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| 两侧同时换到之前的修订记录前一修订版后一修订版 | 前一修订版 | ||
| mt4:pivotpoints.all-in-one [2022/10/26 03:39] – wyrover | mt4:pivotpoints.all-in-one [2022/10/26 03:41] (当前版本) – [Central Pivot Range (CPR)] wyrover | ||
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| 行 45: | 行 45: | ||
| The most common method of calculating Pivot Points. The main (blue) line here plays the role of a key support/ | The most common method of calculating Pivot Points. The main (blue) line here plays the role of a key support/ | ||
| + | ``` | ||
| *PP = (H + L + C) / 3* | *PP = (H + L + C) / 3* | ||
| *R1 = (2 * PP) – L* | *R1 = (2 * PP) – L* | ||
| 行 54: | 行 55: | ||
| *S3 = PP – RANGE * 2* | *S3 = PP – RANGE * 2* | ||
| *S4 = PP – RANGE * 3* | *S4 = PP – RANGE * 3* | ||
| + | ``` | ||
| ### Camarilla | ### Camarilla | ||
| 行 59: | 行 61: | ||
| Camarilla levels are located much closer to the current price, therefore, interactions with them occur much more often. This technique is suitable for those who perform short-term trades. | Camarilla levels are located much closer to the current price, therefore, interactions with them occur much more often. This technique is suitable for those who perform short-term trades. | ||
| + | ``` | ||
| *R1 = C + RANGE * 1.1 / 12* | *R1 = C + RANGE * 1.1 / 12* | ||
| *R2 = C + RANGE * 1.1 / 6* | *R2 = C + RANGE * 1.1 / 6* | ||
| 行 68: | 行 71: | ||
| *S4 = C – RANGE * 1.1 / 2* | *S4 = C – RANGE * 1.1 / 2* | ||
| *PP = (S1 + R1) / 2* | *PP = (S1 + R1) / 2* | ||
| + | ``` | ||
| Please note, above PP formula is somewhat different from the generally known Camarilla method. Here we offer you a modified calculation, | Please note, above PP formula is somewhat different from the generally known Camarilla method. Here we offer you a modified calculation, | ||
| 行 75: | 行 79: | ||
| This technique is similar to the classical one, but more attention is given to the closing price of the period while calculating the basic PP line. | This technique is similar to the classical one, but more attention is given to the closing price of the period while calculating the basic PP line. | ||
| + | ``` | ||
| *PP = (H + L + (C * 2)) / 4* | *PP = (H + L + (C * 2)) / 4* | ||
| *R1 = (2 * PP) – L* | *R1 = (2 * PP) – L* | ||
| 行 84: | 行 89: | ||
| *S3 = S1 – RANGE* | *S3 = S1 – RANGE* | ||
| *S4 = S3 – RANGE* | *S4 = S3 – RANGE* | ||
| + | ``` | ||
| ### Fibonacci | ### Fibonacci | ||
| 行 89: | 行 95: | ||
| The theory of Fibonacci numbers is commonly used in the Forex market. Pivot Points is not an exception. According to this method, the levels of resistance and support are determined by multiplying the range (R) to the corresponding Fibonacci numbers. | The theory of Fibonacci numbers is commonly used in the Forex market. Pivot Points is not an exception. According to this method, the levels of resistance and support are determined by multiplying the range (R) to the corresponding Fibonacci numbers. | ||
| + | ``` | ||
| *PP = (H + L + C) / 3* | *PP = (H + L + C) / 3* | ||
| *R1 = PP + (R x 0.382)* | *R1 = PP + (R x 0.382)* | ||
| 行 98: | 行 105: | ||
| *S3 = PP – (R x 1.000)* | *S3 = PP – (R x 1.000)* | ||
| *S4 = PP + (R x 1.618)* | *S4 = PP + (R x 1.618)* | ||
| + | ``` | ||
| ### Central Pivot Range (CPR) | ### Central Pivot Range (CPR) | ||
| 行 124: | 行 131: | ||
| - | |||
| + | |||
| ## Indicator Settings | ## Indicator Settings | ||
| 行 132: | 行 139: | ||
| Please, contact us if you have any special wishes or improvement ideas, we will gladly consider them. | Please, contact us if you have any special wishes or improvement ideas, we will gladly consider them. | ||
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