T2 EV Terravolta – EMBT

IMPORTANT NOTE

This post includes more than just one model. Under this, you can find the links to the other skin colors of the T2 EV (Rainbow versions).

RED
ORANGE
YELLOW
GREEN
LIGHT BLUE
BLUE
PURPLE

Weapons

• 1x 120 mm gun (APFSDS, HE, HEAT)
• 1x 7,62 mm coaxial machine gun
• 1x 20 mm AA cannon (AP rounds)
• 1x 30 mm AA cannon (HE rounds)
• Several flares

Actions (Activation groups)

• [1] - Lights.
• [2] - Enables turret rotation and main cannon aiming.
• [3] - Enables the use of the 20 mm cannon.
• [4] - Enables the use of the 30 mm cannon..
• [8] - Lays down the tank
• [G] - Opnes/closes turret hatches

Cameras

• [F1] Shooting reticled sight (Main canon)
• [F5] Driver’s sight
• [F6] 20 mm reticled sight

Movement

1- Press Q or E to turn around the tank.
2- Accelerate or deccelerate the tank with VTOL lever, and stop it with B (Brakes).
3- You can turn the turret with A or D, its cannon with W or S, or enable mouse control so you can control it like a classic shooter game.

Description

Experimental iteration of the T2 Terracota, with neon lights and electronic aspects. The neon lights shine in the night.

Annotations

The color bars were made with labels, using some mathematical expresions such as periodic functions (sin & cos), and changing its arguments in order to form the "music waves" on the lower sides of the T2 EV.

The code for one of this as an example (text of a label):

<alpha=#80><alpha=#FF><pos=0%><size=80%><mspace=0.001em>{Time > 0.0 ? "<mark=#2E00B9>." : " "}<space={4*sin(80*Time)}em>{Time > 0.0 ? "." : " "}</mspace></mark><space={4*sin(80*(1-Time))}em>

(<alpha=#80><alpha=#FF><pos=0%><size=80%><mspace=0.001em>{Time > 0.0 ? "<mark=#2E00B9>." : " "}<space={4sin(80Time)}em>{Time > 0.0 ? "." : " "}</mspace></mark><space={4sin(80(1-Time))}em>)

Then just by changing some parameters and the color, you can create different patterns. In this case the coor is 2E00B9, obatined from Color Hexa.

A * sin(B * Time + C)

Where A represents the amplitude which will reach the bar at maximun extension, B the speed of elongation and C the delay between waves. Its like just AC analysis, with waveforms and physics and periodic functions.

GIFS (Music bars of the lower sides)

Images: