Cone command

Oriented effect

Description

This effect spawns a cone! It starts from one point and spirals around until it makes a cone of a desidered length! The cone can be hollow or filled. You can even invert it, and you can select the number of strands that make up the cone.

To use this command you will need to type:

/pal cone <paramters...>

Demo effect

To display the demo effect use:

/pal cone demo <particle> <posX> <posY> <posZ> <duration>

This will spawn a single strand cone of about 5 blocks oriented towards positive Z looking direction

Command Structure

The basic command structure for this effect is:

/pal cone <particle> <originPos> <yaw> <pitch> <count> <particlesPerIteration> <strands> <lengthGrow> <radiusGrow> <angularVelocity> <startingRotation> <solid> <randomStart> <inverted> <duration>
or
/pal animatedcircle <particle> <originPos> <count> <particlesPerIteration> <strands> <lengthGrow> <radiusGrow> <angularVelocity> <startingRotation> <solid> <randomStart> <inverted> <duration>

particle , originPos, yaw, pitch and durationhave already been explained in the General Information page.
count is the total number of particles that will make up the cone, similar to AnimatedBall's count.
particlesPerIteration is again, like the one in the AnimatedBall effect. This is the number of particles that will be displayed each iteration
strands is the number of strands of the cone. A strand is one of the spirals that make up the cone. (Be careful! It is somewhat influenced by the angularVelocity and number of particles too!
lengthGrow how much the length will grow each iteration, in blocks. It is advised to keep this values at or below 0.1, since bigger increments will make a VERY big effect, which won't be easily visible. (Also depends on all your other parameters)
radiusGrow defines how much the radius of the cone will grow each iteration, in blocks. It is advised to keep this values at or below 0.1, since bigger increments will make a VERY big effect, which won't be easily visible. (But again, also depends on all your other parameters)
angularVelocity defines how fast the strands spiral around the center. It is expressed in radians (pi = 3.14 = 180°). Negative values will make the strands spins counter clockwise. A velocity will just create a number of lines equal to the number of strands.
startingRotation in radians, is used to predetermine the intial rotation of the spirals, before applying any velocity.
solid is a boolean value, and if set to true, it will spawn particles from the starnds towards the center as well, thus making a solid cone.
randomStart make the cone have a random starting rotation, overriding any values specified in startingRotation before
inverted inverts the direction of the cone. If true, instead of having the starting point of the cone at the originPos you have specified, you will have the end of the cone.

Especially in this effect, pretty much every paramter has influence on the other ones, so play around with them to make sure you get the desidered effect!

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Last updated 24 days ago

Description

To use this command you will need to type:

/pal cone <paramters...>

Demo effect

To display the demo effect use:

/pal cone demo <particle> <posX> <posY> <posZ> <duration>

This will spawn a single strand cone of about 5 blocks oriented towards positive Z looking direction

Command Structure

The basic command structure for this effect is:

/pal cone <particle> <originPos> <yaw> <pitch> <count> <particlesPerIteration> <strands> <lengthGrow> <radiusGrow> <angularVelocity> <startingRotation> <solid> <randomStart> <inverted> <duration>

/pal animatedcircle <particle> <originPos> <count> <particlesPerIteration> <strands> <lengthGrow> <radiusGrow> <angularVelocity> <startingRotation> <solid> <randomStart> <inverted> <duration>

particle , originPos, yaw, pitch and durationhave already been explained in the General Information page.

count is the total number of particles that will make up the cone, similar to AnimatedBall's count.

particlesPerIteration is again, like the one in the AnimatedBall effect. This is the number of particles that will be displayed each iteration

strands is the number of strands of the cone. A strand is one of the spirals that make up the cone. (Be careful! It is somewhat influenced by the angularVelocity and number of particles too!

lengthGrow how much the length will grow each iteration, in blocks. It is advised to keep this values at or below 0.1, since bigger increments will make a VERY big effect, which won't be easily visible. (Also depends on all your other parameters)

radiusGrow defines how much the radius of the cone will grow each iteration, in blocks. It is advised to keep this values at or below 0.1, since bigger increments will make a VERY big effect, which won't be easily visible. (But again, also depends on all your other parameters)

angularVelocity defines how fast the strands spiral around the center. It is expressed in radians (pi = 3.14 = 180°). Negative values will make the strands spins counter clockwise. A velocity will just create a number of lines equal to the number of strands.

startingRotation in radians, is used to predetermine the intial rotation of the spirals, before applying any velocity.

solid is a boolean value, and if set to true, it will spawn particles from the starnds towards the center as well, thus making a solid cone.

randomStart make the cone have a random starting rotation, overriding any values specified in startingRotation before

inverted inverts the direction of the cone. If true, instead of having the starting point of the cone at the originPos you have specified, you will have the end of the cone.

Especially in this effect, pretty much every paramter has influence on the other ones, so play around with them to make sure you get the desidered effect!