Chrono Clock H Scenes

Censoring visual novels on steam can often be unpleasant for players. Personally I don't like when it takes scenes of character development away or if it happens to censor a part of the story (If my heart had wings for example). So here is a simple method on how to return ChronoClock to the unrated version.

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The Khaki Field Auto Chrono is a great choice for fans of the chronograph function. This 42-mm watch has a day-date display at 3, and 12-hour counter at 6, and a 30-minute counter at 12 o'clock. Its power comes from the caliber H-21. Based on the Valjoux 7750, this movement has a 60-hour power reserve. I have a few more omorashi H scenes that I plan to upload in the coming weeks featuring the likes of Chrono Clock,Grisaia No Kajitsu,and a newly translated title Maitetsu. So look forward to that I guess. My omorashi YouTube (RIP). Chrono Clock クロノクロック. S 2.0 Modern Tsundere Heroine 2.0 Child Support Character S 2.0 Scenario Selection 2.0 Voice Replay 2.0 Ojousama Heroine 2.0 Kissing Scene 2.0 Protagonist's Fiancee as a Heroine 1.9 Immortal Heroine 1.9 Heroine with Intake Hairstyle 1.9 Heroine with Ahoge 1.9 Half-orphan Heroine 1.9 Defloration 1.9 Tomboy.

Include the standard header <chrono> to define classes and functions that represent and manipulate time durations and time instants.

Beginning in Visual Studio 2015, the implementation of steady_clock has changed to meet the C++ Standard requirements for steadiness and monotonicity. steady_clock is now based on QueryPerformanceCounter() and high_resolution_clock is now a typedef for steady_clock. As a result, in the Microsoft C++ compiler steady_clock::time_point is now a typedef for chrono::time_point<steady_clock>; however, this rule isn't necessarily the case for other implementations.

Requirements

Header:<chrono>

Namespace: std

Members

Classes

Name	Description
`day` class	Since C++20. Describes a type that represents a day of the month. For example, the 25th day of the month.
`duration` class	Describes a type that holds a time interval.
`hh_mm_ss.md` class	Splits a `std::chrono::duration` into hours:minutes:seconds.
`leap_second` class	Represents a date and a value for an inserted leap second.
`month` Class	Describes a type that represents a month of a year. For example, July.
`time_point` class	Describes a type that represents a point in time.
`time_zone` class	Represents all time zone transitions for a specific geographic area.
`weekday` class	Represents a day of the week.
`weekday_last` class	Represents the last weekday of a month.
`weekday_indexed` class	Combines a weekday, representing a day of the week with an index that represents the weekday of the month.
`year` class	Describes a type that represents a year in the Gregorian calendar.

Structs

Name	Description
`common_type` struct	Describes specializations of class template `common_type` for instantiations of `duration` and `time_point`.
`duration_values` struct	Provides specific values for the `duration` template parameter `Rep`.
`high_resolution_clock` struct
`leap_second_info` struct	The data returned by `get_leap_second_info`.
`steady_clock` struct	Represents a `steady` clock.
`system_clock` struct	Represents a `clock type` that is based on the real-time clock of the system.
`treat_as_floating_point` struct	Specifies whether a type can be treated as a floating-point type.

Functions

Name	Description
`ceil(duration)`	Returns the `ceil` of a `duration` object as a specified type.
`ceil(time_point)`	Returns the `ceil` of a `time_point` object as a specified type.
`current_zone`	Gets the current time zone.
`duration_cast`	Casts a `duration` object to a specified type.
`floor(duration)`	Returns the `floor` of a `duration` object as a specified type.
`floor(time_point)`	Returns the `floor` of a `time_point` object as a specified type.
`from_stream()`	Parse the input stream into one of the `std::chrono` time or interval types such as `day`, `month`, `weekday`, `year`, and so on, using the specified format.
`get_leap_second_info`	Gets a `leap_second_info`.
`get_tzdb_list`	Gets the list of time zone database entries.
`get_tzdb`	Gets the first time zone database entry.
`is_am`	Whether an `hours` object is AM.
`is_pm`	Whether an `hours` object is PM.
`locate_zone`	Gets a specified time zone.
`make12`	Returns an `hours` in 12-hour form.
`make24`	Returns an `hours` in 24-hour form.
`reload_tzdb`	Gets an updated time zone database entry.
`remote_version`	Checks for an updated time zone database entry.
`round(duration)`	Returns a `duration` object rounded as a specified type.
`round(time_point)`	Returns a `time_point` object rounded as a specified type.
`time_point_cast`	Casts a `time_point` object to a specified type.

Operators

Name	Description
`operator-`	Operator for subtraction or negation of `duration` and `time_point` objects.
`operator!=`	Inequality operator that is used with `duration` or `time_point` objects.
`operator modulo`	Operator for modulo operations on `duration` objects.
`operator*`	Multiplication operator for `duration` objects.
`operator/`	Division operator for `duration` objects.
`operator+`	Adds `duration` and `time_point` objects.
`operator<`	Determines whether one `duration` or `time_point` object is less than another `duration` or `time_point` object.
`operator<=`	Determines whether one `duration` or `time_point` object is less than or equal to another `duration` or `time_point` object.
operator	Determines whether two `duration` objects represent time intervals that have the same length, or whether two `time_point` objects represent the same point in time.
`operator>`	Determines whether one `duration` or `time_point` object is greater than another `duration` or `time_point` object.
`operator>=`	Determines whether one `duration` or `time_point` object is greater than or equal to another `duration` or `time_point` object.

Typedefs (Predefined Duration Types)