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Add weapon info into debug window #1998

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Jul 17, 2021
Merged

Add weapon info into debug window #1998

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156 changes: 95 additions & 61 deletions src/wzscriptdebug.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -353,73 +353,107 @@ nlohmann::ordered_json componentToString(const COMPONENT_STATS *psStats, int pla
key["^Hit points"] = psStats->getUpgrade(player).hitpoints;
key["^Hit points +% of total"] = psStats->getUpgrade(player).hitpointPct;
key["^Designable"] = psStats->designable;
if (psStats->compType == COMP_BODY)
{
const BODY_STATS *psBody = (const BODY_STATS *)psStats;
key["^Size"] = psBody->size;
key["^Max weapons"] = psBody->weaponSlots;
key["^Body class"] = psBody->bodyClass.toUtf8();
}
else if (psStats->compType == COMP_PROPULSION)
{
const PROPULSION_STATS *psProp = (const PROPULSION_STATS *)psStats;
key["^Hit points +% of body"] = psProp->upgrade[player].hitpointPctOfBody;
key["^Max speed"] = psProp->maxSpeed;
key["^Propulsion type"] = psProp->propulsionType;
key["^Turn speed"] = psProp->turnSpeed;
key["^Spin speed"] = psProp->spinSpeed;
key["^Spin angle"] = psProp->spinAngle;
key["^Skid decelaration"] = psProp->skidDeceleration;
key["^Deceleration"] = psProp->deceleration;
key["^Acceleration"] = psProp->acceleration;
}
else if (psStats->compType == COMP_BRAIN)
{
const BRAIN_STATS *psBrain = (const BRAIN_STATS *)psStats;
std::string ranks;
for (const std::string &s : psBrain->rankNames)
switch (psStats->compType)
{
case COMP_BODY:
{
if (!ranks.empty())
{
ranks += ", ";
}
ranks += s;
const BODY_STATS *psBody = (const BODY_STATS *)psStats;
key["^Size"] = psBody->size;
key["^Max weapons"] = psBody->weaponSlots;
key["^Body class"] = psBody->bodyClass.toUtf8();
break;
}
case COMP_PROPULSION:
{
const PROPULSION_STATS *psProp = (const PROPULSION_STATS *)psStats;
key["^Hit points +% of body"] = psProp->upgrade[player].hitpointPctOfBody;
key["^Max speed"] = psProp->maxSpeed;
key["^Propulsion type"] = psProp->propulsionType;
key["^Turn speed"] = psProp->turnSpeed;
key["^Spin speed"] = psProp->spinSpeed;
key["^Spin angle"] = psProp->spinAngle;
key["^Skid decelaration"] = psProp->skidDeceleration;
key["^Deceleration"] = psProp->deceleration;
key["^Acceleration"] = psProp->acceleration;
break;
}
std::string thresholds;
for (int t : psBrain->upgrade[player].rankThresholds)
case COMP_BRAIN:
{
if (!thresholds.empty())
const BRAIN_STATS *psBrain = (const BRAIN_STATS *)psStats;
std::string ranks;
for (const std::string &s : psBrain->rankNames)
{
thresholds += ", ";
if (!ranks.empty())
{
ranks += ", ";
}
ranks += s;
}
thresholds += WzString::number(t).toUtf8();
std::string thresholds;
for (int t : psBrain->upgrade[player].rankThresholds)
{
if (!thresholds.empty())
{
thresholds += ", ";
}
thresholds += WzString::number(t).toUtf8();
}
key["^Base command limit"] = psBrain->upgrade[player].maxDroids;
key["^Extra command limit by level"] = psBrain->upgrade[player].maxDroidsMult;
key["^Rank names"] = ranks;
key["^Rank thresholds"] = thresholds;
break;
}
key["^Base command limit"] = psBrain->upgrade[player].maxDroids;
key["^Extra command limit by level"] = psBrain->upgrade[player].maxDroidsMult;
key["^Rank names"] = ranks;
key["^Rank thresholds"] = thresholds;
}
else if (psStats->compType == COMP_REPAIRUNIT)
{
const REPAIR_STATS *psRepair = (const REPAIR_STATS *)psStats;
key["^Repair time"] = psRepair->time;
key["^Base repair points"] = psRepair->upgrade[player].repairPoints;
}
else if (psStats->compType == COMP_ECM)
{
const ECM_STATS *psECM = (const ECM_STATS *)psStats;
key["^Base range"] = psECM->upgrade[player].range;
}
else if (psStats->compType == COMP_SENSOR)
{
const SENSOR_STATS *psSensor = (const SENSOR_STATS *)psStats;
key["^Sensor type"] = psSensor->type;
key["^Base range"] = psSensor->upgrade[player].range;
}
else if (psStats->compType == COMP_CONSTRUCT)
{
const CONSTRUCT_STATS *psCon = (const CONSTRUCT_STATS *)psStats;
key["^Base construct points"] = psCon->upgrade[player].constructPoints;
case COMP_REPAIRUNIT:
{
const REPAIR_STATS *psRepair = (const REPAIR_STATS *)psStats;
key["^Repair time"] = psRepair->time;
key["^Base repair points"] = psRepair->upgrade[player].repairPoints;
break;
}
case COMP_ECM:
{
const ECM_STATS *psECM = (const ECM_STATS *)psStats;
key["^Base range"] = psECM->upgrade[player].range;
break;
}
case COMP_SENSOR:
{
const SENSOR_STATS *psSensor = (const SENSOR_STATS *)psStats;
key["^Sensor type"] = psSensor->type;
key["^Base range"] = psSensor->upgrade[player].range;
break;
}
case COMP_CONSTRUCT:
{
const CONSTRUCT_STATS *psCon = (const CONSTRUCT_STATS *)psStats;
key["^Base construct points"] = psCon->upgrade[player].constructPoints;
break;
}
case COMP_WEAPON:
{
const WEAPON_STATS *psWeap = (const WEAPON_STATS *)psStats;
key["Max range"] = psWeap->upgrade[player].maxRange;
key["Min range"] = psWeap->upgrade[player].minRange;
key["Radius"] = psWeap->upgrade[player].radius;
key["Number of Rounds"] = psWeap->upgrade[player].numRounds;
key["Damage"] = psWeap->upgrade[player].damage;
key["Minimum damage"] = psWeap->upgrade[player].minimumDamage;
key["Periodical damage"] = psWeap->upgrade[player].periodicalDamage;
key["Periodical damage radius"] = psWeap->upgrade[player].periodicalDamageRadius;
key["Periodical damage time"] = psWeap->upgrade[player].periodicalDamageTime;
key["Radius damage"] = psWeap->upgrade[player].radiusDamage;
key["Reload time"] = psWeap->upgrade[player].reloadTime;
key["Hit chance"] = psWeap->upgrade[player].hitChance;
key["Short hit chance"] = psWeap->upgrade[player].shortHitChance;
key["Short range"] = psWeap->upgrade[player].shortRange;
break;
}
case COMP_NUMCOMPONENTS:
ASSERT_OR_RETURN(key, "%s", "Invalid component: COMP_NUMCOMPONENTS!");
break;
// no "default" case because modern compiler plus "-Werror"
// will raise error if a switch is forgotten
}
return key;
}
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