training_result_converter.ini

[CM_TRAINING]

//XP GRAPH FORMULA
BASE_CALC_VALUE             = 3500
BASE_GROWTH_SCALE_VALUE     = 100
BASE_GROWTH_SCALE_MODIFIER  = 1.1
GROWTH_SCALE_PROGRESSION    = 0.01

SECONDARY_ATTRIBUTE_TRESHOLD                    = 20

ATTRIBUTE_GROWTH_CAP        = 300       // in percents, 120 will mean the attribute will grow by 1.2
                                        // for some edge cases (like created players with low attribute values) the xp graph will generate huge attribute growth values, this value will be used to cap the result
                                        // so we don't get large increase in attributes

PERFORMANCE_GRADE_A_MODIFIER                    = 1.25
PERFORMANCE_GRADE_B_MODIFIER                    = 1
PERFORMANCE_GRADE_C_MODIFIER                    = 0.75
PERFORMANCE_GRADE_D_MODIFIER                    = 0.5
PERFORMANCE_GRADE_F_MODIFIER                    = 1.25
// Sometimes there still is an F Grade so we use same modifier


PRIMARY_MODIFIER            = 2
SECONDARY_MODIFIER          = 1.25
TERTIARY_MODIFIER           = 0.6

BRONZE_MODIFIER             = 1.25
SILVER_MODIFIER             = 1.85
GOLD_MODIFIER               = 2.5

NUMBER_OF_AGE_WR_BANDS      = 5

AGE_WR_AGE_MIN_1            = 15
AGE_WR_AGE_MAX_1            = 20
AGE_WR_BAND_MODIFIER_1      = 1.5

AGE_WR_AGE_MIN_2            = 20
AGE_WR_AGE_MAX_2            = 24
AGE_WR_BAND_MODIFIER_2      = 1.3

AGE_WR_AGE_MIN_3            = 24
AGE_WR_AGE_MAX_3            = 28
AGE_WR_BAND_MODIFIER_3      = 1.1

AGE_WR_AGE_MIN_4            = 28
AGE_WR_AGE_MAX_4            = 31
AGE_WR_BAND_MODIFIER_4      = 1

AGE_WR_AGE_MIN_5            = 31
AGE_WR_BAND_MODIFIER_5      = 0.75

NUMBER_OF_POTENTIAL_WR_BANDS    = 5 // The operator values defined in POTENTIAL_WR are defined like this: 0 = Equals, 1 = less or equal, 2 = greater

POTENTIAL_WR_RATIO_1                            = 1
POTENTIAL_WR_RATIO_OPERATOR_1                   = 0
POTENTIAL_WR_POTENTIAL_LIMIT_1                  = 99
POTENTIAL_WR_POTENTIAL_LIMIT_OPERATOR_1         = 1
POTENTIAL_WR_MODIFIER_1                         = 0.8

POTENTIAL_WR_RATIO_2                            = 1.05
POTENTIAL_WR_RATIO_OPERATOR_2                   = 1
POTENTIAL_WR_POTENTIAL_LIMIT_2                  = 75
POTENTIAL_WR_POTENTIAL_LIMIT_OPERATOR_2         = 2
POTENTIAL_WR_MODIFIER_2                         = 1

POTENTIAL_WR_RATIO_3                            = 1.05
POTENTIAL_WR_RATIO_OPERATOR_3                   = 1
POTENTIAL_WR_POTENTIAL_LIMIT_3                  = 75
POTENTIAL_WR_POTENTIAL_LIMIT_OPERATOR_3         = 1
POTENTIAL_WR_MODIFIER_3                         = 0.9

POTENTIAL_WR_RATIO_4                            = 1.05
POTENTIAL_WR_RATIO_OPERATOR_4                   = 2
POTENTIAL_WR_POTENTIAL_LIMIT_4                  = 75
POTENTIAL_WR_POTENTIAL_LIMIT_OPERATOR_4         = 1
POTENTIAL_WR_MODIFIER_4                         = 1.1

POTENTIAL_WR_RATIO_5                            = 1.05
POTENTIAL_WR_RATIO_OPERATOR_5                   = 2
POTENTIAL_WR_POTENTIAL_LIMIT_5                  = 75
POTENTIAL_WR_POTENTIAL_LIMIT_OPERATOR_5         = 2
POTENTIAL_WR_MODIFIER_5                         = 1.2

ATTRIBUTE_BONUS_1   = 30        // for 2 trained attributes
ATTRIBUTE_BONUS_2   = 18        // for 3 trained attributes
ATTRIBUTE_BONUS_3   = 0         // for 4 trained attributes

[CM_TRAINING_SIMULATION]
// Difficulty: 0 = Bronze, 1 = Silver, 2 = Gold, the sum of the values for a given difficulty must be 100
// Grade: 0 = A, 1 = B, 2 = C, 3 = D, 4 = F
DIFFICULTY_0_GRADE_0 = 100
DIFFICULTY_0_GRADE_1 = 0
DIFFICULTY_0_GRADE_2 = 0
DIFFICULTY_0_GRADE_3 = 0
DIFFICULTY_0_GRADE_4 = 0

DIFFICULTY_1_GRADE_0 = 100
DIFFICULTY_1_GRADE_1 = 0
DIFFICULTY_1_GRADE_2 = 0
DIFFICULTY_1_GRADE_3 = 0
DIFFICULTY_1_GRADE_4 = 0

DIFFICULTY_2_GRADE_0 = 100
DIFFICULTY_2_GRADE_1 = 0
DIFFICULTY_2_GRADE_2 = 0
DIFFICULTY_2_GRADE_3 = 0
DIFFICULTY_2_GRADE_4 = 0

// 0 = no primary attributes, 1 = 1 primary attributes, 2 = 2 primary attributes, 3 = 3 or 4 primary attributes
// the values for other grades are calculated by linear interpolation between values for A and F
PRIMARY_ATTRIBUTES_0_BONUS_A = -15
PRIMARY_ATTRIBUTES_0_BONUS_F = 15
PRIMARY_ATTRIBUTES_1_BONUS_A = -5
PRIMARY_ATTRIBUTES_1_BONUS_F = 5
PRIMARY_ATTRIBUTES_2_BONUS_A = -5
PRIMARY_ATTRIBUTES_2_BONUS_F = 0
PRIMARY_ATTRIBUTES_3_BONUS_A = -10
PRIMARY_ATTRIBUTES_3_BONUS_F = 10

// potential entries count must match the ones from the previous section
// the values for other grades are calculated by linear interpolation between values for A and F
POTENTIAL_1_BONUS_A = -5
POTENTIAL_1_BONUS_F = 10
POTENTIAL_2_BONUS_A = 0
POTENTIAL_2_BONUS_F = 0
POTENTIAL_3_BONUS_A = -5
POTENTIAL_3_BONUS_F = 5
POTENTIAL_4_BONUS_A = 10
POTENTIAL_4_BONUS_F = 5
POTENTIAL_5_BONUS_A = 10
POTENTIAL_5_BONUS_F = 0