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Sigma88Sigma88
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Merge pull request #20 from Sigma88/Development
v0.4.0
2 parents c403fc6 + e6871df commit 79b4305

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+1973
-780
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‎Changelog.txt‎

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**v0.4.0**
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- Added Debug Tools
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- Added Planet Renderer
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- Added ability to export Water Coverage
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- Added ability to export Average Surface Elevation
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- Added ability to export Average Terrain Elevation
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- Added parameter 'definition' to the node 'Info'
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**v0.3.0**
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- Added flipH

‎GameData/Sigma/Cartographer/Sigma-Cartographer.version‎

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‎GameData/Sigma/Cartographer/SigmaCartographer.dll‎

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‎License.txt‎

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Sigma Cartographer by Sigma88 is released under the following license:
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All Rights Reserved
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For more info visit the GitHub Repository:
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https://github.com/Sigma88/Sigma-Cartographer

‎[Source]/Distribution/SigmaCartographer.dll‎

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‎[Source]/SigmaCartographer/BodyInfo.cs‎

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using System.Linq;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.IO;
3-
using UnityEngine;
45

56

6-
namespace SigmaRandomPlugin
7+
namespace SigmaCartographerPlugin
78
{
8-
[KSPAddon(KSPAddon.Startup.MainMenu, false)]
9-
class BodyInfo : MonoBehaviour
9+
internal static class BodyInfo
1010
{
11-
static string[] info = new string[9];
11+
static double definition = 0.5;
12+
static string[] text = new string[16];
1213

13-
void Start()
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internal static void GetInfo(ConfigNode bodyInfo)
1415
{
15-
UrlDir.UrlConfig[] nodes = GameDatabase.Instance?.GetConfigs("SigmaCartographer");
16+
List<string> info = null;
1617

17-
foreach (var node in nodes)
18+
if (bodyInfo != null)
1819
{
19-
foreach (var bodyInfo in node.config.GetNodes("Info"))
20+
info = info ?? new List<string>();
21+
22+
if (!double.TryParse(bodyInfo.GetValue("definition"), out definition))
2023
{
21-
foreach (var bodyName in bodyInfo.GetValues("body"))
22-
{
23-
CelestialBody body = FlightGlobals.Bodies.FirstOrDefault(p => p.transform.name == bodyName);
24-
if (body?.pqsController != null)
25-
{
26-
FirstPass(body);
27-
}
28-
}
24+
definition = 0.5;
25+
}
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string[] body = bodyInfo.GetValues("body");
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29+
for (int i = 0; i < body.Length; i++)
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{
31+
if (!info.Contains(body[i]))
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info.Add(body[i]);
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}
34+
}
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36+
if (info != null)
37+
{
38+
int n = info.Count;
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40+
if (n == 0)
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{
42+
info = FlightGlobals.Bodies.Select(p => p.transform.name).ToList();
43+
n = info.Count();
44+
}
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46+
for (int i = 0; i < n; i++)
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{
48+
string bodyName = info[i];
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CelestialBody body = FlightGlobals.Bodies.FirstOrDefault(p => p.transform.name == bodyName);
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51+
if (body?.pqsController != null)
52+
FirstPass(body);
2953
}
3054
}
3155
}
3256

33-
void FirstPass(CelestialBody body)
57+
static void FirstPass(CelestialBody body)
3458
{
35-
double lowest = double.MaxValue;
36-
double highest = double.MinValue;
59+
List<LLA> ALL = new List<LLA>();
3760

38-
Vector2d LatLonLo = new Vector2d();
39-
Vector2d LatLonHi = new Vector2d();
61+
double terrain = 0;
62+
double surface = 0;
63+
double underwater = 0;
4064

41-
for (double LON = -180; LON < 180; LON += 0.1)
65+
for (double LON = -180 + definition / 2; LON < 180; LON += definition)
4266
{
43-
for (double LAT = -90; LAT <= 90; LAT += 0.1)
67+
for (double LAT = -90 + definition / 2; LAT < 90; LAT += definition)
4468
{
4569
double ALT = body.TerrainAltitude(LAT, LON, true);
4670

47-
if (ALT < lowest)
71+
ALL.Add(new LLA(LAT, LON, ALT));
72+
73+
if (ALT == 0) continue;
74+
75+
double area = Math.PI * (Math.Cos((LAT - definition / 2) / 180 * Math.PI) + Math.Cos((LAT + definition / 2) / 180 * Math.PI)) / (4 * 180 / definition * 360 / definition);
76+
77+
terrain += ALT * area;
78+
79+
if (ALT > 0)
4880
{
49-
lowest = ALT;
50-
LatLonLo = new Vector2d(LAT, LON);
81+
surface += ALT * area;
5182
}
52-
if (ALT > highest)
83+
else
5384
{
54-
highest = ALT;
55-
LatLonHi = new Vector2d(LAT, LON);
85+
underwater += area;
5686
}
5787
}
5888
}
59-
Lowest(body, LatLonLo);
60-
Highest(body, LatLonHi);
89+
90+
Lowest(body, definition, ALL.OrderBy(v => v.alt).Take(100));
91+
Highest(body, definition, ALL.OrderByDescending(v => v.alt).Take(100));
92+
Print(body, terrain, surface, underwater);
6193
}
6294

63-
void Lowest(CelestialBody body, Vector2d LatLon)
95+
static void Lowest(CelestialBody body, double delta, IEnumerable<LLA> ALL)
6496
{
65-
double altitude = double.MaxValue;
66-
double latitude = LatLon.x;
67-
double longitude = LatLon.y;
68-
69-
for (double LON = LatLon.y - 0.1; LON <= LatLon.y + 0.1; LON += 0.001)
97+
if (delta > 0.0001)
7098
{
71-
for (double LAT = LatLon.x - 0.1; LAT <= LatLon.x + 0.1; LAT += 0.001)
99+
List<LLA> BEST = new List<LLA>();
100+
101+
int n = ALL.Count();
102+
103+
for (int i = 0; i < n; i++)
72104
{
73-
double ALT = body.TerrainAltitude(LAT, LON, true);
74-
if (ALT < altitude)
105+
LLA LatLon = ALL.ElementAt(i);
106+
107+
for (double LON = LatLon.lon - delta / 2; LON <= LatLon.lon + delta / 2; LON += delta / 10)
75108
{
76-
latitude = LAT;
77-
longitude = LON;
78-
altitude = ALT;
109+
for (double LAT = LatLon.lat - delta / 2; LAT <= LatLon.lat + delta / 2; LAT += delta / 10)
110+
{
111+
double ALT = body.TerrainAltitude(LAT, LON, true);
112+
BEST.Add(new LLA(LAT, LON, ALT));
113+
}
79114
}
80115
}
116+
117+
Lowest(body, delta / 10, BEST.OrderBy(v => v.alt).Take(100));
81118
}
119+
else
120+
{
121+
LLA BEST = ALL.OrderBy(v => v.alt).FirstOrDefault();
82122

83-
info[0] = "Lowest Point";
84-
info[1] = "LAT = " + latitude;
85-
info[2] = "LON = " + longitude;
86-
info[3] = "ALT = " + altitude;
87-
info[4] = "";
123+
text[0] = "Lowest Point";
124+
text[1] = "LAT = " + BEST.lat;
125+
text[2] = "LON = " + BEST.lon;
126+
text[3] = "ALT = " + BEST.alt;
127+
text[4] = "";
128+
}
88129
}
89130

90-
void Highest(CelestialBody body, Vector2d LatLon)
131+
static void Highest(CelestialBody body, double delta, IEnumerable<LLA> ALL)
91132
{
92-
double altitude = double.MinValue;
93-
double latitude = LatLon.x;
94-
double longitude = LatLon.y;
95-
96-
for (double LON = LatLon.y - 0.1; LON <= LatLon.y + 0.1; LON += 0.001)
133+
if (delta > 0.001)
97134
{
98-
for (double LAT = LatLon.x - 0.1; LAT <= LatLon.x + 0.1; LAT += 0.001)
135+
List<LLA> BEST = new List<LLA>();
136+
137+
int n = ALL.Count();
138+
139+
for (int i = 0; i < n; i++)
99140
{
100-
double ALT = body.TerrainAltitude(LAT, LON, true);
101-
if (ALT > altitude)
141+
LLA LatLon = ALL.ElementAt(i);
142+
143+
for (double LON = LatLon.lon - delta / 2; LON <= LatLon.lon + delta / 2; LON += delta / 10)
102144
{
103-
latitude = LAT;
104-
longitude = LON;
105-
altitude = ALT;
145+
for (double LAT = LatLon.lat - delta / 2; LAT <= LatLon.lat + delta / 2; LAT += delta / 10)
146+
{
147+
double ALT = body.TerrainAltitude(LAT, LON, true);
148+
BEST.Add(new LLA(LAT, LON, ALT));
149+
}
106150
}
107151
}
152+
153+
Highest(body, delta / 10, BEST.OrderByDescending(v => v.alt).Take(100));
108154
}
155+
else
156+
{
157+
LLA BEST = ALL.OrderByDescending(v => v.alt).FirstOrDefault();
109158

110-
info[5] = "Highest Point";
111-
info[6] = "LAT = " + latitude;
112-
info[7] = "LON = " + longitude;
113-
info[8] = "ALT = " + altitude;
159+
text[5] = "Highest Point";
160+
text[6] = "LAT = " + BEST.lat;
161+
text[7] = "LON = " + BEST.lon;
162+
text[8] = "ALT = " + BEST.alt;
163+
text[9] = "";
164+
}
165+
}
166+
167+
static void Print(CelestialBody body, double terrain, double surface, double underwater)
168+
{
169+
text[10] = "Average Elevation";
170+
text[11] = "Terrain = " + terrain;
171+
172+
if (body.ocean)
173+
{
174+
text[12] = "Surface = " + surface;
175+
text[13] = "";
176+
text[14] = "Water Coverage = " + Math.Round(100 * underwater, 2) + "%";
177+
}
114178

115179
string path = "GameData/Sigma/Cartographer/PluginData/" + body.transform.name + "/";
116180

117181
Directory.CreateDirectory(path);
118-
File.WriteAllLines(path + "Info.txt", info);
182+
File.WriteAllLines(path + "Info.txt", text);
183+
}
184+
}
185+
186+
internal class LLA
187+
{
188+
internal double lat;
189+
internal double lon;
190+
internal double alt;
191+
192+
internal LLA()
193+
{
194+
}
195+
196+
internal LLA(double lat, double lon, double alt)
197+
{
198+
this.lat = lat;
199+
this.lon = lon;
200+
this.alt = alt;
119201
}
120202
}
121203
}

‎[Source]/SigmaCartographer/DebugLogger.cs‎

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namespace SigmaCartographerPlugin
2+
{
3+
internal static class Debug
4+
{
5+
internal static bool debug = false;
6+
internal static string Tag = "[SigmaLog SC]";
7+
8+
internal static void Log(string message)
9+
{
10+
if (debug)
11+
{
12+
LOG(message);
13+
}
14+
}
15+
16+
internal static void Log(string Method, string message)
17+
{
18+
if (debug)
19+
{
20+
LOG(Method, message);
21+
}
22+
}
23+
24+
internal static void LOG(string message)
25+
{
26+
UnityEngine.Debug.Log(Tag + ": " + message);
27+
}
28+
29+
internal static void LOG(string Method, string message)
30+
{
31+
UnityEngine.Debug.Log(Tag + " " + Method + ": " + message);
32+
}
33+
}
34+
}

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