CourseGenerator/AdjustableParameter.lua at master · Courseplay/CourseGenerator · GitHub

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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end
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---
--- A parameter that the user can adjust by pressing keys in LOVE
---

---@classAdjustableParameter
AdjustableParameter=CpObject()

functionAdjustableParameter:init(value, name, up, down, step, lowerLimit, upperLimit)
self.value=value
self.name=name
self.up=up
self.down=down
self.step=step
self.lowerLimit=lowerLimit
self.upperLimit=upperLimit
end

functionAdjustableParameter:onKey(key, callback)
ifkey==self.upthen
self.value=math.min(self.upperLimit, self.value+self.step)
callback()
elseifkey==self.downthen
self.value=math.max(self.lowerLimit, self.value-self.step)
callback()
end
end

functionAdjustableParameter:get()
returnself.value
end

---@returntable to use with love.graphics.print()
functionAdjustableParameter:toColoredText(nameColor, keyColor, valueColor)
return {nameColor, self.name, keyColor, string.format(' (%s/%s): ', self.down, self.up),
valueColor, string.format('%.2f', self.value)}
end


functionAdjustableParameter:__tostring()
returnstring.format('%s (%s/%s): %.2f', self.name, self.down, self.up, self.value)
end