Apellonyx's Survival System + KMS Generic Gauge

Ademax

Ademax

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Hi everyone, this is my first forum post. I recently dowloaded RPG Maker Vx Ace and have been working around visual customization for my game. My scripting knowledge is basically 0, but if given clear instructions I can find a way to make things works via trial and error.

What brings me here is the following:

I'm using Apellonyx's Survival System ( which adds needs bars that go down over time ) and KMS Generic Gauge ( which changes the look of HP, MP, TP and EXP with images ). However Apellonyx's Survival System bars don't get affected by the custom gauges because, obviously, KMS Generic Gauge was set for only affecting HP, MP, TP and EXP parameters. So the different aesthetics look odd.

How could I make it so Apellonyx's Survival System bars get the same makeup KMS Generic Gauge offers?

KMS Generic Gauge link
Apellonyx's Survival System link
 
Roninator2

Roninator2

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Ruby: 
#==============================================================================
# Compatibility Patch :                                         v1.0 (09/10/23)
#   Survival System by Apellonyx + KMS Generic Gauge
#==============================================================================
# Script by:
#     Roninator2
#--------------------------------------------------------------------------
# Place this script below both Survival System by Apellonyx
# and KMS Generic Gauge in your script edtior.
#
# Due to the nature of both scripts, several methods
# in Survival System by Apellonyx were overwritten.
#
# All Generic Gauge images must be placed in the "Graphics/System"
# folder of your project.
#--------------------------------------------------------------------------
#   ++ Changelog ++
#--------------------------------------------------------------------------
# v1.0 : Initial release. (09/10/2023)
#==============================================================================

module KMS_GenericGauge
  # * Gauge File Names
  #   Images must be placed in the "Graphics/System" folder of your project
  LIFE_IMAGE  = "GaugeLIFE"   # Life
  FOOD_IMAGE  = "GaugeFOOD"   # Food
  WATER_IMAGE = "GaugeWATER"  # WATER
  REST_IMAGE  = "GaugeREST"   # REST
  TOXIN_IMAGE = "GaugeTOXIN"  # TOXIN

  # * Gauge Position Offset [x, y]
  LIFE_OFFSET  = [-23, -2]  # LIFE
  FOOD_OFFSET  = [-23, -2]  # FOOD
  WATER_OFFSET = [-23, -2]  # WATER
  REST_OFFSET  = [-23, -2]  # REST
  TOXIN_OFFSET = [-23, -2]  # TOXIN

  # * Gauge Length Adjustment
  LIFE_LENGTH  = -4  # LIFE
  FOOD_LENGTH  = -4  # FOOD
  WATER_LENGTH = -4  # WATER
  REST_LENGTH  = -4  # REST
  TOXIN_LENGTH = -4  # TOXIN

  # * Gauge Slope
  #   Must be between -89 ~ 89 degrees
  LIFE_SLOPE  = 30  # LIFE
  FOOD_SLOPE  = 30  # FOOD
  WATER_SLOPE = 30  # WATER
  REST_SLOPE  = 30  # REST
  TOXIN_SLOPE = 30  # TOXIN
end

class Window_Survival < Window_Base
  def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
    life_25 = Anyx::LIFEMAX / 4
    life_26 = life_25 + 0.001
    life_50 = life_25 * 2
    life_51 = life_50 + 0.001
    life_75 = life_25 * 3
    life_76 = life_75 + 0.001
    life_99 = Anyx::LIFEMAX - 0.001
    life_color = dep_color if 1 > $survival_v[1]
    life_color = dan_color if (1..life_25) === $survival_v[1]
    life_color = low_color if (life_26..life_50) === $survival_v[1]
    life_color = ave_color if (life_51..life_75) === $survival_v[1]
    life_color = sat_color if (life_76..life_99) === $survival_v[1]
    life_color = exc_color if Anyx::LIFEMAX <= $survival_v[1]
    life_rate = $survival_v[1] / Anyx::LIFEMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::LIFE_IMAGE,
            x, y, width, life_rate,
            KMS_GenericGauge::LIFE_OFFSET,
            KMS_GenericGauge::LIFE_LENGTH,
            KMS_GenericGauge::LIFE_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::LIFEVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[1].round.to_i, Anyx::LIFEMAX, life_color, life_color)
  end # def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
    food_25 = Anyx::FOODMAX / 4
    food_26 = food_25 + 0.001
    food_50 = food_25 * 2
    food_51 = food_50 + 0.001
    food_75 = food_25 * 3
    food_76 = food_75 + 0.001
    food_99 = Anyx::FOODMAX - 0.001
    food_color = dep_color if 1 > $survival_v[2]
    food_color = dan_color if (1..food_25) === $survival_v[2]
    food_color = low_color if (food_26..food_50) === $survival_v[2]
    food_color = ave_color if (food_51..food_75) === $survival_v[2]
    food_color = sat_color if (food_76..food_99) === $survival_v[2]
    food_color = exc_color if Anyx::FOODMAX <= $survival_v[2]
    food_rate = $survival_v[2] / Anyx::FOODMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::FOOD_IMAGE,
            x, y, width, food_rate,
            KMS_GenericGauge::FOOD_OFFSET,
            KMS_GenericGauge::FOOD_LENGTH,
            KMS_GenericGauge::FOOD_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::FOODVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[2].round.to_i, Anyx::FOODMAX, food_color, food_color)
  end # def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
    water_25 = Anyx::WATERMAX / 4
    water_26 = water_25 + 0.001
    water_50 = water_25 * 2
    water_51 = water_50 + 0.001
    water_75 = water_25 * 3
    water_76 = water_75 + 0.001
    water_99 = Anyx::WATERMAX - 0.001
    water_color = dep_color if 1 > $survival_v[3]
    water_color = dan_color if (1..water_25) === $survival_v[3]
    water_color = low_color if (water_26..water_50) === $survival_v[3]
    water_color = ave_color if (water_51..water_75) === $survival_v[3]
    water_color = sat_color if (water_76..water_99) === $survival_v[3]
    water_color = exc_color if Anyx::WATERMAX <= $survival_v[3]
    water_rate = $survival_v[3] / Anyx::WATERMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::WATER_IMAGE,
            x, y, width, water_rate,
            KMS_GenericGauge::WATER_OFFSET,
            KMS_GenericGauge::WATER_LENGTH,
            KMS_GenericGauge::WATER_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::WATERVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[3].round.to_i, Anyx::WATERMAX, water_color, water_color)
  end # def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
    rest_25 = Anyx::WATERMAX / 4
    rest_26 = rest_25 + 0.001
    rest_50 = rest_25 * 2
    rest_51 = rest_50 + 0.001
    rest_75 = rest_25 * 3
    rest_76 = rest_75 + 0.001
    rest_99 = Anyx::RESTMAX - 0.001
    rest_color = dep_color if 1 > $survival_v[4]
    rest_color = dan_color if (1..rest_25) === $survival_v[4]
    rest_color = low_color if (rest_26..rest_50) === $survival_v[4]
    rest_color = ave_color if (rest_51..rest_75) === $survival_v[4]
    rest_color = sat_color if (rest_76..rest_99) === $survival_v[4]
    rest_color = exc_color if Anyx::RESTMAX <= $survival_v[4]
    rest_rate = $survival_v[4] / Anyx::RESTMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::REST_IMAGE,
            x, y, width, rest_rate,
            KMS_GenericGauge::REST_OFFSET,
            KMS_GenericGauge::REST_LENGTH,
            KMS_GenericGauge::REST_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::RESTVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[4].round.to_i, Anyx::RESTMAX, rest_color, rest_color)
  end # def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
    toxin_25 = Anyx::TOXINMAX / 4
    toxin_26 = toxin_25 + 0.001
    toxin_50 = toxin_25 * 2
    toxin_51 = toxin_50 + 0.001
    toxin_75 = toxin_25 * 3
    toxin_76 = toxin_75 + 0.001
    toxin_99 = Anyx::TOXINMAX - 0.001
    toxin_color = exc_color if 1 > $survival_v[5]
    toxin_color = sat_color if (1..toxin_25) === $survival_v[5]
    toxin_color = ave_color if (toxin_26..toxin_50) === $survival_v[5]
    toxin_color = low_color if (toxin_51..toxin_75) === $survival_v[5]
    toxin_color = dan_color if (toxin_76..toxin_99) === $survival_v[5]
    toxin_color = dep_color if Anyx::TOXINMAX <= $survival_v[5]
    toxin_rate = $survival_v[5] / Anyx::TOXINMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::TOXIN_IMAGE,
            x, y, width, toxin_rate,
            KMS_GenericGauge::TOXIN_OFFSET,
            KMS_GenericGauge::TOXIN_LENGTH,
            KMS_GenericGauge::TOXIN_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::TOXINVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[5].round.to_i, Anyx::TOXINMAX, toxin_color, toxin_color)
  end # def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
end # class
 
Ademax

Ademax

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Roninator2 said:
Ruby: 
#==============================================================================
# Compatibility Patch :                                         v1.0 (09/10/23)
#   Survival System by Apellonyx + KMS Generic Gauge
#==============================================================================
# Script by:
#     Roninator2
#--------------------------------------------------------------------------
# Place this script below both Survival System by Apellonyx
# and KMS Generic Gauge in your script edtior.
#
# Due to the nature of both scripts, several methods
# in Survival System by Apellonyx were overwritten.
#
# All Generic Gauge images must be placed in the "Graphics/System"
# folder of your project.
#--------------------------------------------------------------------------
#   ++ Changelog ++
#--------------------------------------------------------------------------
# v1.0 : Initial release. (09/10/2023)
#==============================================================================

module KMS_GenericGauge
  # * Gauge File Names
  #   Images must be placed in the "Graphics/System" folder of your project
  LIFE_IMAGE  = "GaugeLIFE"   # Life
  FOOD_IMAGE  = "GaugeFOOD"   # Food
  WATER_IMAGE = "GaugeWATER"  # WATER
  REST_IMAGE  = "GaugeREST"   # REST
  TOXIN_IMAGE = "GaugeTOXIN"  # TOXIN

  # * Gauge Position Offset [x, y]
  LIFE_OFFSET  = [-23, -2]  # LIFE
  FOOD_OFFSET  = [-23, -2]  # FOOD
  WATER_OFFSET = [-23, -2]  # WATER
  REST_OFFSET  = [-23, -2]  # REST
  TOXIN_OFFSET = [-23, -2]  # TOXIN

  # * Gauge Length Adjustment
  LIFE_LENGTH  = -4  # LIFE
  FOOD_LENGTH  = -4  # FOOD
  WATER_LENGTH = -4  # WATER
  REST_LENGTH  = -4  # REST
  TOXIN_LENGTH = -4  # TOXIN

  # * Gauge Slope
  #   Must be between -89 ~ 89 degrees
  LIFE_SLOPE  = 30  # LIFE
  FOOD_SLOPE  = 30  # FOOD
  WATER_SLOPE = 30  # WATER
  REST_SLOPE  = 30  # REST
  TOXIN_SLOPE = 30  # TOXIN
end

class Window_Survival < Window_Base
  def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
    life_25 = Anyx::LIFEMAX / 4
    life_26 = life_25 + 0.001
    life_50 = life_25 * 2
    life_51 = life_50 + 0.001
    life_75 = life_25 * 3
    life_76 = life_75 + 0.001
    life_99 = Anyx::LIFEMAX - 0.001
    life_color = dep_color if 1 > $survival_v[1]
    life_color = dan_color if (1..life_25) === $survival_v[1]
    life_color = low_color if (life_26..life_50) === $survival_v[1]
    life_color = ave_color if (life_51..life_75) === $survival_v[1]
    life_color = sat_color if (life_76..life_99) === $survival_v[1]
    life_color = exc_color if Anyx::LIFEMAX <= $survival_v[1]
    life_rate = $survival_v[1] / Anyx::LIFEMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::LIFE_IMAGE,
            x, y, width, life_rate,
            KMS_GenericGauge::LIFE_OFFSET,
            KMS_GenericGauge::LIFE_LENGTH,
            KMS_GenericGauge::LIFE_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::LIFEVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[1].round.to_i, Anyx::LIFEMAX, life_color, life_color)
  end # def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
    food_25 = Anyx::FOODMAX / 4
    food_26 = food_25 + 0.001
    food_50 = food_25 * 2
    food_51 = food_50 + 0.001
    food_75 = food_25 * 3
    food_76 = food_75 + 0.001
    food_99 = Anyx::FOODMAX - 0.001
    food_color = dep_color if 1 > $survival_v[2]
    food_color = dan_color if (1..food_25) === $survival_v[2]
    food_color = low_color if (food_26..food_50) === $survival_v[2]
    food_color = ave_color if (food_51..food_75) === $survival_v[2]
    food_color = sat_color if (food_76..food_99) === $survival_v[2]
    food_color = exc_color if Anyx::FOODMAX <= $survival_v[2]
    food_rate = $survival_v[2] / Anyx::FOODMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::FOOD_IMAGE,
            x, y, width, food_rate,
            KMS_GenericGauge::FOOD_OFFSET,
            KMS_GenericGauge::FOOD_LENGTH,
            KMS_GenericGauge::FOOD_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::FOODVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[2].round.to_i, Anyx::FOODMAX, food_color, food_color)
  end # def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
    water_25 = Anyx::WATERMAX / 4
    water_26 = water_25 + 0.001
    water_50 = water_25 * 2
    water_51 = water_50 + 0.001
    water_75 = water_25 * 3
    water_76 = water_75 + 0.001
    water_99 = Anyx::WATERMAX - 0.001
    water_color = dep_color if 1 > $survival_v[3]
    water_color = dan_color if (1..water_25) === $survival_v[3]
    water_color = low_color if (water_26..water_50) === $survival_v[3]
    water_color = ave_color if (water_51..water_75) === $survival_v[3]
    water_color = sat_color if (water_76..water_99) === $survival_v[3]
    water_color = exc_color if Anyx::WATERMAX <= $survival_v[3]
    water_rate = $survival_v[3] / Anyx::WATERMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::WATER_IMAGE,
            x, y, width, water_rate,
            KMS_GenericGauge::WATER_OFFSET,
            KMS_GenericGauge::WATER_LENGTH,
            KMS_GenericGauge::WATER_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::WATERVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[3].round.to_i, Anyx::WATERMAX, water_color, water_color)
  end # def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
    rest_25 = Anyx::WATERMAX / 4
    rest_26 = rest_25 + 0.001
    rest_50 = rest_25 * 2
    rest_51 = rest_50 + 0.001
    rest_75 = rest_25 * 3
    rest_76 = rest_75 + 0.001
    rest_99 = Anyx::RESTMAX - 0.001
    rest_color = dep_color if 1 > $survival_v[4]
    rest_color = dan_color if (1..rest_25) === $survival_v[4]
    rest_color = low_color if (rest_26..rest_50) === $survival_v[4]
    rest_color = ave_color if (rest_51..rest_75) === $survival_v[4]
    rest_color = sat_color if (rest_76..rest_99) === $survival_v[4]
    rest_color = exc_color if Anyx::RESTMAX <= $survival_v[4]
    rest_rate = $survival_v[4] / Anyx::RESTMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::REST_IMAGE,
            x, y, width, rest_rate,
            KMS_GenericGauge::REST_OFFSET,
            KMS_GenericGauge::REST_LENGTH,
            KMS_GenericGauge::REST_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::RESTVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[4].round.to_i, Anyx::RESTMAX, rest_color, rest_color)
  end # def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
    toxin_25 = Anyx::TOXINMAX / 4
    toxin_26 = toxin_25 + 0.001
    toxin_50 = toxin_25 * 2
    toxin_51 = toxin_50 + 0.001
    toxin_75 = toxin_25 * 3
    toxin_76 = toxin_75 + 0.001
    toxin_99 = Anyx::TOXINMAX - 0.001
    toxin_color = exc_color if 1 > $survival_v[5]
    toxin_color = sat_color if (1..toxin_25) === $survival_v[5]
    toxin_color = ave_color if (toxin_26..toxin_50) === $survival_v[5]
    toxin_color = low_color if (toxin_51..toxin_75) === $survival_v[5]
    toxin_color = dan_color if (toxin_76..toxin_99) === $survival_v[5]
    toxin_color = dep_color if Anyx::TOXINMAX <= $survival_v[5]
    toxin_rate = $survival_v[5] / Anyx::TOXINMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::TOXIN_IMAGE,
            x, y, width, toxin_rate,
            KMS_GenericGauge::TOXIN_OFFSET,
            KMS_GenericGauge::TOXIN_LENGTH,
            KMS_GenericGauge::TOXIN_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::TOXINVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[5].round.to_i, Anyx::TOXINMAX, toxin_color, toxin_color)
  end # def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
end # class
Click to expand...
Hey there, Roninator2! Thank you for taking the time to write this compatibility patch. I just tested it and seems to work perfectly fine :kaojoy: Again, thank you so much!
 
Last edited:
Ademax

Ademax

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Roninator2 said:
Ruby: 
#==============================================================================
# Compatibility Patch :                                         v1.0 (09/10/23)
#   Survival System by Apellonyx + KMS Generic Gauge
#==============================================================================
# Script by:
#     Roninator2
#--------------------------------------------------------------------------
# Place this script below both Survival System by Apellonyx
# and KMS Generic Gauge in your script edtior.
#
# Due to the nature of both scripts, several methods
# in Survival System by Apellonyx were overwritten.
#
# All Generic Gauge images must be placed in the "Graphics/System"
# folder of your project.
#--------------------------------------------------------------------------
#   ++ Changelog ++
#--------------------------------------------------------------------------
# v1.0 : Initial release. (09/10/2023)
#==============================================================================

module KMS_GenericGauge
  # * Gauge File Names
  #   Images must be placed in the "Graphics/System" folder of your project
  LIFE_IMAGE  = "GaugeLIFE"   # Life
  FOOD_IMAGE  = "GaugeFOOD"   # Food
  WATER_IMAGE = "GaugeWATER"  # WATER
  REST_IMAGE  = "GaugeREST"   # REST
  TOXIN_IMAGE = "GaugeTOXIN"  # TOXIN

  # * Gauge Position Offset [x, y]
  LIFE_OFFSET  = [-23, -2]  # LIFE
  FOOD_OFFSET  = [-23, -2]  # FOOD
  WATER_OFFSET = [-23, -2]  # WATER
  REST_OFFSET  = [-23, -2]  # REST
  TOXIN_OFFSET = [-23, -2]  # TOXIN

  # * Gauge Length Adjustment
  LIFE_LENGTH  = -4  # LIFE
  FOOD_LENGTH  = -4  # FOOD
  WATER_LENGTH = -4  # WATER
  REST_LENGTH  = -4  # REST
  TOXIN_LENGTH = -4  # TOXIN

  # * Gauge Slope
  #   Must be between -89 ~ 89 degrees
  LIFE_SLOPE  = 30  # LIFE
  FOOD_SLOPE  = 30  # FOOD
  WATER_SLOPE = 30  # WATER
  REST_SLOPE  = 30  # REST
  TOXIN_SLOPE = 30  # TOXIN
end

class Window_Survival < Window_Base
  def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
    life_25 = Anyx::LIFEMAX / 4
    life_26 = life_25 + 0.001
    life_50 = life_25 * 2
    life_51 = life_50 + 0.001
    life_75 = life_25 * 3
    life_76 = life_75 + 0.001
    life_99 = Anyx::LIFEMAX - 0.001
    life_color = dep_color if 1 > $survival_v[1]
    life_color = dan_color if (1..life_25) === $survival_v[1]
    life_color = low_color if (life_26..life_50) === $survival_v[1]
    life_color = ave_color if (life_51..life_75) === $survival_v[1]
    life_color = sat_color if (life_76..life_99) === $survival_v[1]
    life_color = exc_color if Anyx::LIFEMAX <= $survival_v[1]
    life_rate = $survival_v[1] / Anyx::LIFEMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::LIFE_IMAGE,
            x, y, width, life_rate,
            KMS_GenericGauge::LIFE_OFFSET,
            KMS_GenericGauge::LIFE_LENGTH,
            KMS_GenericGauge::LIFE_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::LIFEVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[1].round.to_i, Anyx::LIFEMAX, life_color, life_color)
  end # def draw_life(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
    food_25 = Anyx::FOODMAX / 4
    food_26 = food_25 + 0.001
    food_50 = food_25 * 2
    food_51 = food_50 + 0.001
    food_75 = food_25 * 3
    food_76 = food_75 + 0.001
    food_99 = Anyx::FOODMAX - 0.001
    food_color = dep_color if 1 > $survival_v[2]
    food_color = dan_color if (1..food_25) === $survival_v[2]
    food_color = low_color if (food_26..food_50) === $survival_v[2]
    food_color = ave_color if (food_51..food_75) === $survival_v[2]
    food_color = sat_color if (food_76..food_99) === $survival_v[2]
    food_color = exc_color if Anyx::FOODMAX <= $survival_v[2]
    food_rate = $survival_v[2] / Anyx::FOODMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::FOOD_IMAGE,
            x, y, width, food_rate,
            KMS_GenericGauge::FOOD_OFFSET,
            KMS_GenericGauge::FOOD_LENGTH,
            KMS_GenericGauge::FOOD_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::FOODVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[2].round.to_i, Anyx::FOODMAX, food_color, food_color)
  end # def draw_food(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
    water_25 = Anyx::WATERMAX / 4
    water_26 = water_25 + 0.001
    water_50 = water_25 * 2
    water_51 = water_50 + 0.001
    water_75 = water_25 * 3
    water_76 = water_75 + 0.001
    water_99 = Anyx::WATERMAX - 0.001
    water_color = dep_color if 1 > $survival_v[3]
    water_color = dan_color if (1..water_25) === $survival_v[3]
    water_color = low_color if (water_26..water_50) === $survival_v[3]
    water_color = ave_color if (water_51..water_75) === $survival_v[3]
    water_color = sat_color if (water_76..water_99) === $survival_v[3]
    water_color = exc_color if Anyx::WATERMAX <= $survival_v[3]
    water_rate = $survival_v[3] / Anyx::WATERMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::WATER_IMAGE,
            x, y, width, water_rate,
            KMS_GenericGauge::WATER_OFFSET,
            KMS_GenericGauge::WATER_LENGTH,
            KMS_GenericGauge::WATER_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::WATERVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[3].round.to_i, Anyx::WATERMAX, water_color, water_color)
  end # def draw_water(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
    rest_25 = Anyx::WATERMAX / 4
    rest_26 = rest_25 + 0.001
    rest_50 = rest_25 * 2
    rest_51 = rest_50 + 0.001
    rest_75 = rest_25 * 3
    rest_76 = rest_75 + 0.001
    rest_99 = Anyx::RESTMAX - 0.001
    rest_color = dep_color if 1 > $survival_v[4]
    rest_color = dan_color if (1..rest_25) === $survival_v[4]
    rest_color = low_color if (rest_26..rest_50) === $survival_v[4]
    rest_color = ave_color if (rest_51..rest_75) === $survival_v[4]
    rest_color = sat_color if (rest_76..rest_99) === $survival_v[4]
    rest_color = exc_color if Anyx::RESTMAX <= $survival_v[4]
    rest_rate = $survival_v[4] / Anyx::RESTMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::REST_IMAGE,
            x, y, width, rest_rate,
            KMS_GenericGauge::REST_OFFSET,
            KMS_GenericGauge::REST_LENGTH,
            KMS_GenericGauge::REST_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::RESTVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[4].round.to_i, Anyx::RESTMAX, rest_color, rest_color)
  end # def draw_rest(actor, x, y, width = Anyx::WINWIDTH - 22)
  def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
    toxin_25 = Anyx::TOXINMAX / 4
    toxin_26 = toxin_25 + 0.001
    toxin_50 = toxin_25 * 2
    toxin_51 = toxin_50 + 0.001
    toxin_75 = toxin_25 * 3
    toxin_76 = toxin_75 + 0.001
    toxin_99 = Anyx::TOXINMAX - 0.001
    toxin_color = exc_color if 1 > $survival_v[5]
    toxin_color = sat_color if (1..toxin_25) === $survival_v[5]
    toxin_color = ave_color if (toxin_26..toxin_50) === $survival_v[5]
    toxin_color = low_color if (toxin_51..toxin_75) === $survival_v[5]
    toxin_color = dan_color if (toxin_76..toxin_99) === $survival_v[5]
    toxin_color = dep_color if Anyx::TOXINMAX <= $survival_v[5]
    toxin_rate = $survival_v[5] / Anyx::TOXINMAX.to_f
    draw_generic_gauge(KMS_GenericGauge::TOXIN_IMAGE,
            x, y, width, toxin_rate,
            KMS_GenericGauge::TOXIN_OFFSET,
            KMS_GenericGauge::TOXIN_LENGTH,
            KMS_GenericGauge::TOXIN_SLOPE
    )
    change_color(system_color)
    draw_text(x, y, 100, line_height, Anyx::TOXINVOCAB)
    draw_current_and_max_values(x, y, width, $survival_v[5].round.to_i, Anyx::TOXINMAX, toxin_color, toxin_color)
  end # def draw_toxin(actor, x, y, width = Anyx::WINWIDTH - 22)
end # class
Click to expand...
Hello again! I found a small visual error in the background of the bars ( shown in the attached picture ). Could you tell me what I must do to fix it, if isn't too much of a hassle? Thanks!
 

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Roninator2

Roninator2

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Looks like an issue with the length.
Change the -4 to -10
 
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