This article is not about supplementing the five elements, but about whether the climate of the entire plate is suitable for operation. Too cold, too hot, too dry, or too wet will make the structure unusable.

• ·Too cold: Strength shrinks easily and starts slowly.
• ·Too hot: The strength is easily restless and difficult to stabilize.
• ·Too dry: The relationship is prone to hardness and lack of flow.
• ·Too wet: easy to stick and difficult to clear.

Temperature adjustment cannot be separated from the five elements, nor can it only focus on the quantity of the five elements. First look at the weather, and then look at which type of force can best bring the disk back to a usable state.

Even if the strength of a disk looks good, it may not be useful because it is too cold, too dry, too wet, or too hot. Conditioning is concerned with whether the environment is suitable for the flow of power. It's like asking the operating temperature of a machine rather than just the number of parts.

Supporting and suppressing mostly depends on the strength of the sun and the increase or decrease in power, while adjusting the weather depends on whether the climate is suitable. A Sun Master may not be weak, but the disk is too cold and needs warmth to activate; a Sun Master may not be strong, but the disk is too dry and needs moisture to circulate. The two sets of ideas are related, but cannot be mixed into one.

You can’t just add fire when you see winter, and you can’t always add water when you see summer. It depends on whether there is already an adjustment force in the market, whether this force has roots, whether it is controlled, and whether it can enter the main line. The most fearful thing when adjusting the temperature is mechanical reverse operation.

When adjusting the climate in life, it is often not about "supplementing a certain element", but about adjusting the rhythm, environment, industry temperament and mode of action. A dish that is too cold needs priming and external heat, a dish that is too dry needs buffering and flow, and a dish that is too wet needs cleaning and boundaries. This understanding is closer to reality.

Cold, warmth, dryness and dampness are not a problem of individual five elements, but a problem of the entire environment. A chart may appear to have a balanced number of five elements, but the climate is too cold, too dry, too humid, or too hot, making it difficult for the power to function properly.

If it's too cold to activate, look at warming first; if it's too dry to nourish, look to moisturize first; if it's too wet to be sluggish, look to cleansing and dredging first; if it's too hot to cause excessive consumption, look to reducing irritability first. The goal of adjustment is to make the market move.

Similarly, excessive cold will have different effects on different day masters; similarly excessive dryness will have different effects due to different structures. It depends on whether the day master can withstand this kind of weather and whether there is strength in the chart to regulate it. If the climate does not return to the sun, it will become a general description of the environment.

Cold, warmth and dryness can translate into life rhythm, work environment, recovery style, speed of movement and stress management. For example, people who are too dry may not be "dehydrated" but may need more stable rest and buffering; people who are too cold may need a clearer starting mechanism.

Cold, warm, dry, and wet are not decorative adjectives. In traditions that use climate adjustment, they help explain why an element that is technically present may fail to move, or why a seemingly difficult interaction may restore a needed condition. Climate should not be inserted into every reading mechanically. First identify the chart’s primary structural issue, then ask whether temperature or moisture changes the ability of the relevant element to function. A climate observation is useful when it leads to a concrete difference in expression—such as activity versus stagnation, visibility versus concealment, or accumulation versus flow—not when it becomes another label detached from the person’s question.

Consider a fictional chart with intense Fire and little Water. A measured Water influence may reduce heat and create a route for information or reflection, but if the chart is already cold and damp, adding more Water could increase hesitation or delay. The reader should therefore record season, roots, the day master, and the actual topic before calling Water helpful. In a work question, the useful expression may be a research process that turns into a decision; in a relationship question, it may be a conversation that lowers reactivity without avoiding the issue. If the proposed climate adjustment cannot be linked to an observable change, it should remain a low-confidence hypothesis.

Do not let climate language outrank the chart’s main question. If cold, heat, dryness, or dampness explains why a structure cannot connect, state that connection explicitly and name the alternative condition. For example, “more Water” is not an instruction until the reader explains whether Water cools excess heat, deepens cold, or creates a route for information. The verification is a change in rhythm, output, or recovery that can be observed—not a guarantee that a particular year will produce an event. Keep the climate hypothesis subordinate to structure and reality.

Verify a climate reading only through a concrete change in rhythm, recovery, expression, or connection that can be observed without forcing the story. If the proposed adjustment creates a new problem, preserve that counterevidence. Climate language cannot diagnose a medical condition, prescribe food or supplements, or tell someone to take a financial, legal, or safety risk. Use it as a refinement of chart structure, then defer consequential decisions to qualified evidence.