035f04d · Attila772-hypergodot

Changed files (10) +399 -122

Global.gd +27 -0

…	…	@@ -0,0 +1,27 @@
	1	extends Node
	2
	3	var group_dictionary = {}
	4	var group_count = 0
	5
	6	# Function to initialize the groups from a list of group names
	7	func initialize_groups(group_names: Array):
	8	group_dictionary.clear()
	9	group_count = 0
	10
	11	# Add each group name with an index (1-based)
	12	for group_name in group_names:
	13	group_count += 1
	14	group_dictionary[group_name] = group_count
	15
	16	# Function to get the index of a group name
	17	func get_group_index(group_name: String) -> int:
	18	if group_name in group_dictionary:
	19	return group_dictionary[group_name]
	20	return -1 # Return -1 if the group is not found
	21
	22	# Function to get group name by index (if needed later)
	23	func get_group_name(group_index: int) -> String:
	24	for name in group_dictionary:
	25	if group_dictionary[name] == group_index:
	26	return name
	27	return ""

Global.tscn +6 -0

…	…	@@ -0,0 +1,6 @@
	1	[gd_scene load_steps=2 format=3 uid="uid://ookb725cjygc"]
	2
	3	[ext_resource type="Script" path="res://Global.gd" id="1_d51fs"]
	4
	5	[node name="Node" type="Node"]
	6	script = ExtResource("1_d51fs")

HyperEdge.gd +81 -35

…	…	@@ -2,10 +2,13 @@ extends Node2D
2	2
3	3	var nodes: Dictionary
4	4	var color: Color
5		var width = 5
	5	var width = 5
6	6	var dragging = false
	7	var group = ""
	8
7	9	func _ready():
8	10	pass
	11
9	12	func _process(delta):
10	13	if dragging:
11	14	queue_redraw()
…	…	@@ -17,63 +20,71 @@ func _input(event):
17	20	else:
18	21	dragging = false # Stop dragging
19	22	queue_redraw() # Optionally, queue a redraw when you stop dragging
	23	func _draw():
	24	var points = []
	25	for node_id in nodes:
	26	var node = get_node_from_group(node_id)
	27	if node:
	28	var center = node.position
	29	var radius = nodes[node_id] * node.scale.x # Adjust radius based on node scale
	30	points += generate_circle_points(center, radius, 100) # Generate circle points
20	31
	32	# Compute the convex hull of the points
	33	var hull = andrew_monotone_chain(points)
	34	if hull.size() > 0 and hull[0] != hull[hull.size() - 1]:
	35	hull.append(hull[0]) # Close the hull
21	36
22		func _draw():
23		var points = []
24		for node_id in nodes:
25		var node = get_node_from_group(node_id)
26		if node:
27		var center = node.position
28		var radius = nodes[node_id]
29		points += generate_circle_points(center, radius, 20) # 8 points per circle for approximation
30		#for point in points:
31		# draw_circle(point, 2, Color(1, 0, 0, 1)) # Draw each point as a small circle
32
33
34		var hull = graham_scan(points)
35		#for point in hull:
36		# draw_circle(point, 2, Color(1, 0, 0, 1)) # Draw each point as a small circle
37		if hull.size() > 0 and hull[0] != hull[hull.size() - 1]:
38		hull.append(hull[0])
39		for i in range(hull.size() - 1):
40		draw_line(hull[i], hull[i + 1], color, width) # Change '2' to your desired width
41
42		var p0
	37
	38	var group_index = Global.get_group_index(group) # Get the group index from the global dictionary
43	39
	40	# Iterate over the hull points and draw lines between them based on the group
	41	for i in range(hull.size() - 1):
	42	match group_index:
	43	1:
	44	# Draw solid line for group 1 (e.g., 2021)
	45	draw_line(hull[i], hull[i + 1], color, width)
	46	2:
	47	# Draw dashed line for group 2 (e.g., 2022)
	48	draw_dashed_line(hull[i], hull[i + 1], color, width, 10.0)
	49	_:
	50	# Default behavior (solid line for other groups)
	51	draw_line(hull[i], hull[i + 1], color, width)
	52
	53
	54	func update_position():
	55	queue_redraw() # This will trigger a redraw with updated node positions and sizes
	56
44	57	func generate_circle_points(center, radius, point_count):
45	58	var points = []
46	59	for i in range(point_count):
47	60	var angle = 2 * PI * i / point_count
48	61	points.append(center + Vector2(cos(angle), sin(angle)) * radius)
49	62	return points
50
	63
51	64	func orientation(p, q, r):
52	65	var val = (q.y - p.y) * (r.x - q.x) - (q.x - p.x) * (r.y - q.y)
53	66	return 0 if val == 0 else (1 if val > 0 else 2)
54	67
55
56	68	func get_node_from_group(node_id) -> Node2D:
57		var nodes_group = get_tree().get_nodes_in_group("nodes")
58		for node in nodes_group:
59		if str(node.name) == str(node_id):
60		return node
61		return null
62
63
	69	var nodes_group = get_tree().get_nodes_in_group("nodes")
	70	for node in nodes_group:
	71	if str(node.name) == str(node_id):
	72	return node
	73	return null
	74
64	75	func find_lowest_point(points):
65	76	var lowest = points[0]
66	77	for point in points:
67	78	if point.y < lowest.y or (point.y == lowest.y and point.x < lowest.x):
68	79	lowest = point
69	80	return lowest
70
	81
71	82	func sort_points_by_angle(points, p0):
72	83	points.sort_custom(func(a, b):
73	84	var angle_a = calculate_polar_angle(a, p0)
74	85	var angle_b = calculate_polar_angle(b, p0)
75	86	return angle_a < angle_b # For ascending order; use '>' for descending
76		)
	87	)
77	88	return points
78	89
79	90	func calculate_polar_angle(a, p0):
…	…	@@ -83,12 +94,11 @@ func calculate_polar_angle(a, p0):
83	94	return angle
84	95
85	96	func compare_polar_angle(p0, a, b):
86		# Calculate orientation
87	97	var o = orientation(p0, a, b)
88	98	if o == 0: # Collinear
89	99	return p0.distance_to(a) < p0.distance_to(b)
90	100	return o == 2 # Clockwise or counterclockwise
91
	101
92	102	func graham_scan(points):
93	103	if points.size() < 3:
94	104	return []
…	…	@@ -106,3 +116,39 @@ func graham_scan(points):
106	116	stack.append(sorted_points[i])
107	117
108	118	return stack
	119
	120	func andrew_monotone_chain(points):
	121	if points.size() < 3:
	122	return points
	123
	124	# Sort points
	125	points.sort_custom(func(a, b):
	126	return a.x < b.x if a.x != b.x else a.y < b.y
	127	)
	128
	129	# BLower hull
	130	var lower = []
	131	for p in points:
	132	while lower.size() >= 2 and cross(lower[lower.size() - 2], lower[lower.size() - 1], p) <= 0:
	133	lower.pop_back()
	134	lower.append(p)
	135
	136	# Upper hull
	137	var upper = []
	138	for i in range(points.size() - 1, -1, -1):
	139	var p = points[i]
	140	while upper.size() >= 2 and cross(upper[upper.size() - 2], upper[upper.size() - 1], p) <= 0:
	141	upper.pop_back()
	142	upper.append(p)
	143
	144	# Concatenate the lower and upper hulls
	145	# The first and last points in lower will be the same as the last two points in upper,
	146	# so we omit them from the result
	147	lower.pop_back()
	148	upper.pop_back()
	149	return lower + upper
	150
	151	func cross(o, a, b):
	152	return (a.x - o.x) * (b.y - o.y) - (a.y - o.y) * (b.x - o.x)
	153
	154

HyperNode.gd +20 -14

…	…	@@ -47,32 +47,38 @@ func _input(event):
47	47
48	48
49	49	func get_rect() -> Rect2:
50		var area = Rect2(-25, -25, 50, 50)
51		area.position.x = position.x + area.position.x
52		area.position.y = position.y + area.position.y
53		return area
	50	var scale_factor = (scale.x + scale.y) / 2
	51	var size = 50 * scale_factor # Assuming the original size is 50x50
	52	var area = Rect2(-size/2, -size/2, size, size)
	53	area.position += position
	54	return area
54	55
55	56	func _process(delta):
56	57	if dragging:
57	58	var mouse_pos = get_viewport().get_mouse_position()
58	59	set_position(mouse_pos - drag_offset)
59	60
60
	61	var centrality_score = 0
61	62	func _draw():
62	63	pass
	64
	65	func update_size(size_scale: float, new_centrality_score: float):
	66	scale = Vector2(size_scale, size_scale)
	67	centrality_score = new_centrality_score
	68	make_offset_circles() # Now this will use the updated scale
63	69
64		# This function should use the edges array, and construct as many circles around the node, with a small offset in the radius, that will be used
65		# to connect the edges to the node, and prevent the edges from overlapping the node and other edges
66	70	func make_offset_circles():
67		offset_circles.clear() # Reset previous data
	71	offset_circles.clear()
68	72	var circle_count = edges.size()
69		var base_radius = 25 # Starting radius for the smallest circle
70
	73	var scale_factor = (scale.x + scale.y) / 2
	74	var base_radius = 25 * scale_factor
	75	var radius_increment = 10 * scale_factor
	76
71	77	for i in range(circle_count):
72		var radius = base_radius + i * 5 # Increase radius for each subsequent circle
73		offset_circles.append(radius) # Store only the radius, as center is the node's position
74
75		queue_redraw()
	78	var radius = base_radius + i * radius_increment
	79	offset_circles.append(radius)
	80
	81	queue_redraw()
76	82
77	83
78	84

maiBDC7.tmp +24 -0

…	…	@@ -0,0 +1,24 @@
	1	[gd_scene load_steps=3 format=3 uid="uid://2f8fvrck2f38"]
	2
	3	[ext_resource type="Script" path="res://main.gd" id="1_1hwno"]
	4	[ext_resource type="Script" path="res://Camera2D.gd" id="2_iiqxp"]
	5
	6	[node name="Node2D" type="Node2D"]
	7	script = ExtResource("1_1hwno")
	8
	9	[node name="ColorRect" type="ColorRect" parent="."]
	10	offset_left = -8559.0
	11	offset_top = -6223.0
	12	offset_right = 9085.0
	13	offset_bottom = 6156.0
	14
	15	[node name="CanvasLayer" type="CanvasLayer" parent="."]
	16
	17	[node name="ColorRect" type="ColorRect" parent="CanvasLayer"]
	18	visible = false
	19	offset_right = 195.0
	20	offset_bottom = 401.0
	21	color = Color(0.0980392, 0.0980392, 0.0980392, 1)
	22
	23	[node name="Camera2D" type="Camera2D" parent="."]
	24	script = ExtResource("2_iiqxp")

maiCBA4.tmp +24 -0

…	…	@@ -0,0 +1,24 @@
	1	[gd_scene load_steps=3 format=3 uid="uid://2f8fvrck2f38"]
	2
	3	[ext_resource type="Script" path="res://main.gd" id="1_1hwno"]
	4	[ext_resource type="Script" path="res://Camera2D.gd" id="2_iiqxp"]
	5
	6	[node name="Node2D" type="Node2D"]
	7	script = ExtResource("1_1hwno")
	8
	9	[node name="ColorRect" type="ColorRect" parent="."]
	10	offset_left = -8559.0
	11	offset_top = -6223.0
	12	offset_right = 9085.0
	13	offset_bottom = 6156.0
	14
	15	[node name="CanvasLayer" type="CanvasLayer" parent="."]
	16
	17	[node name="ColorRect" type="ColorRect" parent="CanvasLayer"]
	18	visible = false
	19	offset_right = 195.0
	20	offset_bottom = 401.0
	21	color = Color(0.0980392, 0.0980392, 0.0980392, 1)
	22
	23	[node name="Camera2D" type="Camera2D" parent="."]
	24	script = ExtResource("2_iiqxp")

main.gd +176 -40

…	…	@@ -5,104 +5,164 @@ var edges : Dictionary
5	5	var nodes : Dictionary
6	6	class NodeData:
7	7	var id = 0 # Node identifier
8		var edges = [] # Array to hold edge identifiers (based on line number or custom ID)
9		var support = 0 # Support value
	8	var edges = {} # Array to hold edge identifiers (based on line number or custom ID)
10	9
11		func _to_string():
12		return "Edges: " + str(edges) + ", Support: " + str(support)
	10
13	11
14	12
15	13
16	14	func create_nodes(nodes: Dictionary):
17		var scene = load("HyperNode.tscn")
	15	var scene = load("res://HyperNode.tscn")
18	16	var row = 1
19	17	var column = 1
20	18	var spacing = Vector2(100, 100)
21	19	var per_row = 10
	20
22	21	for id in nodes.keys():
23	22	var node_instance = scene.instantiate()
24	23	node_instance.node_id = id
25	24	node_instance.name = str(id)
26	25	node_instance.position = Vector2(column * spacing.x, row * spacing.y)
27	26	node_instance._set_node_id(str(id))
	27
	28	# Set the edges property for the node
28	29	node_instance.edges = nodes[id].edges
29	30
	31	# Add the node instance to the scene
30	32	add_child(node_instance)
31	33
	34	# Increment column and row for positioning nodes
32	35	column += 1
33	36	if column >= per_row:
34	37	column = 0
35	38	row += 1
36	39
37		func populate_edge_data():
	40
	41	func populate_edge_data(file_data):
38	42	var hyperedge_scene = load("res://HyperEdge.tscn")
	43	var nodes = file_data["nodes"] # Retrieve nodes from the file data
	44	var edges = file_data["edges"] # Retrieve edges from the file data
	45
	46	var group_names = []
	47	for edge_id in edges:
	48	var group_name = edges[edge_id]["group"]
	49	if group_name not in group_names:
	50	group_names.append(group_name)
	51	Global.initialize_groups(group_names)
	52	# Iterate over nodes to build edge data based on node connections
39	53	for node_id in nodes:
40	54	var node_edges = nodes[node_id].edges
41		var circle_ref = get_node(str(node_id)) # Assuming this gets a node instance with 'offset_circles' available
	55	var circle_ref = get_node(str(node_id)) # Assuming this gets a node instance with 'offset_circles'
42	56	var offset_circles = circle_ref.offset_circles # List of radii for offset circles
43	57	for edge_index in range(node_edges.size()):
44		var edge_id = node_edges[edge_index]
	58	var edge_id = node_edges.keys()[edge_index]
45	59	if not edges.has(edge_id):
46		edges[edge_id] = {"nodes": [], "radii": []}
47
	60	edges[edge_id] = {"nodes": [], "radii": [], "support": 0, "group": ""}
	61
	62
48	63	if edge_index < offset_circles.size(): # Ensure there's a corresponding circle
49	64	var radius = offset_circles[edge_index]
50		edges[edge_id]["nodes"].append(node_id)
	65	print(offset_circles[edge_index])
	66
	67	# Append node and radius information for the edge
	68
51	69	edges[edge_id]["radii"].append(radius)
	70	edges[edge_id]["support"] = nodes[node_id].edges[edge_id] # Support value
	71	edges[edge_id]["group"] = edges[edge_id]["group"] # Group is already stored in the edges dictionary
	72
52	73	else:
53	74	print("Error: Node %s has more edges (%s) than offset circles provided." % [node_id, node_edges.size()])
54
	75	break
	76
	77	# Instantiate hyperedges and visualize them
55	78	for edge_id in edges:
56		var hyperedge_instance = hyperedge_scene.instantiate()
57		var edge_data = edges[edge_id]
58		var node_radii_pairs = {}
59		for i in range(edge_data["nodes"].size()):
60		var nodeid = edge_data["nodes"][i]
61		var radius = edge_data["radii"][i]
62		node_radii_pairs[nodeid] = radius
63		hyperedge_instance.nodes = node_radii_pairs
64		var color = Color(randf(), randf(), randf(), 0.3) # Generate a random color
65		hyperedge_instance.color = color
66		hyperedge_instance.add_to_group("edges")
67		hyperedge_instance.name = str(edge_id)
68		add_child(hyperedge_instance)
	79	var hyperedge_instance = hyperedge_scene.instantiate()
	80	var edge_data = edges[edge_id]
	81	var node_radii_pairs = {}
	82
	83	# Map each node to its radius
	84	for i in range(edge_data["nodes"].size()):
	85	var nodeid = edge_data["nodes"][i]
	86	var radius = edge_data["radii"][i]
	87	node_radii_pairs[nodeid] = radius
	88
	89	# Assign the nodes and radii to the hyperedge instance
	90	hyperedge_instance.nodes = node_radii_pairs
	91
	92	# Assign a color based on the group
	93	var color = Color(randf(), randf(), randf(), 0.3) # Generate a random color
	94	hyperedge_instance.color = color
	95
	96	# Set the group name (2021 or 2022) to the hyperedge instance for future use
	97	hyperedge_instance.group = edge_data["group"]
	98
	99	hyperedge_instance.add_to_group("edges")
	100	hyperedge_instance.name = str(edge_id)
	101
	102	# Set the width of the hyperedge based on the support value
	103	hyperedge_instance.width = pow(edges[edge_id]["support"], 0.35)
	104
	105	# Add the hyperedge instance to the scene tree
	106	add_child(hyperedge_instance)
	107
69	108
70	109
71	110	func _ready():
72		nodes = read_file("patterns.txt")
	111	# Read the file and get both nodes and edges
	112	var file_data = read_file("patterns.txt")
	113	# Extract nodes and edges from the file data
	114	var nodes = file_data["nodes"]
	115	var edges = file_data["edges"]
73	116	create_nodes(nodes)
74		populate_edge_data()
75		apply_force_directed_layout(10,150.0,1000.0)
	117	populate_edge_data(file_data)
	118	apply_force_directed_layout(10, 150.0, 900.0)
	119	calculate_centrality_and_resize_nodes(file_data)
	120	#apply_hyperedge_constrained_layout()
76	121	#apply_circular_layout(500)
77	122	pass # Replace with function body.
78	123
	124
79	125	func read_file(path):
80	126	var file = FileAccess.open(path, FileAccess.READ)
81	127	var nodes = {} # Dictionary to hold all nodes
82		var edge_id = 0 # Unique identifier for each edge, can use line number as well
	128	var edges = {} # Dictionary to hold all edges
	129	var edge_id = 0 # Unique identifier for each edge
83	130
84	131	while not file.eof_reached():
85	132	var line = file.get_line().strip_edges()
86	133	if line.find("#SUP:") == -1:
87		continue # Skip this line
	134	continue # Skip this line if no support value
	135
88	136	var parts = line.split(" #SUP: ")
89		var node_ids = parts[0].split(" ")
90		var support = int(parts[1])
	137	var node_ids = parts[0].split(" ") # Nodes involved in this edge
	138
	139	# Extract support and group
	140	var supp_group_info = parts[1].split(" #GROUP ")
	141	var support = int(supp_group_info[0])
	142	var group = supp_group_info[1]
91	143
92	144	# Process each node ID in the line
93	145	for node_id in node_ids:
94		var id = node_id
95		if not nodes.has(id):
96		nodes[id] = NodeData.new()
97		# Always append the edge_id to the node's edges array
98		nodes[id].edges.append(edge_id)
99		# Update the support value
100		nodes[id].support = max(nodes[id].support, support)
	146	if not nodes.has(node_id):
	147	nodes[node_id] = NodeData.new() # Assuming NodeData is a class for node info
	148
	149	# Add this edge to the node's edge list
	150	nodes[node_id].edges[edge_id] = support
	151
	152	# Store edge information with group and support in edges dictionary
	153	edges[edge_id] = {
	154	"nodes": node_ids,
	155	"support": support,
	156	"radii" : [],
	157	"group": group
	158	}
101	159
102	160	edge_id += 1 # Increment edge ID for the next line
103	161
104	162	file.close()
105		return nodes
	163
	164	# Return both nodes and edges in a single dictionary
	165	return {"nodes": nodes, "edges": edges}
106	166
107	167
108	168
…	…	@@ -110,6 +170,51 @@ func read_file(path):
110	170	func _process(delta):
111	171	pass
112	172
	173
	174	func apply_hyperedge_constrained_layout():
	175	var node_positions = {} # Dictionary to store node positions temporarily
	176	var edge_bounds = {} # Dictionary to store edge bounds (min and max positions)
	177
	178	# Initialize node positions
	179	for node in get_children():
	180	if node.is_in_group("nodes"): # Assuming your nodes are added to a "nodes" group
	181	node_positions[node.node_id] = node.position
	182
	183	# Calculate edge bounds based on nodes in the edge
	184	for edge_id in edges:
	185	var edge_nodes = edges[edge_id]["nodes"]
	186	var min_x = INF
	187	var min_y = INF
	188	var max_x = -INF
	189	var max_y = -INF
	190
	191	for node_id in edge_nodes:
	192	var pos = node_positions[node_id]
	193	min_x = min(min_x, pos.x)
	194	min_y = min(min_y, pos.y)
	195	max_x = max(max_x, pos.x)
	196	max_y = max(max_y, pos.y)
	197
	198	edge_bounds[edge_id] = Rect2(Vector2(min_x, min_y), Vector2(max_x - min_x, max_y - min_y))
	199
	200	# Reposition nodes to ensure they are outside of edges they don't belong to
	201	for node_id in node_positions.keys():
	202	var node_pos = node_positions[node_id]
	203	for edge_id in edges:
	204	var edge_nodes = edges[edge_id]["nodes"]
	205	if node_id not in edge_nodes:
	206	var bounds = edge_bounds[edge_id]
	207	if bounds.has_point(node_pos):
	208	# Move the node outside the edge bounds
	209	var direction = (node_pos - bounds.position).normalized()
	210	node_positions[node_id] = bounds.position + bounds.size * direction
	211
	212	# Update actual node positions
	213	for node in get_children():
	214	if node.is_in_group("nodes"):
	215	node.position = node_positions[node.node_id]
	216
	217
113	218	func apply_force_directed_layout(iterations: int, repulsion_force: float, spring_length: float):
114	219	var node_positions = {} # Dictionary to store node positions temporarily
115	220	var forces = {} # Dictionary to store forces applied on nodes
…	…	@@ -152,6 +257,9 @@ func apply_force_directed_layout(iterations: int, repulsion_force: float, spring
152	257	node.position = node_positions[node.node_id]
153	258
154	259
	260
	261
	262
155	263	func apply_circular_layout(radius: float):
156	264	var center = get_viewport_rect().size / 2
157	265	var nodes = [] # List to store nodes
…	…	@@ -166,3 +274,31 @@ func apply_circular_layout(radius: float):
166	274	var x = center.x + radius * cos(angle)
167	275	var y = center.y + radius * sin(angle)
168	276	node.position = Vector2(x, y)
	277
	278
	279	func calculate_centrality_and_resize_nodes(file_data):
	280	var nodes = file_data["nodes"]
	281	var max_centrality = 0
	282	var centrality_scores = {}
	283
	284	# Calculate centrality (degree centrality in this case)
	285	print(nodes)
	286	for node_id in nodes:
	287	var degree = nodes[node_id].edges.size()
	288	centrality_scores[node_id] = degree
	289	max_centrality = max(max_centrality, degree)
	290	print(centrality_scores)
	291	# Resize nodes based on centrality
	292	for node_id in nodes:
	293	var node_instance = get_node(str(node_id))
	294	if node_instance:
	295	var normalized_centrality = float(centrality_scores[node_id]) / max_centrality
	296	var size_scale = lerp(0.5, 2.0, normalized_centrality)
	297	node_instance.update_size(size_scale, normalized_centrality)
	298
	299	# Now update all edge positions
	300	for edge in get_tree().get_nodes_in_group("edges"):
	301	edge.update_position()
	302
	303
	304

pat8E26.tmp +15 -0

…	…	@@ -0,0 +1,15 @@
	1	Climate_Change Evidence-Based_Policy #SUP: 4035 #GROUP 2021
	2	Energy_and_Extractives Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane #SUP: 4059 #GROUP 2021
	3	Climate_Change Environment_and_Natural_Resources Climate_Change_Mitigation #SUP: 3877 #GROUP 2021
	4	Energy_and_Extractives Climate_Change Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 3984 #GROUP 2021
	5	Health_Emergency_Preparedness_and_Disaster_Response Energy_and_Extractives Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 4478 #GROUP 2021
	6	Energy_and_Extractives Environment_and_Natural_Resources Forests #SUP: 4586 #GROUP 2021
	7	Health_Emergency_Preparedness_and_Disaster_Response Natural_Resource_Management_ #SUP: 4940 #GROUP 2021
	8	Climate_Change Investment_Climate #SUP: 4109 #GROUP 2021
	9	Health_Emergency_Preparedness_and_Disaster_Response Energy_and_Extractives Climate_Change #SUP: 4497 #GROUP 2021
	10	Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane #SUP: 2611 #GROUP 2022
	11	Energy_and_Extractives Energy_Efficiency #SUP: 3163 #GROUP 2022
	12	Evidence-Based_Policy #SUP: 5238 #GROUP 2022
	13	Energy_and_Extractives Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 14501 #GROUP 2022
	14	Health_Emergency_Preparedness_and_Disaster_Response Climate_Change #SUP: 6731 #GROUP 2022
	15	Health_Emergency_Preparedness_and_Disaster_Response Energy_and_Extractives #SUP: 7720 #GROUP 2022

patterns.txt +6 -33

…	…	@@ -1,33 +1,6 @@
1		Environment_and_Natural_Resources Pollution_Management #SUP: 1
2		Climate_Change Climate_Science #SUP: 1
3		Energy_and_Extractives Renewable_Energy Energy_Efficiency #SUP: 1
4		Energy_and_Extractives Climate_Change Renewable_Energy Energy_Efficiency #SUP: 1
5		Energy_and_Extractives Climate_Change Energy_Efficiency #SUP: 1
6		Energy_and_Extractives Energy_Efficiency #SUP: 1
7		Climate_Change Climate_Finance #SUP: 1
8		Energy_and_Extractives Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
9		Energy_and_Extractives Climate_Change Climate_Change_Mitigation Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
10		Energy_and_Extractives Renewable_Energy Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
11		Energy_and_Extractives Climate_Change Renewable_Energy Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
12		Energy_and_Extractives Climate_Change Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
13		Energy_and_Extractives Oil_and_Gas_Policy,_Strategy_and_Institutions #SUP: 1
14		Environment_and_Natural_Resources Forests #SUP: 1
15		Climate_Change Environment_and_Natural_Resources Forests #SUP: 1
16		Energy_and_Extractives Climate_Change Renewable_Energy Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane #SUP: 1
17		Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane #SUP: 1
18		Energy_and_Extractives Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) Methane #SUP: 1
19		Energy_and_Extractives Climate_Change Renewable_Energy Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) #SUP: 1
20		Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) #SUP: 1
21		Energy_and_Extractives Climate_Change Climate_Change_Mitigation Short-lived_Climate_Pollutants_(SLCPs) #SUP: 1
22		Energy_and_Extractives Climate_Change Renewable_Energy Climate_Change_Mitigation #SUP: 1
23		Climate_Change Climate_Change_Mitigation #SUP: 1
24		Energy_and_Extractives Climate_Change Climate_Change_Mitigation #SUP: 1
25		Environment_and_Natural_Resources Natural_Resource_Management_ #SUP: 1
26		Climate_Change Natural_Resource_Management_ #SUP: 1
27		Energy_and_Extractives Renewable_Energy #SUP: 1
28		Energy_and_Extractives Climate_Change Renewable_Energy #SUP: 1
29		Environment_and_Natural_Resources Investment_Climate #SUP: 1
30		Climate_Change Environment_and_Natural_Resources #SUP: 1
31		Energy_and_Extractives Environment_and_Natural_Resources #SUP: 1
32		Energy_and_Extractives Health_Emergency_Preparedness_and_Disaster_Response #SUP: 1
33		Energy_and_Extractives Climate_Change #SUP: 1
	1	Environment_and_Natural_Resources Pollution_Management #SUP: 2662 #GROUP 2022
	2	Energy_and_Extractives Energy_Efficiency #SUP: 3163 #GROUP 2022
	3	Health_Emergency_Preparedness_and_Disaster_Response Energy_and_Extractives #SUP: 7720 #GROUP 2022
	4	Environment_and_Natural_Resources Pollution_Management Air_Pollution #SUP: 3312 #GROUP 2023
	5	Energy_and_Extractives Climate_Change Environment_and_Natural_Resources Renewable_Energy #SUP: 3301 #GROUP 2023
	6	Energy_and_Extractives Health_Emergency_Preparedness_and_Disaster_Response #SUP: 5647 #GROUP 2023

project.godot +20 -0

…	…	@@ -15,6 +15,18 @@ run/main_scene="res://main.tscn"
15	15	config/features=PackedStringArray("4.2", "Forward Plus")
16	16	config/icon="res://icon.svg"
17	17
	18	[autoload]
	19
	20	Global="*res://Global.gd"
	21
	22	[debug]
	23
	24	settings/stdout/print_fps=true
	25
	26	[display]
	27
	28	window/vsync/vsync_mode=0
	29
18	30	[dotnet]
19	31
20	32	project/assembly_name="Hypergodot"
…	…	@@ -30,3 +42,11 @@ left_click={
30	42	"events": [Object(InputEventMouseButton,"resource_local_to_scene":false,"resource_name":"","device":-1,"window_id":0,"alt_pressed":false,"shift_pressed":false,"ctrl_pressed":false,"meta_pressed":false,"button_mask":0,"position":Vector2(0, 0),"global_position":Vector2(0, 0),"factor":1.0,"button_index":1,"canceled":false,"pressed":false,"double_click":false,"script":null)
31	43	]
32	44	}
	45
	46	[rendering]
	47
	48	anti_aliasing/screen_space_roughness_limiter/amount=0.55
	49	anti_aliasing/quality/msaa_2d=3
	50	anti_aliasing/quality/msaa_3d=3
	51	anti_aliasing/quality/screen_space_aa=1
	52	anti_aliasing/quality/use_taa=true

Attila772-hypergodot commits / 035f04d

Changed files (10) +399 -122