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AutoplacePeak :: struct

Properties

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    • influence optional :: double

    Influence multiplier. [...]

    Influence multiplier. [...]

    min_influence optional :: double

    Minimal influence (after all calculations) of current peak. [...]

    Minimal influence (after all calculations) of current peak. [...]

    max_influence optional :: double

    Maximal influence (after all calculations) of current peak. [...]

    Maximal influence (after all calculations) of current peak. [...]

    richness_influence optional :: double

    Bonus for influence multiplier when calculating richness. [...]

    Bonus for influence multiplier when calculating richness. [...]

    noise_layer optional :: NoiseLayerID

    Name of NoiseLayer to use for this peak. [...]

    Name of NoiseLayer to use for this peak. [...]

    noise_persistence optional :: double

    Must be between 0 and 1. [...]

    Must be between 0 and 1. [...]

    noise_octaves_difference optional :: double

    Difference between number of octaves of the world and of the noise.

    Difference between number of octaves of the world and of the noise.

    noise_scale optional :: double
    starting_area_weight_optimal optional :: double

    Optimal value of starting_area_weight. [...]

    Optimal value of starting_area_weight. [...]

    starting_area_weight_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    starting_area_weight_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    starting_area_weight_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    elevation_optimal optional :: double

    Optimal value of elevation. [...]

    Optimal value of elevation. [...]

    elevation_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    elevation_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    elevation_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    water_optimal optional :: double

    Optimal value of water. [...]

    Optimal value of water. [...]

    water_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    water_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    water_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    temperature_optimal optional :: double

    Optimal value of temperature. [...]

    Optimal value of temperature. [...]

    temperature_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    temperature_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    temperature_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    aux_optimal optional :: double

    Optimal value of aux. [...]

    Optimal value of aux. [...]

    aux_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    aux_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    aux_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    tier_from_start_optimal optional :: double

    Optimal value of tier_from_start. [...]

    Optimal value of tier_from_start. [...]

    tier_from_start_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    tier_from_start_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    tier_from_start_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    distance_optimal optional :: double

    Optimal value of distance. [...]

    Optimal value of distance. [...]

    distance_range optional :: double

    Distance from the optimal parameters that is still considered optimal. [...]

    Distance from the optimal parameters that is still considered optimal. [...]

    distance_max_range optional :: double

    Distance from the optimal parameters that get influence of -1. [...]

    Distance from the optimal parameters that get influence of -1. [...]

    distance_top_property_limit optional :: double

    Limit distance from the optimum on a single (positive) side. [...]

    Limit distance from the optimum on a single (positive) side. [...]

    Properties

    influence :: double optional

    Default: 1

    Influence multiplier.

    Influence is calculated as a sum of influences of peaks. Influence of a peak is obtained by calculating a distance from each of its dimensions and sum of these individual distances is used as a distance from optimal conditions. Based on this distance a peak gets influence between -1 and 1. This is then multiplied by the noise function, if it is specified, and by the influence constant (or by influence + richness_influence if calculating richness). Finally this value is clamped to a range between min_influence and max_influence.

    When AutoplaceSpecification::starting_area_amount is non-zero a position in starting area is selected and a blob is placed centered on this position. Influence is then a maximum of the default calculated value and a value obtained from this blob.

    min_influence :: double optional

    Default: min double

    Minimal influence (after all calculations) of current peak. See influence.

    max_influence :: double optional

    Default: max double

    Maximal influence (after all calculations) of current peak. See influence.

    richness_influence :: double optional

    Default: 0

    Bonus for influence multiplier when calculating richness. See influence.

    noise_layer :: NoiseLayerID optional

    Default: ""

    Name of NoiseLayer to use for this peak. If empty, then no noise is added to this peak.

    A peak may have a noise multiplied with its influence. Intended use is to have noise layers separate for different types of objects that might appear (trees-12 vs enemy-base).

    noise_persistence :: double optional

    Default: 0.5

    Must be between 0 and 1. Persistence of the noise.

    noise_octaves_difference :: double optional

    Default: 0

    Difference between number of octaves of the world and of the noise.

    noise_scale :: double optional

    Default: 1

    starting_area_weight_optimal :: double optional

    Optimal value of starting_area_weight. If starting_area_weight is close to this value, peak influence is 1.

    starting_area_weight corresponds to the starting_area_weight noise expression.

    starting_area_weight_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if starting_area_weight_optimal is defined.

    starting_area_weight_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if starting_area_weight_optimal is defined.

    starting_area_weight_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if starting_area_weight_optimal is defined.

    elevation_optimal :: double optional

    Optimal value of elevation. If elevation is close to this value, peak influence is 1.

    elevation corresponds to the elevation noise expression.

    elevation_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if elevation_optimal is defined.

    elevation_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if elevation_optimal is defined.

    elevation_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if elevation_optimal is defined.

    water_optimal :: double optional

    Optimal value of water. If water is close to this value, peak influence is 1.

    water corresponds to the moisture noise expression.

    water_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if water_optimal is defined.

    water_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if water_optimal is defined.

    water_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if water_optimal is defined.

    temperature_optimal :: double optional

    Optimal value of temperature. If temperature is close to this value, peak influence is 1.

    temperature corresponds to the temperature noise expression.

    temperature_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if temperature_optimal is defined.

    temperature_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if temperature_optimal is defined.

    temperature_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if temperature_optimal is defined.

    aux_optimal :: double optional

    Optimal value of aux. If aux is close to this value, peak influence is 1.

    aux corresponds to the aux noise expression.

    aux_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if aux_optimal is defined.

    aux_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if aux_optimal is defined.

    aux_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if aux_optimal is defined.

    tier_from_start_optimal :: double optional

    Optimal value of tier_from_start. If tier_from_start is close to this value, peak influence is 1.

    tier_from_start corresponds to the tier_from_start noise expression.

    tier_from_start_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if tier_from_start_optimal is defined.

    tier_from_start_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if tier_from_start_optimal is defined.

    tier_from_start_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if tier_from_start_optimal is defined.

    distance_optimal :: double optional

    Optimal value of distance. If distance is close to this value, peak influence is 1.

    distance corresponds to the distance noise expression.

    distance_range :: double optional

    Default: 0

    Distance from the optimal parameters that is still considered optimal.

    Only loaded if distance_optimal is defined.

    distance_max_range :: double optional

    Distance from the optimal parameters that get influence of -1.

    Only loaded if distance_optimal is defined.

    distance_top_property_limit :: double optional

    Default: max double

    Limit distance from the optimum on a single (positive) side. This is pure magic.

    Only loaded if distance_optimal is defined.

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