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WildWolf
96 lines
3.4 KiB
Markdown
96 lines
3.4 KiB
Markdown
# Workshop Exploratory Ventures
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Both airships and submarines use essentially the same formulae, with slightly different coefficients.
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There are two main segments: the duration to destination, and the duration of survey, which gives you the trip total.
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While these functions are newly discovered, they haven't changed since 4.0 at the latest.
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The way venture duration functions work is somewhat awkward, but effectively it’s a 12 hour baseline with survey duration and travel duration added to it.
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These are themselves based on a distance calculation relative to the map.
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Survey time is static, but travel time is separate for airships and submarines.
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Exploration is a placeholder, the action sheets are AirshipExploration and SubmarineExploration respectively.
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Note that the survey duration field is in minutes, not seconds, hence the multiplication by 60.
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Speed in this case is the speed stat of your ship.
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### General functions
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`var surveyTime = 60 × floor(7000 × Exploration.SurveyDuration<min> / Speed × 100)`
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`var voyageDuration = 12 * 60 * 60 + voyageTime + surveyTime`
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### Airships
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Start node is row 127
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`var voyageSpan = round(sqrt((cur.x - next.x)^2 + (cur.y - next.y)^2))`
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`var voyageTime = 60 * floor(7000 * floor(855 * voyageSpan / 1000) / floor(100 * Speed))`
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`var voyageDistance = floor(52 * voyageSpan / 1000)`
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### Submarines
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Start node is the first row of the map
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`var voyageSpan = sqrt((cur.x - next.x)^2 + (cur.y - next.y)^2 + (cur.z - next.z)^2)`
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`var voyageTime = 60 * floor(3990 * voyageSpan / (Speed * 100))`
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`var voyageDistance = floor(0.035 * voyageSpan)`
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#### Code example
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```ts
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export class WorkshopData {
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x: number;
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y: number;
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surveyDistance: number;
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scalar = 1;
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getTime(next: WorkshopData, speed: number): { voyageTime: number, voyageDistance: number, surveyTime: number } {
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var voyageTime = 60 * (this.voyageDistanceInter(next, speed));
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var voyageDistance = Math.trunc((this.scalar * Math.trunc(this.distance(next)) / 1000));
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var surveyTime = Math.trunc((next.surveyDistance * 7000) / (100 * speed)) * 60;
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return { voyageDistance, voyageTime, surveyTime };
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}
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distance(next: WorkshopData): number {
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throw "Abstract method triggered";
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}
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voyageDistanceInter(next: WorkshopData, speed: number): number {
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throw "Abstract method triggered";
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}
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}
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export class AirshipData extends WorkshopData {
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scalar = 52;
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constructor(data: any) {
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super();
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this.x = data.x;
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this.y = data.y;
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this.surveyDistance = data.surveyDistance;
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}
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distance(next: WorkshopData): number {
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return Math.round(Math.sqrt(Math.pow(this.x - next.x, 2) + Math.pow(this.y - next.y, 2)));
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}
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voyageDistanceInter(next: WorkshopData, speed: number): number {
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return Math.trunc(7000 * Math.trunc(855 * Math.trunc(this.distance(next)) / 1000) / (100 * speed))
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}
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}
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export class SubmarineData extends WorkshopData {
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z: number;
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scalar = 35;
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constructor(data: any) {
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super();
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this.x = data.x;
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this.y = data.y;
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this.z = data.z;
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this.surveyDistance = data.surveyDistance;
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}
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distance(next: SubmarineData): number {
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return Math.sqrt(Math.pow(this.x - next.x, 2) + Math.pow(this.y - next.y, 2) + Math.pow(this.z - next.z, 2));
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}
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voyageDistanceInter(next: SubmarineData, speed: number): number {
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return Math.trunc(3990 * this.distance(next) / (100 * speed))
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}
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}
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``` |