Sim submodule update + extension compatibility

1 files changed, 0 insertions, 216 deletions

diff --git a/game/src/Game/Theme/PieChart/PieChart.gd b/game/src/Game/Theme/PieChart/PieChart.gd
deleted file mode 100644
index 4b81b28..0000000
--- a/game/src/Game/Theme/PieChart/PieChart.gd
+++ /dev/null
@@ -1,216 +0,0 @@
-@tool
-extends TextureRect
-
-class_name PieChart
-
-
-@export var donut : bool = false
-@export_range(0.0, 1.0) var donut_inner_radius : float = 0.5
-@export_range(0.0, 0.5) var radius : float = 0.4
-@export var shadow_displacement : Vector2 = Vector2(0.55, 0.6)
-@export var shadow_tightness : float = 1.0
-@export var shadow_radius : float = 0.6
-@export var shadow_thickness : float = 1.0
-
-@export var trim_colour : Color = Color(0.0, 0.0, 0.0)
-@export_range(0.0, 1.0) var trim_size : float = 0.02
-@export var donut_inner_trim : bool = true
-@export var slice_gradient_falloff : float = 3.6
-@export var slice_gradient_base : float = 3.1
-
-@export var _rich_tooltip : RichTextLabel
-var _pie_chart_image : Image
-
-# A data class for the pie chart
-class SliceData:
-	extends RefCounted
-	# Primary properties, change these to change
-	# the displayed piechart
-	var colour : Color = Color(1.0, 0.0, 0.0)
-	var tooltip : String = ""
-	var quantity : float = -1
-	# Derived properties, don't set from an external script
-	var final_angle : float = -1
-	var percentage : float = 0:
-		get:
-			return percentage
-		set(value):
-			percentage = clampf(value, 0, 1)
-
-	func _init(quantityIn : float, tooltipIn : String, colourIn : Color):
-		colour = colourIn
-		tooltip = tooltipIn
-		quantity = quantityIn
-
-# The key of an entry of this dictionary should be an easy to reference constant
-# The tooltip label is what the user will actually read
-var _slices : Dictionary = {}
-
-# Slice keys/labels in the order they should be displayed
-var _slice_order : Array = []
-
-# Example slices:
-"""
-	"label1": SliceData.new(5, "Conservative", Color(0.0, 0.0, 1.0)),
-	"label2": SliceData.new(3, "Liberal", Color(1.0, 1.0, 0.0)),
-	"label3": SliceData.new(2, "Reactionary", Color(0.4, 0.0, 0.6))
-"""
-
-# These functions are the interface a developer will use to update the piechart
-# The piechart will only redraw once one of these has been triggered
-func add_or_replace_label(labelName : String, quantity : float, tooltip : String, colour : Color = Color(0.0, 0.0, 0.0)) -> void:
-	_slices[labelName] = SliceData.new(quantity, tooltip, colour)
-	if _slice_order.find(labelName) == -1:
-		_slice_order.push_back(labelName)
-	_recalculate()
-
-func update_label_quantity(labelName : String, quantity : float) -> void:
-	if _slices.has(labelName):
-		_slices[labelName].quantity = quantity
-	_recalculate()
-
-func update_label_colour(labelName : String, colour : Color) -> void:
-	if _slices.has(labelName):
-		_slices[labelName].colour = colour
-	_recalculate()
-
-func update_label_tooltip(labelName : String, tooltip : String) -> void:
-	if _slices.has(labelName):
-		_slices[labelName].tooltip = tooltip
-
-func remove_label(labelName : String) -> bool:
-	if _slices.erase(labelName):
-		var index := _slice_order.find(labelName)
-		if index == -1:
-			push_error("Slice in dictionary but not order list: ", labelName)
-		else:
-			_slice_order.remove_at(index)
-		_recalculate()
-		return true
-	return false
-
-func clear_slices() -> void:
-	_slices.clear()
-	_slice_order.clear()
-
-# Distribution dictionary of the form:
-# { "<label>": { "size": <quantity>, "colour": <colour> } }
-func set_to_distribution(dist : Dictionary) -> void:
-	clear_slices()
-	for key in dist:
-		var entry : Dictionary = dist[key]
-		_slices[key] = SliceData.new(entry[GameSingleton.get_piechart_info_size_key()], key, entry[GameSingleton.get_piechart_info_colour_key()])
-	_slice_order = _slices.keys()
-	sort_slices()
-
-# Sorted by quantity, smallest to largest, so that the smallest slice
-# is to the left of a radial line straight upwards
-func sort_slices() -> void:
-	_slice_order.sort_custom(func (a, b): return _slices[a].quantity < _slices[b].quantity)
-	_recalculate()
-
-func _ready():
-	if not Engine.is_editor_hint():
-		const image_size : int = 256
-		_pie_chart_image = Image.create(image_size, image_size, false, Image.FORMAT_RGBA8)
-		texture = ImageTexture.create_from_image(_pie_chart_image)
-		_recalculate()
-
-# Update the slice angles based on the new slice data
-func _recalculate() -> void:
-	# Where the slices are the public interface, these are the actual paramters
-	# which will be sent to the shader/draw function
-	var angles : Array = []
-	var colours : Array = []
-
-	var total : float = 0
-	for label in _slice_order:
-		var quantity : float = _slices[label].quantity
-		if quantity > 0:
-			total += quantity
-
-	var current_arc_start : float = 0
-	var current_arc_finish : float = 0
-
-	for label in _slice_order:
-		var slice : SliceData = _slices[label]
-		if slice.quantity > 0:
-			slice.percentage = slice.quantity / total
-			var rads_to_cover : float = slice.percentage * 2.0 * PI
-			current_arc_finish = current_arc_start + rads_to_cover
-			slice.final_angle = current_arc_finish
-			current_arc_start = current_arc_finish
-			angles.push_back(current_arc_finish)
-			colours.push_back(slice.colour)
-
-	GameSingleton.draw_pie_chart(_pie_chart_image, angles, colours, radius, shadow_displacement, shadow_tightness, shadow_radius, shadow_thickness,
-		trim_colour, trim_size, slice_gradient_falloff, slice_gradient_base, donut, donut_inner_trim, donut_inner_radius / 2)
-	texture.set_image(_pie_chart_image)
-
-# Process mouse to select the appropriate tooltip for the slice
-func _gui_input(event : InputEvent):
-	if event is InputEventMouse:
-		var pos : Vector2 = event.position
-		var _handled : bool = _handle_tooltip(pos)
-
-func _on_mouse_exited():
-	_rich_tooltip.visible = false
-
-# Takes a mouse position, and sets an appropriate tooltip for the slice the mouse
-# is hovered over. Returns a boolean on whether the tooltip was handled.
-func _handle_tooltip(pos : Vector2) -> bool:
-	# Is it within the circle?
-	var real_radius := size.x / 2.0
-	var center := Vector2(real_radius, real_radius)
-	var distance := center.distance_to(pos)
-	var real_donut_inner_radius : float = real_radius * donut_inner_radius
-	if distance <= real_radius and (not donut or distance >= real_donut_inner_radius):
-		if _slice_order.is_empty():
-			_rich_tooltip.text = "PIECHART_TOOLTIP_NO_DATA"
-		else:
-			var angle := _convert_angle(center.angle_to_point(pos))
-			var selected_label : String = ""
-			for label in _slice_order:
-				if angle <= _slices[label].final_angle:
-					if not selected_label or _slices[label].final_angle < _slices[selected_label].final_angle:
-						selected_label = label
-			if not selected_label:
-				selected_label = _slice_order[0]
-			_rich_tooltip.text = _create_tooltip(selected_label)
-		_rich_tooltip.visible = true
-		_rich_tooltip.position =  pos + Vector2(5, 5) + get_global_rect().position
-		_rich_tooltip.reset_size()
-	else:
-		# Technically the corners of the bounding box
-		# are part of the chart, but we don't want a tooltip there
-		_rich_tooltip.visible = false
-	return _rich_tooltip.visible
-
-# Create a list of all the values and percentages
-# with the hovered one highlighted
-func _create_tooltip(labelHovered : String) -> String:
-	var slice_tooltips : PackedStringArray = []
-	for label in _slice_order:
-		var slice : SliceData = _slices.get(label)
-		var percent := _format_percent(slice.percentage)
-		var entry : String = "%s %s%%" % [tr(label), percent]
-		if label == labelHovered:
-			entry = "[i][u][b]>>%s<<[/b][/u][/i]" % entry
-		slice_tooltips.push_back(entry)
-	# Slices are ordered smallest to largest, but here we want the opposite
-	slice_tooltips.reverse()
-	return "[font_size=14]%s[/font_size]" % "\n".join(slice_tooltips)
-
-# Angle from center.angle_to_point is measured from the +x axis,
-# but the chart starts from +y
-# The input angle is also -180 to 180, where we want 0 to 360
-func _convert_angle(angleIn : float) -> float:
-	# Make the angle start from +y, range is now -90 to 270
-	var angle := angleIn + PI / 2.0
-	# Adjust range to be 0 to 360
-	if angle < 0:
-		angle += 2.0 * PI
-	return angle
-
-func _format_percent(percentIn : float) -> float:
-	return snappedf((percentIn * 100), 0.1)