BLOCK_A: run_block,
SCALING: 0.5,
GROUPS: gs.hidden_group
})
}
force_quit_taps = counter(56i)
//force_quit_taps.display(90, 0)
reader = @bfreader::new(offset, 6)
prog_pointer.follow(reader.group)
-> move_group_menu.move(-235, 100, 0)
-> move_group_game.move(-235 -1100, 100, 0)
-> move_group_tut.move(-235, -60, 0)
menu_follow = !{
move_group_menu.follow(981g)
}
menu_follow!
all = (arr) {
for item in arr {
if !@bool(item) {
return false
}
}
return true
}
// for i in 0..3 {
// reader.std_out.win[i].display(60 + i * 30, 60)
// }
// for i in 0..4 {
// reader.std_out.coin[i].display(60 + i * 30, 90)
// }
// for i in 0..4 {
// reader.std_out.coin_coin[i].display(60 + i * 30, 120)
// }
for i in ..commands {
sg = roll_groups[i]
c = counter(0)
//c.display(sel_off[0] + i * 60, sel_off[1] + 30)
order = ["no\nop","+","-","<",">","[","]",".",",","end"]
for c in ..order.length {
off = [offset[0] + i * spacing * 3, offset[1] + c * y_spacing * 3]
insert_bf_cmd(order[c], off, sg)
}
// block that increments the selector
inc_block = ?b
for j in ..19 {
$.add(obj {
OBJ_ID: 1816,
X: sel_off[0] + i * 60,
Y: sel_off[1] + j * 30,
BLOCK_A: inc_block,
SCALING: 1,
GROUPS: gs.hidden_group
})
}
// block that checks for end
end_check_block = ?b
$.add(obj {
OBJ_ID: 1816,
X: sel_off[0] + i * 60 + 30,
Y: sel_off[1] - 60,
BLOCK_A: end_check_block,
SCALING: 0.5,
GROUPS: gs.hidden_group
})
// block that resets the selector
reset_block = ?b
$.add(obj {
OBJ_ID: 1816,
X: offset[0] + i * spacing * 3,
Y: offset[1] - order.length * y_spacing * 3 + 10,
BLOCK_A: reset_block,
DYNAMIC_BLOCK: true,
SCALING: 1,
GROUPS: gs.hidden_group
})
collision(end_check_block, selector.block).on_triggered(!{c.item.if_is(EQUAL_TO, order.length - 1, reset_selector_func)})
collision(inc_block, selector.block).on_triggered(!{
sg.move(0, -y_spacing, 0)
c += 1
})
collision(NOOP, reset_block).on_triggered(!{
sg.move(0, y_spacing * order.length, 0)
c -= order.length
})
}
collision(130b, 131b).on_triggered(!{
952g.move(-20, 0, 0.3, easing = EASE_IN_OUT)
})
collision(130b, 132b).on_triggered(!{
952g.move(-60, 0, 0.3, easing = EASE_IN_OUT)
})
collision(130b, 166b).on_triggered(!{
952g.move(30, 0, 0.3, easing = EASE_IN_OUT)
})
coin1 = 201g
coin2 = 202g
coin3 = 765g
end_wall = 200g
end_anim = 987g
coin1.toggle_off()
coin2.toggle_off()
coin3.toggle_off()
end_anim.toggle_off()
955g.toggle_off()
// bg1 = 867g
// bg2 = 868g
//bg2.toggle_off()
//-> bg2.move(-1000, 0, 0) //unload
game_bg_target = 908g
switch_game_bg = 909g
random_affect = !{
supress_signal(0.2)
-> if random_seed >= random_max - 1 {
wait()
random_seed -= random_max - 1
} else {
wait()
random_seed += 1
}
-> if random_bg_seed >= bg_options - 1 {
wait()
random_bg_seed -= bg_options - 1
} else {
wait()
random_bg_seed += 1
}
}
while_loop(() => true, delay = 0.47, () {
random_affect!
})
let switch_to_bg = []
for bg in game_bgs {
func = !{
for g in game_bgs {
if g != bg {
g[2].stop()
g[0].toggle_off()
}
}
wait()
-> bg[1].move_to(game_bg_target)
bg[2]!
bg[0].toggle_on()
}
switch_to_bg.push(func)
}
$.extend_trigger_func(switch_game_bg, (){
option = [bg_option1, bg_option2][random_bg_seed.to_const(0..bg_options)]
switch_to_bg[option.to_const(0..game_bgs.length)]!
})
for g in game_bgs {
g[0].follow(g[1])
g[0].toggle_off()
$.extend_trigger_func(g[2], (){
g[1].follow(981g)
g[0].follow(981g)
})
}
tut_text_colors = 300c..800c
// challenge 0: run any program
// challenge 1: output 10
// challenge 2: output 40 no input
// challenge 3: double input
// challenge 4: add 2 inputs
// challenge 5: compare 2 inputs
// challenge ideas:
// write b if input > 10, else write s
// square input
// get nth fibonachi number
// coin 7: write "coin" using no input
// coin 8: write "coin coin" using no input
challenge_board = 203g
challenge_board_color = 203c
challenge_name_colors = 55c..65c
challenge_desc_colors = (65c..101c) + (181c..186c) + (218c..300c)
challenge_extra_info_colors = [186c, 188c]
next_challenge = !{
challenge += 1
-> challenge_board_color.pulse(81, 252, 95, fade_out = 0.5)
-> 187c.pulse(0,0,0, fade_in = 0.4, hold = 0.2, fade_out = 0.6)
-> 866g.move(-40, 0, 0.4, easing = EASE_IN_OUT)
-> 865g.move(40, 0, 0.4, easing = EASE_IN_OUT)
for i in ..challenge_name_colors.length {
-> challenge_name_colors[i].pulse(0,0,0, fade_in = 0.4, hold = 0.1 + 0.06 * i)
}
for i in ..challenge_desc_colors.length {
extra_delay = $.sin(i / 10) * 0.3
-> challenge_desc_colors[i].pulse(0,0,0, fade_in = extra_delay + 0.1, hold = 2.0 + 0.03 * i - extra_delay, fade_out = 0.1)
}
for i in ..challenge_extra_info_colors.length {
-> challenge_extra_info_colors[i].pulse(0,0,0, fade_in = 0.4, hold = 2.3 + i * 0.1, fade_out = 0.3)
}
wait(0.45)
-> 866g.move(40, 0, 1.5, easing = EASE_IN)
-> 865g.move(-40, 0, 1.5, easing = EASE_IN)
-> challenge_board.move(-200, 0)
-> if challenge == 6 {
// limit commands
-> command_end.move(-10 * 13, 0, 1, easing = EXPONENTIAL_OUT)
-> command_end_block.move(-20 * 13, 0, 1, easing = EXPONENTIAL_OUT)
}
wait(3)
reset_runs_in_a_row!
-> if challenge == 4 {
end_wall.toggle_off()
end_anim.toggle_on()
top_msg_board(1, [255, 255, 0])
}
}
reset_env = !{
for c in reader.cells {
-> c.reset(speed = 1)
}
-> input_used -= input_used.to_const(1..3)
-> reader.ptr.reset(speed = 1, for_each = (n) { cell_pointer.move(-10 * n, 0, 0.1, easing = EASE_IN_OUT) })
-> reader.num_out.reset(speed = 1)
-> reader.group.move_to(reader.start_point, 0)
-> 952g.move_to(953g, 0.5, x_only = true, easing = EASE_IN_OUT)
-> cell_pointer.move_to(reader.start_point, 0.3)
-> force_quit_taps -= force_quit_taps.to_const(1..4)
-> reader.std_out.reset()
}
start = (){